[[$:/plugins/tiddlywiki/highlight/styles]]

[[$:/__/mcr/tw/macros/list-linksa-ofcolor]]


<$list filter={{$:/core/Filters/SystemTags!!filter}}>

<$transclude tiddler="$:/core/ui/TagTemplate"/>

</$list>

.wrapit{
    xzoom:1;
}
.leftpart{
    position:relative;
    vertical-align:top;
}
.leftleftpart{
    xbackground-color:rgba(50,50,50,0.5);
}

.rightitem,
.rightitemleg,
.leftleftpart,
.leftrightpart,
.rightpart,
.leftpart{
    display:inline-block;
}
/*line style*/
.rightitem,
.rightitemleg,
.rightitemrun,
.leftbotpart{
    border-style:solid;
}
/*line color*/
.rightitem,
.rightitemleg,
.rightitemrun,
.leftbotpart{
   border-color:#333;
}
/*line width*/
.rightitem,
.rightitemleg,
.rightitemrun,
.leftbotpart{
    border-width:2px;
}
.lefttoppart{
    text-indent:2em;
    padding-right:1em;
}
.leftbotpart{
    width: calc(100% + 1em);
    xbackground-color:green;
    border-width:2px 2px 0px 0px;
    border-top-right-radius:0.75em;
}
.rightpart{
    padding-top:2.4em;
}
.lefttoppart{
    opacity:0.6;
    transition: opacity 1500ms;
}
.lefttoppart:hover{
    opacity:1;
    transition: opacity 500ms;
}
.rightitemrun{
    width:1em;
    border-width:0px 2px 0px 0px;
}
.rightitemrun:last-child{
  border-width:0px 0px 0px 0px;
  margin-top:-1px;
}
.rightitemleg{
    border-width:0px 0px 2px 2px;
    margin-left:0.87em;
    width:2em;
    height:1em;
    border-bottom-left-radius:0.5em;
}
.rightitem{
    transition: opacity 1500ms;
    opacity:0.6;
}
.rightitem:hover{
    transition: opacity 500ms;
    opacity:1;
}

.rightitem{
    background-color:rgba(0,0,0,0.5);
    border-radius:0.8em;
    margin-left:2.8em;
    margin-top:-1.5em;
    padding:6px;
    white-space:nowrap;
    margin-bottom:0.75em;
    transform:translate(0,-0.8em);
}
.wrapit .caption{
  vertical-align: top;
  font-weight: bold;
  white-space: nowrap;
  font-size:1.5em;
  text-shadow: 1px 1px 1px #000;
}
.wrapit .caption,
.wrapit .img{
	display:inline-block;
}
.wrapit .img{
 width: 64px;
 height: 64px;
 vertical-align:top;
}
.rightdet{
  display:inline-block;
  white-space: nowrap;
  vertical-align: top;
  padding: 0px;
  padding-left:14px;
}
.subhead{
  font-style:italic;
  font-weight:bold;
  color: #333;
  text-shadow: 1px 1px 1px #000;
}
.desc{
  color: #888;
  text-shadow: 1px 1px 1px #000;
  overflow-y: hidden;
  margin-right:68px;
  white-space: pre-wrap;
  min-width: 400px;
}
.parenticon{
position:absolute;
margin-left:0px;
width:48px;
margin-top:32px;
}

.secode iframe body>div{
max-width: 850px;
overflow:hidden;
}
.secode-source{
float:right;
}

.tc-inline-style.secode iframe{
  width:100%;
  margin-top:-1px;
  background-color:rgba(0,0,0,0.3);
}
button.secode{
  font-family:monospace;
  white-space:pre;
  background-color:rgba(0,0,0,0.3);
  width: 100%;
  text-align: left;
  box-shadow: inset 1px 1px 1px rgba(0,0,0,0.7);  
  transition:250ms;
}
button.secode:hover{
  background-color:rgba(0,0,0,0.5);
  box-shadow: inset 1px 1px 1px rgba(0,0,0,0.7);  
  color:#ccc;
  transition:250ms;
}
button.secode.hider.bottom{
  position: relative;
  top: -7px;
  box-shadow: inset 1px 0px 1px rgba(0,0,0,0.7);
  text-align: right;
}
div.secode.h200 > span > span > iframe{height:200px;}
div.secode.h300 > span > span > iframe{height:300px;}
div.secode.h400 > span > span > iframe{height:400px;}
div.secode.h500 > span > span > iframe{height:500px;}
div.secode.h600 > span > span > iframe{height:600px;}
div.secode.h700 > span > span > iframe{height:700px;}
div.secode.h800 > span > span > iframe{height:800px;}
div.secode.h900 > span > span > iframe{height:900px;}
div.secode.h1000 > span > span > iframe{height:1000px;}
div.secode.h1100 > span > span > iframe{height:1100px;}
div.secode.h1200 > span > span > iframe{height:1200px;}
div.secode.h1300 > span > span > iframe{height:1300px;}
div.secode.h1400 > span > span > iframe{height:1400px;}
div.secode.h1500 > span > span > iframe{height:1500px;}
div.secode.h1600 > span > span > iframe{height:1600px;}
div.secode.h1700 > span > span > iframe{height:1700px;}
div.secode.h1800 > span > span > iframe{height:1800px;}
div.secode.h1900 > span > span > iframe{height:1900px;}
div.secode.h2000 > span > span > iframe{height:2000px;}
div.secode.h2100 > span > span > iframe{height:2100px;}
div.secode.h2200 > span > span > iframe{height:2200px;}
div.secode.h2300 > span > span > iframe{height:2300px;}
div.secode.h2400 > span > span > iframe{height:2400px;}
div.secode.h2500 > span > span > iframe{height:2500px;}
div.secode.h2600 > span > span > iframe{height:2600px;}
div.secode.h2700 > span > span > iframe{height:2700px;}
div.secode.h2800 > span > span > iframe{height:2800px;}
div.secode.h2900 > span > span > iframe{height:2900px;}
div.secode.h3000 > span > span > iframe{height:3000px;}
div.secode.h3100 > span > span > iframe{height:3100px;}
div.secode.h3200 > span > span > iframe{height:3200px;}
div.secode.h3300 > span > span > iframe{height:3300px;}
div.secode.h3400 > span > span > iframe{height:3400px;}
div.secode.h3500 > span > span > iframe{height:3500px;}
div.secode.h3600 > span > span > iframe{height:3600px;}
div.secode.h3700 > span > span > iframe{height:3700px;}
div.secode.h3800 > span > span > iframe{height:3800px;}
div.secode.h3900 > span > span > iframe{height:3900px;}
div.secode.h4000 > span > span > iframe{height:4000px;}
div.secode.h4100 > span > span > iframe{height:4100px;}
div.secode.h4200 > span > span > iframe{height:4200px;}
div.secode.h4300 > span > span > iframe{height:4300px;}
div.secode.h4400 > span > span > iframe{height:4400px;}
div.secode.h4500 > span > span > iframe{height:4500px;}
div.secode.h4600 > span > span > iframe{height:4600px;}
div.secode.h4700 > span > span > iframe{height:4700px;}
div.secode.h4800 > span > span > iframe{height:4800px;}
div.secode.h4900 > span > span > iframe{height:4900px;}
div.secode.h5000 > span > span > iframe{height:5000px;}
div.secode.h5100 > span > span > iframe{height:5100px;}
div.secode.h5200 > span > span > iframe{height:5200px;}
div.secode.h5300 > span > span > iframe{height:5300px;}
div.secode.h5400 > span > span > iframe{height:5400px;}
div.secode.h5500 > span > span > iframe{height:5500px;}
div.secode.h5600 > span > span > iframe{height:5600px;}
div.secode.h5700 > span > span > iframe{height:5700px;}
div.secode.h5800 > span > span > iframe{height:5800px;}
div.secode.h5900 > span > span > iframe{height:5900px;}
div.secode.h6000 > span > span > iframe{height:6000px;}
div.secode.h6100 > span > span > iframe{height:6100px;}
div.secode.h6200 > span > span > iframe{height:6200px;}
div.secode.h6300 > span > span > iframe{height:6300px;}
div.secode.h6400 > span > span > iframe{height:6400px;}
div.secode.h6500 > span > span > iframe{height:6500px;}
div.secode.h6600 > span > span > iframe{height:6600px;}
div.secode.h6700 > span > span > iframe{height:6700px;}
div.secode.h6800 > span > span > iframe{height:6800px;}
div.secode.h6900 > span > span > iframe{height:6900px;}
div.secode.h7000 > span > span > iframe{height:7000px;}
div.secode.h7100 > span > span > iframe{height:7100px;}
div.secode.h7200 > span > span > iframe{height:7200px;}
div.secode.h7300 > span > span > iframe{height:7300px;}
div.secode.h7400 > span > span > iframe{height:7400px;}
div.secode.h7500 > span > span > iframe{height:7500px;}
div.secode.h7600 > span > span > iframe{height:7600px;}
div.secode.h7700 > span > span > iframe{height:7700px;}
div.secode.h7800 > span > span > iframe{height:7800px;}
div.secode.h7900 > span > span > iframe{height:7900px;}
div.secode.h8000 > span > span > iframe{height:8000px;}
div.secode.h8100 > span > span > iframe{height:8100px;}
div.secode.h8200 > span > span > iframe{height:8200px;}
div.secode.h8300 > span > span > iframe{height:8300px;}
div.secode.h8400 > span > span > iframe{height:8400px;}
div.secode.h8500 > span > span > iframe{height:8500px;}
div.secode.h8600 > span > span > iframe{height:8600px;}
div.secode.h8700 > span > span > iframe{height:8700px;}
div.secode.h8800 > span > span > iframe{height:8800px;}
div.secode.h8900 > span > span > iframe{height:8900px;}
div.secode.h9000 > span > span > iframe{height:9000px;}
div.secode.h9100 > span > span > iframe{height:9100px;}
div.secode.h9200 > span > span > iframe{height:9200px;}
div.secode.h9300 > span > span > iframe{height:9300px;}
div.secode.h9400 > span > span > iframe{height:9400px;}
div.secode.h9500 > span > span > iframe{height:9500px;}
div.secode.h9600 > span > span > iframe{height:9600px;}
div.secode.h9700 > span > span > iframe{height:9700px;}
div.secode.h9800 > span > span > iframe{height:9800px;}
div.secode.h9900 > span > span > iframe{height:9900px;}
div.secode.h10000 > span > span > iframe{height:10000px;}

.sector>h1,
.sector>h2{
    color:rgba(85,85,85,0.35);
    background:linear-gradient(to right, rgba(0,0,0,0),rgba(0,0,0,0.4));
    padding:4px;
    box-shadow:inset 1px 1px 3px 0px #000, -1px -1px 5px 0px rgba(24, 24, 24,.5),-1px 1px 5px 0px rgba(24, 24, 24,.5);
    text-shadow:-2px -2px 1px #000;
    border-left:1px solid #000;
    border-top:1px solid #000;
    border-right:1px solid #111;
    margin-bottom:0px;
    margin-left:10px;
}
.inset{
background:rgba(0,0,0,0.2);
    padding:4px;
    box-shadow:inset 1px 1px 3px 0px #000, -1px -1px 5px 0px rgba(24, 24, 24,.5),-1px 1px 5px 0px rgba(24, 24, 24,.5);
    border-left:1px solid #000;
    border-top:1px solid #000;
    border-right:1px solid #111;
    border-bottom:1px solid #111;

}

.sector>h1+p,
.sector>h2+p{
  margin-top:3px;
}
.sector>div,
.sector>p>div {
  position: relative;
  padding:4px;
  padding-left:15px;
  text-shadow:2px 2px 1px #000;
  margin-left: 24px;
  margin-top: 4px;
  box-shadow: rgba(40, 40, 40, 0.4) -2px -2px 3px 0px inset, inset 2px 2px 3px 4px rgba(0,0,0,0.3);
  border-bottom: 1px solid rgba(0,0,0,0.4);
  border-right: 1px solid rgba(0,0,0,0.4);  
}
.sector>div:before,
.sector>p>div:before{
   /* left */
  content: "";
  position: absolute;
  bottom: -3px;
  left: -13px;
}
.sector>div:after,
.sector>p>div:after {
   /* top */
  content: "";
  position: absolute;
  top: -3px;
  left: -3px;
}
.sector>div:before,
.sector>p>div:before {
  /* left */
  top: -3px;
  width: 13px;
  border-left:1px solid #000;
  box-shadow:-1px 0px 3px 0px rgba(24, 24, 24,10);
  background-image: -webkit-gradient(linear, 0 100%, 0 0, from(transparent), to(#000));
}
.sector>div:after,
.sector>p>div:after {
  right: -3px;
  height: 3px;
  background-image: -webkit-gradient(linear, 0 0, 100% 0, from(#000), to(transparent));
}

div#stwrapper {
  -webkit-filter: invert(1) hue-rotate(180deg);
}
.stButton .chicklets {
  font-size: 0px;
  padding: 0px;
  margin: 0px;
  opacity: 0.1;
  width: 16px;
  margin-left: -5px;
  transition:opacity 1250ms;
  
}
.stButton .chicklets:hover {
  opacity:1;
  transition:opacity 250ms;
}

.unselectable {
    -webkit-touch-callout: none;
    -webkit-user-select: none;
    -khtml-user-select: none;
    -moz-user-select: none;
    -ms-user-select: none;
    -o-user-select: none;
    user-select: none;
}
input[type="checkbox"].togglehid{
  display:none;
}
label.BlackBanner:hover{
  box-shadow:0px 0px 3px #888888;
  transition:200ms;
}
label.BlackBanner,
.tw-inline-style.BlackBanner{
  transition:3000ms;
  font-size:14px!important;
  color:#5b5b5b;
  cursor:pointer;
}
.togglehid:not(:checked) + .tc-reveal{
  display:block;
  height:0px;
  margin-left:-200px;
  opacity:0;
  overflow:hidden;
  transition:1s;
}
.togglehid:checked + .tc-reveal{
  display:block;
  height:400px;
  opacity:1;
  margin-left:20px;
  overflow-y:scroll;
  transition:1s;
}

.togglehid[vh="50"]:checked + .tc-reveal{height:50px!important;transition:1s;}
.togglehid[vh="100"]:checked + .tc-reveal{height:100px!important;transition:1s;}
.togglehid[vh="150"]:checked + .tc-reveal{height:150px!important;transition:1s;}
.togglehid[vh="200"]:checked + .tc-reveal{height:200px!important;transition:1s;}
.togglehid[vh="250"]:checked + .tc-reveal{height:250px!important;transition:1s;}
.togglehid[vh="300"]:checked + .tc-reveal{height:300px!important;transition:1s;}
.togglehid[vh="350"]:checked + .tc-reveal{height:350px!important;transition:1s;}
.togglehid[vh="400"]:checked + .tc-reveal{height:400px!important;transition:1s;}
.togglehid[vh="450"]:checked + .tc-reveal{height:450px!important;transition:1s;}
.togglehid[vh="500"]:checked + .tc-reveal{height:500px!important;transition:1s;}

.BlackBanner{
display:block;
background-color:rgba(0,0,0,.40);
border:1px solid #212121;
padding:4px;
border-radius:2px;
box-shadow:2px 2px 2px #000000;
}

a#userlikeTab.topRight{
top: 43px;
  right: 30px;
  opacity: 0.2;
transition:opacity 1250ms;
}
a#userlikeTab.topRight:hover{
  opacity: 1;
transition:opacity 250ms;
}
#userlikePopup{
  -webkit-filter:invert(1) hue-rotate(180deg);
}

.center {
  margin-left: auto ;
  margin-right: auto ;
}
.shadow-med{
box-shadow:3px 3px 3px 3px #000;
}
.hoverbright{
  -webkit-filter:brightness(0.4);
  transition:-webkit-filter 1250ms;
}
.hoverbright:hover{
  -webkit-filter:brightness(1);
  transition:-webkit-filter 250ms;
}

.vis-item{
background-color:rgba(0,0,50,0.4);
color:#666;
}
.vis-item.vis-selected{
background-color:rgba(0,0,50,0.4);
color:#666;
box-shadow:0px 0px 0px #005555;
}
.vis-timeline{
  border:0px solid red;
}
.vis-time-axis .vis-grid.vis-minor{
border-color:#111;
}
.vis-time-axis .vis-grid.vis-major{
border-color:#111;
}

.vis-panel.vis-center, .vis-panel.vis-left, .vis-panel.vis-right, .vis-panel.vis-top, .vis-panel.vis-bottom{
border:1px solid #111;
}

\define revealsecode(button:"code",tid,tip:"",class="")
<div class="secode $class$">
<$reveal type="nomatch" state=<<qualify "$:/state/$tid$">> text="show"><$button set=<<qualify "$:/state/$tid$">> setTo="show" class="secode shower" tooltip="$tip$">$button$ <$link to="$tid$" class="secode-source">source</$link></$button></$reveal>
<$reveal type="match" state=<<qualify "$:/state/$tid$">> text="show"><$button set=<<qualify "$:/state/$tid$">> setTo="hide" class="secode hider" tooltip="$tip$">$button$ <$link to="$tid$" class="secode-source">source</$link></$button>
<br>
@@.secode
<$transclude tiddler="$tid$"/>
@@<$button set=<<qualify "$:/state/$tid$">> setTo="hide" class="secode hider bottom" tooltip="$tip$">$button$</$button>
</$reveal>
</div>
\end

\define togglehid(id,txt,cls,vh)<label for=<<qualify "$id$">> class="$cls$ unselectable"> $txt$</label><input type="checkbox" id=<<qualify "$id$">> vh="$vh$" class="togglehid" role="button"/>
\define thb(id,txt,vh,cls) <<togglehid "$id$" "$txt$" "$cls$ BlackBanner unselectable" "$vh$">>
\define codeshow(txt,vh)
<$macrocall $name="thb" id=<<uid>> txt="$txt$" vh="$vh$"/>
\end

.tight td,
.tight{
padding:0px!important;
border:0px solid black;
margin:0px!important;
}
.tc-site-title {
  color: #000;
  font-size: 62px;
  font-weight: bold;
  text-shadow: -1px -1px 1px #222, 1px 1px 1px #111;
}
.tc-site-subtitle {
  color: #111;
  font-size: 28px;
  font-weight: bold;
  zxtext-shadow: -1px -1px 1px #222, 1px 1px 1px #111;
}

li {
  margin-bottom: 3px;
}
.tc-tiddler-body iframe{
border:0px;
}
.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button{
background-color: #667788!important;
}
button.tc-tiddlylink:hover, a.tc-tiddlylink:hover{
text-decoration:none;
}
.tc-tiddler-edit-frame em.tc-edit{
color:#222;
}
.tc-drop-down>hr{
border-color:#111;
}
.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected,
.tc-more-sidebar .tc-tab-buttons button{
background-image:none;
}
.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected{
border-left:1px solid #555;
border-top:1px solid #555;
border-bottom:1px solid #555;
}
.tc-more-sidebar .tc-tab-buttons button{
border-right:1px solid #222;
}
.tc-sidebar-lists button+i.tc-muted{
color:#333;
}
.tc-sidebar-lists i.tc-muted{
color:#222;
}

.tc-sidebar-lists .tc-tab-content div p label+span+span button,
.tc-sidebar-lists .tc-tab-content div p label+span button,
.tc-sidebar-lists .tc-tab-content .tc-file-input-wrapper button,
.tc-sidebar-lists .tc-tab-content div p label+button{
background-color:#0a0a0a;
background: linear-gradient(to right, #0a0a0a, #000);
min-width:200px;
text-align:left;
}
.tc-sidebar-lists button .tc-btn-text{
color:#555;
}
.tc-tiddler-body>pre{
max-height:400px;
overflow-y:scroll;
}
button{
border:0px;
}
textarea,
button,
input[type=text]{
outline:none;
}
input[type="checkbox"], input[type="radio"]{
-webkit-filter:invert(1);
}

html:-webkit-full-screen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen,
.tmap-widget.tmap-advanced-editor{
 background: #000!important;
}
.tmap-widget{
border: 1px solid #111111;
}
.tmap-widget.tmap-advanced-editor .tmap-topbar,
.tmap-widget .tmap-vis-graph .vis-network .vis-manipulation{
background: #111;
}
.tmap-widget .tmap-vis-graph .vis-network .vis-manipulation{
border-top:0px solid #000;
}
div.vis-network div.vis-manipulation,
.tmap-widget .tmap-topbar{
border-bottom:0px solid #000;
}
div.vis-network-tooltip{
background-color:#000;
color: #666;
}
div.vis-network div.vis-navigation div.vis-button{
-webkit-filter:invert(1) opacity(0.2);
}
div.vis-network div.vis-navigation div.vis-button:hover{
-webkit-filter:invert(1) opacity(0.6);
}
div.vis-network div.vis-manipulation div.vis-button.vis-connect,
div.vis-network div.vis-manipulation div.vis-button.vis-add{
opacity: 0.4;
}
.vis-network{
outline:none;
}
.tmap-widget .tmap-topbar select{
background:#222;
outline:none;
border:0px;
}
.tmap-widget .tmap-topbar button{
-webkit-filter:invert(1);
}
.tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-neigh-scope-button{
border: 1px solid #eee;
-webkit-filter:opacity(0.4) grayscale(1);
line-height:22px;
border-radius:2px;
background:none;
}
.tmap-widget .tmap-topbar .tc-drop-down{
background:#222;
}
.tmap-flash-message.tmap-valid, .tmap-flash-message.tmap-info{
background: #003300;
}
.tmap-flash-message{
color: #555;
border:0px solid red;
}
.tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:nth-child(even){
background-color: #0a0a0a;
}
.tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:nth-child(odd){
background-color: #111;
}
.tmap-config-widget{
background:none;
}
.tc-modal-footer{
background-color:#111;
border-top:0px solid #222;
box-shadow:none;
}
.tc-modal{
border: 1px solid #222;
}
.tc-modal-header{
border-bottom:1px solid #222;
}
fieldset{
border:1px solid #333;
}
textarea, input[type=text], input[type=search], input[type=""], input:not([type]){
border:1px solid #333;
padding:3px;
}
select{
background-color: #0a0a0a;
border: none;
}

.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button{
background-color:#ccc;
}
.tmap-list-separator{
background-color:#111;
border-bottom:0px dotted gray;
padding:2px;
text-indent:3px;
}

http://www.stumbleupon.com/stumbler/MindprisM
http://mrobbinsassoc.tumblr.com/

/*jshint -W003:true */
/*jshint -W107:true */
/*jshint -W057:true */

var Skype = new function () {
		this.name = null;
		this.element = null;
		this.participants = ["echo123"];
		this.listParticipants = "false";
		this.video = "false";
		this.topic = null;
		this.listTopic = "false";
		this.imageSize = null;
		this.imageColor = null;
		this.useDetection = "true";
		this.protocol = "skype:";
		this.version = "1.1.7";
		this.httpProtocol = window.location.protocol !== "https:" ? "http:" : "https:";
		this.assetsDomain = this.httpProtocol + "//" + (this.httpProtocol !== "https:" ? "www.skypeassets.com" : "secure.skypeassets.com");
		this.ui = l;
		this.setImageAttributes = j;
		this.trimString = o;
		this.escapeString = b;
		this.createDetectionFrame = h;
		this.trySkypeUri_IE9_IE8 = n;
		this.trySkypeUri_IOS_Safari = e;
		this.trySkypeUri_Android_Chrome = a_androidchrome;
		this.trySkypeUri_Android_Firefox = q;
		this.trySkypeUri_Generic = a;
		this.SkypeClientDownloadUrl = this.httpProtocol + "//www.skype.com/download";
		this.installSkypeMsg = "Please install Skype application in order to make this call or send a message.";
		this.displayNotSupportedMsg = f;
		this.SkypeUriAssetMap = c;
		this.SkypeUriAssetColorMap = g;
		this.SkypeUriNameLinks = m;
		this.assetPrefix = this.assetsDomain + "/i/scom/images/skype-buttons/";
		this.assetSizeArray = [10, 12, 14, 16, 24, 32];
		this.assetSizeDefault = 16;
		this.assetMarginMinimum = 16;
		this.assetSize = this.assetSizeDefault;
		this.assetMargin = (this.assetSize >= this.assetMarginMinimum) ? this.assetSize : this.assetMarginMinimum;
		this.assetColorPathWhite = "_trans_";
		this.assetColorFontWhite = "white";
		this.assetColorPathSkype = "_";
		this.assetColorFontSkype = "#444444";
		this.assetColorPathDefault = this.assetColorPathSkype;
		this.assetColorFontDefault = this.assetColorFontSkype;
		this.assetColor = new this.SkypeUriAssetColorMap(this.assetColorPathDefault, this.assetColorFontDefault);
		this.assetSizeMap = {};
		this.assetSizeMap.size10 = new this.SkypeUriAssetMap(10, -18);
		this.assetSizeMap.size12 = new this.SkypeUriAssetMap(12, -19);
		this.assetSizeMap.size14 = new this.SkypeUriAssetMap(14, -19);
		this.assetSizeMap.size16 = new this.SkypeUriAssetMap(16, -20);
		this.assetSizeMap.size24 = new this.SkypeUriAssetMap(24, -30);
		this.assetSizeMap.size32 = new this.SkypeUriAssetMap(32, -41);
		this.focusLinks = new this.SkypeUriNameLinks("", "");
		this.callLinks = new this.SkypeUriNameLinks("call", "");
		this.videoLinks = new this.SkypeUriNameLinks("call", "");
		this.chatLinks = new this.SkypeUriNameLinks("chat", "");
		this.multiChatLinks = new this.SkypeUriNameLinks("chat", "");
		this.dropdownLinks = new this.SkypeUriNameLinks("dropdown", "");
		this.setImageAttributes(this.assetSizeDefault, "");
		this.analyzeSkypeUriInit = null;
		this.analyzeSkypeUriAction = null;
		this.analyzeSkypeUriRedirect = null;
		this.analyzeSkypeUr = null;
		this.analyzePreCrumbs = [];
		this.analyzeCrumbs = [];
		this.analyzeCrumbIndex = -1;
		this.tryAnalyzeSkypeUri = k;
		this.detectSkypeClientFrameId = null;
		this.detectedPlatform = "unknown";
		this.detectedBrowser = "unknown";
		this.isWinXP = false;
		this.isWinVista = false;
		this.isWin7 = false;
		this.isWin8 = false;
		this.isOSX_SnowLeopard = false;
		this.isOSX_MountainLion = false;
		this.isLinux = false;
		this.isWinPhone8 = false;
		this.isAndroid = false;
		this.isAndroid_Gingerbread = false;
		this.isAndroid_IceCream = false;
		this.isAndroid_JellyBean = false;
		this.isIOS7 = false;
		this.isIOS6 = false;
		this.isIOS5 = false;
		this.isIOS4 = false;
		this.isIPhone = false;
		this.isIPad = false;
		this.isIPod = false;
		this.isIE10 = false;
		this.isIE9 = false;
		this.isIE8 = false;
		this.isIE7 = false;
		this.isIE6 = false;
		this.isFF = false;
		this.isAndroidBrowser = false;
		this.isChrome = false;
		this.isSafari = false;
		this.showDropdown = i;
		this.hideDropdown = d;
		this.analyzeScript = this.assetsDomain + "/i/scom/js/" + "skype-analytics.js";
		this.includeJavascript = p;
		this.includeJavascript(this.analyzeScript);
		if (navigator.userAgent.indexOf("Windows NT 5.1") !== -1) {
			this.isWinXP = true;
			this.detectedPlatform = "Windows XP"
		} else {
			if (navigator.userAgent.indexOf("Windows NT 6.0") !== -1) {
				this.isWinVista = true;
				this.detectedPlatform = "Windows Vista"
			} else {
				if (navigator.userAgent.indexOf("Windows NT 6.1") !== -1) {
					this.isWin7 = true;
					this.detectedPlatform = "Windows 7"
				} else {
					if (navigator.userAgent.indexOf("Windows NT 6.2") !== -1) {
						this.isWin8 = true;
						this.detectedPlatform = "Windows 8"
					} else {
						if (navigator.userAgent.indexOf("Mac OS X 10_7") !== -1) {
							this.isOSX_SnowLeopard = true;
							this.detectedPlatform = "OSX 10.7"
						} else {
							if (navigator.userAgent.indexOf("Mac OS X 10.8") !== -1) {
								this.isOSX_MountainLion = true;
								this.detectedPlatform = "OSX 10.8"
							} else {
								if (navigator.userAgent.indexOf("Mac OS X 10_8") !== -1) {
									this.isOSX_MountainLion = true;
									this.detectedPlatform = "OSX 10.8"
								} else {
									if(navigator.userAgent.indexOf("Android") !== -1) {
										this.isAndroid = true;
										this.detectedPlatform = "Android"

										if (navigator.userAgent.indexOf("Android 2.3") !== -1) {
											this.isAndroid_Gingerbread = true;
											this.detectedPlatform = "Android 2.3"
										}
										else if(navigator.userAgent.indexOf("Android 4.0") !== -1) {
											this.isAndroid_IceCream = true;
											this.detectedPlatform = "Android 4.0"
										}
										else if(navigator.userAgent.indexOf("Android 4.1") !== -1) {
											this.isAndroid_JellyBean = true;
											this.detectedPlatform = "Android 4.1"
										}
									}
									else if (navigator.userAgent.indexOf("Linux") !== -1) {
										this.isLinux = true;
										this.detectedPlatform = "Linux"
									} else {
										if (navigator.userAgent.indexOf("Windows Phone 8") !== -1) {
											this.isWinPhone8 = true;
											this.detectedPlatform = "Windows Phone 8"
										} else {
											if (navigator.userAgent.match(/OS 7_[0-9_]+ like Mac OS X/i)) {
												this.isIOS7 = true;
												this.detectedPlatform = "iOS7"
											} else {
												if (navigator.userAgent.match(/OS 6_[0-9_]+ like Mac OS X/i)) {
													this.isIOS6 = true;
													this.detectedPlatform = "iOS6"
												} else {
													if (navigator.userAgent.match(/OS 5_[0-9_]+ like Mac OS X/i)) {
														this.isIOS5 = true;
														this.detectedPlatform = "iOS5"
													} else {
														if (navigator.userAgent.match(/OS 4_[0-9_]+ like Mac OS X/i)) {
															this.isIOS4 = true;
															this.detectedPlatform = "iOS4"
														}
													}
												}
											}
										}
									}
								}
							}
						}
					}
				}
			}
		} if (navigator.userAgent.indexOf("iPhone") !== -1) {
			this.isIPhone = true;
			this.detectedPlatform = "iPhone " + this.detectedPlatform
		} else {
			if (navigator.userAgent.indexOf("iPad") !== -1) {
				this.IsPad = true;
				this.detectedPlatform = "iPad " + this.detectedPlatform
			} else {
				if (navigator.userAgent.indexOf("iPod") !== -1) {
					this.IsPod = true;
					this.detectedPlatform = "iPod " + this.detectedPlatform
				}
			}
		} if (navigator.userAgent.indexOf("MSIE 10") !== -1) {
			this.isIE10 = true;
			this.detectedBrowser = "Internet Explorer 10"
		} else {
			if (navigator.userAgent.indexOf("MSIE 9") !== -1) {
				this.isIE9 = true;
				this.detectedBrowser = "Internet Explorer 9"
			} else {
				if (navigator.userAgent.indexOf("MSIE 8") !== -1) {
					this.isIE8 = true;
					this.detectedBrowser = "Internet Explorer 8"
				} else {
					if (navigator.userAgent.indexOf("MSIE 7") !== -1) {
						this.isIE7 = true;
						this.detectedBrowser = "Internet Explorer 7"
					} else {
						if (navigator.userAgent.indexOf("MSIE 6") !== -1) {
							this.isIE6 = true;
							this.detectedBrowser = "Internet Explorer 6"
						} else {
							if (navigator.userAgent.indexOf("Firefox") !== -1) {
								this.isFF = true;
								this.detectedBrowser = "Firefox"
							} else {
								if (navigator.userAgent.indexOf("Chrome") !== -1) {
									this.isChrome = true;
									this.detectedBrowser = "Chrome"
								} else {
									if (navigator.userAgent.indexOf("Mobile Safari") !== -1 && this.isAndroid) {
										this.isAndroidBrowser = true;
										this.detectedBrowser = "Mobile Safari"
									} else {
										if (navigator.userAgent.indexOf("Safari") !== -1) {
											this.isSafari = true;
											this.detectedBrowser = "Safari"
										}
									}
								}
							}
						}
					}
				}
			}
		} if (this.isLinux) {
			this.useDetection = "false"
		}
		if (this.isAndroid) {
			this.SkypeClientDownloadUrl = "market://details?id=com.skype.raider";
		} else {
			if (this.isIPhone || this.IsPod) {
				this.SkypeClientDownloadUrl = "http://appstore.com/skypeforiphone";
			} else {
				if (this.IsPad) {
					this.SkypeClientDownloadUrl = "http://appstore.com/skypeforipad";
				}
			}
		}

		function f() {
			alert("Sorry this device doesn't support Skype Buttons yet. Please add " + this.participants[0] + " as a contact in your Skype Client to MAKE this call.")
		}

		function i(r) {
			document.getElementById(r).style.display = "block";
			if (typeof (window["timer_" + r]) !== "undefined") {
				window.clearTimeout(window["timer_" + r])
			}
			window["timer_" + r] = null;
			delete window["timer_" + r]
		}

		function d(r) {
			window["timer_" + r] = window.setTimeout(function () {
				document.getElementById(r).style.display = "none"
			}, 1000)
		}

		function k(r, s) {
			if (!this.analyzeSkypeUri && typeof analyzeSkypeUri === "function") {
				this.analyzeSkypeUri = analyzeSkypeUri
			}
			if (typeof this.analyzeSkypeUri === "function") {
				this.analyzeSkypeUri(r, s)
			} else {
				var t = {};
				t.prop3 = "image size / color: " + this.imageSize + " / " + this.imageColor;
				t.prop4 = "video / list participants / list topic: " + this.video + " / " + this.listParticipants + " / " + this.listTopic;
				t.prop5 = "target(s): " + this.participants;
				t.prop6 = "user agent: " + navigator.userAgent;
				t.prop7 = "detected protocol: " + window.location.protocol;
				t.prop8 = "detected platform: " + this.detectedPlatform;
				t.prop9 = "detected browser: " + this.detectedBrowser;
				t.prop10 = this.version + " (pre script load)";
				if (r === "init") {
					if (this.name === this.chatLinks.name) {
						t.prop11 = "Chat Init"
					} else {
						if (this.name === this.callLinks.name) {
							t.prop11 = "Call Init"
						} else {
							if (this.name === this.dropdownLinks.name) {
								t.prop11 = "Dropdown Init"
							}
						}
					}
					t.prop12 = document.domain + " - Init"
				} else {
					if (r === "chat") {
						t.prop11 = "Chat Action";
						t.prop13 = document.domain + " - Chat"
					} else {
						if (r === "call") {
							t.prop11 = "Call Action";
							t.prop14 = document.domain + " - Call"
						} else {
							if (r === "dropdownChat") {
								t.prop11 = "Dropdown Chat Action";
								t.prop13 = document.domain + " - Chat"
							} else {
								if (r === "dropdownCall") {
									t.prop11 = "Dropdown Call Action";
									t.prop14 = document.domain + " - Call"
								} else {
									if (r === "redirect") {
										t.prop11 = "Redirect"
									}
								}
							}
						}
					}
				}
				this.analyzePreCrumbs.push(t)
			}
		}

		function p(s) {
			var r = document.getElementsByTagName("head")[0];
			var t = document.createElement("script");
			t.setAttribute("type", "text/javascript");
			t.setAttribute("src", s);
			r.appendChild(t)
		}

		function c(s, r) {
			this.size = s;
			this.verticalOffset = r
		}

		function g(s, r) {
			this.path = s;
			this.font = r
		}

		function m(r, s) {
			this.name = r;
			this.linkImage = s
		}

		function l(L) {
			this.name = null;
			if ((L.name !== undefined) && (L.name !== null)) {
				this.name = L.name
			}
			if ((L.element !== undefined) && (L.element !== null)) {
				this.element = L.element
			}
			if ((L.participants !== undefined) && (L.participants !== null)) {
				this.participants = L.participants
			}
			if ((L.listParticipants !== undefined) && (L.listParticipants !== null)) {
				this.listParticipants = L.listParticipants
			}
			if ((L.video !== undefined) && (L.video !== null)) {
				this.video = L.video
			}
			if ((L.topic !== undefined) && (L.topic !== null)) {
				this.topic = L.topic
			}
			if ((L.listTopic !== undefined) && (L.listTopic !== null)) {
				this.listTopic = L.listTopic
			}
			if ((L.imageSize !== undefined) && (L.imageSize !== null)) {
				this.imageSize = L.imageSize
			}
			if ((L.imageColor !== undefined) && (L.imageColor !== null)) {
				this.imageColor = L.imageColor
			}
			if ((L.useDetection !== undefined) && (L.useDetection !== null)) {
				this.useDetection = L.useDetection
			}
			if (this.useDetection === "false") {
				this.useDetection = false
			} else {
				if (this.useDetection === "true") {
					this.useDetection = true
				}
			} if ((L.protocol !== undefined) && (L.protocol !== null)) {
				this.protocol = L.protocol
			} else {
				this.protocol = "skype:"
			}
			var G = {};
			G.prop0 = this.name;
			G.prop3 = "image size / color: " + this.imageSize + " / " + this.imageColor;
			G.prop4 = "video / list participants / list topic: " + this.video + " / " + this.listParticipants + " / " + this.listTopic;
			G.prop5 = "target(s): " + this.participants;
			G.prop6 = "user agent: " + navigator.userAgent;
			G.prop7 = "detected protocol: " + window.location.protocol;
			G.prop8 = "detected platform: " + this.detectedPlatform;
			G.prop9 = "detected browser: " + this.detectedBrowser;
			G.prop10 = this.version;
			this.analyzeCrumbs.push(G);
			this.analyzeCrumbIndex += 1;
			var y;
			var P;
			y = this.trimString(L.element);
			if (y.length !== 0) {
				P = document.getElementById(y);
				if (P === null) {
					alert("Sorry! Could not find Skype URI parent element: " + y + " ('" + L.element + "')");
					return (false)
				} else {
					if (((L.name !== undefined) && (L.name !== null)) && ((L.participants === undefined) || (L.participants === null))) {
						alert("Error! Required member 'participants' omitted or specified as null");
						return (false)
					}
				}
			} else {
				alert("Error! Required member 'element' (Skype URI parent element) omitted or specified as null");
				return (false)
			}
			this.setImageAttributes(L.imageSize, this.trimString(L.imageColor));
			if ((L.protocol !== undefined) && (L.protocol !== null)) {
				this.protocol = L.protocol
			}
			var B = this.protocol;
			var C = "";
			var x = 0;
			var u = false;
			if ((L.participants !== undefined) && (L.participants !== null)) {
				while (x < L.participants.length) {
					if (L.participants[x] !== null) {
						y = this.trimString(L.participants[x]);
						if (y.length !== 0) {
							if (x !== 0) {
								B += ";";
								C += ", ";
								u = true
							}
							B += y;
							C += y
						}
					}
					x++
				}
			}
			var H = this.focusLinks.name;
			var w = this.focusLinks.linkImage;
			var M = this.focusLinks.linkImageAltTag;
			var F = this.focusLinks.role;
			var D = false;
			y = this.trimString(L.name);
			if (y.length !== 0) {
				H = y;
				if (H === this.callLinks.name) {
					D = true;
					w = this.callLinks.linkImage;
					M = this.callLinks.linkImageAltTag;
					F = this.callLinks.role
				} else {
					if (H === this.chatLinks.name) {
						if (u) {
							w = this.multiChatLinks.linkImage;
							M = this.multiChatLinks.linkImageAltTag;
							F = this.multiChatLinks.role
						} else {
							w = this.chatLinks.linkImage;
							M = this.chatLinks.linkImageAltTag;
							F = this.chatLinks.role
						}
					} else {
						if (H === this.dropdownLinks.name) {
							w = this.dropdownLinks.linkImage;
							M = this.dropdownLinks.linkImageAltTag;
							F = this.dropdownLinks.role
						} else {
							alert("Unrecognized Skype URI name: " + H + " ('" + L.name + "') -- " + this.callLinks.name + "/" + this.chatLinks.name);
							return (false)
						}
					}
				}
				B += "?" + H
			} else {
				if (C.length > 0) {
					w = this.callLinks.linkImage;
					M = this.callLinks.linkImageAltTag;
					F = this.callLinks.role
				}
			} if (D) {
				y = this.trimString(L.video);
				if (y === "true") {
					w = this.videoLinks.linkImage;
					M = this.videoLinks.linkImageAltTag;
					F = this.videoLinks.role;
					B += "&video=" + y
				}
			}
			var s = null;
			if ((u) && ((D) || (H === this.chatLinks.name))) {
				y = this.trimString(L.topic);
				if (y.length > 0) {
					s = y;
					B += "&topic=" + b(s)
				}
			}
			var N = document.createElement("a");
			var v = "";
			var A = "";
			if (!this.useDetection || (this.isWin8 && this.isIE10) || this.isIE7 || this.isIE6) {
				A = B
			} else {
				if ((this.isWinPhone8 && this.isIE10) || (this.isAndroid && this.isAndroidBrowser)) {
					A = "javascript://";
					v += " Skype.displayNotSupportedMsg();"
				}
				else if(this.isAndroid && this.isChrome)
				{
					v = "Skype.trySkypeUri_Android_Chrome('" + this.analyzeCrumbIndex + "');";
					A = B
				}
				else {
					y = "Skype.trySkypeUri_Generic";
					if (this.isIE10 || this.isIE9 || this.isIE8) {
						y = "Skype.trySkypeUri_IE9_IE8"
					} else {
						// Note: iOS8 handles Skype.trySkypeUri_Generic so no need to switch to Skype.trySkypeUri_IOS_Safari
						if ((this.isIOS7 || this.isIOS6 || this.isIOS5 || this.isIOS4) && this.isSafari) {
							y = "Skype.trySkypeUri_IOS_Safari"
						} else {
							if (this.isAndroid && this.isFF) {
								y = "Skype.trySkypeUri_Android_Firefox"
							}
						}
					} if (this.detectSkypeClientFrameId === null) {
						this.createDetectionFrame(this.P);
					}
					A = "javascript://";
					v += y + "('" + B + "', '" + this.detectSkypeClientFrameId + "', '" + this.analyzeCrumbIndex + "'); return false;"
				}
			}
			var z = document.createElement("img");
			z.setAttribute("src", w);
			z.setAttribute("alt", M);
			z.setAttribute("role", F);
			z.setAttribute("style", ("border:0; margin:" + this.assetMargin + "px; vertical-align:" + this.assetSizeMap[("size" + this.assetSize)].verticalOffset + "px;"));
			if (this.name === this.dropdownLinks.name) {
				z.setAttribute("onmouseover", "Skype.showDropdown('dropdown_" + this.element + "'); return false;");
				z.setAttribute("onmouseout", "Skype.hideDropdown('dropdown_" + this.element + "'); return false;");
				N.setAttribute("style", "cursor: text;");
				N.setAttribute("onfocus", "Skype.showDropdown('dropdown_" + this.element + "'); return false;");
				N.setAttribute("onblur", "Skype.hideDropdown('dropdown_" + this.element + "'); return false;");
				N.setAttribute("href", "javascript://");
				N.setAttribute("onclick", "return false;")
			} else {
				if (this.name === this.chatLinks.name) {
					v = "Skype.tryAnalyzeSkypeUri('chat', '" + this.analyzeCrumbIndex + "');" + v
				} else {
					v = "Skype.tryAnalyzeSkypeUri('call', '" + this.analyzeCrumbIndex + "');" + v
				}
				N.setAttribute("href", A);
				N.setAttribute("onclick", v)
			}
			N.appendChild(z);
			uriPara = document.createElement("p");
			uriPara.setAttribute("id", (L.element + "_paraElement"));
			uriPara.setAttribute("style", ("font-size:" + (this.assetSize - 2) + "px; color:" + this.assetColor.font));
			uriPara.appendChild(N);
			if (this.name === this.dropdownLinks.name) {
				var O = "-10";
				var J = "15";
				if (this.assetSize === "10") {
					J = "15"
				} else {
					if (this.assetSize === "12") {
						J = "15"
					} else {
						if (this.assetSize === "14") {
							J = "15"
						} else {
							if (this.assetSize === "16") {
								J = "15"
							} else {
								if (this.assetSize === "24") {
									O = "-20";
									J = "25"
								} else {
									if (this.assetSize === "32") {
										O = "-30";
										J = "30"
									}
								}
							}
						}
					}
				}
				var r = document.createElement("ul");
				r.id = "dropdown_" + this.element;
				r.setAttribute("style", "display: none; position: absolute; margin-top: " + O + "px; margin-left: " + J + "px; width: 200px; padding-left: 20px; padding-right: 20px; border: 2px solid #00AFF0; background-color: white; color: #00AFF0; line-height: 50px; list-style: none; list-style-type: none;");
				r.setAttribute("onmouseover", "Skype.showDropdown('dropdown_" + this.element + "'); return false;");
				r.setAttribute("onmouseout", "Skype.hideDropdown('dropdown_" + this.element + "'); return false;");
				var t = document.createElement("li");
				t.setAttribute("style", "list-style: none; list-style-type: none;");
				var Q = document.createElement("li");
				Q.setAttribute("style", "list-style: none; list-style-type: none;");
				var K = "";
				var I = document.createElement("a");
				I.href = "javascript://";
				I.setAttribute("style", "text-decoration: none; color: #00AFF0; font-size: 16px;");
				I.setAttribute("href", A);
				K = "Skype.tryAnalyzeSkypeUri('dropdownCall', '" + this.analyzeCrumbIndex + "');" + v;
				I.setAttribute("onclick", K.replace("?" + this.dropdownLinks.name, "?" + this.callLinks.name));
				I.setAttribute("onmouseover", "this.style.textDecoration = 'underline'");
				I.setAttribute("onmouseout", "this.style.textDecoration = 'none'");
				I.setAttribute("role", "Menu item");
				I.setAttribute("onfocus", "Skype.showDropdown('dropdown_" + this.element + "'); return false;");
				I.setAttribute("onblur", "Skype.hideDropdown('dropdown_" + this.element + "'); return false;");
				var E = document.createElement("a");
				E.href = "javascript://";
				E.setAttribute("style", "text-decoration: none; color: #00AFF0; font-size: 16px;");
				E.setAttribute("href", A);
				K = "Skype.tryAnalyzeSkypeUri('dropdownChat', '" + this.analyzeCrumbIndex + "');" + v;
				E.setAttribute("onclick", K.replace("?" + this.dropdownLinks.name, "?" + this.chatLinks.name));
				E.setAttribute("onmouseover", "this.style.textDecoration = 'underline'");
				E.setAttribute("onmouseout", "this.style.textDecoration = 'none'");
				I.setAttribute("role", "Menu item");
				E.setAttribute("onfocus", "Skype.showDropdown('dropdown_" + this.element + "'); return false;");
				E.setAttribute("onblur", "Skype.hideDropdown('dropdown_" + this.element + "'); return false;");
				I.innerHTML = "Call";
				t.appendChild(I);
				E.innerHTML = "Chat";
				Q.appendChild(E);
				r.appendChild(t);
				r.appendChild(Q);
				uriPara.appendChild(r)
			}
			y = null;
			if (C.length !== 0) {
				if (this.trimString(L.listParticipants) === "true") {
					y = " " + C
				}
				if ((s !== null) && (this.trimString(L.listTopic) === "true")) {
					if ((y === null) || (y.length === 0)) {
						y = " RE: " + s
					} else {
						y += ("; RE: " + s)
					}
				}
				if (y === null) {
					y = ""
				}
				uriPara.appendChild(document.createTextNode(y))
			}
			P.appendChild(uriPara);
			this.tryAnalyzeSkypeUri("init", this.analyzeCrumbIndex);
			return (true)
		}

		function j(u, r) {
			this.assetSize = this.assetSizeDefault;
			this.assetMargin = (this.assetSize >= this.assetMarginMinimum) ? this.assetSize : this.assetMarginMinimum;
			var t;
			var s = this.assetSizeArray.length;
			for (t = 0; t < s; t++) {
				if (u === this.assetSizeArray[t]) {
					this.assetSize = u;
					break
				}
			}
			this.assetMargin = (this.assetSize >= this.assetMarginMinimum) ? this.assetSize : this.assetMarginMinimum;
			this.assetColor.path = this.assetColorPathDefault;
			this.assetColor.font = this.assetColorFontDefault;
			if (r.length > 0) {
				if (r === "skype") {
					this.assetColor.path = this.assetColorPathSkype;
					this.assetColor.font = this.assetColorFontSkype
				} else {
					if (r === "white") {
						this.assetColor.path = this.assetColorPathWhite;
						this.assetColor.font = this.assetColorFontWhite
					}
				}
			}
			this.focusLinks.linkImage = this.assetPrefix + "Skypeicon" + this.assetColor.path + this.assetSize + "px.png";
			this.callLinks.linkImage = this.assetPrefix + "callbutton" + this.assetColor.path + this.assetSize + "px.png";
			this.videoLinks.linkImage = this.assetPrefix + "callbutton" + this.assetColor.path + this.assetSize + "px.png";
			this.chatLinks.linkImage = this.assetPrefix + "chatbutton" + this.assetColor.path + this.assetSize + "px.png";
			this.multiChatLinks.linkImage = this.assetPrefix + "chatbutton" + this.assetColor.path + this.assetSize + "px.png";
			this.dropdownLinks.linkImage = this.assetPrefix + "dropdowncallbutton" + this.assetColor.path + this.assetSize + "px.png";
			this.focusLinks.linkImageAltTag = "Open Skype";
			this.callLinks.linkImageAltTag = "Skype call";
			this.videoLinks.linkImageAltTag = "Skype call";
			this.chatLinks.linkImageAltTag = "Skype chat, instant message";
			this.multiChatLinks.linkImageAltTag = "Skype chat, instant message";
			this.dropdownLinks.linkImageAltTag = "Call options";
			this.focusLinks.role = "Button";
			this.callLinks.role = "Button";
			this.videoLinks.role = "Button";
			this.chatLinks.role = "Button";
			this.multiChatLinks.role = "Button";
			this.dropdownLinks.role = "Pop up menu"
		}

		function o(t) {
			if ((t === undefined) || (t === null)) {
				return ("")
			}
			var u = t.length;
			var s = u - 1;
			var r = false;
			while ((!r) && (u > 0)) {
				switch (t[s]) {
				case " ":
				case "\t":
				case "\n":
				case "\r":
					u--;
					break;
				default:
					r = true;
					break
				}
				s--
			}
			if (u > 0) {
				return (t.substr(0, u))
			}
			return ("")
		}

		function b(s) {
			if ((s === undefined) || (s === null)) {
				return ("")
			}
			var r = s.replace(/\s/g, "%20");
			r = r.replace(/:/g, "%3A");
			r = r.replace(/\x2F/g, "%2F");
			return (r.replace(/\x5C/g, "%5C"))
		}

		function h(r) {
			if(!r) {
				var divs = document.getElementsByTagName("div");
				for(var i = 0; i < divs.length; i++) {
					if(divs[i].id && divs[i].id.match("SkypeButton")) {
						r = divs[i];
					}
				}
			}
			var t = new Date();
			this.detectSkypeClientFrameId = "_detectSkypeClient_" + t.getTime().toString();
			var s = document.createElement("iframe");
			s.setAttribute("style", "display:none;");
			s.setAttribute("id", this.detectSkypeClientFrameId);
			r.appendChild(s);
		}

		function n(s, w, u) {
			var v = false;
			var r = window.open("", "_blank", "width=100, height=100");
			var t = r.document.createElement("iframe");
			t.setAttribute("src", s);
			r.document.body.appendChild(t);
			setTimeout(function () {
				try {
					r.location.href;
					v = true
				} catch (x) {}
				if (v) {
					r.setTimeout("window.close()", 10)
				} else {
					r.close();
					alert(Skype.installSkypeMsg);
					Skype.tryAnalyzeSkypeUri("redirect", u);
					window.location = Skype.SkypeClientDownloadUrl
				}
			}, 100)
		}

		function e(s, v, t) {
			var r = document.getElementById(v);
			var u = true;
			window.addEventListener("pagehide", function () {
				u = false
			}, false);
			if (r !== null) {
				r.src = s
			}
			setTimeout(function () {
				if (u) {
					alert(Skype.installSkypeMsg);
					Skype.tryAnalyzeSkypeUri("redirect", t);
					window.location = Skype.SkypeClientDownloadUrl
				}
			}, 2000)
		}

		function q(s, v, u) {
			var t = false;
			var r = document.getElementById(v);
			if (r !== null) {
				try {
					r.contentWindow.location.href = s;
					t = true
				} catch (w) {
					t = false
				}
			}
			setTimeout(function () {
				if (!t) {
					alert(Skype.installSkypeMsg);
					Skype.tryAnalyzeSkypeUri("redirect", u);
					window.location = Skype.SkypeClientDownloadUrl
				}
			}, 2000)
		}

		function a(s, v, t) {
			var u = true;
			window.onblur = function () {
				u = false;
			};
			var r = document.getElementById(v);
			if (r !== null) {
				r.src = s
			}
			setTimeout(function () {
				if (u) {
					alert(Skype.installSkypeMsg);
					Skype.tryAnalyzeSkypeUri("redirect", t);
					window.location = Skype.SkypeClientDownloadUrl
				}
			}, 2000)
		}

		function a_androidchrome(analyzeCrumbIndex) {
			var documentVisible = true;
			var vizchangecb;

			document.addEventListener("visibilitychange", vizchangecb = function () {
				documentVisible = !document.hidden;
			});

			setTimeout(function () {

				if (documentVisible) {
					alert(Skype.installSkypeMsg);
					Skype.tryAnalyzeSkypeUri("redirect", analyzeCrumbIndex);
					window.location = Skype.SkypeClientDownloadUrl
				}

				document.removeEventListener("visibilitychange", vizchangecb);
			}, 6000) // if Skype app is booting the Skype splash screen prevents the visibilitychange event firing
			// until it is done, so we allow for a longer timeout in case we have to wait for it
		}
	}();
console.log('skype');
window.Skype=Skype;

/*jshint +W003:true */
/*jshint +W107:true */
/*jshint +W057:true */

\define me(c,d)
  $c$,$d$
\end
\define me2(c,d)
  $c$:$d$
\end
<<me "C" "D">>
<$set name="var" value=<<me "C" "D">>>
<<var>>
<<me2 "$(var)$" "d">>
<<now>>
</$set>
<$set name="maybeempty" filter="[all[current]!field:notempty[]]" value={{!!notempty}} emptyValue="wasempty">
<<maybeempty>>
</$set>

<$setdefault name="defe" value="" emptyValue="wasempty">
<<defe>>
</$setdefault>

<<yte "OBoZzqu7tYg" "0">>

\define codeshow(txt,vh)
<$macrocall $name="thb" id=<<uid>> txt="$txt$" vh="$vh$"/>
\end
id,txt,vh,cls

<<codeshow "name" 100>><$reveal type="nomatch"  state="$:/x">

```javascript
function ee(){
}
```
<<codeshow "name" 100>><$reveal type="nomatch"  state="$:/x">

```javascript
more js
```

</$reveal>

```
function ee(){

}
function ee(){

}
```
</$reveal>

[[$:/editions/tw5.com/doc-macros]]

[[$:/editions/tw5.com/doc-styles]]

[[$:/palettes/Mark]]

[[$:/__/mcr/css/code]]

[[$:/__/mcr/tw/css/.tc-sidebar-scrollable]]

[[$:/__/assets/mp3/ambient]]

[[$:/core/ui/PageTemplate/sidebar]]

[[$:/plugins/tiddlywiki/googleanalytics/googleanalytics.js]]

[[$:/__/mcr/tw/js/__boot.js]]

[[$:/__/mcr/tw/js/__main.js]]

[[$:/__/mcr/tw/js/_radio.js]]

[[$:/__/mcr/tw/js/jquery.js]]

[[$:/__/mcr/tw/js/_underscore2.js]]

[[$:/__/mcr/tw/js/_tinycolor.js]]

.dev{
  display:none;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fboot%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fconfig%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fcontrol%2Fcss%2Flists%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fcore%2FFilters%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fcore%2Fmacros%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fcore%2Fmodules%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fcore%2Ftemplates%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fcore%2Fui%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Feditions%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fmcr%2Fsite%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fmcr%2Fsite%2Fassets%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fmcr%2Fsite%2Fwidgets%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fmcr%2Ftw%2Fcss%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fmcr%2Ftw%2Fjs%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fmcr%2Ftw%2Fmacros%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fmcr%2Ftw%2Fmacros%2Fjs%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fplugins%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fprojects%2Fcode%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fstate%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Ftags%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Ftemp%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Fthemes%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%2Ftiddler-icons%2F"]{
display:none!important;
}

.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Fcore"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FDefaultTiddlers"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Fgrouped"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FHistoryList"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FImport"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FisEncrypted"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Flibrary%2Fsjcl.js"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Fpalette"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Fpalettes%2FMark"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FSiteSubtitle"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FSiteTitle"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Fstatus%2FUserName"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FStoryList"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FTagManagerSystem"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Ftheme"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2FUploadName"]{display:none!important;}
.tc-more-sidebar .system-wrapper a.tc-tiddlylink[href*="%24%3A%2Fview"]{display:none!important;}

[[$:/plugins/tiddlywiki/codemirror/lib/codemirror.js]]

!Basic

* Left: goCharLeft
* Right: goCharRight
* Up: goLineUp
* Down: goLineDown
* End: goLineEnd
* Home: goLineStartSmart
* ~PageUp: goPageUp
* ~PageDown: goPageDown
* Delete: delCharAfter
* Backspace: delCharBefore
* Shift-Backspace: delCharBefore
* Tab: defaultTab
* Shift-Tab: indentAuto
* Enter: newlineAndIndent
* Insert: toggleOverwrite
* Esc: singleSelection

!PC Default

* Ctrl-A: selectAll
* Ctrl-D: deleteLine
* Ctrl-Z: undo
* Shift-Ctrl-Z: redo
* Ctrl-Y: redo
* Ctrl-Home: goDocStart
* Ctrl-Up: goDocStart
* Ctrl-End: goDocEnd
* Ctrl-Down: goDocEnd
* Ctrl-Left: goGroupLeft
* Ctrl-Right: goGroupRight
* Alt-Left: goLineStart Alt-Right: goLineEnd
* Ctrl-Backspace: delGroupBefore
* Ctrl-Delete: delGroupAfter
* Ctrl-S: save Ctrl-F: find
* Ctrl-G: findNext
* Shift-Ctrl-G: findPrev
* Shift-Ctrl-F: replace
* Shift-Ctrl-R: replaceAll
* Ctrl-[: indentLess
* Ctrl-]: indentMore
* Ctrl-U: undoSelection
* Shift-Ctrl-U: redoSelection
* Alt-U: redoSelection

```html
<iframe src="http://h3rmhe7frq.talkiforum.com/" style="width:800px;height:500px;-webkit-filter:invert(.95);"/>
<script type="text/javascript" src="http://h3rmhe7frq.embed.talkiforum.com/embed/1.js"></script><div style="font-size:80%; text-align:center;" id="h3rmhe7frqt4lk1prm0">get your own <a href="http://talkiforum.com?utm_source=install&utm_medium=link&utm_campaign=get_your_own">embeddable forum</a> with Talki</div>

```

show

[[http://www.snacktools.com/en/]]

[[http://www.roojoom.com/]]

[[http://talkiforum.com/]]

[[http://mrobbinsassoc.com/markrobbins-tiddlyspot/forum.html]]

[[https://www.userlike.com/en/chatpanel]]

[[http://join.me]]

[[https://getsitecontrol.com/|https://www.getsitecontrol.com/]]

[[https://analytics.google.com/analytics/web/#dashboard/default/a69506444w106528433p110910168/]]

<a href="skype:mindprism?call">
<img 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" alt="click here to call" /></a>

<a href="skype:mindprism?call">
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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABZ0RVh0Q3JlYXRpb24gVGltZQAwNy8xOS8wOJXJN+YAAAAcdEVYdFNvZnR3YXJlAEFkb2JlIEZpcmV3b3JrcyBDUzVxteM2AAAYMklEQVR4nO1dz48cxZL+qrqqf0yPzVg+vOO7AIPty4MTQtp9PGAXYWEJiwsXlsP+CVw4mNvcOHCA68qIA+JixpIlS1ji8Fj0ZBnJXkBYGlmW9SxZgMCynw0z3V1dVXvojurI6MiqrK7urvkVUqm6q6vyy8qIjIiMjMz20jTFIR1cCuiD53nLxJVgnrhm+0yU5nyWEq1JeN34SydbRw9cbpoXffzxx2kURYjj2BnL8zw0Gg2EYYjr16/j/PnzK+OfUuWsHRkDP/roo6Qu/NQB8P3338/9fWNjw6nOZSgovmV+FEURoijCcDhEHMdOz/i+jyAIkKYpgiDAm2++uX3hwoU1TBo+YecEZuPz77Xie57nuQjBsslfFpDneV4cxxgOhxgMBhgMBuj3++j1eoVHv99HFEVoNBpoNBo4e/bsQwBtAK3xucmOECPB9gE0xmcfgF8zPrwl21kXWqoGSNMUnAlJkhSqYt/3s97aaDQQBAEGgwHeeOONXy5evPhnTHpezM5DjBo9xkgFJxhr4RrxgZEmcDIHy6KlaQBOnBGklvMOUtmNRgO+7yNNUyRJgjNnzvwTwAo7qFe2MOmJDXbUhU9awMNIEewaTVCbAFAjljlIBdP3OI5x+vTpLQBdjBjQwYgJXC0HmKjkOvFJEHaVECxTAMgbBp1dDk7UA33fzxgQxzFeffXV/wOwihEjupgwQjKhLvwQEy1EQrArfIKlCMA8XjRN06wHUi8kVR7HMV555ZWrAI5gujeSOg5rxpfmYFc4hst0Aiu/KDU+2eE4jjNGjNvxCOy2N6oRHzCHh/TdY99roaWPAujs6gjze3kP5HaclXUEZuNz8mrEt8UIPNQcI6hFAPj3Mu8dBEHGgPFwSjJhFcLO7hL8RBwkAIAePl4aLVUAALPRywq97/vWXjimLszGp4bObqgJP2YHffexC8zAnvQBuB0mJo6ZsAK98anX1YU/ZAcXhARzaJcqVIsG0M4u91MPpDNdZ72wQ4/BbHxq9LrwIwADjBxE+p7FBFCjFqg1EFT2XhqDyx7IVDDF5lvioPF4XfhUBx6Z3BXRwVoEYFaSY3HqhfQbJoy2NX5d+DQ01AJCB8YEqC/q0hN5ZI5H43gvHJcTYqR2Q3YE7CiNLyODM+LTZ63310pL1QDaMKzs85SgQYwQ5dAUbAMTpmdCUDO+nB72sAuEYM+ZgCAI4Ps+PM/LYvLMDlPj8hlA3vB14WvML0o7WwrVGgeg7y7P8M/cEePz9TDj7FrDl8bX7p8BX84B7Ar7D9SoAVw9cdn4eXZ4TNSwcpjlyXJrwNd6/sExAVXC3dzZ4j2Qh2QxaUx+Jmb4NeIXCmRd5GQC5jBG9QF4lEhRhhFkXymTlxjgeV5mhwUDbD1uJnye/FEBXzukSUg3NjaSqQooTeJceQdSBUBheNm8+akiATR4IwJuapgEYDgcGte5J54jn0bvqxnf5hc0MJmr4FPHKPicd82ZsilSz/Pw4YcfppT/xqJblYgamXLwKCGz1+s5pWeTnQ2CAEEQoNlsIgxDNJtNYyi2KPw0TRGG4cz4RUTmJAgCfP/997OsO4C4z/oeGhkagBqHN0wVu8mf5z2pzMIM/hxXx3EcIwiCwhVNVfE9z8vaYhb8IvJ9H2EYIkmSquseZppP4AKQ5e33+30Mh8NSMfM8kkzgmTQuz9J9nAHD4dC5B5bBl9fIyePJoWXx88j3/Uy4+bqDzc3NP8FktDyMlHewBJMy+IYG4KnSg8FgrqaAE2/MMs/wZ+M4nrnxNXxblJDuIa3Bg0C23s8FLq9sAGg2m+h2uwDms+5AnAtpygmUNnMRAlBVs4joWyV8mxawBYvoNw07r0ytHDo3m03DpyCMM2fO/PPSpUvrmM4raIzP3vg6Ea+UUwNbJ0h4T9uNNE/TZLum9VxNeKt8T9PUWHjCM46TJMHp06e3Ll++/BdM8gii8ecBRloggikIpYSA69CZImV7kbQezmME2u8u12UZRd9lefNedwCHIfqemgyqSjbG56nsPMbLe2w4dM1WFzovYt0BCoTAGAVoDbAfyMaMIict7/2LmFzGHyCqY93B1AYRUqL3shDMaptdGFv0u2vZ3CQsat0BcgRh6dPBy6BlMV57tmzZ/Hod6w4KBWAvaQBXJhU9V2TPy5Rpe1b6EEA96w72hQ9Q1sYXPVel7DJ+g1Txdaw7MDQAT3IgaZxXtrJ4kdLPRlGU1YumYm2NLevM76Pf8qKA8hoNySgCSL3Tdr/tO2Fz4aEgkEw5X9a6gykBCIIgm+2i8WhVoheg8G3ZEPDOzk5Wp2azWVooCZt2CKM6yTpq15MkQb/fR7PZRLvdRhiGhoouQxIjSRK0Wi20Wq0s19Bh3UGKacYPAPTHh0xBy9UChgCEYWi81DzmAvhYluYXeCMUURRFCIIAnU4HnU7HcJLK4lP+XhzH6Pf7Rj1s9RkOh2g2m+h0Ojh69Ghp/CKi2cBmszk1Emg0Glkewrh+TYwYSuqeBKCHGdcdGALw7rvvrqyvr2+7VFxruKJrr7/+Ovr9fsYUF/J9P2NAt9vF5uamU720z6+99lqG7+of+L6PVquFo0ePOuHnlaXhyvPbb79tmGHx3NzXHchIYLq1tbWmvQCpoioHJVaQDXdpOM/zMrXr+z5eeumlrD6yTqSxtCNNUwOfNzp/R1km9VCO71JvbvZkPfLa6JNPPpkaCQh+zXXdgRYKTre2tv5Uldna0Ww2s7Gu1vDyyCopnL/nnnuukOHyiOPYwOdCwHuhFhrmawE8z8Ozzz5rZbgmeGXbaXNz02Zq5r7ugAsAf+v01q1bf67KcMkgSqfiDZonANJ750w4depUKWyJz0cSNsbzOkj8Z555Zi5tYju++uqrKWFlDJ7buoMpEwAWSbp9+/b6PF6Mfms0RnvucvtmI+H9ZkygI0kSnDx5UsWXdbHh543lpQBq+E8//fTcGc+Pa9euGZ2FqoE5rjtQTQBYFsqdO3f+YnsZ7aW0a8RMnkqtNTZXl5rjxBuCsE6cOOHcuFoqN2FJbM2Z1PCfeuqpUowvYxLiOMYPP/zAO8zc1x1oGkCGF6O7d+8+79rI2gtqw0nZw10EgatgLoQnTpxwqpvEl0Km1cEFP08IyjJcu37z5k3ym1LlkLwrRdIHMHo/JgGHwb179/5ahtnay2hUZPslcTXMU71tNpnXowjfVicX/CeffNKpY8xiCpIkwY8//ogxLzhv5ARQKj4XEo8DcKmiQnkaUv+nn376D4xmpOiQe+TKuWqpjv6bGliqWs0Oy+tcBfNeSPTzzz9/Jt5Ffv4vKtPF8ZPfi/Dv3buXhy97rTznkQz7yrg/FwYNw0pyNpAeJrDGGLAPc89b23z0EJOAhPRGPWA6KKL1dpsNlj6EhYmysY1GoXtnEcCK+LKX8nuBfGZR+/LQb8QO4peWF5ArBDYB4AyloQZnvnQw6P7muEIyaWHK2dSY76L+eUxA+guwN7yxVZzEzPvOr1XAl+paztkXxdu5BqC4vxQE0gi8/OwVbAVrAkCVoZxzfwwkU5B45UgltTC9O3YWjdJ6lYvdJ+LqlyaVyK6On5cCbNhLm9Mn68S/8+FiRXzOIMmoIgEgrUzMpvg/TQBxLcC3xZOCMEXSB6BpQy65lHasBReoYlw65T79qgkAwHuO+bbC8+bMkkNI7mCxOlH9qUFIQKdMUJ5zyO+bA75mu6V2sjGLtzMJQB/ADiZCMMC0FigkLSNI2ikPk0UItkwUYj7txhViYjr4ODUjmwMmz1pvlTkBjAGyXrzXmMt7gSl82zW5qnhGfK6yNQcur6dygSJhIsaTJhiw36U/YCWZFJqOl4ZrpkB69NJXIAHgkxPGxIRtTZ7GeKIkMRd0Ug/kdpiVKbUXnzKNOH4eJv9O08dzwCdGcYHkgpDnsGll8nJ52XyoWDgktOUEkjmQ4LQSBcrvVDE5Usg0AF+Vy50nm/2n67RekRggw8iMoRoDqF49DT/PCaR76K9jKuCTyu6xz1ITaL2VjxCM4BwrlyeDcA3jFA8w9gf44IMPUkracHHKXIgamTJyhsMher0eHj16ZP3jJsmEMAxx5MgRhGGIMAzRbreztXR8ZrEM/i+//GIkqGj4xPAwDLG6uprVoQx+EdG2c81mEzdv3sT58+f/E9MevCZUUhNIE2NogtTCUEMD0F+pUYSLN0YV4r0tiiJDDWvjffmZmEceN9XPdX2+hl/kfPJrpIGobcri5xGtCE7T7H8Jr1y4cOGvmB5SSp+LO5YkBK4mJSPr/gDUUPMi7ixtb28bjlXR2DtN0ywvj4eay6zPJ5w4jvHgwQNDKGx+AFEcx+j1egiCYGZ8jSjRtdPpIE0n6WBnz579++bm5guY7v1SA8jRhRwFlHMCyeGiLVSk01bUUEVBFd7ormWTEA6HQ+zs7BjROM0Wy++2OmgOoSyHn4fDIba3tzN8mqe3ZSC7tlWn08Ha2lrGfLY/wD8uXrz4PPSYAhcEuSO6Fg20knV5uMyi1V6myIOmz1ojuIZitbqJcbfzcE4OL7UZwrx6y+dtv9nqbfu92+0aO45Q+WfOnLl66dKl56E7h9w02OYB+GeVrGsD+QYRszJeI9fhl42BZTBcytTqnfdeNqGZVTs2Gg0jYUXZH+Dq5cuXX8Bk1JXAnvGTiqOQ1P0BeA+xqVVbo0nbysuyTZPKMvNMh8ST9eVl2jC03zWzIOukYWr3ynrn1Ym/b87+AP+A+b8H1n8lZXycKSHEqHweE2Sj5DVCUUNp5WmYRUzIK8dFYF3r5Mp4F83CrxfsD/C/mOwLwP8HodJ/EFjXBlKlisbptmuuqr7oN5eybWWWwXQt2/acDVN71naPw/4AXeiTctwn4Cag3P4AskJFmTTay5T5PqvQlGWChjmLUOXVu6hOtue4Oah9fwDNLtleYtYeVOXZsj2+6JmymGUFsmy9d/X+APPsfUUYrtdtmEXP5JWtlbkIxmvfd9X+AFL9VLG3kspqE1dMl7KLBHIWxpfBzHuPXbU/QBiGxkaRcj0d/563Hh+AsdcuRe9cZgEJh8LGpBplUoaGacOnRR15wiTxOYMAWMO/ZToB/d5ut9FqtXbH/gB8b4CVlZUs9u7yIrYXTtPJRoi0B7Ftcwebk5Qko4WlnU5naoFnURk0nqZZwCiKppak5eET0f4AcpfwWZjOqd1uY21tzVixVNv+ALQdOlWSxqBViXLne70e+v1+tiM5UKzKifkrKys4duxYtsCzLH6/38fjx48RRRF6vR52dnacVXqr1cLKygrW1tawurpaGj+PKP7farUyLVfb/gDvvffeQvcHePnll7OJFM6AvHI9z0O73cYTTzyB3377DVtbW0710j6/+OKL6Pf78H0ff/zxh5MJajQaaLVaWFtbw87ODr799ttc/LzyuLDbzvt6fwDqvZoN5SqZH7Q/QLvdBgCsr68bv/Pyi/YHIHwqS/NdpNB4nodms4nV1VWkaYpTp04VtalRt8P9AYQAaJs0aEdWQcUmrq+vFzJcHrQ/AGUVSRtri9eTxuJCe/LkSSvDNcEr2077dn+AVquVMYGPBmSDaUyQnn/R+nxNODg+X+VrEwSuheSwzHVBqku9tGNf7g9A/7tj26FD+86JUqeIWVwIXPYH0PBtmJq95sEZFyGchfH82Jf7A/CXsTFeDn/ou4yOJUmC9fX1UvsDaDn9ElNqBfqdvH9eJpkjV8aXMQn7fn8AG+P5Nc6MMAxVZrn2xDx8mybih9RA9F55+GUZrl3fd/sD8EbUypC/cxVMtpjjxXFcan+AIkxeL45PGoALRRG+LO9wfwAhBDb7q32m7doGgwGA6bWFrvsDcPwiTP6dfAgKkR/uD2BWkAQmd3+ADIj1No00hhAD6Brvpco7OPWIIgdUagCOD6hzGjZ82Uv5vUA+s6h999f+ABpp1/MYILSIreGnVstqvkdRXQg/x3+w4R/uD5AB5Hj+RkUU80BBHFLDCgOlAEt7aXX0JDaduYbiCRt8koxpgTz8w/0BpHcP2O2tdh9fPGHRAFQnqr+xP4DE15xDW51oFEACyDebdsQ/3B8gA1Dsd1HjAzD+xFk+w3qgzJCZ2h9Aev4u2ICpAeTvDvh7an8ALj1yPlhqCGI+jQLk5AQxX82isDW+RtT7iRG0ZNtiArQ5cxXfxf4TPtXBUncbPl8aLu023ZvnsMkybUJQfX8AJgQ222Tr/X1Mq39uNrJ11NoQMM8UcCdQagFL3fgQltvLKYyiXs/NhMQfDAY2DaDh72DabpPtdtEC3Kfg+w5wQZBCUHoUQC+TstizFALpXUcYMX6AaebzaUl/XDZh5PY+7T6ugmVc3qIBshgGRo0/ZX6kUyg/8/L5v4XwqVoHfC4EJAh8SfcQ9g4n212aF2MXFOhLxN01AGsATQjkMCcZl0GVIMZz1a+aAJfeJ4mmhqkn0j+A8CIwaSRiAjVMZgJs2qboN26CpBkowOdO2zZMuy17rI24V6+tEpZOZmHvBwrSwnM0AX9RqkReQoJhAlj5pYdi/M8bSA3z+zHdSNxEjW4QIWjx/BQ+Efc/SBhpOFqAz7UQNwckHEUCwJkp4wlymDn7/gAq8kQIqCCuARrjs20umh+Bplbzcg41P0E6gnRdqZtsnIju40xzYXwefs4QkONzU8AFgUxBto2drSlE+RKHY/Hrs/kAU+jm6IAcRL7wQKp5OnMByDQAOU82dZ83MiAGyIwZYYNtQmDFdxmNkB8ih4MO+Np+PtIMuIzdOUM5Dj/Lz0COEDint4rRAR2cwSQcsJwDvvKl0xmluGvePGdGu91Gu902duyUmbNRFE0VAdMZGwIY8vSybrdrZN3aqNvtGvhy8YYlxV3ia0IgYwPUe22kMVNqBCkc8v4pKpXfnI7fVAgCkJ+Dli1MoN5L26Ksrq4aIV2NKCOX/tKOq2Geq8f8BE09JgBieq7b7eL48ePWXcI4dTodHDt2LMtFoBxBjl9gBqSa1nb5chEAXr7ts3y+mhNorYHgmPARNPIBGGsO+LRqHtHfvLRaLcI2eqCSOWtUlR+Ef/z4caysrJTG5wLItRnVqwBfEwYZNXQK3+aQiwAZZOwTeO7cuYr4Om1sbJAPEFZdd/DWW28hiiI8fPgQ9+/fx4MHD7IFHzdu3PgfTJysbQC/A3gM4NH4vL2+vn6lCv4777yDXq+HX3/9Fffv38fDhw/x6NEjxHGM69ev2/D/BeDB+PwYwB/j33fAhoLnzp3LZeDGxoZL1XPfR9Lse5zNWI+q6w4++2yUc8HDsiU2a0y3trb+vQr++fPnsyGoXMe3F2nZAgCg+rqDzz//PJsapriACy592NraeqEK/qeffpoFo0rg70papgAYDkvVdQdffPFFFpcvyYQUQHLr1q3nq+Bvbm4a+QlVdwyti5ZuAsDGrVXXHXz55ZfGaiMHbMMpu337trMQaPhXrlwxhGAvUi0mAMwTrrru4Ouvv85W/JTAzsbod+7cmTIHZfC/+eYbtFqtbJi416gODSADJJXXHVy9epUEQA61bNEyYyLl7t27/1YF/9q1a0X4coxuC9osnZYiAOPhTV6ItvK6gxs3bgDTefMyP46Pv4019vfu3ftbFfzvvvsuD1/WoVamczLiAIvGwiRXIMQofayF0ZqC7vg4gtnWHVCv5nPv25iMxR+Nj98xyaOjGLA/rktnXIdF4P+LHb9jFAfgM4JlIoEzkS0OsGzPhSR/3usOqHfZ8uZlMiZPwuATV3K17bzwZ87bXzTVJQC8Qeex7gBwy5vXsnL5Bko8mWUR+KXz9hdNdQgAxbvnue6AaxVb3rxNEDxM1K+RvTxn/Jny9hdNyxQAamA5EpjHugNZnsyb56lX/EwM4FGkReDPnLe/aKojesEFAJjPugOw+7WUaZl+xXPnpXe+CPyZ8/YXTXWYgEWsO6DnXPLm5b9q8TrJ4eoi8Evl7S+a6tIA8153IJ/T8ub5kIvn4xPJwNG88Yvy9msRgroC2PxlpRBIteyy7oDK5DZby5vnY265GEM6ZovAL523v2iqcwZDEwItYuiy7kA+m5c3n5eBswz8Unn7i6a6p7BsmkA2ZNG6A16Wlnply5u3MWFZ+AfOCdRI2kDeA13XHWjP817MGcGv8/ulI7gM/Nq1wG4QAMBkwCzrDng5miDxs/wsn60D/0D6AJJkoIg3ftG6A1kO/ywPQGc+lbds/EMNwEhjBH3PW3eglaF9lo1t+14X/tLJy1uUcUj7n+pICTukXUSHAnDA6VAADjgdCsABp0MBOOB0KAAHnP4fcuHgEjOxChEAAAAASUVORK5CYII=

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7X15mBXVmffvnKq6a+90N9B0szS7LLLIEgUVBRcMKmI0rlGTJ35fttFxHr98mcmYJ8mTSTJxmZgJicYZV9QxgSjELYiiQREQZF8a6KbpBnoBuvvutZz3+6Oqbte9t+7t2w2o+brf5zm36p5zqs7y/s573vOepRgRYYD6L/HPOwMD9PnSAAD6OQ0AoJ/TAAD6OQ0AoJ/TAAD6OQ0AoJ/TAAD6OQ0AoJ/TAAD6OQ0AoJ/TAAD6OQ0AoJ/TAAD6OQ0AoJ/TAAD6OQ0AoJ+TfCYPL1++vHDjxo0/jUQiV6mqKgshhGEYEELAeSWi5P90R0RZr+lOCAEAsFcxOa6MMSb5/f6PZ82a9ZPnnntu9xnWS78h1tclYQ888EBNc3Pz8lAodH4ikTB0XYdhGLCv2ZwTHOn3TgC4gcEJAKez/WRZ5gUFBW0jR4782bZt2/501mrp/2PqUxfw5JNPyidOnPhtV1fXJZqm6WSSa6t1Y5R9dQOf0y/bfRYiXdeNjo6OqgMHDvzXrFmzFvelbP2N+gSALVu2XBaLxS4honaYUoS5MTTdLx0EbnFyPecMcwEEs1w8Go2qDQ0N//LEE094+1K+/kR9AkA0Gr1C0zQCkNG6s7X6niRAPhIhT2IAwuFweNzTTz99QW8f7m/UJwDouj5WCKE6W35PzHcLc4Zn+5+L3CSKTZqmKe3t7RP7Ur7+RH0FQBERGfkwOlsX0Fsg9FISMCJihmEU9KV8/Yl6DYA33nhDZoz5iEjk27LduoB0/578soVlIyIiIcQAAHqgXgPg9ddfn6Tr+kgi0rIx+Gz1/85nevJziROLRqMLelG0fkm9BkBHR8e/qKqqABDZmJ0PMNLDs/3viXLEiZ06dWramDFjfvWTn/ykuHel7D+UlyHoxz/+cWF7e/vUrq6ub3V2dl6dSCQ6DcNgbsafdEOQbezJZfzJZgSyXU8GoCxEAJgkSUVFRUWHA4HAFkVRmgBoQgi/YRglRKRY8TIfJkJNTY1UXl7ONU1zTT+XdHOGpec/PZ7b82732eI5/nPOeSwYDG5duHDhqz/72c9O98TbHgHwwAMPjOvo6HgpGo2OSCQSpGlayGI0czLcDQTpzE9nvG0mdgOCk/n5VFwWsgO9APyMMc4Ys5/P9SABwKRJk7ylpaVc1/Ws5mk3ZqcDNxuAs5Urm19P0tTmKedcKigoqK+pqfmH9evXv56rgnqcCwiHw/dHo9EJmqa1CiHssX/O4V8+/X82JKdwIc0/V9wsxKyrCkDtxfPEOYff7/cSUY/dZLZ32mCzr9nCcr0zPTyPZ0jXdZw8eXKwrusvXn311QveeOONrdnynrNwP/rRj3y6rs8UQnTAEqnpzLcTzpf5zszm6u9zMaqXIOgTeTwe5vF4XC2c2ag3+epNeXtDZE6MMUmSIl1dXf6GhoZ/yhU/JwB0XS/Tdb1MCKFb4plsR0SU7b99n+1q37s94xaei2AC86w7n8/HJEmCJfVSnJN6yt+ZUnp9ZIvjQhBChMLh8Mzvf//7WYfD2boA9uijj3oYY2WSJHllWTZhxRhsxznPuHLOk/28JElnRfkjRwvMNh18LqikpIR7PB5mp5PuNE2DQ59AtnjZXHo53MJy+WWrB6efYRgG57z49OnTwzZs2NBw0UUXJdLLmaIEPvTQQzPC4fA3EonExEQiEdB13Z9IJMbquk75TPWmMzwX050OgKuSZfs5C5+t4GeZyO/3c6/Xy+z8JQOIoOs6VVRUsMrKShiG4aoP2XHdytATYLLFdRtN9PReSZLAGDuk67omSVJXUVHRhlmzZv3mySefbAIcAPjhD3+4IBqNvhyNRv2apkV1Xdc0TVNCoVCJpmnIpvHnmu/Ppv2nt/pcLT+9cJ8RkaIoTJKkFAAwxqBpGg0aNIiNHTsWRMTStf58AZDN360RMMZSGosbswH34ab1bMQwDAOAwjkvKCsrOzxx4sRrV69evUcGgJ/+9KdBVVUfTCQSnMwpXpD1BqfYd4p/O2Pp90Tkek0n5zPOTAshks/1JDbPEQkATFEUYowxZ96FEBQIBDB69GhwzplhGEmNnChTO3f6pYfnes5JdvrO+nWOKpz1kx5u33POVSIyAKhCiEhra2uNLMv/9vbbb9/EASCRSCzWdb2WiMIWqnOKtXTU5erTnJXh1pLd+q/PmRjnnLkwhYQQVFVVxbxeL0Ra19DjS9P0hZQX91AH2eqlD/XFrIKd7uzsnPbII48s5daLZgshPGRSTnHk1hqd99kYn55xt3hnoYBnhSxJl4IAIQR8Ph8rLy+HYRgpYfnkszdAP9PwnohzTpqmeU6dOnWpDAC6rg8jc3zvCgBnovn0W87w9Lg9FSgXuD4rssRuioIshKDS0lLu8Xigqmpeuklv8t3Tu2yqra1lCxcu5NOnT2dFRUVobW2ljz/+mNauXUvHjx/P+YL0OhVCFMoAYBiGbGUgQ/Q7M5erlWe79tT6e8N8t/BzQS46C3HOUVZWRpSHZRAAZFmGoigATOmhqipMPSw/Si9jaWkpu+yyy/ikSZNYIpHAli1bEI/HUVBQwMaOHcvGjBmDTZs2iXfffZfC4XCPFcQYE5IktcoAIElSu6P199j/O7XNXHZuZ2H+Tvp/gsnsdPFPPp+PBYNBls5Ev9+PqqoqVlNTw6qqqlhJSQmCwSBkWU7aTYjMZfHRaJQ6Oztx/PhxOnLkCDU0NKC1tTVrwe06GT58OL/yyiv58ePH8fDDD2Pfvn0p9eX1ejF9+nQsWLCA33zzzVi9erXheG/G+4kIkiQZHo/nqGx5tFjWpLyWeNnXbPfOhP7O+n+CqSgRESVBIIRgRUVFTFEUqKqKwsJCNm7cOHbeeeexiooKFolE0NLSgsOHD+PEiRNob29HKBRCIpEAEUFRFBQUFKCsrIxVVlZi2LBh7OKLL8bSpUvR0dFB+/bto61bt1JDQ0NGoQsLC/mECRP4K6+8gu3bt7tmOpFIYOPGjdi4cSOWLFmCGTNmSOvXrzei0ahtuUwtJBFnjGk+n6/JtgTWM8ZUIYTPwaAMfSCXISL92hMQ0p91e0/6/WdA9gjAmSgBoMLCQjZ48GA+bdo0XlNTw1paWrBp0yZs27YNdXV1iEQivUpIURQMHz4c559/Pps2bRq788470dnZSR9++CFt27ZNJBIJxONxNnz4cP7ee+/B7/fj1ltvdR1SM8bQ1dWF7du3Y/Xq1bjwwgtRVlYmhcNhXZKkpDUzrZyJgoKCYzIAeDyeg5FIJE5EfksS2F2BTUmFyDnsSzdOpF976gq+iP2/PQJwpjdx4kTp5ptvlsrKytju3bvxwgsvYNeuXWeUF03TcOjQIRw6dAgrV65EdXU1Lr74YjZr1iw2f/58fuDAAdHS0sJ27NiBuro6PPjggwiHw3jzzTchy3JK2owxVFdX44YbbkBraytefPFF1NbWIhqN8sLCQjfFg0uSFCstLW2TrRccJaIQEZUTke4AgDDrIHPdfzbmEBF+9atfycuWLftc9h0eOXKE7r//fmPVqlW9G6hb5BwBFBcXsyVLlkiTJk3i27dvx1tvvYXm5uaczzMApHgBjx/gsukhBKCrYGoUlMV+0NTUhBUrVuDVV1/FggULcPnll3NN01BXVwcAeOyxx3DfffehtLQUDQ0NkCTJTM+yEh44cADr1q3DHXfcgQULFmD9+vXgnHNd14VTalg84pzz6Jw5c9oZEeGXv/yl/8iRIyuj0eg0XdcTuq5D13XSdZ1Ho9FKTdN4LhOwc+HH7Nmz+XPPPXdGew7PBsmyrPbhMfJ6vUxRFDZ58mS+ZMkSqaWlBatXr0Z9fb3rA0z2gMqHA5WjgEE1QGEF4CsAFK8JAAAgAgwVSESBaAdYx3GgtR7UWg+ET+WduZKSEjzwwAOYM2eO9Vqz4QUCAfzwhz/Ee++9h2HDhuHaa6/F8uXLIcsyZFkWwWDwpGUKZpZC6isvL/+wvr7+yzIAPPjgg7Fvf/vbESLiaf0+I4e9O1lLPYj13lrJviBEAEiSJLZo0SJp8uTJfO3atXj33XddI7Mho4HaC0DDzgOC5QC3VpdxgEkcisRgjyWIAF0QDF0AJdWgqinAJALUCNDeAFa/FdSwDYjn1iM6OjqwatUqJBIJPProoyCipASIxWIAgMsuuwz79+8HALtxsmAwmJp3xiRJkroACGdLDQFIB0DOIWA2Db83490vEJHf7+fLli1TiouL2bPPPosjR45kRGIjpoImXwYaPBaAAnDCkGI/RlUUYXhZISqL/Cj2e+BVJHCHvV/VBUJxFe3hOJpOh3G4rQtHTwNiyHmg6inAjC+DHfgQtPs9INblmsHCwkLs378fs2fPxq233oodO3aYeWIMTU1NSVdWVpZM1zmacZAkSVInkLoeIOwiAXKCwe2/3R38vVEwGORLly5VhBDs6aefRjgcTo1QPhxs1vWgqkmAIJQVejBr5GBMrRmEqtIgAh4FBMAQAoaAvXIk+ThnDJXFAYwfysAAqLqB1q4Y9hw7hc31LWjUi0HTrwUmzAO2vwXsXAfnEP6+++4DAESjUWiahlmzZmHmzJkATACsWbMGTU1NaGxsxLhx47rTtSaInMQY4xkAIKIIWVauXAzuCQwAsgJg5MiRavp0cPo7s015Oq82zZ8/n69Zs+aM9Q2fz8euuuoqORwOs9dffx2qmqY+zLgGmHoViCmoLPDg8sk1mD6iAoU+D1RDQDMEOuNa9wpEuDU6AgzrSmaMQYU+XD6pBvPHV2HfsdNYu/soDh5XgS/dAjZyOuhvK4DTxwAAO3bswPjx4/HEE08AAJ566qmMFMaMGYPbbrsNL7zwQtJPluWM/phzziRJ6gBSJUCUiLgbU1KK0cP4PpcE6OsQMBedqbSRJInNnz9fjsfj7K233oKu692B/kKwS78Gqj4fMgwsmlyDSydUI+BVEFN1dMQ0IGXOKPu0bkYcIug6IaZpYAyYOKwME6pKsaW+Fau31aOzYixw3f8BPngeOLQZ69atQ0lJCX7wgx+gvb099Y2MIRAIgIiwYsUKHDx4MOnv9/uTALDrn3MOWZYzJYAzUl+7gFw6QK6xfD5DTLdnzhQAU6dOlRVFYWvXrk1lfvFg4IpvgQqHYmiBgq9+aTJGVRQhoupmawezxnyweMoc90BWKZBuYgIDiBBK6GAALqgdjDGDS/CnzQexs6ENuPybQFE5sO0NrFy5EkOHDoWiKBl2gI6ODnR1peoOiqKQoiiUrpQzxiDL8mkgVQJEemJ2rnDnfb5McZMgvaEzBUBVVZVcUVHBNmzYgETCsVyutAq4+nuAtwTnDSvCLXPHw+eRcTqmgYF1L6UlBwgA6z5tUQicUDCZ7YjsAIQZ1hnT4FUk3DlvIt4o8mPdzkZgzo2ApABbXsPx48fzLp+z9TuzxDk3MiQAAFcJMGLECOb1enmutX3ODR5jx47NmDCx6Tvf+Y6UDThu1/T7dKqpqcma1oUXXpjTEBUOh1lBQQHft28fOjs7uwMKyoCrvgN4S3D+yEG4ec44GILQldCtlTsECIul3Lq3j6YgACAIAlRBkGQZEufQDQFh6PBKpgKYRIVzusZxH9MEOBO4eupI+DwyXv/kMDDrekBXgU/fzFWsJAWDQSHLsttEEOOc64qidAEOADDGYumte/78+cHbb7/dk1eKDsrGlHvvvVfq7bv6mtZLL72UVTkMh8O455570NXVhcbGxu4A2QMsuhcIDMK4IUVYNmsM4poBncjR1ztauEA3Iy2mxnWB4oIgJpd6UWJEQLoKeHxoo0LsPxlFIhGHV+IgYfGG0q+WEwQtpmL+uCrENAPv7jhiSoKuduDwlpx1EgwGhc/ns1u/E16AOdml+3y+VADAVALJCYLZs2cHP+sh3d69e2nTpk2iq6sL1dXVbPbs2WzYsGH5aFd5029+8xuEQiEcOnQo6ccYA114M1AxGoP8HEtnjkZCF9CEY81eijy3/iQvhLgOTBlWhnFGG1p370L9yZPQdQMeRcHgwUNwxbip2BwpRmN7J/yy4532NQ0EBKAzpmHB+GFo7Yph95E24JI7gVNNQMeJjHIpikKBQEAoikIOyUk2X60/jHOuBgKBMJAKgDgAw4rMPusx/ebNm+lnP/uZvmfPHkrvCubMmcN/8YtfSGcDCE1NTXjttddARIjH4wCsBZqjZgITLwHTNVwzbSJkWUJMM8AY7xbxOVKP6cDcEWWoatmJTVs/geAyZFkGYwxqQsOpg4cQPNKA2RdeAlYxFIdbT8Mnc5dugEwgkIkAgwhhVcdVU4aj+VQYHXEDmH87sObhJGAspQ5er5c8Hg+ldZspHRTMmcBYMBiMAqk7g2JknvqRnPjJZw/A2XCrVq0Sd955p7Z3717XDn/jxo1iyZIl2u7du+lM01q+fDkAoKWlpTsBbwCYewOgaphROxjVZQUIJ3QYBOhEaQ6Oq3kf0gRGDylFVfsefPjRRxDcZLxz/kSSJEQ0gY3vvo0L5FMoLCxAXBcu7wN0gRT/uC6gSBIuPa8a0BJA9XnAeZcms09EKC8vhxCCu+1jSCPOOY9XVVXFUgBARAmYEiA5f+yc5DlXbu/evfSDH/xA72k00NXVhdtvv13r6Ojoc1onTpzA2rVrEYvFkkM+xhgw9QqgaAh8PhkzR1QgnNChEZlOABpZTgCa6PbTCYgbhGAwiGnsJDZt+Bu4rEDXdWialuGEMBDVBXb/bS3mlXPEIXW/N5kepaVlgiCU0FFbXoTqwSWAqgLTF5uTTo768fl8iMfjTp66VSVnjMUWL16cCgBJkuwuAJ+lBFi+fHmyj3EqoOPHj89YyBAKhfDss88afU1r5cqVMAwjdbwcKAEmzAcl4pg4bBACXsVsmQZZLZGgC8e97QRBEwIx4rhksIK9H7yFiKpnZb7tGIDGE22I7PgAs2pK0akapqQRTmenYd1bQNAEYVpNuSn6i8qBSd0HoNgLUlRV7ambZJIkRRcsWKCmAEBRlLgQIqULEEKcscjN5To7O/Huu++myKxZs2bx999/3/Piiy8qL7/8slJYWJiS+1WrVom+pKXrOl5//XUIIWAf+MAYA5swDygoBZM5aiuLENWEQxQ7mJ+8dovoTpUwZ3gZYp++i/rmE2CMwZpKz+o0TYOsKPhk26cYfmo/qstLEdaM1C4g2Q1Q970gRDUDQ4qDKC4KAJoKjL8I8ASSdZNIJMA5Z5qmuYLAakycMRaGpRM4JYBKjpO/LAnAziUA9u3blyGjvvGNb0h+vx+GYWD06NHstttuSxk6Hjt2rE+g3LdvH44cOZJi52eyBxgzG6SqKCsMoMjvRVw3kq2tW9xbYtkW0wSENQPVFaUY0b4XmzZvgSTLUFU1b2eAYdM7b2JeMApSvOacQkq6DmelqxoEzhmGlxUAhgFWUgmMmpYsTzweB+cciUQiqxQwNzvx5LxzchQgSZIG8xAFxSEBYBjnbhSQvtHE9nOmmT6XDfTN/r9x40Z7b1/Sj4aMBSsZAqgaKor8ABg0QwCSNQZjzGHssWwBDBAQ4F4/Lg6G8eGaNTCYBDjemw8xxtDSEcKR99dgwaW34LUDbSiULMXeHhIKx71lG0gYZOaVS2bc2guA/R8m64WIkE0CWMQ558mpTucwUAOgpXUB5xQAznen6x0AcOLECXrttddSuoihQ4dmtf7lok8//TSlPIwxYMQUkCQD3ECx32qFRIBB5sCJW0xgZMpKAhgHQgbDjWMKcPDNp9HaGYbP54MQmXmyux6v1/3EWkmSsG3nHiyq/hDnVc3FrqMtCMiWkYgcTlgOBKETgl4F3CNB6BpY5ShQsASIdCTTJPOMRMYYo/QtbvbhEfb/JAAURckAgJMZ54LcVg7ZTHr88ceNl19+OSPxxYsX897mqbOzE/X19alaMeNglaMhDB2QOHyKhIQ1LAO3AEAW45nVAjlDOGFgTu1QeHa+g2279yJYWJQ5fQyTEYUFBRhTOwrbd+6C3+931cqZLOO9t97AFXeOwOFgEWKRMKy1+ibTnSAggkHm5lm/LCOi6UCgCBg8Gjj8STJdANB1PbkxJSU9ExGZEqC0tNTuApIrYj9PANTV1WXUVkFBAZYtWyb1Nk87duzAqVOnUtMrHAQUVwAkAMZBYFCFgEGWzYTBZDyQlACqpmNQaRmmRw9h9VtvQvL4k9vE0ikei+Giiy/B4BG1aGtpwZHmY/D5fBlxGWOIJFRsXfMSrvrKd/HcvgiCTCRFfjcARPJeIsCjSIjEGIhxoLI2CQAispVRpiiK0xyYTFKSpCQAkkpgbW2tIYTQ3bqAc+nSK8Q5uZROjz76qOLz+Xqdxq5duxCLxVInmYorQbYGzRgMImiGObTTnAqZYV5VQyDBPFhcKfD+n55HRBfQdQ2JRCJFudM0DadPn8bsmTPQFErg37cex7TrboVHaIjGYhnKYCKRAGcMuw4cQuLjNfjSyAqcjuspQ7/uvIhkfhjjNmfBSod2l6u78bJ0PwscjHMetcOSEiAQCGiMMfXz6gLSpY6TWaNHj2YPPvigPHLkyD71/wcOHMiQNqywwuz/dVN820w37C6AKNkVMBA6dcLSyeU49vZTqGtsRkFhYeoUskWJRAIjqoehuGo4Xtl1HOKCC/FXPgiXXL0Ef3zxeQQK3c+slDxevP3Wm7hxxBjsL69FS1s7PJyldgWCABIwYA5PwZgpwYKlpnJCmVv23MgVAFdeeSWeeOKJz1QJTN9UYvsZhoHa2lo2ZcoUaerUqXzKlCkM6PvqH3sOPUWqBCxGWEpSXBcIGAKGuZDf8je7h6im47yRVRhyaD1efu99+AuLXJkvhAADYc5F8/D89kOgqYvg9cjY0tyOUZMXYfa0nXh/8ycoLCxylXCqAbzz4tO45ls/xO9OecD0BBgcSiAJMDIlQcIwLAAQ4A2a5ux4OFlOp0XXSYwxkiQpEwBWYBzWlMfnrQR+/etfT47/zzQPHR0dmRXu8XffExBJ6CgOmmN8U+ETADgMMuArKMLlcgtWrngWkBVXpY8xhlAohJu/ciPWHzyOY1WTUVA8CKqegE9i+FNjGN+69i5U1R3AsY4wvF6Pqz5wsOk4av7yLK6++n/jj9sbUawwczMJCUAQOAFxTYeqi6QEIFkx9yHEuxey2o3Y2uZGjjQE5zxu/08BABGpPUmAeDwOn8+Xb93nJDfG2qBbt26dyLVztjcUjUYz1iEQt71MCdAZ11BhmAYXcHPMx0igiyTcOyqID5/6FVo7wwgEAq75DofDmDd3DjqZD+tjEoqnnQdVUwEwMCLoWhwvh4pxy61fxzP//lMQFbgeDaN4PHj7nXW4c+x5mFg9F3uPNHcPDQVBBiEU18z/ySVp3HTZyQkAygoAxli8p1HASy+9pI8aNYrNmzfvjBd35OoC3nnnHbFz586ztcMkJa/Wan1nrSAU1xDTDIAzaxDA0KkauHJqDaLvvoCNW3egqKTUtfWrqorKQWUYd/4MPLLpMKR5NyCa0KwRBpJTvftPnMT7o2Zi4eIv44+v/A+KSkpdM0uyB6ueeRJf+b9jcdAfRDwaNgsgzPd1RNWMtQnO+d6kr1mvzpEAWecCxGy/DAkAx+YQNwkQiUSwatUqY//+/fTVr35VPhNpkK7sOdN86KGHzni59/r168Xjjz+uI626AIB023JntqSEZqArrqLA74UgQlzXMHzoEExt24onX/kfeAMFrswnIqiJOBZ/+ct4/pODGLLgBhRVVUNoGlK2Bll9+eEYw+W3/APmNdbjg02fwO/3Z7wTAI6diuDj5x/Hsnt+hCc2h1Asm0NBnchclMphGqkAQBiA0F3fg9T1AOaqRcaSkdMrOdHTKMAO27lzpzhw4IB61113KaNHj+7TQg03HSAfvaOtrY0AoKKiIme68+bN4ydOnJBeeeWVjDBmK0xJH8LJSAI+rwJdAIbix7JKFX/68cOIC8Craa59dmdHB2776k1Y19iBUVNnYsbpT9C27y/gkoRUzJnPCiLUb/fBkL3QNM11uzdgbh9/d8NG3D3hj5g36Qas33UYpV4JnVEVquZkNgPUOKDGUld9OKyAznxzzoUsy0kNNr0LSJDLbKCTnEyLRqP4zW9+o82fP1+67rrret0l5FICs1F7ezt973vf0wKBAH7+858r5eXlOUGwdOlSacOGDXT8+PFkRTAAFDnVbWO3PEMxFeG4hihJuGfaEGx//sfYf/QYioqKM7R+xhjC4TAumHY+9NIqnIj6sEQ9jl/+6J8h+/w5j34ziODx+hAIBFylik2KL4AVTz+Fb/10CnYPqkDnyZM4GU4gBViMA7EQoMVTns0CLEZEgjGWnLhIAYAQQnNbEJJO6RM47733nrF//35xyy23yFVVVXlLg+rqavb9739fSffLBQDDMBAImAYcr9ebl13gsssuYy+99FL3IhAA1Nlm2gDsoZRVrqaTEVwzdxIKPlmFZ958G0Wlg1yZr2kaCgJ+XHT5Ffj9zlbce8WX8IfvfwueohIoafv308kusL0kLRsxxhCK63j1P/8Nt/3zb/FQs0BCtXYg2UcYcw6E2kxrtaMs2SQLzC4g2fJSAMA5j9kVka0LcDsTCACam5vp8ccf16644grp4osvzksaeDwejB07NgMwuZhaWlrKHn74YQ9gno2TDwBGjx4Nv9+PUCgEwJrU62oBRTuAgkFIrsAUAoVlZbjEqMfvfvc4FF/2Fhrq6sI37rkbK7Y34tqFV+Cvv/spWjtDKChw1xX6SooiY/POvRi/6re4ct69eO2D3YCv2woIMKCtERzWzjOLJEnKQCARgXMuPB6P+yjAkgDIpQSmt35n/FgshlWrVhkHDhygW2655YwUxFzk8Zgr1fO1DwwbNgzl5eVJAIBL4PEIjJPNQFElQIapsZOCe6eW4IV/vQstnREUFxenTB8D1i6c06dx0w3XY1cXoWL8VKgf/wXrN2xE6aBBZ5X5dnrBdrUwXgAAEVFJREFUgkL84b/+G/80aiJ2jj4f9YePALK1IllLgLXVW3NX3XxxAwDMLiDFLpCuA/QoAZx2ZSLCrbfeKv/xj3/Uo9FoMsxWEO++++4+K4i56KOPPhI1NTWsuro673fX1NQkD3kgAB4GGM37wGpngoQOJHRc86WxqH/hF/h0v7lc3D4J3UnxeByTJoxHzeSZeKYuhLuHR/CLxx+Dp6Co1+cE5UO2rqEbhCd+/hC+8R8v4d+b/dC1mCn+T52AfLoZTObm0iEkVwmnAMA5GQSHEpE+DNSckfORAGPHjuX333+/Z9WqVfquXbuEUxqciYKYjTZu3CieeeYZ3e/34x//8R+VnkBQV1dHy5cv10pKSiRY9gDDMMC9CnjzbohYCGAyRg4fimtoHx7ZugVja0cBJCDLCrw+r11w00AIwle+egt+vbEO99+xDO8++s8YOXo0fFnm/PtOzJrV0xCPl4BxBlXVEP7gf3D7Zd/C02s/BYIB4OhueIwYYo7jCyVJIud5wmmUUweIm2XteRjojKMoCm666SZ53LhxYs2aNSnS4P333zfq6urEzTff3CsF0Y0+/vhj8dxzz+kAEIvF8Mgjj2j33Xefkmu/QFtbG1kzgUJRFMkW6Qbj8EfaEGneCzZqBjpDXfhbohJz77gfvKsF4JYixxgkWQaXOAgEr6zgxY/3obViBjbqg1Bxw3cx9ESd1R3nWzxKuaT72+Lc0MxvFXFrSxoRcEqNYe/f1gFSBaDGIR/ZCtnjhYgmkmcSZpkGTnpxzpNMdTMF59QB0oduzvApU6bwmpoaZeXKlcahQ4eEnYHm5mb67W9/qy1atEjqqwVx8+bN4vnnn0+xdsRiMTz22GPad7/73awguOCCC/jQoUMVv9+PV155BXv27AEAJBIqiouDiNV9BFE7E6dDUazYGgG64oBmne/DmTnMkiRAkc0rCfCqC+EbOgIr97QAXQwIlVnmWCsLLPmTSjYznFeHkcj8b9r8oemArnevBbDnAwwAfh0YrACHt6M4cgIRkZqWx+PJZUJPiexmB8iYmk0tQ6oOkB5eWFjIvva1r8kbN2401qxZkwyMxWJ49dVXjYMHD9JXvvKVXimIW7ZsEStWrHA1dcViMTz++OPat7/9bSWbhBkyZAgDgLlz52LPnj3JlqJCwqDQUbQd3QMMP8+cAKoaae7E5bzbMfPKJQmyZOoFuqrBwwCUVQAVQy3ms1TmZ9qBuhkOpCzysBktDAHdMLrDhNENAPteVwFdh//Qhwh4FZzsDCV5oigKcc4p1zAU2XQAznnC2frz0QGyaeKzZs2Sampq+MqVK3X7EGPbglhXV6fecccdSm1tbV4ys66uLuecQCwWQ1NTEw0ePDjn+8aPH49Bgwbh5MmTAICOzi6MralC9NAHiFSNBzEyK1cYAJcyACB0BtX6NA7j3JQQqgow66CIFBDAsjEAKbI+vfVbjoRIuoxW72S+nbcjO1GtncCJaOqow7Ep1J4NhPO/8wqkfTSKiHR0W5izruBJ1wGyuYqKCnbvvfcqc+fOlZyJxmIx/P73v9dee+01I58VPcuWLZMvuOCCrJaNm266SZ42bRp3ezYSieDll1/Wd+7cKYgIF198cUqFtHVFMYZ1QDryiXnSV0qlpzGBTFEtDGullG62WGG1XGEYEMIwr87/wrp3+jucoZtXEpb4t9MkkXpP1lKxSBgjW80lYCHHWUb2gRDZ6smNUirVsTuInDpAriVc+TBw0aJF0l133aWUlJSktNANGzYYv/71r7Xm5uYe1/ovXbpUnjlzZgYIbrzxRvn88893Zb5hGNiyZYuxZcsW8eyzz+qGYWD69OkoLy9PPn+64zQ0Q2Bix06gqw3muu+0ShcuzLDAQUKADAEShnk1sv138U+2+DTGu4HPDgdD+bHNqGZhHDnemiyHdUyM6EH05waApmn2MC65AudMJIDTVVdXs29+85vKhAkTUtI8fvw4/eEPf9A2bNjQozS47rrr5OnTpyefv+GGG+SpU6dmZb5hGJg6dao0ceJEvnjx4uRi0quuuiqlEg7UH0GFYmBcyyZzfX9SGXNhvnBzRp7x3BjrAiw38JEBgCHQfhAzqAmHmlugOkzUXq+Xshh/clKKDuD1eqOMMSOXDpBrFNBjYrKMZcuWyQcOHBCvvvqqbtvC4/E4Xn/9dePw4cN0/fXXy9nW0QPAtddeKxORPnLkSD5lypQel4jbQ1RnXkePHo1x48bhwIEDAMxzez/dW4cFXyqBenI7GspnALJInXJN9uvUrfEnN4s4nB3ZTRux9YHkNd05upoMMAFyuA2Xijo0n2jBccfu5vTDoDKSzSEWUgCgqio5JAA5D4N2vCzFNTU1JRU85zXXvcfjYUuWLJFXr16tO1fr7tu3Tzz22GPqTTfdpIwYMSKrQrdkyRIZcJ9NzJeuueYaNDY2JidkTp06ha279+OSLxVBhOvQGBwLKA4QOBU7hkzGn0sAGAJSvAtX84OIth/H9t37Ul4bCASEU/N3G/uT+4GRqQDw+XwxAHq6DpD2ppT/f/7znzW3s/+yffrNOYpwA2Y8Hsezzz6rzZ49W1q4cKGrzaCzs5MAoLi4OK9RRCKRyNid4/f7sWTJEjjXCtQ3NCAY8GPJRYV4K9aAgzQcUMhcHcytsTrj1j4BjqRVlVg3MJJDwHzsAMIdBLZOQAagExQ1hKX+RiSOHsV7H22Gc1Th9XrJqflnoaz1lAIAwzAMC0aMiJKKWWoZ3JlphzmvZ0KbNm0yGhoaxDXXXCNXVlYmC9DV1UXLly/XvF4v7rnnHqWoqCgnCI4ePUorVqzQKisr2d13350y9VxbW4v58+fjgw8+SPrt2rMXnHPccPkCvBc5hk2JCsBjgcfeLMK4yayM1u8AQXquyHFjSwB7SjfJeMdVCEA1UEpduKn8FNrrDmHNX9+DYXSbQyRJooKCgjNaMZuuAyQACFtc5CMB0v2yhfcFFK2trbRixQrtoosukmbMmJG049utWZblHtcDxGIxAoBEIpGxuAUA5syZg46ODuzcuTPpt2PXbsQTCdx07TUYCS9WtfqhSQHAI3VLgCTjuYPpaXYAWP4ppl+nFEgHASVFPhIqJgciuL4ygm0ff4K//HVdt+SAOVFVXFxs5LD550XpXUCCiARZq4LcJMCll176uRwFb+cjGAyy22+/XfF6vUyW5R6V0JEjR/Lbb79dKSoqygqWhQsXQlXV5CnbAHCg7iB+98wLuP3G6/GD88bjlcYw9oS8gEcBZBsIDkUwpfW7NX/mYCAhpTuwW70hgISOgKTihhGEiTyMVav/gi3bPk15m8389EUfeQAhQxdIYWYikSALAHI2HeCLQMFgMDlMzYfKysp6jH/llVdCVVWqr69PVlB7ezv+44n/wuKFl+F/LVqIOsODP9fHcTTMAEUBFMtamARADiUwo/UjtcWrOhSu4/JqDxYN8eDI7q14dOVrGcfCSpJExcXFQpIk6kny5kMpACguLlatz4x6TBXg3G4M+aLRtGnTyDAMamxs7D5nRwj85e212PLpDtx47TX411mzcSDux5sNEew8GQMMbk4UyZI1eeSYbs+YC7D6f5vpmgEIA+VBjkvHBTB/sIRIUx1efPr1jFYPmJY+W+z3RFkAwTjnmiRJ7quCo9EoDMNIzlbs37//9PDhwyslSeLpCl5vhn250Hk2FMaeyP4IlP05GEfa5Pf7mcfjQSKRQFtbm6ipqUEgEKBDhw5JztVALa2t+M8//DeGv7UWX77ictw/ezbigWHY2q5jc3MYdafjiEYtU60tDeyRAaG7jweBKQzVBQrOH1yIWUP9qJHjaK7bg5f+8A4+2uR+CGQgEBCFhYUiXZ9Kr78edDQGwGCMuU8HB4NBjTGW3B8YCoXUTz/9NKGqqiKESNoF0od9bkO/bMNAZ6Y+C+ZbJBhjzFpMah+JT0SEqVOnIhAIcOdB0WVlZRQMBvX6+nrp1KlTKc2t8ehR/PappxF86RXMmTkdF82dhfsnTIBcVIUO8uBElNAa0dER1xHVDAgCPDJDkUfGoICMoX6Ocg9BTnSirekIPnlzG576eDMajza5ZlySJBQWFhperzeXPceVstRx9hVBRUVFOmMsZYt4T63XTSL0lNHPkPE2JT8IbadtfQmc+Xw+5mZQ8ng8GDdunNHe3s6ampp4PB5PAUIkEsG69/+Gde//DYqiYETNMIweOQIja2owuLICY4uKoHi8YMw8rCHSGcGpkyex6dgxHG5oxOEjjejodP8yCGCtBQwGRTAYFG6afl/q0HqGOOfJAqcAIBQKkRAiiZBszD2X4/9zQASAZFlOQb4QghUXFzNZljMWfjqprKyMSkpKjNbWVt7a2srSgQCYpuSDhxtw8HDDGWfWntQJBoMkyzLl06CAvOueAECSJHcAzJ07V924cWMiXXxnS+Bcjf/PATHLVGozjxhjVFxcDHJ8Czhbl8UYQ2VlpSgvL8fp06fZqVOneCgUcpUcfSXrnF/y+/1CkqS8daheEmOMGbIsu+sAQ4YMEWR+K5ClZ6Cn1u+kz7m/z8gONynpYX8LuLCwsFfzCYwxlJaWUklJiaGqKkKhEAuHwywWizFN05jbdLnbOxhjkCSJFEVJnu9rn/GbT9325JcjDxyAriiK+yggHo+TECL5dC7GnWn//1kCwjq0OWXXc3FxMfN4PMndQj2VM50xsiyjpKSESkpKyPpsG4tEIiwWizHrqJjk5/Y455AkiZwHOns8HpIkKaksZ6OzXE8EgDwej7sEWLBggcY5V4UQZyQBvkBEAJhlNHGKfwwaNIiQth4i4+E8h1jWdCzZmrqbzpRtR1Wud+eTdg9xkkN6K4xxzrWSkhL3vYHWsWLJLiDXSCAfEf8FAAdJksSdfaphGBQMBllpaSmzmQd0f17NybB0P9vZ/kIIODX09PV3zt25bsab3vpnLWT2+MmJCCucM8b04cOHZ90eDsMw0rcPJRGUb4v4gih/BMDeIcPtShJCoKCggEUiEei6npHf9NNL3QCQ3o05xXi2ePk8k8x4lnSydbnZJDKZH4cga5YXhmEIIoreeuut7nsDAcDaOmx/MtaWBOmipFcKSrYCnENiMEU9kySJ2XqNEAKKorCCggIKh8PM/lK6M5+5KrknBuTj7wy3qTeMzSV5s9QvWdZdkNkNhiorK7NLAMZYpxBCtjRaGwQpVsB0UZkN7Z8j2a3fnMG38qNpGlVXV7OKigpmnt/f3S+n99H2/3wlQq6Wn8s/2/9c8dLv059xXJl1MqhMRMQ593g8nuTxMEDqR6NgiYnjhmEomqZxIpIMw5B0XU9qtLkAkE+hPitiJjm1fJJlmQkh0NjYmDL8y1fcusXNIX5zxsn1bK535Qp3iU/cMoCQ6ckBNFj1AyJKkQASY0yeOHHiQcMwpHg8LhORxzAM16+J5mJ6PgU412R9siWp+QNgXq+XdXZ2uq5zdLvvq1+uchJRiuKYT/xc1FO4EEIiIsUwDMPn8zEAu5h5zCgBICcAOIDyxsbGgyUlJfVCiHFCCNmhB7iKd5fTqDMK6XZWzbkktzxxzmEYRlLx64l6m9d8459JHfTlWYsX5Yqi6D6fb9vJkyf3AigF0AHASNcBpEgkohqG8aLP55srhPAA3RVq9Sd5I/0cUf7jI+dDDmD2ZoiVRtTX9M8y9SoP1nkB4Wg0+ldVVTU4js1jjlYqwUTGcADVAIoB+NCDsWSAvvBEMG07EQCnATQCaAIQInIcCmm1Ch+AIgAlAIIwlcQBAPz9kwCgAgjBFP0hmN+GSJ30sUS8BPMgKwnW5xI+8+wO0Nkkm8ECgA7zyzBGsuG79dWWNHCscBygv3PKMOTZ5AqAAeo/NNC/93MaAEA/pwEA9HMaAEA/pwEA9HMaAEA/pwEA9HMaAEA/pwEA9HMaAEA/pwEA9HP6fxt2LCLpQnb7AAAAAElFTkSuQmCC

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAABGsSURBVHic7Z1rlBXVlcd/5/aDbhC6EXwBDUkEdLgoAmqEDD6KxEePzoyDLh8wK1F0jK7omtyMcSYKIg8TAraOH8aYJZoZFV/M0slkLkmMVzOzBOIDX5QGUHn64iWgIk3fvmc+7Kru6ra5dFVX1al76d9afGm66pzbZ9+9/+ecffZRWmv8oNLW/wB3ajv3oq8He4kUlclOAWbppsZz/TxXGaCticBSlbbuBf5N27kvA7yjl5BQmWxf4AbgJqDa7/OpAG3uB4YDi4HXVdq6IsA7egkBlcnOAF4HFgENyNj4IogH8BrNaMQbXAPcpu3cygDv68UnKpP9FjAPOKfTf/n+QgcxgK6wgBUqbT0IzNV2blNI7+3Fg8pkRwBzgO+F9c6wDMDlamCaSluLgKZefRAOTpzPAP8E1IX57iAa4FDUAfPp1QehoDLZK5A4P4+QBx/C9wBeevVBD3Di/FwkvEZGlAbg4tUH87Sd2xhDmyWLymS/BsxCwmnkxGEALq4++Dlwd68+6IjKZGuBHxFBnC9GFBqgGHXAAkQfXBlz24lFZbJXEmGcL0acHsDLaOBRlbZmchjrA5XJTkK+EJ3n87FhygBcDkt94MznZxNTnC+GaQNwuRq4RKWthZSxPnDi/A+BW4ABhrsDxK8BijGAMtYHnji/gIQMPiTHA3jx6oNZ2s6tMN2hnqAy2cmIuIt0Ph+UJBqAiwVYKm09BMzRdm6z6Q75QWWyw4HbSUCcL0aSDcDlKuBilbYWI/pgn+kOFcOJ8xngZmKe0gUhSRqgGPXI/sJrSd5fUJnsZcBrSF8TP/hQGh7Ai7u/MBOYnRR94Mzn5wFTTffFL6VmAC5Tgamm9YET52cB15hoPwxK1QBcrgL+zsk/iE0feObzP6ZEXP3BKBUNUIxY8w9UJns5EucXUOKDD6XvAbyMoj3/IPT1A5XJnoEYWsnF+WKUkwG4uOsHoeQnOnF+NjAzjM4ljXI0ABdvfqJvfeDE+X9E4nx9BP1LBOWgAYoRSB848/nXgTsp48GH8vYAXlx9cC2Sf9ClPijXOF+Mw8UAXM4BXlRpawkqNU+v+cMmAPXD3zSgUrOAa812L35MGcAu4EhDbQN6Js1fXKJOPHM+f317gT79bqNl/0B8HpQNme3AUXE3akoDPISo9bdibznfDPkWaBhXx6QZi3jlybvY9OpAUpVQ2Sf27gBrgHOBe0w0bsoAKrSdex6YgKyobY+8xdY8HNgHAxvgjBlw+uUwaDjs3AIvPQErH4adm6C6FiqqIu8OsAPJAp6gmxqfBSriaLQzpkJACkDbuTxwj0pbjwO3Ad8n7D+ELkDLfjhiEIyaAsMnQEWl/Kz1AFRWy6Bvexd2bIThp8jv9T9KfkcXQu0OUADuB+brpsYPPT838mVMhAjUdu5j4AcqbS1BTsNc2POXasjvh6paOOEsOH4y1NbJoLbsB9Xp711VI89seAk+egeOnwTf+CZU93UMIRR9sBwp4vBqGC8Lg0QYgIu2c68BF6m09bfAHcDJgV6UbwYUDDsZRp8F9UMgf0BCQDGUkgHPHwD7d7D1LRh9Jgw9Sf4v3xyoO0icn6ObGv8z6AuiIpELQdrOPYNUIskA27r9YOc4f9pl0P9o+Vkh3/0OpCqguh98vh1eeRJW/kdQfbATyQyamMTBh4R5AC+OPrhbpa3HgFuB6zmYPvDG+ZFTYMR4GagW3wUzOlJRLS1uexd2boSGbusDDdwHLOgU5xNHYg3AxdEHNzrJH3fg1Qday0AcLM6HRQd98GdHH5x+MH3wW2C2bmp8ObwOREfiDcBF27nVePVBvvlkifMnyeDXD5UYfag4H5Q2fdDs6IM3HX0wVgRl/sAa0ImM88UoGQNwcfTBM+rsa35Fw7jvMiQtrjiqge9MqkIMwdUHH66BYeOW6kdumh5PB8Kl5AxAZbLDSFXcwhnTL6JQCNfV+8HVBx+thQ/evkD9xbJfkKr8aanVRyoZA1CZbB/c/flC65EcSMjxwcpqgIHAdcDlpVb/IJHTwM6oTPYS4FXgZxjdRDok3voHiT2/4CXRHkBlsqch+/O+yp8mAO/5hVlJrn+QSANQmewwZO5/HaAMd6cnuOcXliD1DxKnDxJlAE6cvxH4Z2CQ4e6EyUza6yPdkyR9kBgN4MT51Ujd23IafJd6JMcwUecbDXmAdq/uxPm5wPlm+hI7J9ClPtCYiHbxewBdgM+3f6aWbK1Tmex9wJ8wOvjGJMZUpD7SEjXwuMHUHbeHVPzDEWOLGlq+lGXTidMuYv2615EEEDMjoDVUVP03LV8+85XcgHi5mqO+/jorH55OoVVTXSvLzjERTwhw99GHniT783XHnMwBQyt4wjugZ+u7GpfBBaj01L8BPZeg+Qc9papmKBteHsqOjZrRZ8r+Bj3KP+g20Zp+2/78sPY8vLpjJOHCDLuQCl3jdVPjMveH2n7uv4BTkRy96PMTu6KyGj7friT/4GHYFU9+YjQewN2f7zcIRv0ljJgQzv58z7gfmKebGj/o6j+1nWsBmlTaWorkJ15P3BrJ3V/4ZD3s2CD5B6PPhCMGS3pbIfT8RFSAS6M2I9eTdIG7P18DXzsNRn6rfX8+/OTK7vI7JA/P1/68SlsTkNnJX0XSq0OhHc1UOwC+MQm+fjr0OWR+4hbd1DjcTzPheYDOcX7g0O7l4UXH28DtXlfvByf/4EIn/2AucFKYnTskbv5Bizf/4CwYNpYw9UHPXVyHOD+9Pc77zcMLDzfOTwg6+F4C5yeGRVv+wQ6i0AfBPUBbnD9S8uRGTJAY1rIfWdSIHQ38kiJxPvCLRR+4+YmG9EGV/GvTB+Nh9BToP1j+5gH1gX8NMOaczeSbG6jqI3H++MnQt950nP89EudfiqOxxOiDmgHt+YlVfSHfvEXfdb4vDeDfAE6cspljRjVw4tT2OG/G1YPE+Tm6qfEpE42rtHUxcouXmfWDQqtogbrj4EQLjj1hi158bsQGcO2/b6bu2AZSFSbn858iySH/qpsao18tKYJKW1XAD4B/wcDpXgBaW0Q09j96i35pWcSzgPoh8o3Pt/p+NAQii/NB6aQPip9fiIqKKgkLez/x/ah/A2ht8f1ISDwL3BZXnPeL5/zCg0jV0Hj1gVKBZgWJSgjpgFLugsc7yHzeSJz3i3O+8cIO+kDrWDd4/JA8A1ApWRfPN+/kiME/4YbTl+hjMRJveoK2c08rxdM0nPRd+h+1iJb9R1FZ/dVTyYZJlgFU1cjC0oaX4N0VMt+dt0YbLt0SnA9Icf+SanZuVry3Cja+7BxZrzHdszb8zwIy2SJ7AQGpqIZUShY51v5RBr6iSgo5uFM9O1cSIcBFZbKXIiFgDBWV8nl2boa1L8DHa9s9Xbhs0XYu4mlgmAaQqoDKGtjzEax7Abaukbhf1WWtnmeBW7WdS/Shy6Kp7G4Nog/fhnV/hE+3ihGkQnPEvg3ATAhQSk707t8Lf35BXP6BfeIaDy6WvgN8W6UtmQbauURMA11UJjsUKR3/Dxwsy6mtcMVYOGYkbHgZ3lsB+3Y7nz1+fWDAAyhAwwc2rPtf+GybfPiUr6lz+0KQnTO7ECSp7DchqezdP7WkUvK5v9gJ61+ErW/Ien7PZgu+PUD8JlddAx+8CS8/Dl/uhj79/A4+yFm8hcBqlbYuDb+T3cOJ86uBn+P3yJp7ormmP5w6DUacaiRhxkAIUFKnzxVGPWMM8KRKW5L0EZM+CDWVvTUvfw8zNQoNaoBwk4HPA8519MFcbeciKcuiMtkhSJwP+ciaNraTmqx1gJ6hkIFxr6C9Nyx94Inzt1Bmp5aStSwVDoOQmLxapa1LevoylclOoz3Ol9XgQ3l5gM6MAZ5y9MFsbed8bSI5cX4eEl7KlnI2AJfzgPNU2pK08EOsHzjz+dso/aPp3eJwMACX64BLHX3wlfUDlclWIyVobiHZVUhCxYAGUCZzB4+kff2gTR+oHy13j6YvxNTgqxQmkmnj9wCFFqitfwtdGACMiL19gNb8GAotT6nJM37D2PM0A4deRCEvc3ITqNQm9n36ManKb8bddPweIN8MDeN+ze6PT0GOa8Vn9roAB76A2v4w/mKYePGFvPHri1j9NHy5V/Lv4z2irYH7GTpkPO+teMLEYpCZlcDmz/vrHZt3A9/3lIiPrkZAW+n4Ghh9NoycDH0HymZUSzO8vxI+WecpEV8bZon4g9GhpKy6r37A4RECAK+4dpZvL3Bi8h3I9C08vEfWTji7Y0lZXZDY69b8XbO8/QjW0LEdnw+Pg6Sym0l6ScxCkLZzy5ArZH6MHO/qGd4ja5P+Xo6sDThaQkBX5xjcEvF7t8lG1aqHZb++uq+bmNJTdiGfbUKS8hsTNQ10pmaLPCnW/ufihYK4+36D5OjUcJ+l490snY/XwfYN8vyoKVKKPtgRbYnzUjp+q9+HoyZRBuCi7dxW4Honxbp7hSLd0vHVteLCR06C2vrgpeOraiREvL9KrpAZOVmOwvnTB79HUtkTm8WUSANwcfTBeY4+mAOku/xFN06HXTreqw/eWg5b3pD3DzmkPrCRON/j08lRkxgNUAxHH0xEsm7a9UGhi6vgBrhH00PMJHePaO/dJlfMrXoEPt3SlT7Y5fRxYikMPiTcA3hx9MFClbYepZC/hZbmKzli0JGMda6Cq4yhBE2bPlgL29+XdkdPgX6DdpFvXkohvzCJcb4YJWMALo4+uFHNuHcg9UOmc8Tg8K+IORRt+mAlbFsP9UOW6+d/eWN8HQiPkjMAZ39+DseNGYtuNVeCxtUH+z+Dj96ertLWOOT8Qu+VMVGgMtlTkf15WTFsNXY0vSOpCpzDwGOBZSpt/RbJT3zFaL+6SeINwMnDc/fnS0G0no/kJ/4CWBBVfmJYJNYAnP15t/DCYMPd8UsKuAG4TKWtnyH5iQlxWR1J5DfKifOvAndReoPvZRBS/v5Vlbamme5MVyTKA6hMdiKyM9houi8h4+oDuTzazvVeHu1FZbLH0Z5vn0ivFBIX0J6fOD8J+sCUARQAVCZbRfu5ulJ29X5IIXWELvXogxacv4mJzpigoDLZqUge3mKMDr6x4hODkc++WqWtc8FMFRRTHuBqpPSqOXRhN1W1c9m/F1TFLOTAqQnGIgWtjZSpN+UB6g2167IE9Di96Dt3a/v5u0lVjAMeMNwnIzUGEyECY+Q5ZH9+lfeHes0ftgDXOvmJ85H7fA4LDhcDWIfszz9W7Je0nVuFVCG5DJmOjo6jcyYp5ykXwB4kteyUQw2+F23nngBOAX4C7I6ob4mgnD2AXNfa1Bjoulbnds+fqrT1KDAbuf2z7ChHA+gyzgdF27nNwDUqbT1AGeqDcjKAtUicfzyKl3v0weVIfuIJUbQTN+WgAfYg28UTohp8L9rOPQ6Md9rcE3V7UVPqHmAJMFc3NW6Os1FHHyxQaethZA/jmjjbD5NSNYDnkHN1K0x2wtEH16q09RAybSw5fVBqBtCt+XzcaDu3gnZ9cAcltH5QKhpgNxJzxydt8L2Uoj4oBQ/wEPKtjzXOB0XbuX2064PbkY2vxJJkA8ghV8EZjfNBcfTBTGd/YR5gGe5SlyTRANYBd+imxqWmOxIGjj6YqtLWlYhHSJQ+SJIG2IvEzlPKZfC9aDu3FNlfuBX5rIkgKR7gQWTdfqPpjkSJs35wp3NF/SwSoA9MG8DzwK26qXGl4X7EirZzGxF98ACwADjHVF9MGUBZxfmgaDu3ErBM6oO4NcAexPWVZZwPikcfzCLm9YM4PcBDyLr9xhjbLBkcfTBfpa1HiFEfxGEAOWTd/sUY2ip5PPrgQWR/IdL1gygNYD2ygtfr6gOg7dyLyPrBFcj+wqgo2olCA/TG+RDRdu4xItQHYXuAXyHf+kB5eL10jbO/MN/ZX5gDfC+sd4dlAL1xPga0ndsEXOWsH8wjhPWDIAbgPcS4HlH2j/S0I710H0cfWCptzUAyll194PuAaRANUANsAW5G4nzv4BtC27lHEH1wMzImvq8lD+IB3kTW7f8vwLO9hIyjDxartPUnRCj64v8BeyWqoXHOuQ4AAAAASUVORK5CYII=

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7Z17kGTXXd8/53Fvd0/Pax/al/ahlbSrp7XWWpIXC9spDBgTDBgcR1RCcAosx4ZQAYcUxjwMgTKhCGWXQwqqeCQuiJMKlMu4nJQtyWAtTmzJOAhZlqXVat87O7MzOzPdM/24955z8se9t/t27zz6NTO9kn5Vd7fn9jnnnnt+3/N739vCOUevJIQAkJlD9DzYjUsuOQAsYPpZ080m3Wd/DyjQBIDqe0Y3JlnAACEQCCEiElAMOxj6BoBSas/HP/7x79q3b9/N9Xp9uO+2R0ok3VrfO621kVJGp06dWv7Lv/zLbz311FPPAFeFELghRoHoUwUUfd8/eubMmT/ft2/fXQOc11CRcw7nHNbaxt/W2sZ5AGMMYRgyPz9PqVSan5ube/pzn/vc73/iE5/4AlBP+w0bDQIAR06fPv3H+/fvPx6GYfv3/Yzdc99B9F+J2VmmG2Ow1jbOGWMwxhBFEWEYEgQBQojSM88883uPPPLI7wHlYQSA3MjBsztkM/sOor+UEiEEQgiklI1DKYUQAqVUy6G1xvM8PM9DSkm9XmdxcXH82LFjH/2rv/qrjwGTAKJfZA6Y+rUBWsg5t+LOSxnRy71nmbjZ/bPtE10OxODI3pMxpgEK5xy5XI6xsTGq1SqXLl3igQce+Om//uu/lkKIX3TOlbJjbTVtqARop63e1b30z4IgKxWyh1Kq8V0qEXzfZ3x8nCAIOH36NCdOnPjAE0888dtCiIn2cbeSBgaAbhY2ZUSvDB0UEDodYzV1kD2fqgYpJVprtNbkcjlGR0e5cOEC8/PzPPzwwx/44he/+DFgYjVpudm0qRJgNdoqO6Gba7erg/YDmkBJbQWtNYVCAWstp0+fplar8cY3vvEDTzzxxG8JISYZApNg4ADodWcPQiL0C6T1+q8kCVLx3y4VlFINo9DzPJaWliiVSpRKJR566KGf/pu/+Zv/AExutSQYqBHYTr0af/0sSj8GZyf90/PZdlkpkILDOddQB77vU61WASiVSgAcP3780SeffNIIIT4MlIQQWxIvGqgEWO0GNlsi9HrNTvuvJPqz4j8rHVJ7oFKpAFAoFFhcXGR+fp7777//AydPnvwdYFsy7qaLghvCCxhGIGSZnf07qyKyMQJjDM45RkdHyeVylEolrl27xrFjxx49efLkvycGgRRCyM3EwZYYgVsJhEH2b7cHVvISUhvBWouUkmKxSLFYJJ/PUy6XmZub49ixYx/88pe//DHgJuKE2qYl1QYCgOzCdLPIvbqDw+JGQuvOXy1OkNoESiny+TyFQoHR0dEGCGZnZ7n//vvf/6UvfenXge3JuJsiBjZMAvTKmM26VtpvkOphJea3G41SygYIisUiIyMjLC0tcfXqVY4fP/7oE088kQVBz3PrlDY0FNy+uJ3cUK+h216u1e81s/2zXkD753ag+L5/3TotLy/jnOP48ePvP3nyJG9+85t/EVjY6LDxUASCVqOtcIsGdc0sENK/U4NRSonneddJgmq1ytzcHHfeedf7n3zy5G/QNAw3TBRsaBygnVazpgfdp59+K/XtZv1TJqdGX1YatLfzPf+6a9RqVaw13HvvPf/6ySef1G95y1t+A7gmhIicc7bjiXQ630EP+BrFlGV8qiJScDTaSNEiCUZGYklgrKO0uMjr7r33A4899tivADsBTwgxcH5tSCi42/ab0Wcr+rXr+ZUkSUMdFAoUR0YoFkcpFosEYcj8wiJvOH78g4899thHiQ3DgWuDDZEA/bh2G32dXq/Vy/WyHoAQ8W5fiaSU5HyfkZECIyMjjBQKjIwUCMOAhcVF7r///vedPHny19iALOLAbIB0Ydon121svp/8Qbf9+rH+u7mec3E5WRAELSCKz9Wp1wLqQZ1atUoUmaS4XiAEhEFAqVzijqNH33/yySe1EOKXGGCx6aYZgd0aVoMy/jba8FurX8po3/eJoojPfe5z+L7fOB/XDwaEYQTEhmNaR+D7PlprisUi4xMT7Nyxg9cdO/aT3/jGN/zjx4//nHNubhAu4kABEBs6bUEQR+vjIs7hXPokRfJ5C9y9zaD0vnK5HMVikStXrhBFUSNBFOcJPAqFQiNvkIIjDEOq1SrlcpmpqSnO+D7T09McvePojz/11FPVsbGxDwPzNB9K6Yn6BYALgyDyfW2VUtSqVWpRSD2IqFbrBGGEEM0pOkBKQS7nk8955H0P7Xnkc3FgxFiHMXbNrGJKvezQzVAP2ZC4lLJRGnbzzTezffv2htHneV4jUdTOfOeaVcZhGBKGIbVajenpaebm5rjvvvseffzxx2snTpz4JWC548mtQH0B4Heh8m/B+/aL57zL0yXmFiqUKwGRESB8rBXX7XDjLNgIZwI8TzA64jFW9Nixrci+3TuYGB/DOtkoy16NejGGNtO+gNi4KxQK7Nq1i/HxcYwxDWZnM4lpvCBbfm6tbSk1j6KIWq3G4uIiL730EgcPHvyZT3/60y8JIT7ZjwTt+bmAow/+0KF//H1v+6F9e/b98MGDt55AFQt141MPFNW6pRZYjLHYxvCxuMeBUgIlQUrwRIijhi9DhKuyd9cIb3v4LvK53LogaLmRHizjXq3pbqRPysj072xwKD3XfqQASI8oihpACIKAxcVFgiBgbGzs5V/91V9912c/+9lnezUIuwbAXQ+/6/CP/ei7/8WR2+/4sfzI9juW6zlmroXML9ZZrhrCyGCtw5Kq/ibjEQ6RGgQi/l5KiZKSfE4ShIbS/Dl+7sePcM+dt1Grxw+arFed0y9tBhDaw8Lp+SzTVwJB+jkFQepNLC0tMTY2xuOPP/7o+973vk855+q93EPHKkAI4X/o1//w0V/5hQ//zMjo7jtmFgTfulBlsbxMZC1SiNR7Qco4wNAQnRIEAuMgCi2VWkS1bqhUIip1Qz2w1APDcs2xd2KJcrmMtZbVrNxBB0P61ffr9VnNNc5+v1LQKBtF1Fo31ER6XirJ8ePH3wD8ea8eQUcAeOC7//ndn/yTz//awUN3/JPZUk48+60lSksBzsXMVsnFLcTPyQJSgEwMu0rNsFAKmC8FlJYjKtWIMDSEJgmqJHZCPRSM6Tr1oI5z1y9cJ8xZvU0iidahlZi6nou4FoBWnk9zLtmysnS3K6UwxrTYBu25hVwuh9aaycnJm4EcUKUHj2BdAPzoe3/pTR9836N/MLnz1tc9d6bGxStz8cSlQApwDVcuPqSIERsEhmvlkJlrda4tBlRqESZKdUFy8+0fRCwpxCr3sd5OlVKgpMRa1+J6CgFSKMLIdLxL1mq31s7P5v2Vkjhnm2qvMSGZMHV1YKVVROn5rJTIVhoFQZAnzhouET+e3hWtCYAf/+CvvfXd7/qRP8Xfe/irzy5SKgcoGUeonHVYXJOfIt711XrE9Fydqas15sshxlgEMROyi5R6By4+gXMQGUdkW3dqp6JNKcliaZnnXjiPcamt4RBAEBm08njg2GHyOf+6hc9SNypntbZSCKq1Os8+f5YgNAgpSG/KWIs18IZjtzE+WmjMpV0SpJ/Tnd9+TeccWmuCIBgBJoArDBIA7/mpj7z5h37gXX9q5J7Df/fsNSo1g1biOsbFExXUA8OV2RoXrlQolUOMBSHiKJDJTJpM/xQI6Xc2IoN6GuJvpUVuJ6Ukl6/M8e2zFQrFndTDCOFiSTVfCpmausz+PePcfut+giBa8Z7Xij90Y/BJLZm9tsCzL84zOrGPWj1ozHu5bnnp9EUmJ0Z4w31HsLZ1LllVkP6dBUF2jlprrLV5YBTwhRCVbu2AFQHwjkd+7oF3v+vdf2zk7sNff26eehAl+rz5yDQuZpIDZmZrnL1UYXa+hrHgnIhjAc6BCHG2CQDrwFoFIlYhQlgEafBD4kx6jS79bxero2tlSXk2NjRT0VuPQISS8tJSC6C6TVa10+rziqVWuSa5VLKUl0wjIBZZqIceS+UyzpoVJVy2jjBlfmr8QRMkCSgEMR/TYlLT8U2xAgCEmBz53T/8b7+dL+4/8vRzC1SrAUpLrLOJuHc4YubVAsOZC8tcuFKhWrcYKxBEjBfq7NheZ+ekY/tY4hEkuqIeWGYXLVcXJHMlzWLFw7j4kWpjbSwt2sLH6wHBJX6mII4kVusRtXpEGoS0RqJsRLVSwSUL2U2MYTVaa14CMMZSS+ciUrUnwRoqlQrGRAi5uhZeqbwspYxBmFHC3b+j6bqr//xH/+O/27vv6Nu++XKFpUqAlAJrXMzAxLYS0jE7H/Di2RJzCwGhESgRcstNFR68w3Hv7TkO7t3JtvEC+XwBz/NafN8wDJidX+b8pTIvni/z9eeXeO6sZmahSBCCozOx37pzGlGHxKZojT6KjN4fdO5hNSDEuGyGtp11OCyRNS191wRSZten7VNpkBx9+cQtAHjbj3zwoUfe894PXpoVTF1dRkmwtqmrZSLyL16u8sKZEss1gxCK7cUy3/X6Om97aBu3HNjJxMQkhZEx8rk8nu+3lksn+9I5izUh1coyV65e5Wv/7wL/4wvTXFusIYRODMf1mJ5pIwQOgTVpCNWmV8IYiTAW21jswZeUpYxMRbq18WGS+TQNZ9mS78gCYDVbYyUDUYjmE8n9UAMAQgj567/3Fz+L3nbT6fPleBdZEe/GxJgyxnLm4jKnzpeJM5gCz5ye/ql3bNP/6MTtOya37WB0bJJCobnrV6uJE0LgtI+fH2Vyx26O3H6Et5y4xLdevMDOHZOEUav1my5QO8WLlv5BvOiWBgAAjHHIDkV+t+5fe3uX+sOQhIEdxrgGGG0CjtVc9pWihlmAtF+/X2oA4O3v+Tcndtx04AcvTkdUagFKCCw2CciAiSynzi1x+vwSxlqk0OQ4d8FO/dGnjt/92+/cf/DWHSMjRTzPa1mU9dCd7kil89x2220cPHCAaq21cKKd1gr2WGsxkU0AIBIJANJZGjfTNmS3KmG99rGHY3HWNiSARGBJjOCMNHK0FtK033O7/581BtvWoSe91thi99zz+h91Ynxs6moFGkiNvzPG8cLZEi+eLREZi0Phidl5O/PfP3n5zLNf2bXnkN2+fUfqlqw0uXXFZ7pblPYZHR1d1Tpef5xU7FqMtUQJGKxZP7jUCa0FzHYy1sWGrXFEDTDEAG0PS642Zvv5rFRM1shyndncOUmAux76vt033bT/e6+VHMvVEGdj8eWSEORL50ucOluOxZkF6aqMmG985vKpr3xRK1WanJww6WTbxVc701ZjYlN32q4s9OYCxX6GcTbJnFmiyLSAoBl06q62b7X2q47j0oSOiZkf2ZYjzZK22wHrXSf9nK6hlJJarVYHInoEgAa493UnHpR6/M6ZmRrOWJyKxaRUggtTFb79cpnIxAkfiyDH1Iv1C5/+c2Bae951D7b3oqPWYkbHkTgH1sQgsNY1pL21FiMddFlW322coEVfJ+LeWIN1FuFidWStTeyqJnC7vXbWFnBrDdIBaYDdew8+GBpPl5fqsSVtQSuYmavxzZcWCEODlHFiR8uK88Ln//fZi3PfBiouJrHSbk+pV6Mlrp5ZwU9OF6dlWInWAmMNxsTiN71s7MlYtFZoz08MnxXWLCtIHQRB2Ah+SSnQa1jdcXQk0dVK43kaa1wMSOOQMlVRAqxDSUEu7wOxZd+SL0gDGJl7jEJDGLVGDRMg9OT/p6SFEPkP/eb/vLdSk9SD2D8VEparhudOL1JeDtFaElmLc4q8XJgTS0+fJK5Ha5nAejo6nXQngJBCsLRc4fylaaIocaNSxjcCUjQWSinJ1JUZJsc8phfimLuWIk5aKYESknPnp/C8ZzCNfINrCIXU23G4xF8X3HH7YSYmxsA5qtU65y5OE4RBbNBlLt74N4lhKSWYn19goqi4Wo69J0hfJgWgmJqZ5amv/wPWZWydrKjPjBkZw62HD7H7ph2N4pJBkb77xDsPe/7YoaWaIUoWzRo4dbbM1bkqIsmuxfMyaHvthfq1b75I/PrTHKzN+LVcptUozn9L/v65c5y6UEPgEdkm8xs6P8sE5/D9UfycTxQtoZTEOsfycsR8OSSnC5x8TvN3p+cIIwOkCRpH6qSRpLCDEJ5+9jy//JM1fvD7vxMThbz48mX+/oVFpMwTRTbubh1OZOdEMi+H5+XJFScIwmVkHPNmqRqxsBQh8XnqxTwvXL5GGMWegMiiubEOYFF87ZmLvPcHrvGvfuLtVCor5zF6Jb1t2849oHcFQXxDKMGVqzVevrjUMJqsJQn/GrSbe3l5Jpxyztk0CpU1TLJMbI9ydVo4EbeFhVKV0xcFi8uOMJUCyZwcorFjk1MIYQnDJcqVkNn5OpevVrlWCqgmiaznz+RQKmaGSOV9kqoUIv6spCI0goVrmtlr18DF6q+8XOXsZcdiFWp12wjtQkMgtSTIhHSEpkKpHDC3EHB5tsrcQlw1pYTg22dzeFo0UuBxJxrzEEIiJDgnmLqa4/vnFrAmIF3vQZEujm3bGxo5Vq1HSAH1wHDqfIlaYJvZP2IACBE6bGmq3mUlajeFHM2bi0FQXg6YWwgJo6hRKeAA4WgGjAUoKQgiy5WrNc5fWWZhMSSycSxASggNzC7WwDmETCKSjRL2eMHjaiaJQZH3JfV6lSAIkid6BEvVgKvzEAbx2+BXnAuxCoiMY+ZajfOXK8wt1gnD2CaRMs7WXFusNnLkDftJZuYh4rIqIWLwRsmDI8h8N0u/Lul8Yfu+MJIqDOPM1MUrFWbm6ggpWm4q1mKRk7Z6rQJBc+lXpm6jVqv5wCmlC5O1eBTxGkohuDpf58VzJWbm4iCSUgJPq8wsRWwTAEKlAMi+6DGWDCkAtNE4a3HOJv3jnSCTCTSkVdtclBTMlwJOnStz6Wotjm0ogdaZqKiMbQEhFSQFNEIKhJCN5ypStYHSRPUA5ypNz6bhZvaf0NLOOhGZWJct1wxnLi1jHagk3nCdoxX/GMK6lsggwpWOeLc2dlrb91LGaual80u8eK5MtW5QSiZFKzGTRbKQQoCQMgGAbP6d+tRKxgajFCg0MtLE7nXmnjJzaScp49mdvbzMt8+UWapEMQh9hXAOpESKdC7N+SCStLgSCCQyA0QhRQwSvCYIe/f4ViRtXByolkJy+WqV+XKAUKsVZSFi8HXvs6fUqRcAEASGucWI0OQaojaFgZAi9lReLnPxcgWQoBRSgxKJmE93lhRYFA6FA6SSsfhPF1kIhFJJW4kUGkQeY0uJbSiIIsPsYkA99LGoZC7Ne66FlhfOlDl9finmkfYR8ZRiSZ/Z1UJIIqdiICJwUiB08os7SiT6XyaSQiOcwSS8Xytg1AvpZJNRDy0Xp6tYt2admOsVgd0nMgRjxRymdpGc9BHCNi6dgmFhqUaBCkdvjvWuA2aWJqiG+WThUwkgGc9V2VFYjKVKKh1SfdKyKwXOCURumbHizjhiBxSLBWzwMp5dRMqMR5IMsbxUR0XLHNkbi3whBXNLoywFRaR0MVOVACQjfp2dI7MgUvcwmSskdkl2ToJQ1Zgs5jCWxI0cHGlnkQjB3EKd+VIdJdeItaOlFSOT3V6kW+bHte+Ot7zxLg7uGWPqyjRhGCRbKd0K4NxYInodnlZcnprljx9zPD+VI4gidLKLQqvZMz7Lz77TZ/eunYkbSOI6JLhqqNMkOSMn2b9/P0FgEDLivjsP8ZFHfS5fnqJer2U8krRPESV3xPaHliwulvgvX6jxzKVCnFxT8ZNAxinGRxZ49O2O227ZQxjZFnc2s2hJsgisG2Xfnt0EkaPgrRGC7oF0rVZerNcDd2XOYiKH9hIxlUJbCOLaPomTOWHt2M3vFkL8xSrh317y6CuRdY58zueuOw9z6MCeOJya9smOnfyfz/l84x+eZ9tTlygs+rhqHEuILX6N1IJDB2/mwQeOEf+wyWoh2MYnrAWl4xJtz9Mcue0AB/btbASm2tun9+n5mrNnz7Pja6cYXcwRmDgKGQekNEoKdu++iYdPPIhxrUmvlY1hYsmsvet+qqZf0mF1+sLCYqU2tyDHhWr6w6nhlMrJ+D+PUO448sIhdgJXO7lAP8agsRYs5PKF1jj7Cjefy/t4fh6hJJ7v4TuH0vFiS6cQUuJQ5HIjKL068FbM70OSpALPz+Pn1p6L72t8vwBKon0PPx+hdVwmbvCQQgECPz/SGglcZbxsTGWQux9Aa7k8PXNteS6KirukVg1dSGqxxjOIq4GExrqd91THHz5KGwC6TZx0Qx25Oy6uMlJS4ed9IkB7KnarnEZpRSrenWPdRV9r7p08uGpd/OSOl9N4od8AgMLDczqpGYjnst542d8vGjRpuXTq4qxcmNJ69C6lEkuVppEkRDZgIrDs2F73X/c9wFdgheK9hDrO4A2SEv3r5TxyDpSXvK4VD09oVrr0hgHXWZQU+DmfXOjQvkQKiZMeOtKN8dYacpA7fTWSH33ym1cqS7MvGAxKec0fQtKZQymEVigtEP44Uf7II3cePXTIOVdtH3ClkG8/+fdO+jQDIw7lKXJ5n1zBJ1fI4Rd8/EIO7alkLNHzfLqbexxvaMwl87/29apjZoM8G818APlm5xDB9Fc1dZQX60qpWw+lJVpLZAIIW7z9jsr2H/55IUTemiiEtRnfKbWL5s76tLZXWuHnPfyCTy7vJQvvoXT6AoZeik26bxtHI2U8l3w8Fz/v4xf8GIxtRmgv+n0QAJEAxeiZp4UrXWzZ9dnDS997H0sBnZ/ATT70UxO3fM9PhJEJlFItIbNeRFccIHLXFYKu1b5lweOTaCXw8x5e3sPLxYef81CeSlt1PXYvbZ1zSCnieeQ9PL85H+2plqjmVjA+JQ1w35WvvDB78Hv/VukDjyB1MzCR0f1xFCs+ryR4E4dHtt31zz6izGzBE2FLyXK3NxG/SsUjCgPq9Sray63bp53iaIBDao0vfYyUaJU8XSs9dCBbWnYzdtdtXSzNpFb4no9vwNNxhM8pH1VTcSrZuqTwtjM1txEkAf7rOWcL0alP5+RCoDw/qZxRzf8bnzXa00itcAJG99x94MCbfuEjn/rMV2+fnZkin/fxkufY16O0rj2fz6EEnDtzls8/9hX+0589waWpaXy/+U69jneHA+1J/JyPn+7+vIef85FarSgAuldTa7dtjufQOn4fkp+LJUA8l1gatauAfq7ZDzWivvvP/9kXXj56zxOisPsdQnrXS4Hs27+SmHZoBIXt9+x8/KUF5j71Nd76+h0cu/sWtm3bRi6XT/zX62/CWpO8AWuJCxenOHd5lsWq4lK4n6dfDnnL9Ay3Hz7QNWOMiVgOFaZQQAuvkeBB+DipW9ypQTO9hUTsui2HgiCXx8sn7qiUCOVj1OpPKG+G4ZelBgC+dMnVjzz4I/+Z4i1vJX9oRGDaAJBm0JppS4DlwODUTr4xt52pry7ylW/9A7fuUuzalmdyvIjvaVwjdGupVOssLVcpVyIWq5ZIb6emj3LVjvP8VUXNXKC6XE6ibes/Gt4MyEBhpEBt8RSu4vCkRaTPTjpJIbxCLndgzUfDVxu76zZOkM/nCZbmCKvP4IlmqbwVCq96npH8KNa5Rk3AVlFL3mfH1z/z+atvPfonFHf/jPRGEcI2UqhSJvn4TL46BUhgImbKkorZzaK4mcthleJ0lVG/zogfxulORJwMEQXqbMfIIlVRZGbeMbMQUAnrOOExogRhEK65+Ct9Vw9Cjtx2mA//Uzh3/jyVarXxtKAxltGRIrt370oqi7oPTXfTJghD9uzZzYfecw8vnznH8tJSg8/GWvK5HIcP7SUyFq27s526mWcn1AKArzrnbtk3/pteYfd36N3f+QYhfUSSWpWZgJBsUw1pmrMWGi7MWaa9HDm/yEhekfMkUgJSIBFEVlCLHEFkCU0tnoSEnK9wUicZs+6Yn57XWvH6193B0Vv3U6+3vjPJOlB65Xf1rjd2t9/HHo3grqO3cvjAbqq1etPqF0n+QKiOJNxG03WZ37OXS9O33P2dH1K50T/x9rzx1lTUp0yWK9gEMhYRmXy3IHKWUtVCNS51IgGOlMkPKylBIQk9p96FlXHCpH1JOl0kax21eojycox04EkMyvpeKZTrnKMehAjlUxzNXfdd+n8/ABgEeFZM/Z/91t9++cCRB9+vtP4j7+YTh6RQCGFWBUBTEsgGM1dss4J7KZJyrUYxRqJy+vGN+93JnY7R7dy2erevRKvWflw49fTj++940/uFq3+8eOjNd+rcKM6FSZFlawFFursbhmLGU0j/lmlNX5pfyAKg8X9cNmX7jAb2S2upmV6uOYyMT2nNl0RdfOH/fGFycvKRvQ///C+P3/a2d+e3HYorW1zU3Okyw+R2CZAR77JRhZsBAK0AkFLjtIdzlTUn3W+4uJc2g3Yd+6FBJonWfU3cwsLCM0KIRw8ef/bpHXe/81+OHbj/Tn90d8zMJK4upGtIhrhyVyZ6P/MZGhIiTTOnQEBIkJrQCEy1NLBfseiX8b2I7o1m/KCpoxdFOufmgd/RQnz+wHe895Fth9/0A2M333dXfnJPzitMkL4JT2WirXFFbiYtnNoJQuGSeiqLwEZ1THUeWZ1isn6GO3cvsWfvsRZ3bdAM6CbDOKhr9kOdqKReqau3hUfOPScEv3L2/4pP3XTribdOHHrwrWP77nxw1/47bqWw0wtUEeXlEKoZDm6oAQTOhjgTIqIqXlRCRwtsE/PsLSxzcK/m9gM3sWv37Wy7adeGGU6v9h3fTl2/Lj6ekzsFnBJC/C/gxCd//w8+NjK+cPTK3DJLoaQaiWb9XuYeCspQ0IZiESZGfXaOF9ixfSfbt99JcWwcz8+Tz+fxfT/pOxi/vJM2W5mQ2eix16J+fzBiLqc59c53fHd5x47tLJVL1GpV6vU6JjJJ2ROQFE9rrcj5Pl4uh1Iapf34cW2tkFJ1LPIHZdR1OlY37TaDNtUIXIeU0HkptU+uMIry8kzAqtUs6bn2d+azRp+NgrYc4gAAA1NJREFUoGGy6Ddj/LWoXwAIQFhrhXPNYsn1ngTeiAKIG82N28j23dCG/GrYIET4oK7Xi7h8tTAfNuln4zbbjRsWw66X8besHuCVQoM0kF4NNNBfDl3pczf9em3zatLv7ZnEfu9loBJgK2L03b4k4ZXA/EFS3wDo5tm/rQjTdjpmL7QZDHxVGIHdfH+jGXbDsMvXohvGCHzNsNsY2jIj8DXDrr/26dHvu5g23Qh8JTO+lz5bLdmGwgZI2wxDYmYYDbsbLhTcKW1Uzn+zaBjAMjRxgG5sgBtZzG/0jr+hvYDXGL957QdFm2YDDAvjexl/GJk5qJzHQCKBK01mmJg+rIbaMABrQ1TAMNxYrzSMjO+1Tyc0UCPwRt3xw9a+337d0Ja4ga8m5vdCmykRhyYQtJljD6OYf0V6AcPE+GFkej99uv19xdVoSwtCNnr8YWvfT7+NippuSCRw0PRKEcH9AGbovYBhoWEV9b3SIMT8WjSUABhG0b3ZfTYLZEMHgFeK6O61zw2dDOqWXik7vd9rbaUaGjoJcKNRP4wYhgjhwJJBndIw5tM3W1IMA+NT2lQJsJGMfI3xvdFQhoJfKYbdICz6jV6LgQeChnHnboUxOOzxhZQG9Ua214jN9+EHQVuSCxjWHdwr43qN1g0DUDbdDXyl6Pe0z1YycRDXfsUYgTcC0/tlWLb/UAWC0kVpn9SwGni99huUjh8G0Z/SQACQfTl09uY6eXCxfTG67TPo9xN00r7Ta25U/0HSDVUUOsg+/f5szEb0HUT/bumGKAq9UVKxwyTaO6WhNAJ77dNrv36KLm60Hd9OAzMCB0mvljDtVjMftuhNoVvZJ+23FaHaQTJ8qNzAlIaV8Vut24eR8SltSVXwZvv6r+321alfADghhPNjarwGflgCQKu12WrmDoKhzjl83yeXy2nAQPzzDN2O0zcArLXBzMzMS2EYTtTrdeWc25Qfw90KA2pQ10zH6TcWMTIyYq9cuXIOqNEEQVck+rkpIUQO2DkxMXHY87yDYRiOO+c2LbbQ7yvSbnCynudVK5XK5Uql8jIwBSy7LhnaLwAkMAKMAmNAntdqDDaLHBACy0Ap+T/slp/9AgBiNeIlhwJe1dtyk8kAETEQwm53P8D/ByI83EmE4qQzAAAAAElFTkSuQmCC

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7X15lB1Vue9v7111hp47SSch6c6cQMJNYIEBFiFokEHhMkZRMC5BVFwiIg8vi+eSFa8DV5dMEiAKrqcLvIgPLzGQBy6vA8iKgRABDZCkw5Cpk9DppKfTZ6ra+3t/nFPV+9SpqlPndCfg7f6tVedU7aFq7/399re/PVUxIsI4xi74+52Acby/GCfAGMc4AcY4xgkwxjFOgDGOcQKMcYwTYIxjnABjHOMEGOMYJ8AYxzgBxjjGCTDGMU6AMY5xAoxxjBNgjGOcAGMc4wQY4zBGEnnt2rWNL7744veGhoY+ls/nDaWUklJCKQX9n4jca+9BRIH/3kMpBQBwVjFp/4wxJpLJ5EtLly797qOPPvrGCMtlzIDVuiTslltu6ejq6lo7ODh4Ui6Xk7ZtQ0oJ5z/o0MnhPdcJ4EcGnQD64bgZhsEbGhoOzZo1645XX331v0atlP4Ho6Ym4OGHHzYOHjz44MDAwIcty7KpAN9a6yco59+PfLpb0HkAyLZt2dfXN62zs/P/LF269MJa8jbWUBMBtmzZck4mk/kwEfWgoEWYn0C9bl4S+IUJi6f7+RCCFY9sOp3O79q161sPPfRQvJb8jSXURIB0On2+ZVkEoKx2B9X6ShogikaICAYglUqlFvziF7/4ULWRxxpqIoBt2/OVUnm95lcSvp+f7h90HQY/jeLAsiyzp6dnYS35G0uolQBNRCSjCDqoCaiWCFVqAkZETErZUEv+xhKqJsCzzz5rMMYSRKSi1my/JsDrXsktyC8IRERKqXECVEDVBHjmmWdOtG17FhFZQQIerfZfj1PJzSdMJp1Or6gia2MSVROgr6/vW/l83gSggoQdhRhe/6DrSggJkzly5MjJ8+bNu/O73/1uc3W5HDuINBD0ne98p7Gnp2fJwMDAV/r7+z+ey+X6pZTMb/DHOxDkDPaEDf4EDQI5R6UBoAAQACaEaGpqanqnrq5ui2ma+wBYSqmklLKFiMxiuPLIROjo6BCTJk3ilmX5Pj9Mu+l+3vR7w/nF9zsPCqddc855pr6+/pVzzz13/R133NFbSbYVCXDLLbcs6OvrezydTs/M5XJkWdZgUdBMF7gfCbzC9wreGSb2I4Iu/CgFFwDHMw4gyRjjjDEnflhEAoATTzwx3traym3bDhye9hO2l7hBBA7KV5BbJW3qyJRzLhoaGt7t6Oi46fnnn38mrIAqzgWkUqmb0+n0CZZldSulnL5/aPcvSvsfxOQSKXjcw8IGgBX/8wDyVcQnzjmSyWSciCo2k0H3dMjm/Af5hd3T6x8hDtm2jcOHD0+xbftXH//4x1c8++yzrwSlPTRz3/72txO2bZ+qlOpDUaV6he88OKrw9cSGtfdhgqqSBDUhFouxWCzmO8IZhGrSVU1+qwEVJsaYEGJoYGAguWvXrm+EhQ8lgG3bE2zbnqCUsovqmZyDiCjo2jkP+nfO/eL4+YcBBWKO+pFIJJgQAkWtV3LoqJS+kcJbHkFhfACl1GAqlTr1tttuC+wOBzUB7J577okxxiYIIeKGYRRoxRicg3Ne9s85d9t5IcSoGH+k1cCg6eCjgZaWFh6LxZjzHO9hWRY0ewJB4YIObz78/MLcgspBd5NSSs55c29v7/SNGzfuWrZsWc6bzxIjcPXq1aekUqkv5HK5hblcrs627WQul5tv2zZFmer1CjxM6PoBwNfIctz0zAdlfJRByWSSx+Nx5qTP9SCCbdvU1tbGJk+eDCmlrz3khPXLQyXCBIX1601Uuq8QAoyxt23btoQQA01NTRuXLl16/8MPP7wP0Ahw++23r0in079Op9NJy7LStm1blmWZg4ODLZZlIcjiD5vvD7L+vbU+rOZ7M3eMQKZpMiFECQEYY7AsiyZOnMjmz58PImJeqz8qAYLc/SoBY6yksvgJG/DvbhbjDkkpJQCTc94wYcKEdxYuXHjJ008//aYBAN/73vfq8/n8rblcjlNhihdUvIOu9nX17yTMe05Evv9e6HH0RCul3HiV1OZRggLATNMkxhjT066Uorq6OsydOxeccyaldC1yonLrXHfz+ofF0+E8Xy9fvVehl4/X3znnnOeJSALIK6WGuru7OwzD+I/f//73V3IAyOVyF9q2PYeIUkVWh6o1L+vC2jS9MPxqsl/79T6Dcc6Zj1BIKUXTpk1j8XgcytM0VLypx14ouXGFMggqlxrKixUz1tvf33/y3XfffTkv3ug0pVSMCghVR361UT8PErw34X7hRiGDo4KipithgFIKiUSCTZo0CVLKEr8o6ayG6CP1rwTOOVmWFTty5MhHOADYtj2dQgZ39IdGabd0f2/YShkKI9exQlHtlhjISilqbW1lsViszEYJQjXprnSv0YC3TJVSjQYASCmNYgLKSKAnLqyWB/1Xqv3VCP8YtP+YM2cOX758ORdCeJ/N2traWCwWY37Gll/69GaiUjOpX0spsXv3btq2bRt543tRa4VhjCkhRLcBAEKIHk39V2z/9QIIG+fWExREhmoSfQxA559/Pl+7dq2olJ4ww60a6PMlzpHP53HkyBFs3bqVfvzjH6s9e/aMpHDK4hIRhBAyFovtdWyA94qjSZFUu/MfdK4/qJIG8MYJczsGoGw2y5RSsG275PAKKcwvbFwkaCBMPxhjaGxsxOzZs9n3v/99sWDBAndAyjfR4ZqRfGTAGWNWIpHY5/Rx3mWM5T3Wfxkhoqq+IA0QlvigjBxjIvhZ/246wvIQls4wf2cEVQjhHoZhIB6Po7GxEblcDmvXrnVJoN8zap58wjPOea6hoWE/B4BYLPYWEWWpdGCD0TBK2jX9PGh4NkpTUI3wK7B81FGLsJkWJiyu199LAIcEjY2NyGQySKfTeOihh8Txxx8fud2pUE5cCJFpbW09ZAAAY2wvEQ0S0SQisjUCqMK9ytf9BwmHiHDnnXcaK1eufF/2He7evZtuvvlmuW7duuo66hr8yOY3yGMIAVac/2AMUHZxsIbZbtyo0736oJhzHYvFEIvFkEql0NTUhAcffFDccMMNUjcOa8kbFRaOpE8//fQeDgANDQ09AFJEJILafi1yqIF4xhln8Msuu4xHmTM4Gkd7ezt74oknat7zWKkJcPLLOcdAKoOew/2FIeK8wlObf4enNj8LgxklI31Rmwdvc2AYBoQQME0Tzc2FVW0PPPCAWLhwYWBzEFFDcs754PXXX9/LAeDWW2/NABgiIu4RLtObhaAHeolQyeg5FkcNIACkCy4IjDEw4njujRfwixceQSadByOO3UM78Ma+vyObzkGIUgUYlQj6zKoQAkCBGC0tLWhqagIArFmzRixatKjiaq6gZxaWC4gBAEpP5SAALwHKaniQIai7vV+1Xz9qAKFoBIbZMQWCEBgYBq1eHE7vx1AqDSEEOAyAAKVqNxidZwghyuZQJk6ciObmZnDOcd9994lFixbV2hcVQoh+oHRBSMpHA4SSwe/ar1/7T0IAFtgFgFdwDAwAZwKCG2CcAQywlQ1Fqii4cE0SZBBqiXGmcl0imKaJiRMnonVCKxKJBB544AGXBJW0i+fe3CGAoQUaouL6tzABVyIDgEABzJo1K++dDvbeM2jK0y8jy5cv5xs2bBjROw50OItb9Gd5Z/AcNQ2NKoJzMACWnYdUEol4zPX3rgf041iYwaiUgmEMZ9EwDNQl6yBtCc4YfvrTn4gbvnqjfPWVVyIbhpxzJoToA0pXBKWJiPsJxS+xzrnX39EAfvATqn5egzFTa233hd8cgFd4upAUKSgQkokkuAlYtoQtFbrfGwCvk2htbgotP7+ehe5HREgkEnjppZewdetWAHAHnoRhwDQMNDU14T/uuEN861vfklu2bCHvfbz3JypMGxuGUa4B9EC1NgGODRCUgKAEhhmZYXGOAgHcewcJyDTNogODUhLv7t0Pi+cQjxvolz24b/MPMc2Yja9c8gU4ewr84PcM77OmTZuGdDoNAEgmk4jH4zBNE1JK5HI5ZDIZdHV14Rvf+Ia4/fbbZWdnZ8WawxiDYRi9QKkGGKok7DB//TyqUKIYRJXijxIBnB4AAxGZhgHuNAUgkCKoYjoNYeCt3Xuwp2cvBuURWPEUntj5c/Rah7AvtRu7+9/BW73v4prpNwBUvg6gUq3X3TnnmD59Otrb211y6kvtnKHoTCaDnp4e3HTTTfyGG26oVCDEOZdlGgCArwaYOXMmi8fjPGxMW8rhDR7z589nQUL56le/KoKI4/fvPfeio6Mj8FlnnnlmNQNR6vXXXy8UqMXYe4f6kM6kwRhD3IihLpFEY2MSEja44Ni693X8+b3fFow+Rdh2eCu297yJ3sxhWFAYsoCsnfbNQ1h779UIjLFhbaO5OWGdbmJdXR2mTJmC1tZWNmXKFHbw4MHAQiMixjm3TdMcADQCMMYy3tq9fPny+lWrVsUiF2MRQUK5/vrrRbX3qvVZjz/+eFXG4Zs736EX39xILTMa+H+9/p+wZB4AgwETSdGAKclp+OjJH4ZpAkQKg/kBKKXwRvdWvLZ/O+KKIdFgoN3owEmNy7DsuLOhKHg8Iorm89tQAqCse0hEiMViEEKgvr7ee38qHtptmZ1IJEoJgIIRSDoJTjvttPrRbGOjYNu2bbR582Y1MDCA9vZ2dtppp7Hp06ePztyrD/r6Mtib3oM9fDszjk+zHvsIhgaGMJgdRCo3gIyVhYU8ZrATcNaCM5FIxjGUS2PosMKOgdfRm+rDd/7lTpw4eQnu2b4ak/gUPPaZ/wQ1Dm8n0xEk+EoDUF7N4NR+bxyf9ZfkyLV4wTjn+bq6uhRQSoAsAFkMzByVfqwI8PLLL9Mdd9xhv/nmm3piAQCnn346/+EPfyhGmwj9Axm80fc69so30DfUj5ydw57+d7Hn8G4MZTKwlAUJGyQkzPomUHGA55wlZ2NR0yLcv+Ue/MP+G/73FbeANQK/OHAnVDYP0QzANGDbdsnzwmq9ny3gF14ngrMIVO8m+sB5d5I7iFHcQJoGSgmQocJbP9yJnxEMqlSFp556Sn3zm9+0gwroxRdfVBdffLF69NFHzRNOOGFUSGDlFbb1vYld1j/Qm+rDvv69eOvQW4j3t+CjHVdg2vTpAGd4L3UAW7o3ITNkFVQ6EaZPnorpk6diwrstkIfzyJGFhG2CGTZM0wCKlZMQPtgTZA84K6Z1P2+lcNydGm8YRugYgwbOOc9OmzYtA5R2A3MoaABWuDw2GqCzs5PChO9gYGAAq1atsv7whz/EGhsbR/zcvUcOosveiQN9B7GjexsO9r+Hpm3H0TxrAf37v63mRqwwIQPFcLi3F1vffQPMVIXegJQQQoBgQ5hAXJgAAclYDMpm2Pb6O2AtFha0z4etKmuBMDe/rqKzT8A51w+vwelDCs4Yy1x44YWlBBBCOE0AjqUGWLt2rfsAvbYcf/zxbPv27aRnaHBwEI888oj88pe/PCJjMp+T2Jt5F/vTe/DavldwOHMIJ7GzMaV1EmXSGTIbDFiWBUkSjDNMmNKMc6YtRz6fh1KqYJlbQL1Zh1gSeO7vf8UR7Ees1caBlh34ZvfFWLLrAvx7+92uAIImqILUfJTmQg/nECCXK9v9VXZ7IUR6xYoVeUAjgGmaWaWU0wQ4GoCOJgFSqRT+/Oc/l5TM0qVL+V133WU0NDSgs7OTrrvuOmtwcND1X7dunfriF784IgJ0dR9Ct92Fzbs342DqAOKyAefNuwBvdL8GxlnJbiAicvvbxQEUbPrHFvxlz39jF/6O3OQufLf7amRjveBxGyKucDiWxYlDKwALAC8XcqUmwVtz9SYh6D5h+w484TljLIWiTaBrgHzRBjA0DRDYzx4NbN++vSy1X/jCF0QymYSUEnPnzmWf+cxnxE9+8hM3Efv37x8xKY9kevHmwD+wt283YrEYklYDZk+eia2qsI1eV6kO9DZ5c9cLuP+9b6IuCdQn4+iP7UOyXiARj8FIMuQEIJWF8uWYlYUf9TosfljYwmYnPuRc6wSwUHiJgukQ4GjbAN6NJo6b/kynX6tjpGnaN7AHbx/pBBhBwUaS1yFZnywzsPwGZgBAGECiCWhIGognOGxS4KkmmHWEup6pWLR/GU5p+yiUkGUjp15EtQmiIKDN94JzzlPOhd4LsABYei/gaBNAv7ef3XHw4EF66qmnSpqI4447bsRaqXugG0NWCowDBIkcZWBZdlk7HTRsa0sL9Ycnoum4OBKZBC6xb8Hs5CL8Zmg14pkJuOPDP4M5VcIi2+06+t3Hi2rdvfCmP8CAZEKIcg1gmmYZAY62EehnGDmkW7Nmjfz1r39d9vALL7yQjzRNjaIBRApMKDCDoV+8h+4jh0oGbrxawPmXUuKqpddiRdOl+HX/3dhhv4Rrl30FiWbg/71SByuTh9ECcIMVqpSG0RB8kFvUfQrFNQ/lGqC1tdVpAtzp0PeTADt37izLaUNDA1auXClGmqZ5rfMQH4ohHSNwAKwljT/uewaMBFBsufWCdtbn5fN5SCkxZUIbppzZhmderAMdsZCWKRh2AxRJKEmwLLuwxxjBE14jJYP32m/UMSA8E0KUE2DOnDly06ZN9rFuAvwy4ucOAPfcc4+ZSCRGnKaZx03FzPfmIRXfD0YANwmb7N9ievoUNt2aowzDgCGKRaOAVF8Ou3vewuwZM2AIA5ZtwZQmwBTAC70EVUySIiouCfMXymgLPgrB9N4F55xxzt2ZKpcAdXV1FmOs5AXQx1IDeLWOnoG5c+eyW2+91Zg1a9ao9Uo+Oulf0dm/CbzRAiMG3pBB77mvsSmpJvHMS89gQrwNiiQOZ9/Dm7m/4o29/8DdLY+hdWIcUkkU5nkIRM4LMAg5NgSLGSClUBhPA3TNzAAwzsHd1ULD47RgzkIzQpk2J/cHAJC3FYZyNqIp/XL4EuCCCy7AQw89dEyNQO+mEsdNSok5c+awxYsXiyVLlvDFixczYHRX/8ybPAdn91+Bl4z/C5FUYIqB6lLYOfF37Efdz6FBtIAbhJwxiAGzG5PMRZBZAlix1ikgq9LIszSkLWHEgZbuBcgeUiBDgmBAKYItFSypYEuFnCWRtQr/ubxCzi5cW5JgSyqGI9iKCm6qQDAiBgUCiCFrSZxwXD3OPmECcnbw5lOvuwPGGAkhyglQ9MxC20r0ftoA1113nTvYc7TS8K9zrgB7B/gbfoPYJAluMhAp2OhHH+8F4wQmABYHJCwoTd2yGGFidg4a3zkBaoEFkQC+fdZa9Bw+BJaQkDaDVAqWLZGzJDJ5iVTWxkDGQjprI2sppPMSQ1mJjCWRtwk5W8GyCXmpkLcLxFBEUAQ47yobytuoiwkYnCGHSD2EkulgxpjinGed6xICEFG+kgbIZrNIJBIjKngHfoJ1SPenP/1JdXd3175cKADnnHMOnzx5sqs9PzbzUszuOgF/6/s99ib+DjYxDTIZwAQYCcSsRkzOdOA0fgkSDYa7CCbHc/jSqf+GS6Z9Ds2TGpDL5WA2MExvmgrLskCkIDhDMm4gGTfQUlxK7m0SULK+1JNdKtgSBffh5sGWhMHqmgCdABRIAMZYtlIv4PHHH7dnz57NzjrrrBEv7ghrAv74xz+qrVu31ry9KwiLFi3iEydOLHGbN3Ue5mEefvnLX8kspdmXbryO53I5JEU9JrS0YdqEDrRNnQCWUMNTvApgMYn2uVNgWZabF8d+8TXMQAD51VpH0CgIHdp4P3RaDIerJHwnDYwx0tyo+F6AjONWpgGgbQ7x0wBDQ0NYt26d3LFjB3360582RqINvMae/szVq1ePeLn3888/r9asWeNOx82aNYvNmDEj0JBMJExMTE5Xl3zkMg4bACus/JXkbPMeDuuUkXfyZbSteVVZxVeCvh6AASDGmFsm3kLOVeoFOH5bt25VnZ2d+WuuucacO3duTQapnw0Qxe44dOgQAUBbW1voc8866yx+8OBB8cQTT8i2tja2evVqMx6PB95fKQViilmW5db0KN244VpK7mLSYdVeqPXgbLiWu7LAsEZw2gMtRCGCN4sMighSBacrLM2cc2UYhstabxNQQgC/2UBdaOl0Gvfff7+1fPlycemll1bdJIQZgUHo6emhr33ta1ZdXR1+8IMfmJMmTQolweWXXy6GhoawfPlyHiZ859mGYQR+Ac0LIioahroVXhwL0MYDyAlTFs+hjeOB4iKS4PwQAXGToyEhoFTV2oERkWKMuWOUJQRQSllU7MCGdQO9BfTcc8/JHTt2qKuuusqYNm1aZG3Q3t7ObrvtNtPrFiYkKSXq6uoAAPF4PNK4wFVXXSWcuGFw5vrDapPunrcV0lkb6bxdsPRzNlJZG6mMjcGMhd4hC4MZC1lLQSpAKsBWBWs/a0tYNkESIImgFFxrXxZJ5LUJFYDBjMTHlkzC//r4LAxmoy8504MxxtyaV0IAznnGuVFQE+D3TiAA6OrqojVr1ljnn3++OPvssyNpg1gshvnz55cRJkxQra2t7K677ooBQKUaXS2IhtfXRRm+NQVDQ9JAXbE2KgKkVJCKSg7lllUhnqM1lOam2YDFa8fFfe0EiACpCM11BtL50om0qPnjnKtYLObfCyhqAGhNQKAN4L0mImQyGaxbt052dnbSVVddNSIDMQyxWGGl+miPD+gE8LoHwRAMhT22VBRVgfua2EquHdcy+WpgpSHdnoHjLlVB+9QARoXMuBny2gAVNYA+4kREuPrqq43f/OY3djqddv0cA/Haa6+t2UAMw6ZNm1RHRwdrb28f1XsXV/zo3SbfcKUVACAqn4atZgKo0jOqda/wbHf0GfB8L4CILD2w31Zvb+bmz5/Pb7755tiiRYtKdhZnMhncf//91pNPPilHc9v3xo0b1c9//nP7Rz/6kbV7926qFH779u1000035e+88067UtjiXHnoZ3D9tJ9+HjQBVI2aDhJgNe5hjwizAbL6TcO6gXoY0zRx5ZVXGgsWLFAbNmwo0QZ/+ctf5M6dO9WnPvWpqgxEP7z00kvq0UcftQEgk8ng7rvvtr7+9a+bYfsFDh06RJlMBnv37lWVmgxnP743v0Bh4iZuClcd6/7k113z6y6GqHvSJnz0cLp7wY/BsgvDyH6ZjtB7Ic65WxB+Q8GhNoC366b7L168mHd0dJhPPvmkfPvtt5WTgK6uLnrwwQet8847T9Q6gvjyyy+rX/7ylyVmbyaTwb333mvdeOONgST40Ic+xI877jjTWWcYBt0A1AtOcIb+oTzWv7YbgCYgLxkw3A2kokVPQMl4viKnG1hq8RfcoYUrdQMKvYBMTuKU2U24/NQ2ZPKlk0HedYwBKAngNw7gZj6KDeD1b2xsZJ/73OeMF198UW7YsMH1zGQyWL9+vXzrrbfok5/8ZFUG4pYtW9Rjjz1m+/llMhmsWbPGuuGGG8wgDTN16tRIs4n6disHuvVuuPO4zp871FMSllAY9FFwhMhcYeoCVwQIIihikDRMHjcONEIVz6XBC+mg4Wd60+vn7oFbTt4mIKfX/ii9gKBCXbp0qejo6OBPPvmkfeDAAXLibt26Ve3cuTP/2c9+1pwzZ06kJmHnzp2hJm8mk8G+fftoypQpI2pihBBEPq/Es6VCfVzgsjNnlIR3LPRAuKOBhbFCIm10UOsnoMyteO1za8ac9QDSt0kpSR+VLhXzI4e3CbDhLmYK1gBeGyAIbW1t7Prrrzd/97vfyb/+9a8l2uCnP/2ptWzZMnHRRRdVbBJWrlxpEJG9ZcsWXyJceeWVxsknn+y7VjCbzWLDhg32okWLuGOoBsG7tr7kHECmhr53WNiRuHuFP2yrVFcHSgpE2x1Eug3g7QXoiGK5n3feeeKaa64xW1paSlK3ceNGed9991ldXV0VrfnLL7/cOPXUU8sE+IlPfMI46aSTAt9LuGXLFrllyxb1yCOPROoFOIUZZs1HEX5Q2Grddb8oz6iyR1CqASzLcr4HzAC4Qgl6aCUNoKO9vZ196UtfMtevX29v27bNrckHDhygn/3sZ9aKFSvEGWecEaoNLr30UkMpZb/66qsKAK644gpjyZIloauElyxZIt5++22aPXt2xWHjoIWVBVUKxIzK75wYbhZ8aqLjXqbpC+5lK8HcHoC+N6GwHiBnq5qXhOkoIUA8Hk8zxmSYDRDWC6j4MMPAypUrjc7OTrV+/Xo7my2MSGazWTzzzDPynXfeocsuu8yIx+OB97jkkksMIrJnzZrFFy9eXHGJuNNFjZLWIIOKMcCyCfsPD/lFg9NYO9H10Ttym/LhCSFHruSEca7d8AFDxATYSqG13sT01rg7I1jJ8KMQtVBCgHw+T7oG8HvrplcD7Nu3zzXwvIkIOo/FYuziiy82nn76aTuTybh+27dvV/fee2/+yiuvNGfOnBlI8IsvvtgAgjdc1oqgl2AKztGXzWL9pj0A/PvzAIa7bSB3bkDv6kkqTAhJwvDcgQJsp1egSsO6E0QY7lYOZiUu+JcJuPH8Dgxm7JJ0hrxXgMhZpepBCQESiUQGgO21ATx3Krn+7W9/a/m9+8/vdXPeNsuPmNlsFo888oh12mmniXPPPde3Sejv7ycAaG5ujqQFc7kcwrSKgyANYUuFproYrjlvnuvm21RoljuVehRqtcdD1xSe4AV3n3qriGAKhsGMFdoB8SCwnEoIIKWURXXBiCiSDeBXy6s1RPywefNmuWvXLnXRRRcZ+hq+gYEBWrt2rRWPx/H5z3/ebGpqCiXB3r176bHHHrMmT57Mrr32WjMsbFi6GQPq4gb8+mbklazjPuwZ+qyyyR+HSF5bgQo0UkUNMhrw2gA5AMpRF1E0gNetGiu2Erq7u+mxxx6zli1bJk455RR3Tt+pzYZhVDTsMpkMAUAul6u4qzjMCAQK8/Z+7kHho7pH8YvWNazeLPQ2ATkiUlQcDPHTAB/5yEdG7dWs1cBJR319PVu1apUZj8eZYRgVDbtZs2bxVatWmU1NTZF6AQ6OhXBHqQEqpAAABYVJREFUQ+hR7zccpNQWKBFmLpejIgGMIBvgg4D6+vqqNopMmDAhUvgI1vSouFeKU6umqAUlBGhubs4XPzMaK5gAx+YlUR8U+L3W9YNQ4yvFdfz9hn09YJxzSwjhvyo4nU5DSul2TXfs2NE7Y8aMyUII7q0d1XT7jiWj/eCsjXdeBq09m5LJJIvFYsjlcjh06JBauHAhDxLGSMkQds+IAqx4rwrpZgAkY8x/Ori+vt5ijLn7AwcHB/OvvfZaLp/Pm0opd1zA2+3z6/oFdQMrJfYoQTHGWHExqbNwhYgIS5YsQV1dHfe+08+LWtLqjRP2GZlqhF/N833uVbIiqIQATU1NNmOsZIt4VLWl/9fC3qMM94PQzrNV4UvgLJFIsKABpffLmq/FPwqK9yDOuZvhksHtwcFBUkq5DAkSrl9tHq1EHgUQACou9nCZr5Rizc3NzDCMiumO2r2qZNgdTeFHLHsCACGEPwHOOOOMPOc851XfQQ+I0r59QEjBOOekpYUYY9Tc3FzSLQrSYlG0WxR370sdg9yj+uvhoq4GYoxJwzD8bYCpU6cqKixxLftqRqXa7830+9jelyWHF+A6KKUokUiwxsbGsvmEF154gV555RV3/WBYExfVT3+zp19ZBI0/1GJwd3V1hZU1B2CbpunfC8hms6S0McZKjB9J+38sCVF8j27Jrufm5mYWi8XK9gBKKam3t5eCPp3jNXAdN9349boFHXq4oPMwf2+4CCAAFIvF/DXAihUrLM65+w1hN1aVGuADBELhpUi6qifGGCZOnEjwNIEOnI9H+ZHAa8k7bo7wnTd466uLHD+vG1A6Axmmwv38vW4+snC79EU/xjm3Wlpa/PcGFr9O4TYBYeyKouI/AOQgIQQXQpTU8Pr6etba2sr0AnQEpwvM6+YcjrsuVKC8Kxf0wkm/MFHcAzMZHN7duFz054wxe8aMGYHbwyGl9G4fchnkFWhY+/9BED4AZ6cP19vihoYGNjQ0BNu2fWtkmCr2U8P6JFJU1e0Xx014wHOiqH/POeOcU3GWF1JKRUTpq6++2n9vIAAUtw47n4x1NIFXlUSu8WEZOYpwXoTAhBDMsWuKu39ZQ0MDpVIpppSioMKsJNCocfzyHSS0KIIN07wB5UvF0V1QoRkcnDx5crAGYIz1K6WM4gJQhwQlo4BeVRnE9vcRTu1n0Ho0lmVRe3s7a2trY/prXZx8OOf6dVSNEFbzw9yDrsPCec+9cbR/VlzoahARcc5jsVjMfT0MUPrRKBTVxAEppWlZFiciIaUUtm27H5AOI0CUTB0rsAJ0K58Mw2BKKezZs6es6xVF3fqFDVG/oWHC4obdK8zfJzzx4gAIFRw5gF3F8gERlWgAwRgzFi5c+JaUUmSzWYOIYlJK36+Jhgk9SgaONorv9dV3X7B4PM76+/t91zn6ndfqFpZPIioxHKOED0Mlf6WUICJTSikTiQQD8DpjrLCfHSCdABzApD179rzV0tLyrlJqgVLK0OwAX/Xu8zbqskyGLFY8KvBLE+ccUkrX8KuEatMaNfxIyqCWuEVZTDJN004kEq8ePnx4G4BWAH0ApNcGEENDQ3kp5a8SicQZSqkYMFyg+saJSgk6isKuaTm8Tsxalk4VQbU+f5RRVRqK7z1IpdPp/87n8xbcz1ppBhJjTKDAjBkA2gE0A0ggYLBkHP80IBTGdoYA9ALYA2AfgEEi7aWQxVqRANAEoAVAPQpG4jgB/vmhAOQBDKKg+gdR+DZE6aRPUcULAGbxn+ODofLGUTscASsANgqfsZBuxfdrq4vawBH8OAH++VE2kOfAlwDjGDsYb9/HOMYJMMYxToAxjnECjHGME2CMY5wAYxzjBBjjGCfAGMc4AcY4xgkwxjFOgDGO/w/F6LTAgFCqJwAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7b13nGRXde/73eecOhW7OvfkPJJGIyGNUEAIhAJIJCGRRLCEEYZr7sO+cK/Ds98H7Cts7PuMbYyxuSTbhKsPmGhhXxOFAAWDhJCEZkYT1RM7p8rhpP3+qNrdu05X9XTu0f281Z/9OdVV+5w6ddZvhb322msLKSXPEzIAs94s7bX+f/ho1s8zAKG1MEmtBfXm15tXb/prT/vcrR+D5f25q0PWWt/AOUgx3WKGqRHt/4h2jLT4zGA2CMIUZn5AjcmudmzVdFA878BwvgLAAGwaGW7XX9tAVHsdbhHts7AmmA8AdMl3qDHV0Vq13hztqPqFAXHeg+F8A4BivJJgxdQYNaZH669Vs7X31Oc2jSBRIFgIAJQ064yuApU5mg4Mh0aN4HCeAuF8AUCY8Tqz40CixTEWajoAlDZQGkDUv6cVBdRAoNv2sNSXtVaqt7J2DINCnW8xo1HOKyCsNQCaMV4xPQ4kgVToqFpc66tLf4TZzNd9gFbUzAEMq/8KjQAo1lv4tQ4OXTucd0BYKwAYNNp2peZ1pqeANiBdP7ZpnykNENVaM0ew2SigFTUbBejOXRgEFRqZX6i3IpDX3lN91DlO/b7UddcUCGsBAN2h0yVeMVcxvb1+VE0BQFf/usTrTLe8kQHbHx+2vNFByx08ZfqZCSPIZ4ygVEBWSqKGBYmRaJMinpBmR7c0O7oDa+N2z+rb4Fk9Gzyzu085dUobKCCETYKSfgWCfL3ltNcKDLpWMJnxF9aEVhMASt2HGa9Le3uoKSCoPso06Oo+4k+MRpxTx6LuyaO2c+qo6Q2dNv1cRgT5rJDlopCeO++bFHYUI56URrpDmukuaW3e4dvbdruRHRe59pZdVSPdWaU5EJTaVwDI1VtWOyogFJgBgqldb9W1gVilQJDFjJqOUZPiJI3S3g501Jv6X6n+RL3FgKh0Hbv67C/jlf2/iFaeeSziDp42gtzUXOp9Wcjs7pORTTv8+BXXVaOXXFWN7rm8yMxoQZkGBYICM8zP1FtWe0+ZiVL9XHWdVdUGKw2AsNQrVa8zvrPeOrQ2W+VLGa3sfzxZ+tkD8crTP4u4Ayfn8uhXhSLbLvATL7rJSVz78pK9+5IiM0BQ2kBpgiwzIJiqtzAQyvXzV1UbrCQAwg5egpoaT1NjsmJ8l/ZaSb3y+OP+xGii+NB3UoUHvx1zTx0zV+pml0SGQfTiK7zUjbeVE9e/Om8kUmFtkKfGcMX8Se11hhoQCsxoAz2WsKK0UgBQKl+Xel3iu4Du+rGLGbU/LfXuqWOp/Pe+3lZ65HtRPzu54up9ucjq2xQkb7690nbrmwtmzzp9lKBAkKEGgElgghkwKI2ga4MVNwkrAQDdyVNSrzO+h0bmd1IDRwpIuqePp3L3fzFdfOR7UVkpP28YHyazvVMmX/HGSvr2d2TNzh59qJhjRgsoEIzTCARdGyizsCK03ABQTl6MGanvoJHxvfWjsvtpIOVnJ1O5b/xDR/7734jVhmn/Z5DZ2SvbXndXKX3bXVkRi+sgUP7ABDBGIxCUWSgyE1VcERAsJwAU85XKV1LfQ43pvfXXPdQAMa3y89/9alf2659N+uMjy+LYeSUHv+oTSdoYEXPu8E+raxQdvIpHpM3GtJc+WrZ3XOR3vOMD+fhVL8vSaBImqTF+nBoQxuqvlTbQYwfLDoLlAoDOfKXyu6gxvU9rSvV3ACn3zHPpqc//dUf5iYfs5bgJADdfpTpVwq96eBWP7ks3LBgAbqFKvn8SETFo29aJFY+AWB6llHrFG6qd9/zOlJHuVENF5RNMAKNaG6u/r0zCioBgOQJBYeYrld8LrNNag+Tnv/vVrsyXPp4KivllU/du0aEyXsTJVSicniLWncSMWfjVhflRTqaMV3Epn8ojPZ+uF2ysAWAZhKXwwL9EKwee6Ot6z/8di19zUzifodnMZbPns2wgWCoAmjFf2fl1wPr6Udn99qCQS09++iPdxYe+E13idzeQW3SoThSpTpUoDmQBMGPWogCAEBhWzRrlT04hfUnvVVuQAchg6SDwhs8Yo3/2/o72N7072nHXfzExzbnmLloJyLKAYCkAaMX8PmaYv54Z5nc4/Yc6Jz7xR51O/+FlHc/LQFKdKOLmq9PMBxCmUfMBFkjhcwpnMtjpOO17epGOv+T7BUBKst/4h7jTf3hd9wf+NGJ29urMnw8AYBlAsFin61zM30CN+X3UVH9n6Wc/6hn5o/d0Lzfzoeaw+VWP/Ompxg8ECGPhFqaZuZ98dpjqRAlhLm8AsvzkI5GRD7271zn+rAqG9VB7buupPUelQZX5TDKT+7BkE76YX6OCPGqopzt8zZjfUfj+1/vG/uK/dQb57LIP77ySg5MtU50oIb0VjJ5KyeT+IcQiQTUXuWf6jdEPv7e7/OSj3dSESYEgbEabgWBJArVQAJjMzXz9ZnuA9tz9X1w38ckPpwlWhjlOpoxXdimPFVbk+jpVJoqURvIY9vJHpP3slBj78/d3lh79QQ+156prAv25qsBZgplo66LV0kJUiKF9YaJ+E500Ml+X/PbsN/5hXeZLH29b7M3NhwIvwMlWVvIrGqh4Jktqa+eKXFs6Vcb+6vc7egKf5PWvhsYklXDSqko4VW1RD2EhAFATO3FqAZywqmrw9nP/+r9WnPnKI3dyLX67emwLve4cn5VGc3glByNiErjL5BDq5PtM/O2HOoxoXMavuVHdTrOM5TAQVNLKgmi+qkONVfUQrx7o0ZnfUXjgW71T//AXK8p8AL/sErg+XtFp3kGCXIzpmWOoF1R9vEJ1RcyAIulUGf/YH3ZUD/5ShcvVs9YjqsoULMkfmA8AWql+FeJVKr8b6Cg++XB35pN/2r7QG1kMufkqwRyOn5QBgbtwAASuP6cacIsO5iKGlwu6h1JBjP3l73d6g6dUcoyaT1EAUA6jypRSGnpB/sB8OquEjnCYt5vGmb320sDxjomP/WFH4LWQyGUmGci5GSwEgb8wAEg/wCu7c46+A8dHWCufj+JPjhpjH/297qBcUFPpYRCERwWKV/Omc/2KZqpfSX/DxI7jlNJTH/39LmMyIwJjdZJ1akxoLapOroqbq8w7jOvmq+T6J2rzCOXW5tQvu8s+FGxF1ePPmhOf+GAPM36XAoESPt0UqLS7eTNgro4qncumpvr1G1DSP53FM/mZj3TL40dML2IgVmnBqWEZGFZrVezmygw8eKzGVMevmYsm9yYDiZMtUx4r4Fc8yqMFqpOllte1kss2d3VOEoag+NCP7Nz9n+umOQ+mJ9eYMQXzDrPPNQpQExR6Rk8nMypfOShtkz+5v9P93v3RwFw95kMNAGZs7oGMX/GYOjBEaTBLemc38b5ULUIoamnhbqE2geSVXapTpTkZr8hKRVdNAwAIAzJf/GQydulV7fbuK8JJqPq6A7U0TV/YOie10gAGMxE/NezTs3oU6trKE4Ntxc/9ZZsUYlHz7kshMx7BjM1vqrY6WWLsiTNM/GoQJ1vBLVYpjxWpjBWojBfI9U/Mi/kA0a7EskwKzZsMkI7LxN//SYf0HD2vUs+qUunzCRbgELbqoCdzqi8MMz8NJKc++z86RWZKBKaxqDH3UsiImESSNnbb/CcWiwNZRn52kuLZLJWJIpljY5SG8/Oe6o2kY0Q74rithp4rQRKwBM6xo2b2a3/fxexsqwaeUOOb0uBzUjMAKOlXQR/l+atM3ukvqjz4vzu8Rx+0/VVW/Q03GzGJdiXm3T8AfD9g6tgYmePjeAuc3Uvv6CKSjOKX3MayEivdApACcl+/L+6eOqTS5sNaWdcCarJoTi3QzICqoYTy/PUvms7erRAkHz71nbYrcxWy3QkMf60AYJDc1E7hTAZZH/IZNFZ50AeC6gerp6LHUmddW3tf9W/f2IM/5uBn12Y1l+eXGf/ER9s3/PXnS9R4oy9ECS82Uf5AtdX1wgAI235d+hXzU0DioamHO+6/ocvY8sN2ukYKFFNRjDXQAsI0iKRskps7KJ2axGMmKG5TE4v0xYLEdbcSu/SF2Dv3YnT0gBWAbUBuGG/8MEHhAEHlQXDKBGoJaF0PGhYEAdhbdxC74jL8XIZkJbnqv7X2g0G6pyJB7j/SRvq6KjMjA5VsqtYi6iuOWi5CDQNA2Q0V9Qsv3UoDqYJXSD46/OOEnzT47lv28Zt/9iOKbdFV9wFAgjAx41HaNthMDAoirmRjFPo+9Ft03P1+7O0XLuK6zwKfJTj7t3ij4DlgJCPY224FL4vZ5rOAkdbykwS/8JU2I/3iAojwuspm6wt0ZdZAOgB02x9W/4r5SSD+k4mH2vN+SSRzcOCarRx64SZ2HRom05XCWKFp39kkERGbIJfFHRsmtvsSrnjbb5C6413Etu9e4rX3Ah/H2PxxrPTjcPo9EFtPUNpPkIuBiIF0WfVhj07GUTPI/yRttN1UYfaKauUHqLTylkNCI/Q67Pzpy7NTQLLgFRKPTf4iBiAk2FWP7/zaFVhOsDqOoJRgGGCYOP3PgWnT+6FPsPkrj9LzgT9bBuY3kpG+BvvSZ7B3fhsj+j6QOaR3FswIGKIxiWs1G+BnvpEEqSqmKH41CCszS+ebOoP6m2H1ry/iVEu2Yj+fejxd9IsCal5polDlxJ51PHbTLrqH8/jLnDLVQFIibJugWMB5rp/2N9zDln9+hPY3vwcRWeHonBHH6LyLyPavYySuIagcQeKDMFkD2weArB43g+LPVQRQ8UutrVTvq9FA0wdkaEdd+pX91ytzJJzAjT829Xis8RKCRL7C9996BU7UJOKskHcsJSJq4w4PI8seGz7+ZXr/+BOYHT0LvpQTBFS8gMVkkInodiLbPkdk/QehegbpZ0HYrBUIguy/qnG/ElrlE+hldFTFtVnSqXwAVYvPbnIxtUQ7djB/MDXhTDZcRAqIlVzGN6T58R2X8povP8nQ9k4sJ1hGE1mTfOfkKSKbL2Dj395HZNsF8zrz2UyF+/oz3Hc0w5nTOZisQKkOUgNI2NAX45KtHfz67g5+bXcHmxPnzpMxu9+FiF2Cd/a/IN1hRGQDyCqr7RcE5WcsWX0uIaK7isyYAl1w9VnCKiFnUP1SXf0rB1CpEYWk6GNTv4g3uwlpCNqmyvz4jkt58Q+Pksg7VOOR5fEJpMT3oXT0OdpecCVb/vGbGOmuOU/xpeT+03n++0/OcvD7/TBcqY3jLMCyNDkI6lWAAg4G8Ae2wR9sTMG+Hn545x5esSk15/cYyWuIbP8Kzql7CEonEKINIlGEuYojBOkR5B9ImtFdeWYAMIt3zPC4QUUrl0IVZNTtv36B2Gh1LH6ydKqlaNiORzlp89237aNzrECwDL6ADALcckD28Gmk6GTLF759TuZ/82SWm797kl/72hGOPDZYk/aeGGxMQF8KumzoUC0GPQlYn6h93hGD8Qr8az+3f+Egv71/jIeH554fENGd2Nu/SDA6iJs7U4/crW6ll6D4qI10wiuymwFglhnQS7HqlboUCKarcR3IHUw4gdNSvwWGoH2qxGOvuJCTF/aSniwRLGHGzM1VKJzOkjlyFicjuej7P8JIplv2P5StcscDp3j7T86yf6pMbzJCqisGCUsLDQaNob/wewaQtmB9gvaExX2jJV79gxP85qMDjJRb+zbC3kHsmq/iDQ/gjR5C+g6r6RNId8QISk+r8G8z/qm5gVmjAVWuTVXa0lf3NlTj2p8/EHL+ZpNR96r+9zuuJJmvsBh7WJubr1AZL1IZz5MdLHLJt76GvbX18O5LxzO87N9P8MBgge2pCOtiVi0fUKVSLoTqYBAG7I5arI9bfOFohhv+vZ8Hh4otTzPabiF17Z/iD4/inH2cIDfEaoIgKD6q5wLoINCLaqklaDP3TaP61x3Aaekfq47FhirD59Tp0hC0ZcocvGoL+6/ZRtdYft6mQAaytqjz1BTFgSyFgSzjQ3ku+cDbSN34mpbn/fGTo7z74bNEDdiWqk1+Lde0hAeYQrA7HWGi6nP7D0/yhWNTLftbGz9E7NIt+JkK3vgBvOFfIZ0iqwEEWf6VhXTD1VWnHXgaS+dOUysToJdjizxXOhGfS/3rJKQkWnb591+7AuHLaa0wF7mFKoXTU5SH81SnShT6J8hkymwE1n/syy3P+53Hh/jIU6NsS0VIRYxFDevORRLwJPTETLqiJv/p0UE+c3iyZX97bz92BwQVCEqjeANP4GfPsNIgkO6wIStHlMcf5mPYBExLpT7+1zWAOikK2EfyR+YdZZFCkCxUOXVRDz+75UJ6RvL4LRIop9X9WAGv5FIczFIcyOJJiQ3sOXaw5fd8+KlR/ubABLvbbUwh5srkXhbyJSQtg00Ji9/+2RD/3J9t0dMi9sIvTk9DSr+KP3YYb/ApZDXPygFBEpSf0auo64W1VX6HXj0dmAFAszq9McD2pW8PVAYXuAhR0Jat8sM7L6eUihItuchQ1o6br5I/MUlpMEtlskTuuXHcfBWD2jTWzlt2Ye/e2/TqXzuR5SNPj7CrLcLcaaHLS76EmClYlzB536MD/HK83LSf0fXr2FshKDEta0FpHPfs4/hTJyBYgQUlgKwc0OsNRENN+XoNIwEdAEp16KiJjDnj9pSbWdCYTgqIll0m1qV48PWX0DVWmB4R6AmYXsmhOJClNJibPtehNn7Z/OVHml57uOzxgZ8P0RePYBli1UtrBhLSloEUgv/8H4MUWqSl2xf+qPZ09cGD9PEnjuMOPoEsT7Hc0JXOGZOgFHbqz6kBTGarjelSrMOVYduXC0dsIGrBoZ++di8jm9tJ5qs4BYf8iUmKgzkqYwXyJycb0q8NagDYfP0mrJ71Ta/70WNTZB2ftG2suNpvRZ6E9XGTpyfK/PWB8aZ9jPTN2JtrvkA4ACsrWdzBJ/DHj4HvslxAkP6EkO5geNMMXQOoUUBLDRAuu24NV0cWtwZdQMTxqcYjfOctl9M2kKE4XsAtVimeyVAenb2a16t/8eZP39/0kl96LsPnJitsSloscL3HslMgYUMiwmeOTPJspnnCjb3971pfQEr8zEncwScIiuO14NFSI6fSRzpn9K119E03wiVogBkAhHfomO48Wh1bdBECaQjc4dN88epx/sM06DyTYfLUVMuSLQ61DB5771WzPvMC+PQvR4gaYC1TwaalkASSlmCy4vGx/aNN+xhdv4lVHxG0vE41jzf0FP74EaRXhsBbEhCke1bZ+fBeSjoAps1A2ATo6sMKZGBOuVOLiukGMmCkPMKZqRNkS6Pcfdsk8Uy55UIEFazr+607mn7+k+E8x/oS9BS9NVP9YQok9MQsHhwocrrYZCWRYWP17aiptnM8RT97Bm/wSYLSOEsxCdId0hms87VZHaJZu3I1ICXrZSNlv7mnOxdNVMZ5auKXHMke4lDhMEeefZqRu33+CdhNTdLDpNR/12/8XtNrjnmSUtZBlNw1mnidTRJIRgwGKwE/GmheoMLoe1/txTxMlnRLeMPP4I3sR7olFgME6Y224mnYBExrAH1CqAEhZ8sDkbK/sHKtk9UJThZOMFIe4amJXzJSHq59MOzz/3xyxssPPw+Peshq37Wzrln2A/7mmXGSRee8Yb4iAUQt+O7ZfNPPrfQba271AnyWoDCCN/ALguzZ+qKXBbAgKAqCkmK+btqb7aQyCwANe+wMVAYj1XlGAAEyToYj2cP1dohAzYoZwDDwMpM/aa9pgbAXEACpNmopuCE6NFXlRLZKKrJ2nv9clLQM9k9VGG/m28R2YqVqpn0hJL0q3tghvJED4DtgzHM5elAW0htRnr7VpCl+C7QXzbLOxLgzYXpy/nc+Xhnl6YknZ6ReJwM46fPF+6Cf2qpGXSgCoOtttza97oGpKnkvILKK6/HmS4GEhCkYLvscyzZfLWRuvgOxsFXbM9fPDRDkh+afYxBUkM6AzuhZmh2t/Jz+jwj/X/AKCyolK5FEjBY/1KBW+HSz4P03wFZmtIAZs9h2WRtd7/9I01OP5auYq7/0cN5kCkHF9+nPNx8OWunbiOzcjZHesvCLCwsiMZhnLEZKR0hvXGf2LM2OpgEsGgHQ0Cp+ZUHPPGLYzMkmCzgueeyv4MGr4TKguKePzS/dgZgcoFUlseGSh3m+cp+65AjBULkFk8w4wjKxNuxDtq3HGz+GrGbmf31h1HMM5kM+BLk5NTshDdCSnMARcgFulziXjBrUstQ9+Pif72LLS3aw7daLcMsu+TG3pdObcXyM81b+qS03RzBVbQ4AYSRq8fHAQ8Q7sTZchtl9AcJaQOrYfDWxDMAvhIV5FuMVzQkAsRIBFwvoh9533cbwe1+MfXCEStGp/b4WP/L5sMF5rdrAOUhKpFMgKI6CMBDR+ZVSkgtKMZOqkuV82hptHBnAtw9/glOJy3ig5GDbBlVJS+thncfCr6i+grv1pzJAVnME5QnwKgTlyfr08HwuvlAJkPNdczw9m9q0xYyYPKda10ic2wjUyAJ5WvLUJc/ywRNDpPcP4bgeMtc826Y7bp2Xwz9FtcwzSW+LaiWBcwZ/apygOIwsT+FnTs2f+QslYYHZ0WRxeSPjFYUB0NAxakQX9NgjRoR5zxxawHGXT/9jlcNns5SemaJ8fH/TrpsSFt55FwLSSNYe2IZW6wnKTyOrLkF2oKb+V5RMKYyUXlk03JpqgKYd2yPpwBDznwqIW3HaIq0zdxtoelho8nsvh95KwPgX/6pp14vao7Ohex6RKyVtlsEF7c2dOnfy+/i5SaTfcpn+HCQRVtPlGE1JGDGIrFdlEeYqLTsNgJYde6O9XkTMP4CRirRx29Y7uHHDzdjGPLLILOCoz8MfFTwCdPx0rGnE9AWdMbptk6ovz7uxgCGg6AZsTdrsSjX5zYGHPz50zsmgZiRiXdi7b8FoW7eQk6SIbNaZrZeWDWuBWQBo6Lg5tsmNmfM3A5awaIu0cVXPNdy1+9fZlT7HSl2V/wX89hvqz6g0e1JlV9pmT3uUvBss19Y9y0YCKHqSa3rjpCJNuFx5EipNI9xzUmT95UT3vBYRSSDdBUzIGTGE1aU0gNekNdUATTtuim90Y0ZswZrXlz7d0R7etP0t3LLplcTNOVSYDRyWTP0x/BNgfPqfZnUxheDGDSmKK7kfwCLJlzUH8MYNzSuGeJP/XKs4Mk8AiGQv0YvfgLXpaqRTRDoLK4MvzPYAEdX5qLaidbX3lJBPZ6017Zg0k27CSizK9PrSx5c+L+y+indc8C4ubL+oded6sfM/eDvkPvsnTbtcvz5BKu9QkeePGTBELUi1yzZ51ebm6wi90b+Z9/UiG68kuud2jEQXQXliwcwHwFqna3PFV9V05vtQA4DfoqMH+N1296LFLpABTuCQjqR5w7Y3c8fWN9JhN6m1Xw8OcQ/8YccEnJy9Hu+G9Um298UZFcZ5FRbOOD6v2N5OulnxaG8Ub5SalpvjKZrpzUQvvRNzwz5kJYOfO1tfULJwEpENui+nhFoViwr7Ag0A8LTOrrrIumjfkhf8+9LHkx57Oi7mnRf8Bi/subJ5Rwc+dRsMPvOtph9/8satdKYilLy11wKGgMlqwJ72GH98RV/TPt7gvXgFaOkPWxHs7TdiX/hqhJ1CliZq8YElhD6FvVUxOSzUugZQbZYG0AHgAv766Lpl2Z5MaYOIEeGWja/i7TvvZn1Cy/w1qNW52g7vL3286TVe1Jfgf+xsZ6DksNYzw1LCZNXjg5f30hltPlfvnPxUi7ocYHbtJHbJnRjduwhKkwT5wXoW0BJIRBH2ZiW8ioc6TxvsPzT6AKqj2rXaBdz10fXuQgNCc5HSBtvbdnDXrnfyknXXYwrtAdrwzcIv6R8+0PT8t+zs4MqeBENlb81CxJYBpwoub93Rzlt3No/ne6MfwxkFK6T+RSSBvftW7O03Ib0qQe4s0lma1E9f2+oNhLVel/gwP/WRADCjAcKdp4sOd9od1W67a1ljMIEMqPgVDGFww/qbuHv3PWxONs6V3/Psf256bswUfPYlm4gYginXX3V/wBIwVPLZnbb5uxdvbNnPOfy7s6r1mj17iF7yJsz2LQSVySWr+zCJ6E4fYenMVxtP637AtPqHGQ2gn6D2qK0CjkB42xLbVmTnai/wKPtlemO9vG3nXdy44WYsIpCCh/sf5YHRB5ued1lXjH986Sayjk/eDVYNBJaAsapH3BJ8+catdLVQ/d7p38AbBqueCyhi7UQveh32tpcg3dKSnLy5yIjvU1KuKorrbdqscw4NUCYEgotSFywmhjlv8qWPRPKi3hdzzwXv5oKOC8GCWx55OV6LJJHbt6b5/Eu3kHF8Mo7PSm/gYQkYKntEDJNv3byNy7pazOVXjlJ5+vMY9czXyPp9RPe+ESPVNzMDuBLz28JGxPeqmoCKl/PSAMoJ1DVACa3e7I7E9krKSq5oKF45iR12B2/ceievu+gOUpk2Xv/zN7Y856072/nqzVsRQnC26NbSxpZZGyhns7/gsiUZ4fuv3M61fa0DW6UnLiLwwGzfQPTiOzA3XYms5lZM6hUJe2sg7O3KdCs+6sKstENDaWRdAyjpL9G4CUGlzWqrbI1vXZXqyMpJ3Nt+Kfdc/W6eHTzIJ/r/Z8v+r93cxo9fvYOrexIcyzoU6yZhAXNYTckQtSS6qarPyYLDm7e386NX7+AFna2zeErP7sUbEkT3vBT7glch4l3LMrSb1/0mrnZAhIVYLxytO4Iz5zFjG5TKUCc2nLyv/bKFrxBZJCltEDfjvPmSO/nBwA/48chPW/a/qD3K9165nf/36vVYQtCfdylV/Zmkt/mCQetbKHnsL7n0xiw+f/1m7rthc8v5foCfn/wjnBMniF/1Gszu3QSV7PIM7eZ540bqOlUXOMzD8E4iDQCwmG0C9PLj0xe4uG1PKWUl2wpecdX8bi/wiJpRXtB3Od8a/zbb2rayM7Gjad+IIfi9F/Twlp3tfPbwJF/4+TBDyTaojgAAEBFJREFUE6Va1a+YATG7NRiUUiw4UPEggM50lM9f1MUN65MtnT1FP5h6Bm/gy3TsvQ7HsJCFoVXNYxPRnb6IXlCixmjFfMU/vWp4uHo+5r333itpXEqkF4tULW4btj1cGUkMVoZWNY3Mk7XFkiWvxE/Hf8rFbRfRbXe37N9um9y8McWdl3RT3dDGLzwfCh5MlCHvQMFtbCUXcm6t8HFPAq7ZwLvesZdvvW4XV3THiZ/Du/yXsV/wy9P/nXd2GwSyDRY15780MjvvLBuxvRlqlcIngXFgrN6m6u8XmTED06Ty/i1mig33UNsBfCuwrX7cBPT1F0/0/f2JT81dqG8FSCKxhEXBL5D3Crx327u5vvul8z7/aK7C984WeHC4xM9HS4zk6inWhsGOtMU1fQletTHNrZsTbEzMv+bwlwfv55/PfovPdJ5lvWHhLCiBbpnISMnI1s+MCqtnHBgBBoDT9XYGGAImmCkhP8sEQE0t6LGAIjMbDxSoq5GdyR3FbfGt6VPl06uqBQQCX/qkzBQRYfN3/f+T46V+7t78duaTsHJhOsaFe2O8v3nFmQXTlDvFP536PP82eYjfSQdsMH2qgY1Yg5wlI3VdVVg9yt6rTSNUK1Az4cr+zxpT6wDwaRxCKBDotiT50u7rSqfOnp5n3tfyki99IsJia2IbPxh5gGdzh7h7y9u5PH3Zqt3DQxOP8JWzX2XUq3Jdsotb7cfxg+iaMB9hYbbfoZis+JWjpvLV9jH61jGzAKAbOH1/mTKN+9Coi5X3tV9eWBftW5kqR/MgiSSQPlvim8m6OT567K/52+f+nv7iiRX93l9ln+FPj/w5nzrxGQwM2qKbuT1ynJiUeIvJ91oGMhJXOSK6W20Pk6fGeLVjiNLcehRwFumqXGUGOcwgSqEpR32zKFOYpRt6Xlb62sA3Vnx38LnIkx7tkTbarBRPZp/m6eyv2Nexj2u7ruaK9n3YYun7B2TcDEfyR/nJxMMcyB0katpsi29iQlrsEWO8yBrHDeJrI/0IzM635ZgRVh0ASnOr8X9T6YfZiUoOtXXk+nBQgWB6w6irO67MPTLxaGKwMrSyW2ifg/z6ipm+aC+e9Hgy8yRfe+6rOGaFDanNvH7967m552VsT2yf1/U8PI4WjvPA6AN8bfAbPHr2p7yw/Wqu3fwS+mK9GBhUpI8nBW+K9SOkScDaLFo1Ui9xROxipZl15ofVv/LtmlIYAEoLqPGkblOy1GvQm8KM39p3S+ELp7+0KtvEn4t86SMQWJhEbZtnhp/iif5f8G8H/gViYKaS7EtfxoXpC7mu6xqu7biGlNWGE7icLp7mx5MP8f2RBziYexpKfu2XG4ANhwoHuNl4OYYw8YMqUzLO9eYQF4gsjkytke2PYnb9eobZQqqr/3NKP7QGgD4ayAEZtH2DgMRl6Uuze1IXJQ4Xjixu4fsK0HhlnJJXoiALtTsFCMCfLHK2fJLLOi5jyihw39BXyVYySCSGsADJBrOXIaeDSSZqv7R+btkvczh7iGt6XsSI45HE5fX2CQIZQ7I2mUlm+2vLwt6m1LxivooDzFv6oXlcTDkMygwoAEyFvqR0+4bbsrZhnzfrNXzpM+WE6vgaEIlH+MvrP8ZrN7wGyzEwfYOuSBfdkW66Ih30WN1c0XMFd174NlJ2KjRdAv2548TNKFMyyivtM/QYVVwia8J8EVkXmF13TzEj/Yr5ijdqVHBO6YfWgVHdDKgvmaw3FVnKr4+uy93cc+NqBLvnRREjQqY6e32hYZj4BDw28RhjlVGk9hfIAA8PT3q1gFOTAhej5RFKIs4WUeCV1ln8IMHq1yitkdn93jxGUnf6lHAuWPqh9TSJrgV0M6BAkKm/V3x5702ZrfEta7OPaogMISh4s6dcg8BnsjKOF8yd11JwCwRNGFvyy4y4Hq+3TxET4K1RSqrRdnPVSL1kihnVP0WjZj5n4GfWNVu8HzCTRKBrgSlCIDCFWbhz05sy55MpaEZ579yrcUtNwAO1+saXGyO8yBzDDWJr4viJyPrA7HnvJI3MD2tl5fwp3p2T5opg6KlFzbSAAkF+U2xj7vb1r125bId5ksAgZs7e2EQiqfrVcy5eL3nFpj0ihs1r4qcRmGuj+IWJ2fffssLsUKMyxfwJND6wANuv6FwhLDWPrIINCgDj4S+/ruvFk1d3XrX6U2EamcKkw+6Y9b4CQKuVzoEMGC4PUXAL07GFmQ/hjs4eNkfyOHJt4v1m1z1FI75PMVnxQD3/KRr3Cm4Z9WtG5wKAmiTStcBU/cvH620aBHdufOPEtsTqZA41o5gZY2Ni06z3fenzzZNf40zxNIEMajmIsuYATlQn2D/1K47njnG6eIqiF1qOZcBfrOtA+rVh32qT0faKqtn5lgkama+e/QSN0q9U/7wV1Xxm9Vxmyo0VmV1VfHozAktY5ju33G196sRne8ac8VUPkKcibWxJbSU6HqUampc/VTjJ6eIp9nZcygs6L0MIQdEtkHfzDJYG6M8/hxt2EgN4X5vNhs51uK6z6q6fiF/mWX3/VWe+LnjjNM71z7lJdCsy77333nP1UWvJm9UU1GvQWYAZM2PGzuQODuQOznufoeUiy7Cw6lVKBksDTfuMVUY5ljuKJSLk3TxPTz7FcHlopqqpogCw4Me79mK17yaotN4naCVIRHf51oZ7J4SRVEO9MWCUWs3V4fr/+jy/Sv9ekJqar5T6zOSb6aZAzzwZo24ONsU2Zu7Z+o6puBlfdZ0ZNaJc1XM1ffHWRRWqfpUnxh/nifHHW3r+AJ/r6iK57kK8Sm51U7zsbYG14d5JYXaqKF84y2eC2vNXM4GK+Qv2UReiplVgQXcIJ6ihcqR+HK2/l9mR2D75zi13ZxLm4paXL5aEEMTMOK/Z8jo6o4tPXrow2cF79rwYzwEWs0x7kSTs7YG14cOTwupTkj9Jo5Ap1a8kX8X8FzVFPx8ToJOa/AozVWjH6RKl3XZ3sD2xTRwuHI1Vg+qqmoO4GWdH206GS8MU5hED0KkvvomH9r2CDuHiOqVVs/0iutu3Nn54UkTWK+YrAVNqf4SZPD9d+udbRnQWLRQAqqCU0P7XjxDyEzrtTnlBapd8rtgfK/qlVQfBJV2XEhEWY5UxPDn36CgiIty89c18fM9tXCGO4KjU8lUgEb/UszbcOyGsnjDzR5jN/CXZ/YbvXUgxaI0sZraYSwEdQDfQB6zXWm/9/Y6Mm2m/7+xXuvqLJ1Y1n9AQBrYRpepXOF08xenCKSarE7UxPwEpK0k6kuYFXZdzafc1JO0O7va+SdrN4rE66Q5G202O1fuBcYy4bvN15g+jmVdmQr4VFqn6FS0WAFAb+jUDQS+wjhoA1lEDRRfQ7gRO+l+Gvt392NQvVnF/9RrZhk0ykiRmxjEwyDhTeNKnK9pF0koipc/haplbeYrXmadxZIyVL0wnMLveUTS77lJDPcX8MWrMV005fmHmLznmshRpbKVPm1Wp9AHfNmz/rZvu9LbEt3T92/C/J1fTL3ACB6fqUNOgMzRUGkQAJUw6hMMt0QF8abPSzBeRdYHZ876ckbxW2XM9yKM71mp0pY/3Vbh3ybRUddwMBE2Zj1ag4Lqua71tia3p+4f+teO5Yv/a1CvWSAIVafEG+zgxEeDICCsJACN1vWP2/F+TwurOMTvIo7z9UWYHe/SFnstCSzEBOunmIEktf7CT2iKTPmpmobf+fxc1c9HmSz/14/GfdDw49tNEJVjY3gTLRQLISYs9Zo7fjR7ElfaKsV5Y3YHZdU/BSN86SeMEW5j5ephXH+4tK/Nh+aqF6zcVlv5m5WeqQNUUpvOK3pdXL01fmv7uyPfS+3MHl57Ku0AKqC0pf0PkFGCsTJKnsDDSryqbnXdlhNWlkjn0WT0V2tWDPCrGH17du7y3tkwaQJG+CXWCWhJpBzVt0E1NA/TUXytNoLKNk8/mD6UfGHswebJ0alXMggCmZIQbrGHeaR/HlbFll34j+WLH7HxLTsT2KkkO51aEJ9bUME/P6182mx+m5X7QaiNcvQB1uAKJUmV6AYN2oLq37eLKxW174k9knmx/eOKRxNnywIqOwxwEaTxutwYIlln1G4mrHKPjDXkjcVWOmRW7ytMPz+eHpV7Ze72yx4rQcmsARWqVsc2MX5Bixjfoqrfu+v+d1P2Cer9EIIPY/vzBtscmH0scLR63Zk3WLJEEMClt3ho5yasiZ3HkMoxMjbg0Ei9yzPbXFkT8MrVoQ0m9zvxwNo+e0qUv515UfH8htFIAgFo4WE0V6/ECZRaUaVBg6KQGED39PA5ET5fPJJ/MPJU4kH/WnnQmlzzNLIAyJj2iygejv8LCZCkxP2FvCYzUTRUj9bKisLfoa/X09XoZrem5fGokoBdzWBF73/TeVxAAipRfoOoOKG2QpsbwDmYAoHyCNPVFKNRAEAei1aAaPVo4njyQPxjrL/ZbE4sEg7L9vxU9ypXmRH3Yt8Br2FsDI3GlKxLXlI345UWEGS6xE15Uo6duh1fwqOHdiqv8Wb9jFQAAs7eo182CDgQFgDAIFBBi9WZXg6p9snQqfqJ00j5efM6ecCaNrJttEOPwBIWivIxwiZnhv0YP4cnIvHSsiGyQIrLJF/F9rhHfWxXRPWWEGS6to1ZTKXWvJD/MdLXwVq/GpvykVU07XC0AQM0k6Hva63EDBQS9tVMDgPILktSrldTPVVolAkQKXjEy7ozbo9WxyEh11Jpwxs2cO2kUfUdUgyJuIIUrPZy6L/G70UNsESUcYQMmGLYUIg5GXGIkpbD6AhHZ4At7myfsLa6IbHIw4nodvnBZPcVUxXid6UrN62V3woxfk1S61QSAIt03CJejSTLDcOUL6CDQfQMFBFu7lr45shXIqlVwJq3h8gl7xPeNUnXEzPpTRloWxKuiucCXhpBmeyDM9kBYvb6wt3lENrrC7HRpjGKGS683q8alVL5qStqbMV5X9eq71oTWAgCK1EhBjx2EwaAYHgaArg2iWgtvld5yz1yNmg1bdaaHCy8rJ00xXzFXMVuXduXVhyVeBcfWfAeMtQQAzJiFsI+gzINqyVBTAIlrffVEVX3L9PC+uc0A0Iz5YXXfLI5R1FohdAxXXD2vGK9orQGgqL4YG5NGP0HXDPFQ0/0BvSkQqKaDQGUs6aT2zwkz36E589VRaYBmR9XvvGW8ovMFAIpUprGuFXQwKEDowLBD7+sAiGrXUlpANwPN5i30uQsdBNXQsaI1xexK6LzzlvGKzjcA6KQDQQeDDgj1Otz0for58wFAeKeN8K4bTuhYDb2n+quCW+ct4xWdzwBQpLSC7tSFgREGSPizZtunw2wHsNUOauHmhl6HncbznvGKng8A0ElfjKJLtv5/+NhsFBAGQDMQ+E2aWnSp/69vtvm8o+cbAMIUXp1kau/pR0HjCKBZVnN4v93wVqvNdld93tPzHQDNSGe+8vx1qW82DFRH1fS99dasJuJq0P+JAPj/aQH0/wHL/Jp0zxfn9AAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAAAAWdEVYdENyZWF0aW9uIFRpbWUAMDMvMjMvMTUuMcS9AAAMb0lEQVR4nO2de4xcVR3HP79z78zsbrfTSh/SbSkUKH0JVIuiGB4haqKixFpQiRrloUEUMalIiIkVCYSHivgHEoiPhKCUh4omahBUUB6itBT6JFDAdqndFmy7u9N53PPzjzPTbrt3H21vO3P3nk8y6WPO3Dlzf997z+/8zvn9rqgqo2LZtHYt1k5R0YtEZaGi00FmGEOBUR7CkzAC1lIG3STIZhVdKZHcK73hKpa9URrVIUYUwK1TitboeYh8EsNcLJNQ2kXIo+RFMEn8Fs/BoYpFqKhSQShh2I5lHaoPGiu/Z2nPzuE+P7QA7p4ptrd0liBLMXou0CEAKtD4jL/yWwNp/Ckg2jBLP1YeU+ytpjN8nEu3xForXgDXT85pu1xJqFcjZqqogsUZXAY397QQDRsZUBHAbtUqN5sSt/PtbdX9mw8SgP3R9A6i8jIJzDfEEBKpv9LTigABqKWmkf6QoLDMfH1z/8Am+47fN+UDauVrJZRvChpS88ZPNQrUQCCUUL5JrXwtN+WDgU32EYANikskJ1cJ4m75nrGBBUGQnFxlg+KSgW/tGQLsjVPmSjsPSSDz/G1/DCJAIGika3U3i801PeugfgfQB2YaCnqZGLzxxyoKRIoY5pHXy/SBmQYaAtjYO19CuXBPQ8/YpG5bCeVC3dg7H8BwuUAgFwLTvfEzgLPxdAK5kMsFw5zJ48WYMwEham7fPEcAZ2MRY85kzuTxxkb2dFW6fHwnOwigSpeN7OkGMYuBCT7KlxGExjAwATGLDbAApd2P/xlCAaUdWGDATgXNNbtPniON5sBODTHSJSo5fwfIEAoiklOhKzQqRfzsP3MIBKJSNHv/7ckYAvuvBnoyhxdAxvECyDheABnHCyDjeAFkHC+AjOMFkHG8ADKOF0DG8QLIOGGzO3BotNoSRvrW1FIqAAFbBVujdTJYDAQ5kJA0CSGdAqj1uRPdNgEkGLn9kcDWoLILtAphW7N7M2rSJ4BaCcZNg3kXwPT3Qb6Txh6n5iDutfsteO0xWP8bJ4SgrYl9Gj3pEkBtNxSPgXNvgdkfpeV8gJPOh6mnwOPfgWo/BIVm92hE0jMLUHUndc5imH0eLWd8ABPCKV+Eae+BSh8t2cf9SJEAIsiNg4knNLsnwxPkXR+DHK3joA5NigRgId8BufZm92Rk8p1g8q7PLU56BLCH1nes9vQxBV1NoQA8SeIFkHG8ADKOF0DG8QLIOF4AGccLION4AWQcL4CM4wWQcbwAMo4XQMbxAsg4XgAZxwsg43gBZBwvgIzjBZBxUiaA1t9lC7jHt6WEdAlA7d5nFrYyaknDjmBIkwAkgPIO92p1+ntcEotpkbS1YUiPAEzg8u82PQXlYZ+G2lx2vAo9L+BObesPBekRAEB+PLzyJ3jmBy7/biiaNUz0b4Mnb4KeNVBo5Cy2NunKDTQhRCV47k7YtgamLYK2iXWDi0sde9ssOO6DkB8Xf4zuZ2HTP+IzeFUhqsIx73fHjiOqwoZfw45NUBjnPiMCfT2w+Wnoftq1S0maeLoEABC0Q60fNvwWNj4CYT0BM6q5cffs62D2ENlDvd3w9+/Bq3+GQnHw+2qhWnIC+MjdUJwxuI0J4c2X4embQYxLBUPdd1dLLnMpKJAG40PahgAA1J30Qr3KfaXfXfl9291VO+cTzjBxrH0AXv6D+3ulf/Crutv5Ga/9FdYujz+GCJz8OZgyH0pvuiTQSv1xvIUimBxpMT6kUgADMDl3K1eFzsmw6HKYOCu+7dYXYdXPwRjIdbrPxb3ync7Iz/8Utq6KP1ZxBpz2Neg82t01wra64dNHugUAgEJUhlkfgNkfj29iq7D6XuhZ5Yy/p6BE3AsI2+F/r8DKu4d2KE88D449xx1b0/u8vZQLQNxsoDgd3vVlyHXEN9v0pBOAaRtdSRmpu0brHoLX/xbfJt8Ji74C4452VUtSMOWLI90CsFU33p+0GGaeE9+msgue+4lzAMPROmcKYQf0bYV//dg5nXHMOAMWfNo5oLZ6kD+iuaRbALV+mDwf3vmlodtseLg+W2gb2jmMQwyEeXjtL855jG0TwKkXw5R5bhaQQlIqAIGo4qZbJ38eJs2Jb9a3FVbcCZXeg6jXo84XKO+C538OO1+PbzZpDiy8xP3d1g7wO5pPSgWgbs7d9R6Y/6mhm73wC9iyom78gxyj853Q/Qy8eM/QbU5aDDPPdtPRFE0BIa0CqJVdpG/RV2Hc2+PbbF8Lq37hZgiHEpgxOXdlr7kP3vh3fJviDFh4sQtVR5WD+54mkUIBqPO653wCjv9QfBNbc47fmy8NmPYdwvcVxkPPahdHiMrxzU74sJuGVoZwGFuU9AmgVna1Ak+9eOhp38ZHYcPvnJNmkoh2G+cPrP8NvPpYfJP8eDj1CzDxuPpCVTqmhYdvLUDVBUg0wSqeat3Vv+Ai6Do9vk3/Nlh5F7y1EdqK+16xIs67HykWYKP6po4B/RbjFoBW3Ald74b2yYM/N/NMmLcEnv6+81FMUteXuL6bgKSFdRgEIO4WHJUHRMgSejZ9uQIzFsHJn63X4YvhxXvhpYfdyYq9XYtbSzC5wVu3VMGW3YpfXL+DANY/DMf9Ck67IuY3CSy8FF55BDY/B4UkKoUq6AABBIUDm86OgOgPJifrttrIncSu98LcxVA8tq7cBL4mqsDEE2HqO4Zus2WFC+PmO/YL4wpU++A/T8DaB92mknA/A9X6obML5n8Gjl7oVh5lv37XyjDxeJh68tCG2PKcmzYmsipo3O9+awOsvs8tgx9oTGMYEhZAfXVu/gVw1ndhwnHJHTopqn3wwj3w1I3Qv92N7dTL0B51Ipx9vXPoEvEdEmbLCnh0qdvPkB+fyCGTdQKrJRcYOe2K1jQ+uHKzCy+B6We4qxmtbzatwdwlMPtjrWl8gKPf6freMQWiZCKPyQogKsNRs2HS3EQPmzgmhCkL3CzC1pzxO6a4sHKrM22Ri33UyiThVyU8DVQ3rprWL5NOrmNvQWfV+pp+vtm9GpmgvvcgoX2PyccB1KaiSPKgaZ4qqdjLv3+/D5H0BYI8ieIFkHG8ADKOF0DG8QLIOF4AGccLION4AWQcL4CM4wWQcbwAMo4XQMbxAsg4XgAZxwsg43gBZJzkBSAGTAqSIuJ21Sa43fqwIcmWn0v2F0sA5V6Xjdvq7H4LahXcKTBQTUm/y/9zqegJiTVZAQQF2L4GtqxM9LCJUyvBf1e5PAATQhC6gk//XdHsno3Mpqeg940DKHYxPMkKICy4hIhnb3P1eFoxU7qyC/55O2x+akBuoTjxrn0A1vxyQGZQC2EjV73s+Z9BZedB1DuIJ/nMII1cJstRc9we+6mnDsjAaZYixH13aRu8/EeXumWrgzN3artdwsXs812twPaj6m80UclSH566n3XVTnZuqmcGJeMHJC8AZK8ITNBa5dPUuv30JqgXeIwhqieLmELd12q2Q6tOf7bq+h/k68mtyZjtMKTAaL2+TtuAJNGEkkMPFRF3NxrOgQraXKJI44Q3vd/1c7ePaJO7Zg9vDpQJgRa6AwAjnzx1V1jQaulhh2cYOgK/shU9wdGQ1n4fGCmIfHgOJ14AGachgGzc7zwDUQBjRXcqpLfaseegUIis6E6D1W5VrTZ9tuM5cgioahWr3QbMVpAWjH16Di9SBbPVAKsRSv4OkCEEEErAaoPah4AdjXC5Z4yzNyi7A7UPGROYZ0To9rbPDgqI0G0C84xh/bZdau0TgNL6D7r0HCrOxqrWPsH6bbsMdyhEuhzY7P2ADOBsvJlIl3OHukCQzOpcozVdPqCBZyxSt63WdLnM6lwD9UigLHndUpG71OpaAq+AMUsgqNW1VOUuWfK6hQFrAeaannUa6XWq2udFMAYJBFXt00ivM9/qWdf4730Wg0y1936t6m2K+mWisYQBRdGq3maqvffv99YArilHhIUbtKa3KFIjFO8TpBkBQveMFa3pLYSFG7imvM+6j2hcydHrJ+e0Xa4k1KsRM1VUXRHNFtnZ5RmGho0MqAhgt2qVm02J2/n2tkEh/3gBANw9U2xv6SxBlmL0XKBDwD28oPEZHz1qDRoXpQiINszSj5XHFHur6Qwf59ItsdYaWgANbp1StEbPQ+STGOZimYTSLkIeJS/ivYVmoopFqKhSQShh2I5lHaoPGiu/Z2nPzuE+P7IAGiyb1q7F2ikqepGoLFR0OsgMYyj4O0GTELCWMugmQTar6EqJ5F7pDVex7I3SaA7xf1mDUWptseghAAAAAElFTkSuQmCC

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7H15vGVHXef396s6293effvrfcnanR1IgCAhCKKyiAREETAsKvLBDwwKjuCMY1xmdEBnREYmDiruIgO4Im6DqECEQALZyJ5Od6f7ve5+293POVW/+aPq3Hvu69fZIOkQqP5Un3fOPUud+n3rt1cdEhF8q3zzFkJ4FZ3uRnyrnL6iAfDpbsTpLxpADhl81BA1GeF3E5Ce7kY9LkUDUKe7Eae95Adl5rLn8os+dXC7yOoBomdohDsZMKe7ZY950QC+JQJsKse/cGsazy2886ovD+4Tue69RPs0wosUkJ3u1j2m5VsiAADUdpb849lLPts/HsXxe175+X4qctv7iGYZ4bdrIH/SasrfEgEAoFwXSCddJgsEsf71H7x+UBc59ktE04TwecGTVRx8SwSUCkNMIBnC3gCo1n7xNV/sN0RO/EciRQhfHgLmSccJvsUBSkWJ4YAZFbFA1kcWV37qDTf0q4D9D0g/xghfFgL2dDfz61oYjgN8qwLQCnGoFeIoQCNk1G2Gahi/5Ue/0vsgpnZYpP83BdSTqs/Yg+Cbu2Y50UeIKqGaSUKNJAqQhCGqgUJNLGpRfPVb/uW23wl2XkJIP5J6peH0t/vrUL8lAgBAehavRJRcp3cmgUKsCPUKI4mBpRUgMIAK41f92Cc+E/3+97/wjWu3fCxFeFX8ZFAMn1Ts7NHXdQDnVGtJsLOiGUnACANg7zywZx6oKKBmgWqUXPX6D3/iQ5MXPlcj/cvBk0EcMBwH+CavB+Qpb3zHQiXS51Y0oRICAQErXWDHpANBooCqAapx8tLX/8lffmjqgstDpP8vBfQToP2Pvp52GXT6KzFwdPC0lzz7kmrAU5UAiHwdDIDjA2D7BLB3DqgEDgS1OHnJG/70rz9Y3bVbIf239Bu5H097A057zVICQNv2bHlBRQMVDcQaSEIgJCDtASdSYFsD2D0DJBqoGKCWVL7nzZ/49LVqMmKkX8m+UUHwTe4KJkBu7T/1B967Z7JZe2FVeeIHQBAAmQFEgLQPnCAHAgJw8ARABqBq9WVv//SN/fdeOPtWpA2DcFfwjeYn+OYGgDUC3N172U+85gerIU9XGIg0UEngKC2AAFACpAPgBIDtDXfpoWWAc4AajVe9/YYjnf9xyfS7kNY0winlrvrGKN/EAGAg/1Tnu972W/u2bZ/90YT96I+BJAIGKRB4UhpxIz5NgWVyIBABHlgBkAM0NfXDP/7ZB1bff/nWX0b+ognomL9RQEAIrzr7dDfi8S8EpEsZ8O+DD96z/KFGo/odMQFRCExWgJyAfu7OtDKquXVxwSQGJhVw3wqwuAb0DNAPgEN33POu3/qOMz4I9b2TUEyn9x0fXlFQ+2bxBLBHH7/KhHTNAP/c+o0v3v+u+S3TPxiT0/qnK0CkgAEAJufvY/IX+i0IyHLAKmChAgwMkGYADJDMTT5v57d9791f/tO3fwW0vwI63e/60FVB7Zs73Y14/KoipHelwGd7v/Hv971911k7fjIGEAbAdAxMaqCN4ZmO+Owrucr+ZqkBoIDZKtDNgNyBgGrb5r69sfcZ19/xN//pPvD5MUieAO/94ACYP92NeOwrEdIMMB9vnffs59V/9R/+3y/s3LP1xyI4bX82AuYDoAOX/8Olixkj4g+5AAAI0LdOT5hOgFYK2AywoHD6rN3PWl1J/mHxho+uQO2MgCcuCAjhVRfiyVkEQoRszQD/2AG26p//8z+78uJve9pPVONoH1tABcB8CMwzsAygVbrYwKlx1m+Nr9YCuXH6QGYBS8BE7DjAXUtAZwB0FLDe7Xzh2he94vVr964ahNvCJ6pSSAivuvh0N+LrWMRpaw9kwBf6gGDujNc2f/y9b37G+Zft/77GROPKwuwJQ2CHBqYJOA4XDZDhTUbELwhfHMsBGOt8BMY6USAMTMbAeh+4bwnopkAnAI4dXfrw+58x/27wi2vQ4RPS2iKEVz3ldDfiay4GAnMwA27oA2cGz3nVG7Ze+fIrzj/zgl1PnZyZ+rZKHO5RAEgArYHJANjJQAhgEV7ul4otbQsQlP8uQJAbB4TMAqSAZgQsrgOHl4FuDnRD4M7rbvrPf/L9F/4x9Mub4CceFyCEVz3tdDfi0RUC0tQC1/eAgTz36p/e+fwffOGzdp2148rGRPWCOFSTAQEsTnaHGmhoYEEBTTh5fwKjnN9CtpfZfnlbEH7IFQqz0DgukAmgA6AeAPcdB46vAR0Bukq6/3Ltn1z9mV95280Ir6w90TyFhPCqy053Ix5ZISBNBfhcB9gbvP5Xf/YpT/+uy75nambquUmoJgIAmlyUI1DOtz/pWX2N3HSPVQA9OOIWfHkj+y8TvqwDFNwgh/MJ5MaDwOsESeSiAvccAda6Th9Y6/Vu+9BLX3P16t0nMoQzTyh9gBBe9YzT3YiHXYSA7MtdIKbXv/9/POupz7/s1VNTjctjBgK4EG4UALUAmNCu1uHcnX24Ud+H6/6hhl+6vd1kWyb6kPClv01JDKTGcYZaFegOgANHgU4KtEPggbsP/cGHnr/jv0K9bAKKyo89reUbxBXMQHoiB67rvOid//vC57z6xT8yOz/13ISBUBzhGyEwGwLTAZD47k3htPsMjmAFwdWpnwL4c8rnF/tlZbA43zLA1nEcJYDNgXbXgWCqAQyWgSAFZvZse82Vv/Q3n/3nn3n9Z6CuqD9RRMETHwBCQPb59tTeZ9Z/+LduedPOM3e/thpQkAgQMjAVA9tiYFo7QvXgtHrvyQXBvWRQ2n+oUiZ6mVkLRuApxAeTr+JAwAykOdDuAVNNYL0H5B1gYIn2v+S57/jSB6+8Zf3e4ynCZoAnQCGEV11xuhuxeSEgTy3sP7ee944PPOWK1770J6eatfMq5II2kwmwuwrM+QDsOhx7B0a57sW27PmQ0d03LbJhW7YCyuIgxUgxTK1zD2deMUxzYGCBagXoZcDBI0A7A9oBcP9td//uR15yya9Df8fEE2HoKah9e/AE8EiNV++vlxu7r/69v3vlpd/7gv/WrEQLCQGVGNg1AZxTB2LlNPllOEIoeF0AI+JvBMDGWmbzeJDjG8tGZREybjVYCwwyoFIB8hzoD5yyqKeb+zrtqeuOfenvjkHNhKe7r097RsrJlRnp0Qyqjzf+1efeec7lT3tXlTmICJioAOdPATsTp8kfhLPhaQPRyzcsE7SoBTD0KY5z6ZryueXf1MZ7FyZn8Tc5EPR6wETDKaeBAAFxfNEbvu9NQA6YHKe7vxXUvjMeK3Q98sqE9NCgumU2ft3H/vDntu7d9uIaOZa/ZQI4bwpgBSwK0LXO3AoARBuIWfy9EQwbj5WJvBEkZS6AUiPLIqIY8eKJbeGsAOsTSay4SKEK3H6v7ywGqld2UXPnVx/49B/eC7UQnc4+fwKM+PLIP5JVt21LXvn7H/zFmW2zVyZiESpgxxRw1iSwTsDBHOhnJ9+gIFJ5FG8c1ZuBQZX+3uy3ze638W8FDMPGZdAwjQhfTVy+QQhAGeCMFz7nh6C3xshTnM5+V1D7znq06Pn6VSKkK3kwUVFX/f7/uWZu2+wzaySoBIw9s8COBnDcAusDgC0QsKuKxolUZtOnEgcb909VecPfwMnum8JBZDFKGikyiKx1WyN+1LOr/b7zF9g4mtezW+994FO/dwfUlvh09f0TYOSDkfcEWDEv/O3//Y6prbOXJ2IRasaOWWCuDhxJgfUuIAZD+YrSiNs4ajfK9s1G76P5fTPRUhwrehQlwABA4fLppy4AFQRACIG2wPbnPuMVUFsTl0xw+jjAOQ8HKY9ZFQHMjZ0rf/PDr9txwZmvaLAgCTS2zwJbmsCxvhs1mtwUjIDd38pvy9p++e/NiLnZyD5Vw7DJ38A4FyhcOUVswMpom8uIA1gfPYQq6QI5kFfieZM0bjv+2Y8dgJo5LbrAaR79zMhu6Z3/tvc9Z+sl+16XiEGgGNNNYG4KWOwC3a7vfHYXiafCRiKWtxv/fqTE3+x+p+ICw3O8f5lo5GoegoXd32kGBCGgA0IAgRZg+/Of9WJAKxjZ7HGPeT2NxCdGupQ1Lnrxlr3f87y3JUoQKYVawpifA050gE63RJES8Yud8ujcjPDAgxO3uL5cHgwYpwIUZPx4kU4OuOxh8RHJYp5BFALMBJUBydzcpQsves0ZMIv56aDD6QOAyQloy8XvfOubqpVoOiEgDBXm54BuH2i1h3QeelykRPyibDZiy8cfiugPxvo3Hj/Vb+ybRCXCD9tc2iVxrF8FXpyJgVYcbn/Zd14BLOWQTZnOY1pPUyyAAHNX+4y3/rcrJ3YsPDuGgdIRpppOKK2sO/le7vky8YUAKqI143c9af9UI/1htnLTwO1JYJMS8WU8zDP0FMKHNYzjBkoRFAE6BRpn7H22mrjo46Y1sI935tDpGf1524TzlzS3PO9Zr4nYIFQalYRRrQKrbZdtA4zY59DhsoG1lnWBojwcYj+UZlQu8iC/jT2vzKWKdpdq0fZifoHSXgxYg6Ba3bHl+773XNgjKTZXPZ5EIkCIYO9P97zlzS9MGpVtEQt0oNCoA70B0Cst0FnE4O1GIMB3qN18hJ6KUEUjHi5rL47LhvPGih/iwzb5Bm5sqy2dbgzACmAiMCwYwPTlT7sMSAGRJ7kIyNbzcM+V880Lzn1xLAaBChBHDNZAqwtofhDCS6lyqXNpPDhTFCod25jmBYxfw6UtcDJYNt5veK/S6C5G+LD91oNURsdFHIcTAkiRM1lzQbJ9+8VcO7thu6mFDh43mjzeABDgaLr11f/puVE1noyVQCuFOHGj3+SACh1Bre+kooMN/FZG4Cg6ukzY4m8DlxtQPodK2824hGxSgfHwMm041/q2WU/YguUbO2rHxjYX+27CCUOZDLpS2Tr5gm/ffeJjf3Q7sJB8nfr7IcvjLPsH4OYFE/X95zw/hIFSCkHIADsAFB0qpY4qOrdci84t3K3F+Rlcbv+Kry04EBQZQQXxy2UjsYttQbwMLpVsBcASgGP+vhnc6B62k4CwAgSxk/FlHaDgVKbgCHDngL1oEgEzq8all5zrnvb46QGPJwcQ2MVs6mU/dGnYqC6EJGDF0CEhzV3HaO07zbpUq6FnDSMwKOtB4UWFsUDKbj6f0HiAppy9U3CGMjvfWDamg2/kBgYu6SQXZ4WwdRp97IM81994I2xcw5Zzz0T3uDuveIfCIzjkWOLaCybn3jZAvHPnOUA1gBUGPz55g48fAEQECFXt4gufGZJj/UopEAOD3DWkIL7hkbwsOpAtkDOgZeRqVXDnp+Jcw8zexMK4+bWR6A8mAjYS/iQx45EwEJcGHgG46cYv4sPv/z389R/9K5qzZ+Btv/du7L7sYpgOD8VC4SIuREbBuYZcwBjoZnM3z5zRsCdWBuDHxxx8/Nh/1rH6nMsXovmZ8wISKKXAiocTLIoRVrD4si99TLbKaEZO1xM/F6dZi8/KzcuKGMbTujbb35j5u9k5OUbPVhqYCoAjd34V17zpbXj1038Ef/7bX0GOC3D84Bo+cPWvo7e6BujS/UvRwbIoK/zHbA04TqYrlz11C2TNbtqH38AiQICVvHr508/RUVjVJCAmkCJkxo1Yo/wWns0bwGiAS4TPxWXeEgBYtzVwo99gxJLz0lAvNPuyAuh/GlPoiu1mCmXun00ENBVw9MQSfvPXfgN/8v6/RXe9CsTngyoW0l3C059zGd70v34MtjqJQc9fb0ogLu5f7PtZpyQ5WIUqOnPv1jY6dwGzX4sP62GXxwcAAgFCHZ25d79mglYEYhpThpR1ihSXZLuxLuafexFg4IhbyHgjDiA5XGq4gfcQwokRsLtexpqysWkPAgQZjfyqb9dHfv938ZvX/DYO35MDwdlQjQCm24bkA/zwu1+F77nmapzIgO6qJ751tawLGFsSA/6ZDAEDCHfu2O6XnmM8aQBgjEU0Xw1mZ/YqWDAHAJGT0dYT3XcMk+t0FtdxzM7NynCjP7cAKT/a2W/h/gZ5tyx79ioOCEJ+5JVdyxj/e0xPKJkCWgFNAr785evx3p/+ZXzmk3cAdBZUvQogh1k/gZmZOt7xmz+BC7/vWTi8Cgz6I8U1N05PyUvEL5uDzofgB7sB1OTkHBAHEGHQY68IPj4AsJ1c7798QVeSWQXPS4nc4us0Gh1UaNfsAEClBBADDwi4/YzduVRsPeGFR9O2jThWC2BskYexef6lMnQ9+1oLgMzm+J1ffg+u/cU/RdqbB1UvAXMGsRlsZwX7LzgLP/PH70D9/F04dNxPFUNp7mBJ9ucy2i8rhAXeyBioemMOeiKCtQSlnhQAEKBjwz275znQoSKAiGCJHdHh5bdn58aLAuNHfe5BoJSzvckDg+CB4uW+ZaBvAOunaw9X8yC/2kfBKbA5AMT/Z+DA0gyAW7/yRfzaW38WX/70YSDcD11nCAawxkK6q/juq67E2/7P29BpVrG4NNIXrDgQ5qbE9ot3KywdGdc1IACJAaJ4Atu213DgQAdKPeaD83ECAFgvLMwzMZjcug2CEcsX45TAIq0698cLImZmtJ8VhPXcoHADW2/kl/ME2e+L5yLwx4rIXcFgxT/XChDFzrT749/4dXzg3R9Ev70Aql4AQgprBTbLgLSN1//HH8D3//IbcKIH9I47YqZ2pDBmZjTayyNfZASSAhBFf5BYgFWst25p5Afu7ADxkwAAzv7XPDk540YgQ0CQQslTrhNgSyNTnFJYjFhmH0ZVjvA5u/NTz+oVOUugIDbEHWdy2zI3KI/+jW7dRgKsLB3Br7/1p/CpD98A8H6goiF2ACEGuj0EbPD2978Vz37Li3BgFcgH7h5lSyXNR8TNBGMm7UZdwG3Jh7gFpFSoZmZqOQaFAfOYlseJAwSKK9UJj3OIyFDmG2AYTzeF0mddxw0BQBiaff5Px1Y8kTWAsAbEMdBbdSZkAQhLo3sUI768gJuIe2azAtx43b/iPVe/E4fuICC+GKAUkMzJhG4LkxMRfuoPfgbnvuQy3H98g9+hYP1mtJzccPq4HRE9L0RA4RW0I/c3rAW0IjSbdcfrvqZ0hodVHlsAuO/SEqA1hWEFgOf5NIygFXpAYb4VI5TgEylppOzBdyDxKC08qQCVJnDnv34Ot/zjZ/CSn3yHA0lhVpZGf5G7D39/EZejV0mAj37gf+EDb38f8sEZQDIJ51z2Z3bXsHX7NN710f+C2cvOxqFFDPWFYkTn1rXXbmD7Y6Mf3r8hpSCR+G4qLAICuDlRR5Gv6fLJHjMQPDYAEHGenkC7lhMxaR1DxLNbGtrZVJhEwGiUF1N1SqJBjBsTipx44AiozQKr992PP//Z9+FT134SJg3RWLgY3/nm56N1zI1s5QGAEhAA99y4BghSvO9tP4W/ft/fAuoCt6KEDDCEYW8Ve87eiXf/1TWIztqGpaMj4BYevmKlkDLhh4pgGRBm3Js5dAwVxIfnSEmlwgg1RVFgrRXJc4G14hv/dQXD1xMA4lqvCIFiUoo0E9gayTlkaK3dKeQjeQ7uJKMbFIqYNSVvnk+kLNLAhRzxB+kaPvkr1+LT7/8wWosMqPMASvFn7/4tnHvlRZjdNYu05ZXLwj8Az2EsUJsG1hYfwPuufjO+/Pf3AcFTAZXBz9dzZbCMfRedg3f+1TWQ+RmcOOIsjPKkj6GmX7B9jI7npeNFJHDoDsZ49NMpgt4joJRWIBUErIwwjFYwuRHJjXVAGHbX11y+HgBw2CVmBCGzVqyZoEgKbdvCablkvb1jIUPZb72QGHpjCnZvvLIHDJMqoAAVAe3jh/CH3/8DOHbnGoCz3IwL5IBS6K0u4w9/4jfxH/7yv8CwY7lDseKfMzELHPjqzfifr/gRHL4VQODAM568t4wLn34h3v4XP4d+fQKd4659xo4AkNkNYCiN9jG2b0sAKekLtnR94RRznEAIICaAFUBKESwHMIFGnhsrWW5hzdeFI3xtwQTxuew6CiiOwzDUOlbEAQkzXMYTETGZnGCMCAi2kHfwThczYn+F6zUrOsw4279YjyczblJFZX4aM9ufDmC7WyUCKYZe9qCBWz75z/jHD/w9omm/gJP1NQeqs8DN//wv+KVv/wEcvjUBwt0A9UfXiwDZcVz87Evwtk/8AlqVCbRWHLtP/YJQA+M0/by4d8HupWT/2xHbLxO/AIZ4AAgKM1ZgxQ0M5x8HE0HBR4sVCYdMHIVaB0kUUhgGYzR4lPVRXigEAUEHmpJKGCaBTgLmQIGJwe5/ZpD3zVkhm5uskHfWC7+82M/HR0UBAiuOIw/Zqbi59l2b4Pm/8BZEMeCnVY0KAaAK/uJnr8WBmxah6iMQJAvA5z76MfzaS96I1aM7gHAWo2Ul4Ef+CVzynKfhzX9xDVZVDe1Vd+0gd0TPivbY0YIQmRktFlUQO9tA/DHCy0gZtHAqk4jAEjmRYIxYMFsRIvJ96XtWMTjUzEkS6qBaCREELlHpUQLhUY56ZkRxqJIoiANSAYmfHk8s4s+zlgyI81oj0hO1kLIsteLNHrgXhh35xK0pKUXlEVMoWaWO7K4CtfP24pk/+iLArhbUG9UgQn9tBR9+2/scIQiIZoF/+Z0P4dof+EkMOucCYRWjT8R7RSQ7gYuueBp++GPXYMVW0V5xvoY0Hy0ElYkLQaee8MW24AIFKDYqhsOpY/B9YEdggBWIleE5Sdo3zem5itTqoSFmsdYTl1wfe+MmVKSSShRwHIdgpTwIHhEQHgnxh6Oeq5UojrWKGaw8mwfATOTc+ALK4iSkyWbSnKxFTTaMbqdnhWC8c94UAChAYDeAQEpEtxitxiXOvFs5Blz85tdiauuc+67LRp8rN3DXp/8V//Q/P47mVuDTH7gWf/jDPwcxFwI6dKxleD6AdBn7n3kxXveRa7BsKuisjcROQfBUPDcpCG9HrL/gCEPN34wcQeU8APF5C+KBDiswkFH+gRWotdXeZCUIpicqcTLdTGyShMYKkVhigmKCIleZAU4iraJaxYkFGUYRHxZdFdS+5xeM89RVACFGFGmdRDpWxJpAxMXvREwgWEGutLKNRlSrV8LJiKmiiNFuZ9nZ523jbVu2JxqItEsGEVZDE23Ehn1Qh4a7ozCtjI7ZHIjmYjTqIW7/u08DqIzfhwBIgIM33IXlw7fj737+WgDnO9fj2NQNAswqzrxkH97w8f+Klqqjt+6eX9bqy7788oguRnVeOHcKxQ7uvGFWs+d+sO7ew0UlRGCthcktesLo5DDmU5+6vtJaHnAYqiRgDpM4sGGks8wI8lxYERE5vyaR03EVESmtWYiVmNyZW1TESE9dH4YV4H1llUSHAVNAUnhbqaAMQcRaQZ5Uw7Be1RMhUeSjfmSMRaB03u31AwvkxrN/T0oLghLXIUV8XHKMvs0pIxAouE5U4syx1SVg9ytejN1/9Encd/2dAGrjTVcKg7UW/u39nwBwtk8SzEuIc8Tffs5OvPYjv4i1oIHBmseO50aCkVgqCFnmUuVspYLwRWZTca74dheRySL2MJzoIs7Mz6AgmcmUNTQI4iAUS2DFCQniSsjtcFK3Wt0sb7dzBRGfN0hFLykC4kRTqisq6/Zzbyk8qJWgoPa94JQIcXY9U6USxJHmiISY2Wn2RRVLhpSyE82oPlEJpgJwCCGGEBsjragaptt21Oszk/V86449kQbiQEFpBpEa2miFQVOM/MIpVHbYl6S8KwaQhDF3xjxu/cgnIRKebBQxAVzzMJfSDwSYNma2T+PqP/9VpFNz6K6MgFj22Y9N/capfys4RpH5W1TrR37RgiJJJbOAiIUYgzS3aFEAabdb+49+9b5ucyrpDnIb9HuWmQkAx4ooqkQ616HK0wwKlpjVGD2YQFophlLKGEOwFg/GCRTUvu98SOKHzCFk6EspKlkrmQo1TU3Gk9VQT7AQk9MEcytYnpqrRju2NM6dCvWspGZp6969YRSoSBG0FwMF9YdjsmDzNGL5BTCK3WIkgoCsBzT3bUP/3vuwdNttAG+WUi8nHzJ91JshXv3h94D27Eb7+Ij4J+X4l0RBwepN2asnI4umAOqQ7ZcC/kXHwZ+bi0Cshc1zDDKLdR0jPPrA0X0HbjrYmKxH3JxI1qBZWp08ICGwS6VJIq0ljnU/zYXzTIiIx2kjFChmBKEyxvunTwGCzUWAiICV4mpVJZopYOejGhtcxkgaJaFqToTTEVEEKwIiZYx0SXFr27b6lrlGvCcykhCJ7XXSsNtpmYlkuvDsiMgoJDv2eO8T8o6hImBTpIuRFxnWN359Fbjo7W/EnX9/Hfrt1GVtnrIQYDIEnOJl1/48wvPOxvqiu7fZMHLL7lkpiYDyvIWyWCiIbOEU2gIMm7RgmAMAcT4dQwwwYWJlcZUCxSGDd1WImnvmG/fVKlH3wOFWxaZWlGYFyGSkdDA7qVaX11PV6+WsmTeyv0QTqFYN+61OBpNvKg4U1L7vxkaFj4ioUg2SgDmg8ZFPRARjMAhjHUw1o7mIOCYhISZlcmkHcdDdubt59nwt3hNZBEQkzJxkvXwpmZ7I5uenq2wRKgVmAjF7feXkTgI2KIMFZXjUgQIgT4FkxwTCvIdDn70OoOqp6S8WwBpe+J53YMtVz8fqA+5wWVMf89WXvXUl5W6Yz1ce8UUbzajNkJN1U4YPZfuYuDUWA1LoWMjMTdffPmW7faPDACBKyNJUIw76tUa8vt7Nw7RvfKIIxYpYV5Kgm1lIP7XMVGTPEQASCGkmgtLKZMa9+wZOsImpR4ykEkYRq4AsuxsWExaFyRjKwjgIpiaTuYhURGAQsbY5taJqlO7eO33+XBztDC2xdwgFsFhOGjEG3R4ZUwSFobzvG3TySLFFD5YIUbDePC806JGStX4c2Hv1qzG1aydge0PH3klVlvGsH/8h7HrtS3H8IIYp5oUjJ/P3N6X9THzFKNAzVA49J8qNs0wKLR+OAkPiFx1cJHlZEecbYmrsdAAAIABJREFU96g2QYhqr92fqzAtV5oVsgbMYMvEEVk6eyoKFvbtmepWGzHnhphIAeC6Ep6emUikkoTW2iGdikeKWI4DVmG1Ejqla9xEVFD7XjREhAghinVUiXRCcGpFuYggU4FSU1PxbMIcEwhEpKyRlo6DbM/eyQunQ70QCFl2SkkAi0Vdjbqzc419YWqXkpk5XY1UzIBW7NLDiccydIaDtbzjQTLUDUoatZDrfG6GmJip4N6//UcAG3UBArCMc15wBS797+/CyhJGqdnFyMdIg7cYNwGHM3+LNgBDhw7saN4/+YZvFLbDD1CRu39qACUWZA0yIXSiEHNHDixdLieW27VmdS21UslTS0opIWIF0FSslW0045W1Th5mqSWlGEIUKSJO4qDfz4RtLl4xLBWQ1sy5EEuWSZkLKKh9L0ah9CmtVCUJEgbRGOsnIggMiOzkVDJbC1RCliw50vVJqe7uMyYvmI2C+dDCOqpSACOLqhqm0zP1C+usduk0PSSV6mBqulZhgzBQzsupeCQTH8RoKRkEw8yfIWEIyLrA1EVnYv36G7B28CBccldx0xZmz9iJ5/zOr2A9jWHSTRhESb4P9zcAcqgTmNEBgeMQSkYTSMkDmmmkvzC7353jSKDEuNCDCjAQ4OwDt90/F+RpPdJKKtV4uW8kyQeGFTOYiQg0GSuV1urR6vJ6GtocopwMjQNmE4Rq0OlbFoGMvCk+EUqIlea8YKMeBGMigOI4SAJWzMRCpIh9JbBYy3mtETeroa7AEoiZIGyN5fWtO5vnzFWjhcBCXEspFEvLXIkGM7ONSyZYTYbEiCO9u7u0bFM3XJRYhAwEJAiV90ueooxp1r6OOf88C+70GOf/5JuguBDGBCBFXA1xxft/Dr14Aml3w7VycrAmtyMQDKsBJHe3LXOEQkSNEZ59VpLT7ZzuaV3iai5AwALlOQKSANX1lc5Os94e6DAAgXckoLlt0/X1qBqxM/mdmScWeyfjsHHGzmZfiAnCQqTECjUroQ6bjTgXcUsPkPMPgVmBmEPNKqrEAVzGRckVLELQgQ5CrQIIg8Sf4HzPEMtZEOmkUYkaauj6VcoaWp2crW5ZmKzsDA3ArEGkFIQ7FOjVyZn6+XWlmppYiDnjMNzNnVayttKRIASJhYYgIBfUC5X/2sepcTA2CgsOUJ5v118Dkosuwjmv/C4Aa/6qFp7xc28Hn3M2eicwnKlbrta7onPjwCSFa9oDS0ryveAKJKOZSkMRVugE1kUNOzmwngJrA6Cdwy9qLYhIoCFgpWE1ML948HgjUhAoTcRKQLwzUWpiYabRUUGgACImJcw6gMWZC41ELczXJDcFOJQWy5PNSogoDqy13ldLLBAWEiWwHAVKcxjqIng01E0QRUGowAIhiPMwigiRgKwFoVaLmiGz9shSIujpWAdbF+pnVYQVkwIRs48LLNanqnubYTAbCVlFDCa2BFVNAmxbOXwsN252UACLiB0HiJT7to9WTll6MBfWRs27yBkQAK1V4IwfeyMqk00AD2D/938vZq56EdaPeIL7dZpzX4f7nviF6Vw8YKwddvRwK35uoh/9PQOs50ArB1rG7RvrgD0RAlsTYCYq1joUt0RMLYBaX8/2dpZWsjAKRtFUUoBgV11rPT1dy6xnJp47N5TQjl3z9TSuhCwWRMRC4IoirjVroRViEvE0JCIhgjiXfZRE2nEBYQU+96VQWoXVJIjZ+XHGqhXKg1BXJifCZgA3W4WIyBhZnVmo7d3arCyEAut90xoix4NKGEw1q/sqAiYwyMkvYiJhreppu39YTzSr0w0dSI5QK2hmlxDqZSWVBP5mtvSpQAEANgOChTqCtIX06FE85X3vRasTDIMwp6pDQNH4PctiobAIygEi6wY+AnacLFFAVQN1DTQi9zWTmnbH+hYgESixEBUgTwiV2+5YOltaa6kOAqc9sVfdiAMGBVEULPczG5vMkGL2RjPVkkCtZETZymrKilURGlCBVt1uKpTnwqTURpqyYk6zXGAsFNS+lyEMVRQHSkNInMeHvOeHxFjYWj2crMc6IkvitAv0WTPv2N7YN6GUIpCQQ5cV0LH6VPWcZqibAcjSyFHJxCQEVQ9hWmtd6c9vm6gq12mRUkOZSXB86dECofAQNs48Eztf8O1Ia3OwveFPDw2kQqwUegFGimGh0WsvshKNYTLLZOiI797H/R761U1jr+P0DRB4xVTVFdrHVrOzDtx5MKlG5PUuV9j9AxElmrlNmk2nk2l/TIgoJJCEkT6xtJpqsfA5GKSZaWCAtNOzxFTQkuEtUyai3FiyaS4aIMWBVv6LK6MOJ0BERBQrXYmCmIUBuDQfk9t+rRFtqcdhwlYsEZEFFERWdKRrtSScCQUCpy2MO0IIOYXB2bS+9qXDh7t87q4KpykCsgiYEZBnkdYlgebsM4TMyPcuDwcMBjDxJGxtEqY7eq+Huq6Q58PVv6nQkL1YKh/3x3LjuIZmL095tLStphFX6GZA5GUKRQo9BUzcfe/SfAV5HxQMwyI81lBSBMw24vDQShJFWT8HE8Gbk1PVUB2anIhx/FgfYBYfD65Uw6C3osyp/CxBoFXGLBrMrJTSiolow1kkIrnWVAm10gQi8T0gANXr8UyiWLE4HzABCrC9qBLOV5QKlZXcuh9o2PWjOQH1WmK2LN67uLpldvfWZkxKLDSzWwmcgMArUZl1nZh5V22RZFE4gk5JVMIw9v5IkqqtJ27siVkodsNx4btg5DlzJVRAVJh6XhQUxA/ZBSI74s4xYISTwMqtR7r7+sureTUOyQq5ri28SBiaGcIk9ZA5qFZCWe35bHcCEaSimeuT9Xj12LE0pCK6LogCzRwEmrLMllcbKawUpVhIOQAoZmcJWBkazeLuDxGlOdKsFIlYISKB5GAOKpWgroXFEZhAgDEEG0VBMyQGkWM/ZYoAQ0AMCHxmJe9+/o47V/qXXTQVkyAgC2aGJSBT7rt/RTpXahwIci5F4kpuWnkwMDzCMnTcbCA8byB8QWytnShItP+IRVE9ACIGerm3cBQhqQFH1np2+p57Fhu1gPpCivxslWLEQsbd4IECJUkYpKsqDZjJzxcAQ6hWjYMVVswCKhz+gWKoQCszGIDZ+R+lyBIQOCnCzNrZ806DK8V7CJAiJqQ1EY9CcyKGFaI40JE7X3miSsZKqVDrRIEEpIam0ZAyrtHDeHgUB+e0jh+/7c77q/ULdkZIDQr9NBdnEaTslK1QjYCQ2xIQvH1ecAUBhoGbRwsITaOVSsdGO4/mHLIXVeS5VSMAqoETCWXihx5EbeuAICHQZsHghrtOnBtl/T7CoOzhEsBnU8uw81x/EaIo0APlgsNCxYASiuNQQ2ktYqTItGcAWitlCtXFsekhvphApJTWYFaKoWhE/CEGiEksM7O76RA9wkRas9JeqxsiBoBSzMqFJ2V0o+L1ika7H3ILnmokZuHwPYuHJ2vb9+6Y4jyzqChGpHxyKJdy8KzjDEV+3nDSJZfEAjCWb1eO6KG0LYOj/OLiCReo0ahXvs2qJPeLkS4CVABMBEBVOY5QWAMBudpK3XWiAVMHHrju/s45nRPLphYFLj4z5uT0PgVPq+FkASKlWZxjTkZ9CaJAM4iJxcIO4xAEYkWKmAwReEyOeXqxYmgUgQOn+Y8VERGBsI8KlMNMoCILlUn8dUQsjisRM7OVDfcbqQKlXh+A9ZlTun/jbbcfW6xfPL99MkGaAZUISLw2nRcml8/Py5WfiWvHE0eHCRqqFLCRUpy+AEO5HeOtA8iZa5HCMGpSEL6s4Ck/ujMANXZ2fqJG8j8g9z2jTuY+IQcGwiZw681L2fZDB5ZqE5EaCDGr8VZsoq4Q4BR8QWGGl04lghROHccZvAgnZ9GJuADQhhsLIGIFGsaQsUJivVYhpbCxAHDRO+VVRCKC5czC5AbCzCTG+uPuSdbCFilrJScZPFcDj4s5ABhQGFxQG7Su/9It4YlnXji5UA0xSIFK6DvTm1G5dp1ZROhST/SsBITNEjqGLmRs8CRu0vMEtzBEyCNdoDzydbH1sr1jnX+/GZXYvgfeeuq+F2gAxJPAV+9ZsfXb7lpcmAjsAFx8QHaMAZX2hTDKjwER2VysEuvyfnyCBitClhkrxhAUF15aB35jTME/UIiV4uYCWGNJw1oSQIGZxIo4ce+HtGIgN5RbIbCQ70SlxNqsP5CMJjiEcanORNAkQlkmPTDXvY5OTORz4TwKR+9IABXRPRtEfLH0Vm78/C0qetb5jdk4QJp7m7uQud5bmOuRSMhtaSKJjBw2hR0vG0FQ5gKlIVYgVZMbzQXbH7J8Kpl3BQdQzk2s2YkATQBboGuAduoXrCCgMgXcfqBl+Yt3LO6tIx2Qz1iRgscPcVCaIDZk5gABlojTNBO3BB6xh4aAmPu9VNjNLFYQd7URIM9ygInF+oSLwoIjglgLMbnVsJat9fYdCY17wUiQ55RmOYnWzkwRgSJBv9XO2/kc1TQNXffELOFgYFqZ0FzM7l3EP6/wMNFoZnChZ/lULFFRrC+U9vKNn72F+Fn763MVxwkUjQJFCh4IPHLSlKdhb+QEQyAUqPcdfyrlMGKgoUaKXlnmbwSAIsAQUFduEam+AdaN+6pZbl1jK5PArfeu28Hnbz+2v277fQQapff39PDzZgkj/ksFUEUJaGCJBt2eqTCxMJyRKgJDRK3VttEQFzOCu2GWWTFZDsXMYwKAPMysFTGWNUTIZDnZSDtDZANvZGsk7aVikkDpYiizIlpfNyu9DFsnFLM3yIVYalnfrvVSO4gjpVjcDGCAnUgCBOX0HymUXoCAXEA6qdBFvfbyTf9yk9hnnNvYMVNFv+faHQQ+WxgAvJwdpmepIq9+BIIxAJSBMEL4qFN8qSqgViiAGBF/jBPAL2otbsHIgJzvv18kqlgAIZBMADfesmzMDXcdP7due30Og8IEoqHJTRCnonMJFwCKufXOi7rWyQz3+tZpDU4PUExY7xtpL6/loaKiZ4iY0OunueSGoDeLsQoyN9GUNQhsswy5xBzSySODmSTrdKXfrHLdp7OSUogGfXPi2GranZhLEsp9NJQoYWPX11rZ8XoSbA2MzUdyjMY2cIKt9CgCgFyEdCWhiweD1Zs+c7MZXHL25Dl7JpF2Acnc18IVC5zFKyXbnKDFMU5LGK4mXnAClERBQfyNYkAIaLBfmKWs+NFITAyn5VigawRkgW4OWEuwwkgtEFSBPAY+//kjWXzngeNnTFA2ID0kvn9gWScvqaBFu7yyJ5CMmddXWoMIRsCqWN9ClFK8eGxlIJ2u5Ugrjx4xADqtrrBT8E/SKwVAlmYWAGkQsWPzhsJI0UnaEbOg35dWdyDVesgkbhaLVqxahxcHR7ZMJWdUwUXOuyXmie56trRaM5MzsdIQsWNUl8113VIxVojDkC5Qpn3HF2/Nv7S+a+qiC7crGPc9gZAEzBYjL72TNWLFTzsrjoxr/IVWP2TBQ0bkX9WPdutPFpRjADSM62cgDKxb5RTkVvjLRUG0m3a+1Mlw4z8c6M4dX1qZn9C2K6wflUNCIJqJl9b6RtbWUlbMXsRDEVErFTpy4Gg/ZGE3aVxATNTp5ZJ2e6KVOgkARIQ8N2LSnMDEbiV0Ecl6AzFhRSmcrCErEemttmy3MqOrfjwLM+JOyx46sDSY37elUpHcGj/aI7K2s3y8f6iytbq7ApegUmqIWDtszKmKEZAh5nOm9ODw3fce+9yx9YlzL92d7JipwHYZJIxAaWgfZHHEtn7rZtqKn3HrfnEvNhZHKF7UTV+HJqDOwHC6DfzcK29GZ0IYeBYTeoQUymdcAZAAN925JoeuP7C2V1rtpBFQz5I+yb4+BbnFOgI62kM0gVoZaP3o8X5VDFlRXECaA0X33nVsYFdWDUeBKlRHC8Lq8nrG1jK0OvnRBPT7qYG4fAGXFk4kkqbUTyOqhhvX1nQsXzo9WV3vStysKLZWBCCtNbr3H+rfPd0IL5ivaDJGBCAloIVBOzu0eHxwdNtcMqfN8DMwY2/8MDqmC9ILE5FtdJeX7/jHVvXoudvq+/dvVc2QkXVH8XbNPhhWpD2WXth3qBvVMtovNP9iPyagUoBJRn6EIgxcrGhSLGJpAOgIiKvA/csD3PJvD/T1wcX1/VVJjQ7UICsM64dVHOGNO5sJNGBFR4+c6AWdlmkbADBWIJioxvzASt8evfP+XqIVWxf/EVaE1Xbf9lsdGyjFkE1Gf2Yl7Q1QpIQpqH2vg8sKgrVCQRQqNRJ5w8oQGvRT4WqiKoFnRUQcisHKatfw9HQ0FRKLWNyXNCuLUT2Z7awOVlJAVatBlYvMPedHok2esVn1Jg3pQPF8KIPu4eO9O+5fRU+pYHK2QpWYhhm9UiKQT2cerzK+hNxwn0aZPcO1BAp/g7cuigTQ3DrNP4iBeAJYTnNcf8PR/MDn7lnb2l5uzdWUzYhVacrDKd/NO3AKp0mpr4GcFR8+upLS0rHB1rmJ6NILdtb2bJ+Kz9w5Ey+2BnLdv93aigZ9Q1opOGub+sZi6YHlXLn4LJ/Ul0TUafeszbIhAEYTQ4ggaSq9/gC1JNpMFyCVZ7K6tGKirdNhlV1qsyiNpLtu777p7m5yyZm1bSHwxcbW2VUdh6/st++bWV0aHAHYLkyF09qMJXE+ZPGynIj87BvWs81YptLu+gOfv7336TuOVraetZCcsXuKJxsKkrmPM7IZEbbIKSBPigJVY69nh48b6gcFBxh+nIIA1kCSOE/jkZUUd9x0PFu+a6k7PWj3zqooa1TIfXkoDaf0epv0AxNhIExHjq6kfPz4IDcWe3bOxG94+aVbinO+8gsfv6dzZClNphuBC/8SDIClxZUMaQrSijbemYjQH2SSDQYADS2GDUvEECTr9KSvtUoCdRLzYq3FdLqytKTNlvlmELmZbeAgUNHKiezWm1Q3uGBXJSSIFuuWilKKJ9eOD5ZMLoMtM9Fs6L0CD5MvCsbXETIGDKV5axMmS1vrS9evdw/dUkmmdkzHu3ZP64WZCpKQAOPWjjBeTywIP8ZaRg8ZCx4JvBuO3UxyHbp4w3rf4s4DLTlwz3LaP7LSa+a9wd6Era2F3BNoso9M1ZPCa+uvUoqolQPHjh7rR6sraaCUSgEy1ozDpNM2SislRUiICYvH1k263rFBoDdX/IxFr93NsWEN4g1TwwiwVvqtjqiJmiqCHeXCWsGsr9tFZjM/W9eRV7hUoFmWFrObb8y7nfmzoWJnWAkcCKbaq9nq/an05+bi+XpAoVjHQR6ym2hTXWHggICFhlgxvfbqnfd3brrrgfDmejVqbmmGcws1NTtVo4mqRqjIRfcwYuVlHwCh9MEJH3voZYJ+luPESiqrKz1ZXurkraNrA93pDJrK5gsxw4SaUyFVJCbIw+NrY+8GeI7EjBPdXFpHjvWTbitXWisPSuINTEWYGSIuYs3MiydaeffEmtFaqY0jyymGQKfVMWJMMWV8WE6eG0gEyXPptLpSa1SVJjnZKmBGvrpqF0Xs/FxDRwxYK9BhQPb4sTztdHOqVCIwMRtQJkKklGoOurZz6GDv4NRMODlZDxraUcQ+KAo2/9FxcSFrQQJGrcKYgKR5b23Q/uoq33Gb0l+NI62rka5MVHRtIlHVakBJElAUadJ6NBBEBFlm0B/k0mpnUiGR2YDRXh9Y2+nnrUPLPRr0s60RgyuKcmjVL1yKJUfuI7X0CO6zOT1LWDnRyu3xE2nVphZaKevdelor7uYb7ixC7JNzF4+38vaJVaNHjqByH0GI0G51jRlkcImm42XzyaFeH+isk1QbFaUJ4+KAyINgzR41xszON3XCzr/MWrNmom6a2zuPrJv9MzFHDMqtQJipKlai40cHK+22aU1Nhc1apBN2sbsHB8Im/ee7AwCsgHKQgtaoBJA6kMMO8qzdk3RtjZaN8KKALDPDLW9B4rKgXOKDWIExMhik5jvOWwjf/IJzGmBiAPp3/ykffPaOAWVjM1gefSFAiAk5mNfbqekfX06jTitPFMP6Zyi3Qjbdcc/iYLoSDMrXMxHlIDqytGZ6q+tWM6uNmgd507bT7tm8P9iU+MCDLRNHBDsYoNMSqdYrSm80aIigtIJpteVolpupuUk9kSiGcSsaKgAnvnpv70u1hHefuzNZqGmCMWJAxEphctC2/Qe6g2O1hgmbE8FEJeSYLCAim1iMpyyFY6T8/iLFWtIMYUJAkDgikPO4525mx8b3df91lJI49F919KWfCw1dvBue9UhKoYrnxNTp5ba3vDxQ6+t5FUZIKzbwFonWtNbL5Y67Dw0O3nR394o9jbB8n15q6OjhZZtoEa0Lo630HE+rdqdv8l5fykrfxvLgK4QwwfYH0raQaj3hQBFZP0zJrWsGRSDb68nxw3k+mJnQ09WoSC6hWDPbB46kt6637bE92+Pd2yaDegBYY2CIEcNKsn4i77TXzbFaQ4eNuq4kESfK5w15VbyIkBVOnnE3ni+F6n4SdQgsQtYM77Ex9RFEgDGCLLfSGVjp53bsJmlu0S0m/0Eo1NolePjfc2ORGRErI3HpBzAirUgRQZgos5BuN7X9tVau2y0TpgOTWUvrFgSkYGLJQbS4vJIfO3B0wJ2OqQTEwuPLxq+vrFvTaoueaejilQeDTAaDTIgI1gqk2zUuZ02dkvgPDQAAYIZkqbTXrMTVmCKTChkrUq0qSSIFY4Tb7Zz7PdtOB2bQqEluRIgAIWEdalXJBrR2w83dr9zTULPn7kl2zFR1XXLTV5qzMFCRNRK3VvJ+a82sJVXVqlZ1vRJREihkROQjIBLDCEEkBdFm1lYobnpsn5xLOyQXgewTUS5Eiop7QDIwFS5qa0XiQNG2qYrqpkam6tFYp800YrV7rh4koUuBPdFObWqsGGPRz4xM12PeM1cLtk5WVBIqEhGsdTN7z2Irv3upnecWJFlm8vVWrnsdU7G5dAa51Caq+qlnzkfb5yd0FGlq9XL53PX3dG//wm3d9rFVMzndUDIglwFaBqwIoJjdOCBqt3p2br6pzzpjIUyzXAa91NarId3w5fsG66tt41JFHi0AAGcP9Xu23+9a+8zLJvjSp0zaLQsJwkjD5BbLKwN9y21rwReuXzWLx3KTuy+hpxYcEStLwNrlz5xN40Sn1113bGlqUttnP3NmtTld6aqAL1w53Lpg5VBbmKneWc37nXVzy+S22qHJyaSrQm0ErCHSRJ7vRT89k/ppIFZS5zMp3Pb4glSTrjBfxp1eKFbuRBzeaaPwhAQ6B5GCSJOM2UOD9Czqp6EDE/dSg33bm8Fbv/vc2mZ6yKu+bU+1GGkikPf8xc2trxxczZuVgF566Y7kGWfPRTMbQAMAxop87o5jgw/+3+vWOsdWs3qkYImokxp857PPrb7kuefV52fqQfmaH3zhRc2Db7hi+oN/8OkTf/bxf2+lRrjVG18LsfBxERGvr3VkYX4y+JuP/fTuiy/cVc1zI1or+rt/+PLaK1/5S/dBNg8IPQIAEJAOLGrVQP3Qq7bJMy6dzLMcOHp0oI8t9SUM2W7fVkvPP6+eP/2p09Hv/fFBGgystRZLR1dMT3Jp1hNq7Tmj0Z+ejpt33r5+/+XPnutu3VlR6+tGBgPbHeSwrDmGyLG4Gv7b7BnNxWQiUnkmk71OVjdZ1lOaDwTV4F49Gd5s+tkVtN6dVcbm8BmyELlDomgNWp0nvfRTUk/usklIsJhBbhpkTQ9MByUI7rNxeDPF+RXc6iwgNW2nSBAR0WYfaeFRbruLCVhLU7VQ/eeXX1Sfn4hPyWIVE33buXPx9h+6nK75wD+cMFYwSHN50ZX7a6972aXNU123Y/t0dM27rtq6ut574H2/+tETndWzx9UicV6KdrtHzYmq+vifvXPXxRfuqgKA1oo+e93t7Ve8/Bfub7cGQBh+jSLA5II41OotP7pbPeXCqvn3L62bv/zEEu67v88BU1yJiSYng+ySiybSFzx/bvDGq3cjyy1ZK5Sm1Fpesd21iOz6Wq4mJuyRK5+3kNdqwbZ/+vvF2sEDXaSZbQcBfaFRUxO7t0Y37N8/sx7X1HlrR7r7lw+36+n/L+/Ko/QqqvzvVtV771t776S7s0DSnUZCIiRAiAjKsMYgBIILI47HceWooEEwLHMc55zxgKAyehTcFaJ4MOCILGFTFlkkhCQkhIQEsnV6X77+9rdV3fnjfd/X6SSQcGaOZ8R7zus/6r2uV6/qfreqbv3u/ZV0Ba/OWSuutjS2J7el25IPcmP6jFx/tp60hhMTSpKwwIjB8BNcl+yHo+bLkjcPJa8BoRaVA6EclHjFxJ2XORlbYxrSF4hMIUle6Ica40VfMzNZSiIVU7V+yXuhCSprCM3MJQ0MFXzeui8TTK1vl54fmqdf3FnesqPfK5R801ifkP90SldibtdUBwCOntninLm4O3nXmk3FdNIRF509P12t23UDs/q+tdk3dg74c981PXbxBSelLSXFA2teyt67+pk8DJM8gEWUiAR8X8h4Sqy+66rpi07qrKVEeWnDztIHlnx9TyFfBuxq3NL/SgFcLS66pFUufHdSP/VsVt/+k30Rz2tM+qFBUPYpFo5q56GHR2TPPtf9l8umU9wRGBkLIIRQUghTdhEWypqTSaEZ9tT7/tDXMtBb5lhMGiKhSoFxM5lg+3ELmkuJtJyyaeP4zLGegmxKK+3YUkV0odwUlvUZAztyqcAz61pmpTdyPH5m32vjgbKopCwyUxOm6DiqYFgscIcK88j1DQkal7ISbUVwSPNi5F2LmNchHX/GpBPnSl3c0l/Q1/x2Y6Hkhji1u0V98dzuWqfe/vDW0vOv9vsJSaAgYL/smdB1zY9/2eMNn3VcctO2Xn/L6wN+NYw/1CZ4dv0u79rPn9347u42BwBmz2i21j631V16WnesIT1BBfOt/3pg9MZb78+k6xNibLyYveQPC/LnnnFc4ss2UB4HAAAQvUlEQVTX/GpYa8OwbMk8eYw8LyCwi9/86vqOM8+YV1Omrdt63aUf/EZPLpsD7ORhB//wChBqRn2zI9+7uMn0DYb6t/cMgSFgJ2r/w0GIcqjhW5aKvbSxaE2dMhpcfGErBBHYkGEWIIC0BisFtW59NvfcuqLbNkUlhKG4YwkHGu7RsxxvTlcq1dvrtjzx57EdJIiSSR2vT8l0Y0rW1yVEKmHLhK1wYn6gNJhudHrqWmNj+UF7RnHM93UAqTVYSHTn+ksL+7cXSsISWgiwENWkFSgJIgHiLgwGfc2zRG+iwdkx2k8dhYzngahY9Ey58YB5YHgk0Hv2eojbggAkJJEQghhEv3toQ0lrZiGl8EONwDD7gcGubQPhqntfyN9y3TIHAKbUx2SsXOR0bPIZ/ZyuNjuZjMmRXQMaxvDqO/9cXP3bp0vJ+oSMxSzyyn5YOTSqdfngUNbceMvnp16ybFF9tXD37mFv6QX/sW+ob8jATh3R4B9eAYxvRPfxCWppUuZPT48jM6hhpyen4KpYJ+37KBqS8snnsuLUxQ3kOJVoVAiuPqgN5M5drhBCerk83FzBSMfmhCR4J5wUZ8dB/evbizYbIRxbmHIJXrGgi72k+y2LVNwRsXSSGmKKUmGqjGMa7b3xBqejmA1hK2IhSBrN8/ODrrKEiAECrBk6rPowqq4MdnTAc6wBty/V6GTIVnNLubInLbIDnxMmnPSJjhIiGbNlPG4LRsTvow0wkilqgPCu2VOczpnNsn1KWqYSMeFIgvF9ntqcrvWt41giVZdU294Y0qE2rCrAno996D31ixbMir+wdkf5xfVveGvXve6/tHGXV8yXua4hSZU9fK2eMNT8zX//aPPpp81NVMu27+jzln/4pr7dr++pjM+RO6oOPwV0zk5ASJiefT4m8gkcLFHkBOvsGKOn16M5XQk/CMmOjipBALEOQYWCgRQkRIRVY8/jguez78SV1CFKu/YGo+WQbMVkSUnKUrCYwUazKRbZzeVNXxCwVwjLsnte/d6SEWL9zsBOJ0WpoYtjKOvcYEYHikhZBCWjyJfIdwqOzl6ZQ0uhQfsstEYullRBLC4BQuiDNU3eNuVcjd5MGVbWM57ns1f2eWgoo9+/eI5zxb+ekV547DRbyjffagGA1ga5kks7//Sy993vP5D52ooLm6r3ujrb7K7ONvuyfz4dWhtet2Gne+PN/5257/4XywhDeJ5fq0cIQaefNndSGrQ7Vj2Z3/LyOg92h/V2vZSHVwAnWkWSF4AxWRsPIZGvxvMYRHCLZfKyJbIsCUSuAZAxRFQ7rgcRMUnBZCnBxsAby5pgcNQgX4ayLeHEbFiOJRxLkZIR8YhSgsmEEczUaIRDw8YdGePw5IBZM7/x0jZfEAGWIqEkCSkhlISQkqgyTwtj2E+nWU6bh1zJ5w2be0JjDDLZspnVlppk5Xp27Au2/nWLX5d0iIzhQr7Ey5YujP3gxkubLNuq9YcfaB4czoW5fJnz+bKZMa1JTWtvVECkAOXxPEsFcd3X78ru3jOsP/PJM9Nzj51ux5yJOqQUdMpJXfF77roqtvzSbw/ef+8Dee1PWCRjDH/71vvHv3D5krpUMtqBrLzm4qan/7LFf+bJF8qwG8T/rQUYHQtBAOpSCjBvbgEiiRxtjY1WJTEusQ7J1z5EELIE4AdGWBpCElWZXAwMsyiXjVE2qC6tJEzAOhS6FKBYKoFBhpSEVIqUbZHDGrp5qmDLgghChhRC2bYQDAqSSenYSkrPNcbXxD5XAKHMmiNfMDMgAt+Up0+XRikgXzDl3T2aLQtBvsScL0zqQWlCiktQ3JIi0ISW1gZce/VFDdXBd73A3HrbI/l7/vhCeV/PaFgslLk4OBTe9J3PNa28alltnhaChGUrtono9tseKt2x6kl33nEz1fHvPspetGC2fd55C2IzpjdbQLSd+8YNH2q8/95Hyybay6NSLu75/fPl7TsG9M9+dHkLANSl4+J3d1095bT3rxzYuaMngJ08YiU4CDQz+RLSbNvus+ezeFd3PHIL8ps/77tE7R0OHTXdRhhyVE6yAnIhIoJXclHIF6hQKMP1AmjDEmyE6OsPYUnoztlx+GGUT0REIgUJobUwrkteNo9s7xCPNzQ7FHPg7djp9+8b4cGRPIdBwLquToy0ttuFbJFLGuQbooAEaSEFKyXIsoWwbSEB4c6YGWPHgTM6HEgpiGxbGmUJc4DnrOSFGM+5lCmU0dM3ys3NKTXrqNaalbj1+w/mr7/qh9kNa7cHhUyOSIcESDlzest+loRr/REEWqiYrUolj9au3R7+9IcPFD/7mZvHTjjhiwPPv/BajcFi1tFTlZVoUX4QTmpPS0ud+vmPV+XvXv1csVrW3t6oVt99bWs8lVTwPTr82O6fJOrNLmVL7N4b8hu7AjphfozmH59EkONDPCsRBARoQcuWNsj6OoFQR8/R5FD6KKKZSXu+cAslKuSKyLuh8Ndv9jA0YvTJJyZ1R4dDxRIqfpkKsTYJIimk50F0tNnmPSenRCZj5KYtXhhq4eXy0GEIkgKZE09MD+VdMbJznxnsH8VA3wgG+seia2AMQ7v6TG8g5Pi8+QlZKLC7dqPbP5KngYExDPeNYnSkmlwqkvnHdNj53n2m79Xdptw/YuwoiW1tUCxLCoAEa5alok+FkXE66bR58Q+ce8JEskIGMUMUxnNIpWLi7lUrms475/gYvGEGPAJIjI3uNNt39NfsvTEMNmZ/tjsAQIT2teWnP/u97Kvb9tXchAsXzHbuuOOrzUBA0PqIlOCwh0HwXRPev6ZgffWKJvnJyxrD20uM17f6UTiEqICrQoZKSHHpx9Ny8aIEZ/PV1MIC1XXBxFYmKq8CEzgClJi+vZrWPJZXn7qs3rvso430szvHxdCQljGHhJJRVs0gYD2l1fI/9tEGbmsT1r1/yKuhIeZ4XEYRkkQolxkzp1n6U59okr+5OytGRjQrFcF7jQEHAQfNzcpfflG96WiX1n0PFmjXbq1jMYFQg4wWPXuGq5ARAoAvf2FJqvPoKaqvP2M6O9vk7T95tDQwOB62TW1QAPCly5ekpBS05uENHgnCopO67C9/aWmyoSFZ/X4yhik3Oo6u2VPUr1d9tfGUk7vtJecc79z24/mxBx9c52qtccnyU2OXfuS02gJv46Y9QeiOwLIm+yeZDQGOKmbHcenHbsk8+/RNLelUXADAh5e/J/HNmz6nb7j2thxE3YFYkoPk8GsAOy6waZMX/uZ3efXxj6Tta69q1U88UzKbX3F5LGMoFiPMPtqS73tvQsyZrcLfP1AUM6ZZmDHNqqBSo04gokp81/4aWFEJAlRC8GOPl/WUZkuef17CrPxKS/DEX0p4bYdPxZKRDXVSdHdZfPqpCW5tFfTYE2V65E+lQCqBMASYiYmIsnlDzz5f1hdfkPJWrmiRz/y1LF9/w+dCkSkRJ905y9KnLk5we5sQT/zFFQ89UgqlkohoWWBZkjdu2GFe3bovnHvsdCsqU3TxskW1X/MNX7+rePN3/1j+7rc+kQaAWMyiFVecn1pxxfmTCAvWPLze/cCShQ4ACEEwfgnnf3Bx/JSTu20ASCQccfWKC1NXr7jwAKIDoFB0zQ3/dmcRMBQlCt1fKoBPOyU2b9iiv3jlT3N3/uLKmmv5+pXL06+/0W9++dP7SrDTbzm+R3YYZMUEP/pYORwY1vLi85NyyVkJsfScBNxyFK+lFHhw2AQ//3WeH324RCuvaayc4IoJ3DVXgO+VKePAAwpBAEs2q+4u8N5eLZeek1AfvigFYwDXAxwbWkqgt1/rn92R5yeeKgckBJSK0NJgSMNMtkXhmsfLtGdfiA8tS/H55yVDIAnPi+jlpAT3Dxjzizvz5vGnyj4AKLU/CJa8bJk/d/kPC6vuWFE36+gpB/rS2eiQbr35jlLclrTiKxcmWpond/LIaN6svPYXhb6BvKkoADMzZCylvved1W5+vICvrbwkccycjoPSmhvD/ORTrwTXXb+quPavmzQQV6bC0VGL3K4k5gBAUHVi1S/v9xacMKv0lSs+GGeOlO1HP/h8Xc/eYX780Rd9WLE3NQMEe/nIYRWgKr7LsB1C52wljpqhKJUS7PuM/n5ttu8MkB01UDFCe5uEpQh9Axq6AnRvbpJIp6Iy339z7CwzEJQZyXqBObOVmD5NUjwmuOyy2dcX4vWdIQrjBlZ8IsawwkUnr76yntqnqvAbN2aQGdRw6gR1d1o0Y7qkRELAc9n09mvesTNAPhO19ZDpSQnwS9zU2izOW7LQmtPVLh3bQma8yC9v3h0+/fSW0Ct7gC6baTNnqLPPOV7NntUmiYBduwb1o49tDHv37AnrW9vknM52yQCKRZe3be2JAiS4yCrWQKe/b56af9xM1dyUJm00evvGzEvrd+qNL74WACFgJwSM4frGFHXP6ZDGRCl0Xtveq3PjRa61XWtASpy4sLNCzglOxG0aGs7x9td6NA40IAcowNgRKwBQAcdX9lb7i7AJqvIiPwBgImLeWjqQEDCaYdkH54Y/lGgN6OCA9xAgLcKBGIcJBaij9qky/MaNWWRzBkLQIdsq7YPrOJT4IQB3P6xntR67qnmV+95+N7ly3ybUmBAFAAXIBIEIpCQ4DBFRj9dIZTCBTa5GaVYPpzUmGM4IgENR+onKTKqioPEalXmtIYpgTzptPkjePnOoEIAde+tnDvVSpSqvO0KREkc0SMAEcHgCsxatPYSgw7b1zURXYw8FJrILCIKMo74xRU1NKWpsTFFrSx1aWupoSmudaG6uo4aGJNWl46irS1Aq5ZDj2EjEbXIci2xbRdlB5WRAqq4wVYRaw/NCLpc9lN2ASyWXs9kystkiZzJFHhnN8dBwloeGsjwwOG7GRgs8msmjnC1wFKdMQJVPXVnAWzsnAfxt6OP/FrL/wAMTu48jRe8RtGFoD1W2BxFLU2d3B7qPmSbmzZ0huzrbqauzTRx11BSqr0tQPGFTPBZB9Yxh+H4IPwgRhho61NDacKgNwlBH9/yQSyUfYRgi1AY61AwCdGhISsFCCLIsSUIISqXi3NJSJ+IxG8qSUFKS41iIx22IiaNhDkODTKbAA4Pj5rXtvfzqqz1m/cZdZvOm3Xrnjl6OSDFtwHaqfXOQd+gdpgCVrSa/TQUwBg2NKTrxxOPF4kXd4vTTj5XTOpopHrfJsiQGBrPc2zvKm7fs5Uce22j6+jPc35/hXK7ExZKHYtGF6wbseUGkBIFGWIGM8f50IxNhJ5gw79WBqWYkACKzLiCUhGUpWJakeMxGMhlDIulQMuGgqSlN09obqb29kY6a2SqmT2umZRcuUp/+1NlUKnkYzxbN44+9bO75/fN6w8u7okicQ0TjvrMUILKvwNu1AKHLZ511qrzua8utTZt2m0cefZk3v7JH79kzxHv3jcLL5zkaxf3ro/2uyNFZizKhyp+aPSJENND7v3RSIhCaQLtWv4ZhAg3PD+Exo8CM4do6oYqArU15FfYCixINaZre0YyurjYxd+4MWry4W23Zti/0St4EXcn+rYC93D2o9O9NIvJdyCsvt6ijjcL/vCVALs9Q6kingAjv5wWYWGxVdquishahQ5vQ/0cSYcFDgyhFRIioueotpwCCvdw/sPDvUpiBpkaCUsDoaJSP9sjx+xO/wGqatX8QiRJEvBOECBgeibaEtiXebpReLXz4H0yqFDfvDFEKeCd9z99A/gfS/jS2RiwJdQAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic1L13oCRHee79q+ruCWfm5M272tUmZaFdSSigHGwQSQiJIGxLgAk2YJJ9jY1J9gXDJWOMAfsCNhgkkgAjgoRQAMWVtFm7q805njwzZ0J3V90/OlX3zDm7K/C931fSnJ3p7qp6633eVLGF1prfNR2urDkd5B8I5GUgzgcxC0QZ0oUL4+/vM+n/llL/L6QTIVrHT1ZBH9aop0A9olG/mtO9csfvTMJzFYDDlaeXCZyXCuzrgXM03iyNW1A0hcYHVLYR/79KusO346cI0d9/gwUSIWwkeS3INYSwDwMbtHZ/pXHvntN9we7nVO7JCsDhyuorBM67wXqZZtJx9TFcDuPqIXxdQ+kmWntoVMIGbf5zksw5Afr0ccuc7r5O3dbZex0wnZ6kqVqZKTnLHAyDYFiG6KsQEiEspCjgiG4cMYu8XEBOzkaKrobW3o81rc/P6b7giemoy6YTFoBDlaeWCnL/KLBe7TFGU2+jqXbj6TGU9tFI0DJojsHTzsW3sbnD7ecAfOeCpsx9Qr90p/tTlNWpfkFWxtBadwQ7xSxTCFICoRAoEAopbBxrkC5rKUXrLGzRj9beNzXND8ztfv6+aUmOyjsRAThUWf1GQf6zmsneSb2BhtqKr2tobaO1ROugUZHsa23ogT4RGEwGRk9nHaRplDPPtAlMp6hgKp3sQJ2hnccD/oQEvIO2H482IG6CCJsjCIRBIIJ/BQjhI4SHLbsp2c+jbJ2PpDikaLxzbvf5d0xLPscRgG2VL1Pm0q9InLc22U1NPYGrRtHaCYFXqBh8A3htME53ZrMpINOnKWA6LlOnvj+lf29T5CnK1lMJRibntDQer4QI+CgKFIYQCCQgZPhdCBAaIVrkrVn0OldTEKeiaH1+bveK93RuRFTHFAJwoPJw3qL8XRA3Tuo1TKq1KCXQ2kJpjdIabfyrCQQBIsx1qv3tTJ0e/OnihWk1SpDlflvNHZ2+6bYwmH6CbsSsUqM72J+ptb9Tc0T0w/AVAo0QAVWIwArIUACkDP4VwkNKQa/zArqt56Pxv9/iyK0Lu1/od6rd7nRx/+RDlkXvj0DcUNWPUPc3o3UOpUEplRIAE/x2Icg0XGca29YN6gC7Nv+N6kzqMVNkFmNV6VB2XHUIuDbKjYWggy8WItRAYZRlyrApAUbd2rzeRlHa5Ij4mhF5BspttEvHVkAI0EKghEBqgRQgpQVoxloP4jvj9NrXvirHbAG8qhMNHS3AocqafxPIN1X1w0z6W9A6j1I6Bj7RfpX4f0Pr0zFAB2Z1ZkOHW5EwBZmV1gEdirD+IL8kAl8grYAxCIGQqWqC4gyhjeOV+Dq4QuALge37SK3DMiNTC0gxrWmfzrV1Dlrb7ZJo+xVLQAJ+ZA0ESClDSwBSCiwhkRKEaNLtrKTfuR6F94W53SvfnaWpTQAOTTz1RkH+a5M8RVWtBpXHj8DPaL+KtBHzXwO0DjzSHf+KzAMGU+K6NcrXeErTEBLtKSzXA8DP2VhSkNcKyxJIO/KLoTBEQqpM2g3gVfBpSkl5vEZ3ZZKhgR5ahRwFFNIKBEtKGfhdOpB8IqBnBEdnnmzL36E7COlAUGZcgZACSwqsUCiEbNCfu4oe6xIUjdfN7bkwFRimBODgxKqlkuL6Fru7JtSv8ZWFUrSBr5Tp+8PvEGvXVO3JaoBGI3S7n9XRk1Hdvsb3FJNCYtWazN93hDlHR+iqN4IhslKRPQvnMDx3gJwtsCwZWoLElMYCpKEpJVbLQ/sKTwgs16chLWYeG+WqpzZRaLpMlIs8fP4ZjA30UBAa25FYdsBcIU0d7QCwMO5k/Vko74ksZPKLtkypFLkCabgmGVk/EdAnIwGQAinBkj6z8jeTF4vHfapnze+55GBUXioGEOQ+71PrqqpVKC3Quh18X2VdgAm+yQfDp3Yy8/GzKnsncSNaoTyN7yoqQjJ77xHO37idvokaWgpUyIXZQ6MsODzET6+7mFZ3gRwKTcAIBGgFvq/wfI3f8jlt237mHR7C9hUbF81j69xZyFad8zfuIO96NPMOfbU6Z27Zw/0rz0Q6IahSgpBII85JjxOlhV9EfMk22xgHiPEXRsa2ICjpAaQC7FDztRDIOFAQ6DCEtBCABDSjrQeYlZ/dKyl8GnhdVHosAAcnnrxKkH9pQ2/A02NolU8Dn3UByvD/EUltgHeIcKcxg+atCHzPU9S0YN7Og1z+9CYQgkbewVYaRyvQmqFymaeXLqQqLYquh48MwAqZqXyF5yoqWnDB+h2cu20vLcch5/v0F8cY7h/knENDzKzUaNg2aGhZFuXJJnqySatkB3GAbwRjEakhcG2hlE5ASixBxjoKg0PtepBmmlG+OR7gax0LgRIaCxFGRSpwE2gEFg19mIr1FL3OlbcenFj1mXk9Fz2dEgCB836fURp6O1o7RsCnDPAVSmX9f+LvdRhpTYF1Cu4o+Irz6KRxmsAn+56mrqBreIKL1z6LkhLPkjhKM2E77C92sa+nm/2zBlDdBXqUD9gxTUoHMYTnKeo+dA9NsGTvEeqFPEoILAF7811MTrQ49egIWiSm3dGaumUx6WssV6FsGbq+gPjIu2jduX0J5u2+MBv9R8JhPhb3CEzgjXGvaIxAINBCx11BpSCQJgFaBj0INFLmqHjrKFnnYInevwVuiQXg4MSq0wSFP2jqbfi6HgpABLiKg6QIdGWAZ3YFpwQ900BNAIyO/DvgyYBYx/fRBK7H9xQNLTh3534Krkcj75BXit2FLu6cfQpu3iFfsOiWki7fR+btkDOhNQpNv+8q6h6s2HWAgu/TcGyk1lRsm2etPKXxKvMnJ/Fk0G2wtWbSsnhocAa+r0AJtFZobfwbNkSQhS6xbSKDfTK+0MEqGL5Et5UY3spaAUJJ0AIV8TR0AwKJkgpfC1DBXILrT1DzN9LrXPGygxNPLJjXc/F+GRRm3aypiabekx7oCYFPabzRA4ifi0CN/gSqFzIrmBZS0TMhoUoFwDQ0eA2PWbsO03NohIYfaKzv+bi+RtZazBqp4NlW0HABLoIqgqLvU9QKxwLLDrp9IvL7hGMWvqKuNL3DEyw5MkwrLCevFdsKJfZqmwXVGr2+hx+qmKM19/XOYGuxhKN8VMcYJmhNdC9ygzoxbWGbk/9il2QE0GmetPN5yg9mQB4qqoGNH16L72sF2qbmb0XpyZzAeQUEEQJg/6HLUTw9gVYirfGEeIb/qfC/WPtN4OOgMA14im8R+J6mgaA4XOGqB1Zz5W/X8fwnNuFPtmi5Cs8NLAAtD9v3UCE4rhDMazUYaLXwQlcvZdBNs6wo8g31Umt8X9Pw4fR9R8h7fgyyJyRP5btRnmJRfRIRgmFpzZhl8Uyhi4LyA20y+uAJ1KaRS0Dv+ERslDrodsaCmlyLi+0gAMrESBkCEbnrOF5TsaBoLWn5w7TUYYSwXwQgD0ysWqHRZ7bUIbTyMxVG0mr2/xOiEvRV7Ps7gQ46xSSlwFMav+Hx/Ce3MDg6Qb2Qw/E8rPE6zZbCc31816eJoGHZMUA+gh7lcWa9QlNY8eCPZQUDNtIisQC+pqU0pYlJFg2NxtrvaMVeJ89OO0fe9+lRiYAFQibxEFiEAiaCcXdtzj2ZbTJA1wna4SO6A/A6A3yaczF/M9yMcImsTxQ/KRJBiACPsEuuB/GLr1zq/l404pwDE08slgLxEo074DOC1lYiYaG2R9+1QXTU8Dj+j83d1KBHzYzMlas0+fEaPbVJmjknYX7To+X6+F4QezQti6PlEo5KwmRXSC6qjlHyPZQMI2JJ4lxDwVRa00Iwc7RCqdmKQbaBrU4RNxwxawoZu2BfCPp9l/lek1aqvx+NzydtagOdpO5pQY9Z0lnbU6BHltYIAFRsfbND8omCxl30WEBUeE3QUkfQ2p0lkH8oQV6tadm+rqERIfAmoSG1KjH1Kd+lSTXTZFCbbEdlKo3rQ67WxPIVOpzg8IWg7ml81497G7ZWbJoxgCsTkFwhmOU2uXhsmJoOonM/GdoDkdTj+Zr+6mRqJM0DDjp5bAlYkoP5AkIlkFganl+diLWIyMwaTeto4nU77FODPrW2B3yNlC3JY8YSOiAuVUZkrU3rHZt/FfADLXDVOJpmAeQVEsTzNE183YwBjwGOTb6h7SnQDRPW0Q92arCOTXNXbRIZMhYNLSFpKFBeELwA5LTicF83m/r7KbheXE1dWFw0PMSsiSo1D3xX4ftp3xh9l56K86HB14KmkNhSUJSaHaUSE9KOaWkIyfLJGgsmJ6mHPYkomDKDvBM38RmOHEfbI7eSXE1oT8x/aHV1TEiiYCQBePKJfguUqqN0AyHEeRLEoMYTWvsp4jAKjv5TGXKN/mAG6jToyeM6jnZ9X1OqNZMlTwSmvekHvhsC/2vZgqIFjy6Yx4iTi12BEoK8Ulxz8CCtpkez5eO2fDxXBfljjVaMFfOpETtbawaUi7YEOQuGi3nWd3eTD8vWBHHCxaMjND2F6yl8LxiYUn4UHB/PxJs80B1AT1Qore3x1dikG+inFUsndapMnvZeQ3LN1y4KFxDzZXDNT0ufmSnVSAXh6BuabBPToJsaElmQKI8GrRSlZjMOrAQajyA4jOoQYXRfsKBRyvPrBfODGbqQmoZlsaRa5dzDRxl3wW0GsYMfRsAaTc7X7OrvZjyfwwo1SwCL3WYwvCoFRaF5on+AEcfBDp9pWhZnViosH52g4oHb8nHdsGxl+OST8usnCbo2OZvFh1ApQ4SyoBu0RMP20bNK+2ithNaUpDDNtyHXyS/aiD2epqPNkrIpNE++Dvy/YV1spRChudWEwxlSYDmSXluza2Y/j86cScFz43wNS3LJkaOUJyaZdBVuGECqkF4bRaWY55kZ/eEgk6YpYGmjRr/voaQgJ6BSzPHQ4CC28mPGKiG4+shR7FqTuhv1TIKxhXiMJMuRKUFv5+PxQQ8fTfHeQCirZEa5sWUwrFGqFxE8nMyYp2GMS8YoNZCemLzMsu+IkI7AG8IV0Z1ZsOEL6PZdulyXVhSwoAMBsAV2TtLjwGPz5rCrVCbv+2E+QY/ncsHhI1RdjdsMzDW+DnsHgoLQbJw5wLhjY2mNLwR9nss5tQrNcIq3JBTr+/p4ptxNMSy7JQWzmg1ecPgoFVfhtrxEwJSpKp1BN4FP+JhWtNgkZhTPkKRsjimUzATdBFvFFsO07lEmSaaQVJBjNCcVbKRuTKfthrky+BJ1ruo5O5o5RSPoUoozK+NM6mACR6nAQggJti0p5AS5gsWv58+jKZNZuYZtc9bYOP3jNeqeCkYSI3NvQV5CtSvPusEBciG4rpScXxmj7Lr44VRqzoYHZs6katmxu6jbNheMjHLq0AQTHniuH5QfBYbKBD7mYlrbkqsG3u3aThvvs9qeuNN24JN6U8oWCaaO1DZl4801MyqmVZH0NVMSnarzONqe8osZiRFgCcG+3p6UoWlIyUVjI8yqTlLxCQI6LxhTl1bgCsoODPWWeHJgkLwf0OxrKHoey0fGqHk6DASDqFeKwIKULNgwa4DhXB5LaVwEM5stzhkfpyEkQkBBwEipwKP9/eTCsgMTKrjm0BFkrUWjFZTve0EdkSWMlCRr4k0wjqvtBug6Bj0EPsXpRJMj4E3+drJGMZ4pTECaEpYlLYtdKqBrSxltbwM++husYCngs29GH9sH+uhyPTTgEUT2L92/D1F3qXvgecGYAEIjLYHtSLpt2DBzkDE70VRXSk6tVJANFzfsCUTWQ9qCvC2od+VZO9iP4wegtYTgvPFxiq6LCgeTykKzdqCfw/k8ThQQSsmcRoPnHRmh4ibjFNGnc9cto+0Z7prarlM5sqAbcUYK9BQwHWKPxCKoGPVEOSNLIKPLKvzbCXTVJoFZ0KfW9pS1Q4dr2MC2BDlbcO/SRewrlejyPETI7Hn1Oi/dvYdGw2XS1Xiuj/IC1yEtQd6CWleeHd3dcbfQF4K+lktXo0XL18Esng7qs8I4omxpNs/oYzifw9YaT0pmN5ssqVRphILpWNDKW2zo6cEOyxZAS0rOHhvHqbdohm4mAj9qW/xfqtHH13ZDCgzLmuVxBnRD07NKqzsIitlRNJGSZC6k6XluoJNqf3I9GrIV4Rq7vAWi6PCTZYvZX+yi6AWWoGbbLJmY4CXbdtGse9RaGt/zg8heBEJgW3C4qxjXqIQgpxSFlosXz2IGlAkrEICcJagXc2zs78VSkcgLlleqEP4mdAU7u0vULCseXXalpNf16J1s0PR0PFhlDsEaKt8Z9BPQ9ql5bFjqjKbHwpQO8JKajDgE0t+l8WwSSBhVBjwxTE2mmKyJN7U9JVgxW4LJlSCytyg7oMo57lq2mD1dgSWAIPhaPjbBi57dRaPhUw9nB3U4wCOlQFkyXYWIZqIN0yyiyZygS+kI2FMq0QqHlj0pmNVoUGh50dgRjtRU8w4Tth0HmgASTc718YxFsloRDjqlgT9+QPe7antYaoe4I4khDGsTlhtt5EnaZBDengzQT1LbU+RkiIwGeGxHYOctuh0QpRx3LTmVHaVybAkmHZvlY+Ncs2031aZPqxWYXq01SOhzW0lDtKYuJVXHRqLjNXbC9M/hxJFOhb6QVyqYKjasVGrhJtFIpWBCSISvw3H1kNWiA/ApKHSKZW0OdaqA7rjabqLRyf1kVDBVTGgBsvFLJDlpqWoHvZ246UGPM4lQK2Uwf+84klzBpjsnsEo2dy1ZxLZSmS430MiabXP2sVHO3XuE8TDC932N9BVzanV8gsWrjq84UChSzTs4UkfrI1N6qYC6JTm1UsP2Vay4HoKWEIGwEAwAlZVPyfPxw3bavuKwnWM452CHEVMCeML0TqDr7HWDx1kfHmt6Shgwrkc8NWOO7PXgbzSRhVGPKSihHpmV69hCZUGP26g6mSJDCjuAnvJwOlnUKC2wHImTkzhFi+68JF+0+K9TF7K7q4tCGIQ1bYuLDh2lPFaj7ipanqLYdJlTCxZyFHwfH8GTMwZwHBkvDIl28WgNPuArzbmHh7ng2AhuuPzL0Zohx6FmW1ghXZ4lmNdoUHKTdQKWhid7elCODJZeh64l28aEZb+rX8+Am8Iiq+lpi0MHIYmSIF2WuXcmBVqKxORPvOa9HfQ08FnQMcsIpUDIQAhsW5BzLJy8RSknkUWbny2YT9WykFrjCUGX57H02BjVlgKlaNiSTYN9jOVy7Ct18eNF8znaV6JkaywnWBwC4dpCNKLl8cI1O3jh1n3xaKAgcB1r+nrADncAWQJLCJaOVwmX09Hl+2wodbGpt0zJ0ljhs5iuIgN6iku/L7+u01iYVsjEIBGTKLshOBmk7bRpz5ocE7QMuDpbVHTHkI70l7ZvgmBdO3aw29XWEqUkZU9xrJRne7nMirExfMtCScmsyQbaV9RqPrmixW9PmcMTc2bSkhItBWWhsWwLEcxwoFQwiOTpYG9BseFi6WDZV04H8cEDff1sKZfpQSPCwFDKIODLewpHaw7l89wzZwbFnCCXs0IBCzdnhIv100PbnSxp6lY7T9v4aTyl08/Hd6JLkaWLfurwYhwHhH2ZSEAMRbTb4M88kK20s4lvo5uOzcw0MqJTSIFlabQtULYMgkNP0jKifE0QnU8Mtbj7M3s494o+rnnNbBpKkBfh+IIlEDKgW/kKdBD1qnBZ+N3LF3De/iF6G02q0mJNV5lt5S7KaGMXUSAgjy+cRRMJWvPIzH78Qo6SDU5OYtvBziPCPXrJ/rN2VUk3vR1k3YF56Ud1+m+mCAP2EPhAGBMViyxQZPzT1sNOOByrfIqcziY+KSTdzim0Pa0AbYyINzpIgbBA2JKC9Jhbb+CJIMiTGqqOzdDhJpURj2ceHef8a/spli20AumAlRPk8oEACRFaAB98paDlM+zY3L1gFsL1cVXgw3stjW0H+wlBo5XG0oKJvMM9y+ailMZRmm4ZWBcnJ8IVyKGwCUHUU2preUfQO2t7moXTaHv66URPRWSFRLJ4NQI+WiofPGjUoaONIZ3kVnesOOWxOhKban2mvGwlaeshwsCq5VicNjrC/MokTccKNzfBGrtIsSjo6rEYP+aybU2Fi18yQKOmaNR8hg80mRhxmRj2qIy61MZ9GjWPVkPheYEgCwJByeclhW6L7n6bgTkOg3Pz9M/OkSsHwYNqagqejoegLUti5QSWLYPFpzLclBEy32xXRxPfpr0nYeKznNKZqzHwkYkPzL6O6Yq6QzpbgGEB0o4gQ7oRPkQFdepnHk/b4yLaNSDIq4KVPq7Lyn1HEWhySpHXmnvLvezIFyhUW8HuF0uw6bFx6jWPg9sbjB5pMj7cpFpp0Gq4eCoYWg42ispwqXig5coPZvO0Fti2Rb6Qo7u3wMCcAnMWF1h0ZpH5y4v0DNrB5lgvyJqcDSDiblq80uiETHym9UaeqS1mln9Z7mlMaII9hKYVEgZ+8b6rmOcdLQDxY1NF8Sdh4qcEPckbyxTByFx/rUGh5XK4VKQlJRt7y6xyunBHW+xYU8USmpkzJIf3tti+YYRGo06pu8is2TM58+wzmT9/PgtOWcCMGTMYGBiku7tMPl8AwPU8KpUJRoaHOXb0GHv37mH3rj3s27uPbRuOsOkpRancxcz5ZRaf28WZl3Sz8IwiliNQnsIXEmkphJDBLpzQ9JoHOf3eTXwb/9pBJyWMIhycigayEyHQmYUYdrbL0qk/G/1IfesU0B1XWhPi23MH2mJ5PmPFPD9+/mnUBRw91mT7M5McWDPEoR2TjI1qrrpE8PJrFe/4+xbXXH0xL7vx5Zx19tksXryYGTNmkM/n22qdLtVqNQ4ePMjG9Rt45OGHefjhh3l281b2bBti3UM9LD6nzPNf1MeyFV1oDa0G2DmNpUR8doDWaSFoN/GduPTctD0rPpEURE8nG1iTrqaxIQ0T52gnZbu2t4EeXlPZ6k9e29syQEKo1mALhic16x4c4ZlHxzm8p0qtWqV/Rg84Rc5e6vGaF2n+9lN1lp12Fm9561sBcF0Xz/Oo1Wod6p86WZbFkiVLWL58OTfd/Eomxsd55JFH+P73vse999zL0w/tZ+eGKmde3MOVNw8w+9QCbssPeixaoJUIJrgiL2OuQD1pbT+Oic88H18TZrUR8CK2DrHDinQ3/Nip0jtou5kjKz/TE55QOB3oplRCIL2WDXd/eT/PPjWBnfeZM2+Qm175ZlasXMGb3vRXnL3MpzhLcNXFBX5138MopZBSorXGsoIgzvf9VNduuuT7Pr7vBwIoBLl8nhte/GJuePGLWb9uPV/9ypf5wfd+wBP3HmTvpjpX3NLPyut60S2N8oM1ClawyiXmt7mTd1o3aViHE9L2Nr6RjAOEii60iDfJBo+KRLlS5cUjgSm4k1qMrl/Sf9SpLO0zWhEx041+RWYp3TxNMItn2TA416HRqnL1tVfw0G9/wz989H+yc9ce8Ie58GwBLXjhZTm2b9/JFz73WXbv3s3Q0BAjwyMAlMtlSqUSjuMkY+7H+UTt9jyParVKtVrl3Oedy5e+/GXu+smPeMGVF3Bw/xHu/uphfvbVozTqHr7yaTXDFcPGFHG8GDPDw1i1UpZXJ3wKGRQFmRjPp4eFDT4bU9/Z500rpFM0BMlOVW4Q0DFDXHc75Cen7SlRyVif4Ov85UWEENTrdQYGB1n1xON88AOf4Mbreli6CPwJuGylYO6sPB/5yMf4zGe+RKlcRgrB/Pkzue66a7n8iitYvHgJM2bOwAunmU82Re7ksssv56c/+zmf/MQn+MLnPs8Tv3AZH3Z56Z/NpLvPxm1qtJbYhMfICB0Hie3syIwbZI3Bcfg2fZcyjAWE6RAiYQhNhCF21rvf94YP+VRlw9sRbB7UxqbCWOoMTc8OehwX9BNpQFC+Cg+FcF2F8hRbVtWo1ybRaP7mrz9AbbLBlz5gM3821OswayY8ukay52Ce5YtcinaNvvIk27cd5L5fP8SP77qLb3z965x9ztmcddZZtFotnmtqNptIKbnu+us548wzeeCBe9m3bYJjexRLziti54L2ynhUC6IDHEwgUnyawsSj25+OTXzmefNScoKoSEgwzhEMts8Hp4r1FVZgy7KyzYLaym8zUSaFujPxnIC2p68kbkEFu4Lcpk//3Bwz5hYYOlDhL9/7QZxcgc//TY5Lz9dUJoLcrSZ84t2K4TG46DwJSH7xsOB9n3ao1QW1Wo1cLoeUU8x5nUQSQuB5HpVKhZffeCODg4P8yev+iG1rR/n5vwpe/o6ZOPmAiw5gE8xvpILC6bS9I+iRq0zzDDoolxAxfyNLYM4RBPfC4WJzLqBD2THwGUoSf5mQYd7OFBL9atf2VFODDW7xYQ5KK5yC4On7Rjl60GW8Irl4RTcff7fmBRcoKhNJXa0WLJgFSxfBQ6sEX7tLcvcDTZRqccnF5/PCG27gD1/4QpYuX0a1Ws0S8ZzT+Pg4l11+Of/+rW/yx7feyuZVY/TcaXP9bf14zbA/LiS2CE7pgnQn7PiucRpt7+gSgr9CJ10BI9oIhCEVyCcI2qaOG7KSFG2AniY+G3hkmnDcwRCTdB1vBs0XBPd+6wj3fOsoy5dIPvVXmltfpsGGiaH0OY3RAtMNWwQ3v1syWW9y/oolfOgjH+aqq68mn8/jui71er2Nvt8lCSEYn5jgyquu4tOf/Rx/9pa3sPq+cWae4rDiujJuyw/PE5RgG1vXjWaflImfCvQwgwj/RkO/8eOaJCboIIKajusBwpydovgoONQRwGnHEccIqTHnKHaIfmrjOvHhBhFTfvLlA/zqP49QKFv88StgxZlw1z2C17xdcst7LWp1sIJJOiwZDEv0lDRLFgBa0d1d5trrrkMIwdjYGJOTkyfcCziZD1ozMTHBq1/7Gt7+zndQnRzjkR+Nc3hXE6UVbtPH84O9hKmt5Rnraq7gTfMsYlXa3kY8TjIYyqt1bFGzucxr5l0ZU2aCngU+Aj1tWNpBQx3aPwAAIABJREFU16mrHRqRISLKozV2Dg7tnuSB7x4NZtuU4h++CFffJnnzhyV3/0YwXoFcLgC9mIdmC1wPFi2Au77gc/GKIr/81aO8553v/L35/umS1prJyUne/3cf4LIrLuHowTEe/dF4spG0Fe4oVhqtzL3V0yuKNjGJ7qaAMWy2oVgajF7HVKBrMPJY737f7R/yqcqatzNeMWoep2oeaIRBUqeALv7bZuKN3zqdQxNoiPICc17stiiUJMWSRc9AsEDD0hrPh79+o+Ly88GxYfMueNVfWvzmKcGl52kWnAbXnqd58MkufnHPKhYunMPFl1xCo9E4aWBPJvm+T6lU4owzz+RHP/oBQ/s9+mY7zFrooBThEbPhrHFb7kS5zN/GnQy/MswzfxuRf/gzdJHJGcJSRCeHCvoK52HLsrLe9b7bP+RTkw1/R9z187VxCqjhClLmSncgK0NU50ZkCNfBmUG+r5C2YMl5JZatLLPkvCKnP7+LZkOxd1ODQkHwl7dr5s6DYyOC1/4VrN00yc79gnsftenPCy67THPZ8+D799g88MBDXHPNVSxctIhms3nCo4LPJTWbTZYuW8bo6AgPPfAQzfEcS1bmg3UJ0aFV0VlDkJ6SPw6/puKvmctsWdwFFCI+RlaG7xVIjpEV9BbOw5LdKrUsPDY1GVnttOHANFmmG+lo4pOnkwYaZiveMCI0rUmFcnW4ukcwe1EOpKCvBxbN0wwNC171bo/tey1e8fKrOPes+WzdOcHtf9vgpjdb5Bz4p/c7HBuq8d53vYfx8XHskxgNfK6fyclJ3v4Xf8Hy0xdzYGeVTY9MgtR44ZkF0cES5iHVU5t408ibvMr49ih20oaYxNcSF2CKUjbekGa3wfRRmAFPhiQ9VSNiarSBsxH0pBqiUzkjc2XZAisnsR2JlJIZ83PkShanzNYM9MGb/s7n8XWa//iPf+L7d93FT3/xc/7ta1/iwpVL+fF9I1xzG4xX4NaXdfPbR57iP7/5TbrL5YwABxNAxa4uenp66O/vp6+/n56eHorFYjyfcDKp0Wgwd+5c3vzWt9BsVdn8SJ3xYy6er3BbwTCx7+nwiN3E15sBXYozhmKleBVd0xmlgthVt8Gus9cMPrzrfbd9yNdVWfd3GufJpT/JaeBkBCKpJG3V231VR/9nypxI/o2ESymN7QjWPzbJDRe5rN8q+MK3xvn85z7Cn9x2O6Ojo+RyeS688EJe8cpXkrMVjz32GPc95qPJ4XqS3bt2cdPNr6RYLOJ5HsVikXJ3N9VKhS1bNrPq8Sd45OHfsnr1anbv3kOj2aC3t5f+/n4gmGE80eR5HqefcQb33vsL9u0YpmfAYe4yJ1hQIo0JIk1q/D5S/MSUZ/mlMyxu52806hf5fghH/iL/L5OTzi0p6CsGMUAyF3C8KL6jtpt0ZCDWnWDv0BBj6lRIgdTBGj3lSHJaMz7cwqt6rNsqeWxNlTfc9mr+/O1vZ2xsDK01rusyPDxMLp/nf37sY1x2+eV84G//jmee3casmQPs3LmTj/79P/DxT32SgYEBNmzYwHe/cwcP3H8/u3bupVqZpNUK5gmcnE1PTxeLlyzimuuu5TW33srZZ5/NxMQEnucdN45otVrMmjWLP7n9dt7/P/6OrU+WWH5Rnq6yjWgGfPSt5KUWJmBCJsC1rerpALrJ25Tg6EAchLEcrF15E4TFjpFfuS11xB5p3IvrB8eq+SpYMuWr5EwcX2u0DiP2yHx1IGwq6U0/aXzTye/ILHquotX0kZbm0f8a4d5/P4YvNf29Ze69/x5mzZrN5ORkChCtg5W9fX19HD16lL//8Ie58zvBuxEsy+IX997LY48+yuc+81kO7D9GV7HE3FO6mDXPoXfAAg3joz5HD7oc2jfJZL3GglNm8tY//3Pe8a53opWaMpiMGGvbNj29vdSqVa6+4kr27DzAtX/Uz/ILCwgkuaIkX5LkcuHBzn5wwIQIz/WPx+vD+YRkCZrJxs5Klbw9JPPiCEtgWxJbBquZLVuQsyWn9t1O3p7j2u3FJtqeMvbT+fUOsB/PbHV8PpQCIcCyBI1Jn2ceraI05GxBozXJ8NAIM2fOSjHeBGJkZIRydzf/9M//zGVXXMEd//ltFi5ayBc+91nuuuu/KOa7ufKFC7jyhjLLz8nR029hhwPingcToz7bNjb5zc9rrH50gg9/8CNs2vQMX/jiF3FyOdzMhJLWmnw+T6lcYvjYEPffdx+bN2/GcXLYOcHT9zTY9GgTNNg5QbEs6ZlhMfMUm7lLHGac4uDkBW4rBM+OTLZOfIZo55XZ9HgVMMG8vzEiTGQBogAwcbvBl3hFkOmQExPfDrwJVAZWjg96NocR5Rr3NBo7Lzi6pcnOdTVOPaeI78POTUdYs3o1K1auaLMAcXOFoFGv02o2ee1rX8sf//Ef8/a3vY0f/uAnzJo9g1vfNsDVLylh2YJGXeO5mniPqYByr8Wl15e46OouHvhpkTu/kuPO73yfYrHIF/75n4OYIIyNBNDX18e+ffv4wuc/z89+ejfbtu5gfHyS7lIP+UKO2rhPbSwo3vM0Xkvje2A50NNvMWeJw1mXFVh+YYFcQeI3wXYEWgqkFZyUlswldbCuJp4x8NGUr7EQJPVmlkR57ZQ2x8CaZjvdfYuj1ymBb9fK9pSWYDOnCm/4LUX/bIcb3jST5RcWefIX42xdB6tXP83r3/iGacoOUnR69ne+/W2+9e/fZHDGAG99/wwuua5EZcyP5x6yzfCUpupqpIQXvbqH3gGLf/kHxbe/9W2uvuYabr7lFsbHxwHo7evjJz/+MR/+4AfZ+uxuCvkSpywucem1A5yyNMfMOTblXgvbDmBpNhXjwz6H97vserbF7mdbbFlVZ9f6JqeeU+eqW8vMWujQagqcXBAcSHRwkqrpDjBAJ5p8SuxAELxH0XR2VXDI//C/ZDawg4lPuiMQdUdSUnRSJp6kPOP55GfwLTJYSkOhbPGCl/czWXUZnOdQKOTZuGEj4+MTSClRxvnB2SSEoDZZ49+//nW8ls2LXtXHJdeVGB8JDsQ+3riQ78PYsM8l15XYsamX73y5wje+9jVuvuUW+vr7sS2LO++4k7e99a24LZsVF87jD2/p5pznF+kbtJAWwfS2ipsWHzotJTQbmkN7XR6/v8aDP62wbXWTkcMeL3t7L3OWOLit4M0fth1YggybUvyO3lqCTgaaUhyOtb9dRe0EcsPETwN65Ec6EtKmkVkTnyKL7E0dNkZAPHzabASHMMxamKOnv8junbvZu2cPS5ctjYd5hRBYloVt21i2jZSSQj7Phg0b2Lh+E3MXdHPFDSVq1eQgrGmMh9EemKwqrnhxmQfv7mHzM8/y3TvvJJ/LU61W+eynP43vOlx/4wxuf+8gpbJgsqaZrE4tmFESAuYtcrj1bQNcen2Jr35siB0bmjz4nSovf3cP+UJwfF389jMpUj2DmLs6DBGiJerENiHGMHYHcR4dX7fN4pKuoOkWwmzGCFLKJSRwpoBs57CeEvSUKYl8Wbhz2LIELoLeGTYDs3Ns33iMZ57ZyPNWnIfjONi2TaPRYHR0lKFjx4J1gSMjNBoNVj+9mmbDY/k5JQZn2ritE0A9k9yWZnCmzdyFeXZuavCud/wFlUqFnOPQXR7gjPN6ecNfDiItqIyp9LTvNEnrwAo06z6nLMnxtg/P5BPvPMzB7S77NrdYdn4e31NY0avqwoUl7bw1bK2OFqXq2O3ruBuYxAKmdU7WA6S6daYjoP16bAEyhEyr6Zlr0be058CU4bhbY0G+JJlxisOW1YoN69Zx4ytewQP3389Tq57kmY0b2b17N8eOHWNiYoJmo0HLc3Fsh/7e2Ti55P2BHTzTcZMUYNvg+T6LFi3i9DNOZ/++/WxYt4MlZ+QodUvGhv2kjpNM1XHFwiU5lp6d55Ff1pg4FsQogmDmU7bxNu1i4/DAPKkktSM40Kr00F0cA2RMfAQwUamGtmeGhmNC2ho9VXQP7aCnJSAhU8fLqYTQWJZgwel5unt7uOeX9/Dww4+wYf16JiZr2Ah6e3oYnDGD+fPnMzA4yMBAP67n8dD9D3PskEetqsgXBP5Jrg2VFtSqiqHDLlp5fPIzn+b6P/gDvvG1r/PWN72d/Tu7adQVdg4894QNQNJkDV1lydEDLnu2tSgUBYUy+J7GsgimkZUkOs8tzVKDr1GPEYhXAEXvNooxTLa0RddSLiDjjQ0B6jSWbErlCWh7ts8e3dFtV2LpjAQuVxCMHHXZ80yDQtFhaGiIvXv3smz5Mi648EJWrjyf5actZ978+fT29gbDveUy4xPj/OG117N7x0E2PFnnyhvKjI/6xw0ATZK7uy1WPVhl/64ay05fyNnnnEOtVuPiSy9h4aI5bHx6nDu+lOPWd/STL0C9ppgmNk0l2xEB+Add/vUfhzm812POqRYzT7XwWgqraIVmfxrgIRn1C7d9aaGj94aRAN8JQ7CTCYeoSB0P/6YdQAKIaSEyeLcRZwKf1XbaSNLxETTKDzZx5oqC3c+0+Om/HOPo7haFsqTRaPCev3wvb33b2+gulxFC4LouruvGmzxGR0fp6+/nxlfcyMc/+kl+8h/jnH5ensFZNrWKOq4QaA2lbsnhfS4/+eY49UaVG28KFoOOjIywZOlS/sf73sdfvfe93H2H4MAelxe+qpvTzs1T6gkmWX0/2KIeNTI6w8CywFcwcsTjwZ9WuOf7FY7s9ejul6y8IUehK6XOJBMkU7jP0N9HLkDEu4FN5TUaHHf1jQMiklmmtKPstNonKiQbB5yIie9wNWlcSHDwPoFgcejOdZN89xOHmRj2mbcsh50XbFvXwrJsZgwOcuTIkSkghGqlwp++6U388he/YP2aZ/nShyze/P4BFizJMVkNXkzVKUWauW9Hi69+dJidzw5xwUXn8YY//VMqlQoA42Nj3Pb62wH4+Mc+xiO/PsCGVT0sPr2LZefkOWWJw+Asm1KPxLKCro3b1EyM+RzZ77FrS5PtzzQ5esDHsgSzT7VYeYPD3GUWSgfH6Mk4+Aui+JiJKeOZePzYAoSjgalYILar6VOCMkfEGABl/H1iltMuoaNEZiGeQtvTWUJ7owPwhQVD+5vc9bmjTAz7nHJmnute38PONQ22r3N4/PHHqFQqCCGmHBBqtVr0Dwzw+X/6Im+4/TbWrjrI/3qPy4te28tFVxfpn2EjZbLdUYqg3z56zOf+H1e453sT7N09zOKl8/n8P32Rvr6+VJ0TExPc/obXc9ElF/ONr32N++79FVvWH2LtUz6OtCl0ORQKwZE1juMAgnpN4YaLlAolwZzFFgvOkixZaVPqkwgEufAQChm+Ci+eHOoAfMw9reNegjAWgAZYZWIB4yO2Dt3tttQRe7geTQapYDFjOBnkqXAxg/HKlPg1cvr4oE8lJFm7gU5eFO15CsuG73/qCGvuqzD/tDwvenMvuSIc2tninq+N0tfXx49++hMGBgamnbLVWtPb18uzm7fwN3/91zz8m8eQosDCJd0sP6fA/MUO5Z5g/r864bN/p8u2jQ327aqgVIMrrn4Bn/jUpzjttNMYHx/vOPxcLBbJ5/Ps3buX1U8/zZrVq9m5cyfHjh6jMlFBKc342Bi+r+jqEZT6oXuGYHCBZHCBRalXIoQIj8yTOPngYzsCKzxZVYiplSqeCpbJW8SjKWDbCgaTgn8ltiXJ2ZLFA6nJoGjUL5GMSNsTII2IoMNwcSfCUhd1B9CjoiLLEp7wKS04uL3B1qcmKfVavOCVZcoDktEjLkf3eDiOzdGjR9m+dStXXHXVtAIghGB8bJxly5fz7Tvv5Lt33MEd37mDLZu2sv3ZIQQyXjwaHE+v6O7Os+KCM3jtra/lNa+7lXwuPyX4APV6nXq9zuDgIC+/8UZe8cqbaDVb8fWuri7e88538bOf3MOSC3pYfqnEksHxeJYVfJyCCM4fcgSOE8QJQhAe5JfWmk7BXMxDorMBzOsijuuyFiCJAVImntRD8V8jYOwUmXYCHaP89lvtbsf3FU5OsHdLg+qYz9KVReafnmPX+jpP/6LOwZ2TCNvHdVusXbeOa6+/fto5gShVKhVs2+aNb34Tr7zlFtauWcvaNWvYtWtnvP+vVCqzZMlizlu5kpUrV9Lb20ulUjmuq4lSq9WKt59Fa/JKpRKDg4OcdfZZ/PiHdzM5HmipEIFGOkVJLi9xcsHJqTI811haxGcQxYM7bTWGiiUAbc4XpKfJEyyjSaJkjCewADotMSboseRojGxGmc9B27ONiIQuXo2sNGNHXJQPs0+12fZ0nQf/s8ro6BjLT1/MolMX8ev7fs26tetOeMWOEALf9xkbHcOyLC674nKuvvaa4C2m4UskbCvw167r0ajXGRsbi/OebIpXUylFo9Fg8ZIlWLZkshKUlysInIIkXzDMvZ0MfMWLQ8KAzuRXmr+ZxSPxVnDCh9LTwekTQnSnM4KyP3Ub8MnaszRRxCVktb0z6NlroEM3EMzNOwXB4V0uWx5vMDY+yotf+kI+9dnPsG/fPh68/wGe3bKFY8eOUSqVTmr3r+d5VMNoHhKAT8SSPJfUcl3mz19AqdxFvaLwvaCnkXwItT895CtSO4s7KFpyi8gUBHmiEQDTtRu9COMT7pxQ2etp2OMKTNgNlxALnOFQDEFJSE7GEUxiYtejwqe0pqs76D4d2+sxMjTOS172Yv73N77O4OAgc2bPZsHChezbt4+dO3ee9JEw2dS+6vn3mzzXZeasmXT3lGnWfbymwHKCgzAsOzL5Oon443V9EX/T4zQxp7Vp4iFl3jvOxaRjCQCZnuQxpYYE4DS0U4CuE+uQJSo1lpABPQ46dDyQ4bU0809zsHOgtEf/QB/v/7v3o5RibGyMGTNncvrppzE6PsbG9etP6hCI/xcf3/cZGBigf6CPVt3Da2njbefJy62EiLQ+UZQ08AboKR4nypU25GlsYkwNTKSRPXkw6w7atD0Legdt10kj0uIV0ZASKUPowG0p5ixxOPPSIhNjk5x19lmcsmgR1TBYy+VynHfeeWhg7dq1wUGQ/x9LlmVRKpXo7++nq9TF0LFjoIMXZrpNnTL3wSSSAXoKg6m03bSo2rhsWoGoiExZBp2pk0LT3r5dElN2QIFOFRVWrtO/47/Jn/Qdw6MgdOz3pAUzTrHxWj59ff1YUob764Jo+9znPY9SvsDmTZsYGx3Fdhz853gKyO8r5fN5il1FtNIMDw+zft061q5Zy9NPPcm6tesYH5skb+fJl0Ri6gmW3Yv4KAlTidK/k186e5kEHfMMgOi6yOCXfDqcE2houimJUU9A63DkzDTxnYnJgt65AeGzUYwiwhE5EU0GCpqNRqqUZrPJ8tNOY968eezZvYc9u3dz5llnUf9/JAClUgnbcdi5fQePP/4Yjz3yKBs3bGTfnn1Uq3Us4VDuKdI/2+H0F1jMWiiDvQIO4erf6UEPrkwNepCSs4Ix1gEk/NZ0mqtM1gROZeLjb50CujQx8d/jaXuG9OT58EUPFggFPYMWxa4CWzZvZujYMXp7e5mcnMR1XWbPns2y5cv51a/u5ZlnnmHFypW/93MApktaa6SU9PT08PRTT/GNr3+dh3/zMEcPD4GSFEsFegYKLDi9i/55MGOhZMYCSbEnGPWzwyAwONxaTKHtkXXueNW4F16JgTfyaY05LRxhG/2XeXOoAbrhEtLafmIBXXwnuqZJVZzImClaIj4v2PdgzjKH2QuL7N6xn4/+/T8AMDAwEG/rOufcc/G0Zt3adf/XAzuArq4uvvylL/Hqm2/hh3f+mHqtycLl/ay8vo/LXl3kitfZXPxKi7Ovspm7zCLfJZFCkiuI+J0GQXdfp61AzDcTfINPMbDtht3w1xnFbbcqkHljSCwKKdU2Gp4m0aCh3VoYIawJewZ0I96IygiXgwkJXd2Si17eRbncww+/9yNeffPN3PXDHzI2OoolJZddfjlFJ8emjRupVKv/7ecBmKmrVGLVqif5X//4cWwrx2nnD3DRTQ4X3yI55zqLBWdYdA9a5AoWthOM9uW7LPJFiW2M+okwGDzZgC5BzXTROpUrY3Jj624iZZtVmcAnBBklpLT3uZj4rDUzr+nQ6Qf9YcuCZh2WXVDg2tsUj/5Q8uRj63nqib9g/ilzWbzkVBwnx+DgIHv27mH/vn0sOnURzUbzuOAl1WsKhQKlconKRIVWq3XCo345x+GpVU/QqPssPMNhxQ1g54LXydhWArLthBMzdjC+nx7qJTptPrW9K8Wnju40/JZlMQHf450E2rTkqZbH3zL7AiJpM6xBBHxs4qPnDJOTKjrrtzpUnnqkvRVCgLDAzgVCcPolBQbmSzb91mb/sx5jw+M88ptVCC3o6SsxMT7Bs5s3c9rpp5+UAOTzeTZv2sSvf/1rXvdHf0R/f/8JHyWnCY5bQwtyBQKTLkSw/asQCYBE2sGBDMIytn5Jc7AnGfR5bqBHzjNK4fAxkD45IPELiSWIdwa1m4YY5NgKZMxLxlqkqcpCOz3oWRGJ4gBpCeycwG0KBuY4XHqzRWXEZ/RQnomhLtyW5sAWn9ENPuvWrePGm24yhPf4qdhV5D+/+U2+/h//wZ7du/nCF7+I67rT7jeIku95LFy0iFzeojIM2ge7EGzosHMimN2LzLwJuIgmisLGixTLslxr41/wK9PGWF9DdEQG+LgHlylPt8UAEeiRtqeJMQO6lBc3/FPK+6R6Fim7kTJP6ZYETAne9glOTuDkQ20SgnKvxbzlDssuzHHm5TlOOdvCkjk2btjAZL1+UhM3zWaLl990E3NmzORHP7yLO79zB319fSckRI1Gg3POPZdZc2Ywethj4ig4hegl1yLYiBlO8AQmP/zEbxrRxmKdDP+jbyl+G8qXBsVEwgA4zfs0zslvmS7MJCYB3RSGhMypCDAqzzQpBj0FvBldJ8QIqVMvmMwVRBBEdQVvF7NtC6Elg/NsSj15du7YxeGDB8OVNyeWJms1rrnmGt781rfgui6f/uQneeaZZyh3OFAim1qtFgsXLeLiSy+lMl5l/2bi0T0hdNsQr4xB1228boO/QwBNludT+XZDYIwMyS9DrwXh28N15tE4DjBigdS1NgLaJS5pTHS7XdunDDLDn8Eu4eDdgpYTmNdcXpAvSPJdwTRq/zyLnkGHo0eHefbZreRyuZPqyo2Nj/Fnb3sb11x7LXv27eUjH/oQruti2/Zx8yvf56ZX3kSuy+LAs4qxwwHwOtoOFpvksFVTaHsK9E7anuFhJ9A7j9jqBPQ2UQteJy3TjO8Aegw8pIk2xKlTxSmCp9J2g6Dw+YhBsc+UgfZY0atmcyLwtflAIMq9koF5kmbdZcOG9dh2+vDT4yXP9bBtmw///UdYeMpCHrj/AT7zqU/T09NzXHdSrVa57PLLufiSixg5WmXn0wpEcBRMtIxOB0etddb2KU18ZwubBT1t4k1+GvBkhIHMszJ9KWPOY4kFE8TEAmSIjunK+qqptD15Pt0MHV+LdwhZ4VYxW+BYSRfLKQhmLrSwLIeNGzbQbDbDKk/cClQqFc446yze/4EPUMgX+N//9m98987v0t/fH+8y7mgBlMK2bW67/TasnM/udYqRQwqtFX74itvoKJjklEBD26cE/XjantLv4CPMX7qNp6nawnaH+pUmIxGYtOZmTT8ZotPXwzINQZlO203QOw2EYHSXgtfPk6yaBWYutCh159m+bQfHjh07aSsghGBsdJRbXnULb3zTG6nX63zkQx/iN7/5DQMDA9PGAxMTE1x7/fVcfOlFDB2u8uyjCo3G9YKTz5UKBGVqbU9YPJ22mybe5CWExca7kNtpTXjbflumgc+ai6zEZeQxJRDxxc4mPiI0BbohrRnQNRHB2mBMkJJDEEEpQd9sSd+MHIcPHWHH9u3kcrmOYE2XlFJUKhX++m/+hpe89CUcPXqU97zzXaxZs5qBwYGUxcjmsx2H21//hsAKrNUM7VdoFb5AwtMBOGoaE38C2m5kMFlt8DODm6ntqYJN8evwxpA20DpobjszOmt7CvQO2p60birXY7IrsUJAauVMsUfQP9distpkw4YNz+lcQAgie601n/rMZ7jmmmvYvXs3b37jn/LgAw8yY+bM+EyCbL6JiXGuve5aLr70IkaGqmx7IlBHzw2W2Qd5VFq/pgX9ONoe191B26O8HUDPPq8xxwFiTYtwMSXVBDARlBMN6EyR6KztBugGY9LAp2VXCB13uWwHZpwiEcJi4/oNz3ldQPSGklKpxL985ctcc8017Nmzlz9781v46pe/Qrlcpru7u53pSuM4Drfd/nosx2fvBs3w4eDo+yAgBO1jaLoJvMH7E9b2VO1pi0l2WDkRHLLXtU4Oi9bo9CtG42cSYhPpMiUwqTwrmYnvMUE0CTYFz7A45nUjT8ys6LcM19ERCEBXKcfWrVsZGRnBsqyTtgKRRlerVUrlMl/5t3/l5ltuYWxslI988IP86RvewIb16+nr76cc7kmM8k1MTHD11Vez8oIVDB+tsXtNEPb5rWCpu6+TAyI7gW5a2kSJptL2jPKFn/CV2Qkn42yZskOJEGist/2Pmz/k66qsuTuCM3vDY+GUwZT48EjSUphIVVpuYwFKSan5gM7kSudpu6szZcQCGbxhxPcCa7B7nWL42DjXXHs18+bPP6lDHs0khKDVapHP53nJy15Gd7nMhg0beHrtWu75+c/Yvm073d09zJ03l76+vsDlKEWpu4zretx37y8RfpFTzg5eUyutcD7AOCwy07hUmzqZ9gS49utRdzXaiyBIDoaOdghFb0+V4dFx/V3hYdF/HgrApLs97rdGkatSxmnhoSZGm12zAZGeDvSY8Cy004Ae3243eWkjEQiAlYMDW3wO7Jrg3Oedzcrzz4+7hM8lRa+I8T2PK668ksuvvJJapcL27dt54qmn+OXPfsZvf/Nbdu/aRaP/Iy+rAAAQHUlEQVReJ5fPUywWWbZsGffe+0uOHphg9lKLvlnBqqbo7GMh0yuAYDrQO/HV4EP0N9w8krwziPiE8OiwaikFlghmJC1L0td1HpYsqY4HRJi/zYoCQsOJEmEIwclqu06JQPpuR9DDcs3L4bBqNMHi5GBwgUSvEmzYsD4W3N81+b7P0NAQy087jX/+8r+w6vEn+OEPfsAjDz/Mk0+u4tEnHqeYyzFr9iwWzF/A0mXLglFEJRjepznlTA1hd1CGQmseGXuy2t52OXowtizm7t/IbYopyzIOikyzPRYBbRQUFRz79QzBKeo6RbhTNGMKEx9rewfC4xR3B4NlV8Vini1bnmVifPy4J4mdaBJCMBmuSL7g+c/nkhe8gH1797LqiSdY9fjjbNq0iX3797F69Woeefxx+nt66Cr2UhsNBoOE0Jm3hnSu54S0veOXZDmpxtgplHlPcDKekih4xxETA+r4kwraEnIzmaY28Z3uTmviO1AEpOIOQTTxAsqH/jmC7r4c+/buY/++fSxbvvz3/sKIWvjyqYGBAV55883xuYGHDh1i7969DA8N8dSqVdz9k3vwmgV8T8cCGluBZMnG7wB6+1Px1sDM9q94EoooXki2j9umDEXGQ6CNR7ThCTLWYioTn9L2TOum0fb2rkoqS3stwmi4gvKAoHeWxc6NY2zevJkzzz77v22hqLkRVErJwoULWbZsGTNnzuSrlsX37/gxShUCaxkG0SLVQesE/DQmvu0p45cJuIm9sU0sWGwlDCyDf2S78Set7TpDlmEYUl03EvuW7roZdLYNfkTP65RmxzWGeczxhBR9UTvDHTa5AgzMl/iuZuOGDc9pU+dzSSo8SLpSqTA6NsruXbsAQa6oU1F/qrvZhrLhaGMeZ9ttKmWCT3xfhEqRCTLj3n10PT5rQOlkX4CxpzzamBp/4jumS4gISTcjfaFzODettk9p6qbQGBk2LDwgYeZCQa6QZ/OmzdRqtd9bHHAiSQhBq9li7Zq15Jwc3TOI1zkGLcgu0ToZbdfZC21PRT2BmB4yWCKi/+NHUm8PF9nCQikUmNpOInlZ65CiM0upaU3SD09p4o18HfMYDZVC4ykYmC8o9+TYs3sPhw4cYP6CBcftDjqOg+M4yHDwyPe8oAsYvVH8BJLWmoGBAX77m9+y5uk19PQXGVyo0EomR8TGe/8M+qcUeONbBxIi/kZHy8eZdLTYKBA404YIYQhEmMNGayGQyUoWU+vDZUuxJ4lH4Yz7ht1qpzOr6UnTpgW9A9Oz7iT6IiCwAhK0m8QBB7aPsnXrVhYvWTKlAJTLZaRlcejgQQ4eOMjY2Cj5fJ6BgQFmzZ5N/8AAOceh1WrRbDan3IJuWRa9fX0c2L+fj3/so7hNwanPg745gA6Xfoc0Zhrf3qTo1zSgp5MBUPiJTgiNp9JFAn7wWyIRGq1rtkYPgT1LCktAcFBCIgRRFYnviCsz/FQn4qeU5+eq6Zl8iVMKCIlezpkvwcA8ya5nfDZu2MiLX/KSdF1ah3v4unjs0Uf5wXe/x+qnn2Z4aBS35SGloFAsMDhzgCVLlnDeihWsWLmCpUuXMTBjEMcJjabRmZ+oVPj53Xfz+c9+lp1b9zFjbpkzLg/Ksh2Qdtb0trdjatDb+RXDIUKGZtQ6Ajq18pgEVykdhLABvd/WWq0TwvkDIXII0fw/7V1bbBxXGf7+MzN7sdeb+IZ3cyFpc4FSIhxDRagqepXygIqQeOhDBS+INlUUEBI88xRIIag8pKgVFRISVaK0QuoDVAS1BCEhhMC5J9DcKAlxnJImtZ3Yuztzfh7OfXbWdgJIPDCSvfbM2Tnn/Pfzn//8v41WDUwAhPcCSUAAeT7trlGa5gUT6aXXe4nHIn1ox6Q5TAAYXgskcYLTp05hYWEhSO+ycuVK3LhxA9/fswcHDxzE/K0UtYE+DAwmKFVKkBJo3WZcvXINF89exqFfvoW+WgXNVWPYsHEj1q1fj9HRUVQqZczMzOLy5Us4dfIk3jlzFpwlGF3dj61PphgYharakRiXrBH/3Smfl83tPjw8x4/9IB/xrN3C2kUsTBk5iUiUQVSGRHY8ZsjDhNIjkegrATPKnei5FO0Pcp0bPeNrgTyy7oDbu5l/aS4x72Lj/hTqSNnwakJ/vYSL5y9g+uo0hkaGIYRAf38fDr99GHuffx6nT/4F9fpKfPgBwqqPStRGGKWKmk/aAuZnItyc7sPNK4TZ94Dpq9fx7vkrSLPfwM2YQBCoVMtYOVxDYxNjw7YUtUFSR8BKhDhWcY3qCIEXDn43SDe9WpVPLtQc+R+yewPCqAEBEEkkUR1E5QVw9rsYyN4UVP5aSQw2FugKhIgUtcpQbwTUVTB+Ik8K9NLhS3L78kRjHlDGeCVSDpeBUUJ9OMa1f/wTFy9ewP0fvx/nzp3D9/Z8F68feA1pi9BYO4TND2ZobFY1CgGdmFEAYoXS383NjCyVmJ8F5q4LzF7vw/xNoD0PZCkhLjHK/UBthDHYzFAbVgmgYp31Ky4TREKgmHTVsKK5hLPtBkDYwi0r1Z6CRbaFg8K2LUhlDqKYWkIkUY7HIBBdy9A6FI83njl6fPqnp5Oo0RDiNEjmuF8ohPtVu81AfG5mXZTAz0m9JNLtzHqL+J6Ask2cKjJEWq0Bg02By+dTnDhxAp00xZ7du3Hx3N9Rr6/A+i2ETZ/JUBsiMOu0bPqwphB6zcPacyeAeJgxMAw0wTaHkZQm7NuaW1rn68BVfTRMJX7SbYz91A2F3HyLycLX5wDr1S+F3C7MRhBsqTizEaTuJajGa8Hg4+ONZy/GAMCcHkrE6GNxNIA0mw23EaV7uZmsgK52xWZOSi2wMwpyUqBgQl0bQr0QX8QyubuB3lP1eIbXEmq1Ova/+io+uDmLrCWw5p5B3LtNYtVHJKKIEJkzfCYzp+YWc5zaBnTq4M5Mks1lbIbvn2ISsTL4olillxeRK9vqkj/1QnwRPJAzHnOmHsHWIzScHuDO1AvW+ANlKMcjKEVjYKS/AqD2AhidnxNVv1OJ14l2egyCE0W1ZjtR45OZIGGyWehqn3B8b2wCsiypCUNThz+RwHuZB4B9xoEfil3jECjMkORSrEkmjK5T5/Vm3m+j0l/BvQ8B90xIVGoAIfJOHKmETa7IM9kOmXVEt1Ql3pgVUZi06xYPeeAbxEeejs5X/grEqV3V5+YWwsy1z237ao4PuN382BgAQIgUtfImCKq0Jd9+wxLAeGPH2aNXf/LrSrRx++3oHWSyo8UHwEIhniVBkhKJZubM0AnGvE0OUsiwDiRjsOZVSBc8yCHXPvOSM5IHHs4bmqpfoU8VIyUMNQWqdYk1qwXuexiojyi9LYQ7vxdr0W9O7RoJYsDO2neuJIGJ/nHI96WfWmu7w59GKtnPAACcgwflEO3goIy+QPaH63uhDE6LbBI26CPSRBlFqgxdKR5Af+ljkMjeGG88d9kSgOqyvVuIFduryUZ0smOIuAQWAlIwhFS6xFsIKqRL2Bo/UjMOs6r+Cb30ohzi89YMa2D4yZAdcEJfusW4r07JPSNWiJSSUakRtu+IMDAEZBkja6uYgcic3dMWujqzp7nYYkvbNfaT7NxYSzlDBaS9O9Z3QmY+PnL1bDwDLvwrb9uQTv8OB3FynwJGreizhuTEfaTL7KiikSo3cBwJCNFCvfJpxGIQkuf32P59V+fRqz9+Q6L1+Rvzb6LVmUWWCaRpho5OIG2SSEvJYeiYX03U8xEYp4+VAoDlaFfGzhP9HgHAJwj/mbnpJLXtQxoDLVXZuBiMzgLbEnGCdHiW4XqdmdMsdwyi/Fdz+KtgIyfAZ+5WsTHnzcp+FLaxYyLLCG5tD4d4AURCOLtGJ4ZOTILoOENfeQSNgadAFP9sfOyrXzJdBPEAEp2vC+p/fKD8qf5Mvq1FOyECaStfaf9Ub74AAOmKJqTFowkZI4bamdIiwnJ0bq+aPVCRnnBey3MgCULjwbQlDRxBxh5QRRlExYDQ6WkKyrQqdDtpYtoHct7rN6y9E1w5IjVz66KPkNK71KMdBQEwBd6tNCBrdxixHwnH8T7Xq1KxQBwJDPU9AkHVG5mc+1bQT36z48jVl75CVHrlVucIZhb+BJmVLPcrCaCjXG3cILuq4/C2do1E8AGS0wVdYOyxMsgxe0++srGLku1JmWB+htlNUkYLZH9U4ViCvnv0G0ii7qfdDcMPb3zFpmCXCvDEvyWAiJQUiH0JQBBRCyO1R1EvPwDJrae2NnYcDLsscNocmXr5ZYJ4Zrbze8y1z2giUHn8XR2BkADyasDpTzijzUzcs/JDWevLhByQNDH5gsB/t/2THRr8mEW/nq7vPesiuRw4FkVpIcF2Nepq0Iuguu0dZRg7AnA1AboIQITiP9bIX1mdwFD1cUju/GBr89lv5kdXGBLWltPPlUSjWUsefBIgzLVOI+YEiLXskQAyCUkCknQUMTGE4UB21rsqBZszdXyCCDiwoG3uvntFTowG7/a0eU7qFMhjB2yvt179hogsUP7FwnzR5/avnC2glo4i1P/kRL+pEK6IQCE9ioQyboVC/mD1UUhODxQhX/XZY7/7j1f2JgnV9wPii7fTY5htTSLNGFJGXml5JwXU+QFPDBt1YOfth5H5nBWyxmI8lef43JMeV483FrqrC961+L/hk8W0w1J2A4VtFNdrZWC43xp+zgBUBOCQL0SKOIow2PcQ6uUJMGf7b8gzTz+2+oXCAfQkAHNNTr20jyjZ2c4uYbb1B7TS9yFlDCnJrQR8O4AREACgdHIhMJZAuLpbJJoLvtX9R6+WXT0UPi14X68RLqH4i78ZTCuUTMYGcJzvWf+ed8+knIl0uXkhOqiWxjBUfRjleB0kt/dONHcERl/+WpIAAGBy6kdfJiq/wDw/dLtzErc6f0UnnQOzIgRzgMQWfNAuNH9zqIsEuiRBHkDFASa9r0UQ3/NruTA4+8Ww72Jls0yDr+DWYurNt3GMFAiWfWTsAKE9jxlIZCjFddQrn8BAaRyCytOSF3ZNNHe+tugQsUwCAIDJqX3rCMluovjpVH6AhfQsbqd/Qzu7CZmlWu8rYoCWAtJZgVb8OwMtBCgXEMedINzd6QF4Km4R1mTQ/1BBD8uC0yJteJHxIWcA5rnfLP1Ihb4RSahqqgnK8RD6y5vRn9yHWKwAc+cVifa3P9ncdWUZA14+AZhrcurFbYTSN4jEFyTPlzryPbSzKbTT60izOWTcgpQpmDMwYO2AMBIoVAHFYr7wRuH9pcV8wTPu+WSZY1ji+TLUW6/LuI6t9U+AoAhCJIiojCSqo5x8CJV4DUrRGARVFxjZ68ztH040d/75jvq62+NTk1P7NhDizxHFTwC0hZGOMbcrktvEnELz/3/9Usy9qGkGoGCx0fvf/5nL9z+puM0EgkpMVJonJNMAH2fuHGJ0fjHR3PXuXfXxnzg/Nzn14iZAPEEQnwXRFgKtAajfyc2i5dL/rzu4CMAcwJcY8jhY/pYh35po7rzw7774X7l9JuCALjeJAAAAAElFTkSuQmCC

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7L13nGVHde/7rdrxpM49OUgzkmYUGGWUEJJGICGESBZgsi/BGF/w59oEw33YzwaM/a7D83U2xomHjTHyFSAQQkZIQkJCEhLKOc1oRpO6e7r7pB0qvD9q79OnRzOaniD0EffW51NzzvQ5Z++qWqvWWrXWb60trLX8n/a/b5Mv9gD+T3txm/9iD+Bn1YQQ4oPvesuGSrW2MYrji5O0e4Y1dlAKD88TzTCKfpx0k6vTLLv+b/7xX+6z/5uIRvHzPs/3v+NNZ1SqtUs9L7jQ8/3VYRiOBWEY+L6P5/lCCoG1WKUVWZbmSuW7VJ5vztPsuiRLvv3Ff/7a7S/2HF7I9nPLAO992xsui8Lov/lBsDEII6q1GgODgwwMDlKvN4jjKr7vI4TAaE2SJLQ7bWZndtOcnaHd7qDyDJXn1yfdzv/8+3/9X998sef0QrSfOwZ48yUXrG0MDPxh4Adv8oOQ0fFxlq9cxfjYIirVGp7vIYUAKRAIEML90FosFq003XaHycldbNv6DJOTE2RJSpom32g2Zz95xXeue+zFneHhbT9XDPDWSy/8xbAS/6Xn+SOjo+OsO/Y4Fi9djud7KKUw2gACIUBKgZQS69gAa22vS8/D8zyM1mzf/iyPPfwQUxO70FpPJd3OR/7tW9d+9cWe6+FqPzcM8AuXnP/pMIq/4AU+x6w7jvXHvYwg8EmTFIsFhCO6EFghAA+EREpHfIEFDNYYrAGLRQhBGEXoPOeRhx7ksUceJFc5WZp+5t+v+v7vvchTPizt54IBLnvVOV+IoujTURRz6svPZvWaNSRJF600QjiiGyRZZtFK4UtLFIAUIMB9loO2Aun7hKFAoLHWMYfnecRxlc2bnuTO228lSxPyXH3hP67+wf/1Ys/9UNtLngEu3XjGxwI//KMojjnnvFexdOkyOt02WIqdL+l2NZ5NWTIWsHJFhfHxkEZV4vlO/2ttabYNkxMZm7ck7JhUaBkRxx4CpzawUKlW2bljG7f88Ad0u13yLPvEVdfd8kcv6gIcYntJM8BF55x0sR/E3/UDX5y/8SKWrlhJp90GnG2XZhadJKxfW2HDiYMsWmTANiFvgkqhnLsQ4EcQNIAGO3dJ7r17hkefTpFxTBwK91VrqdZqPLt1Kz/8wbUolVml1cXfveGO/3zRFuEQ20uWAc479djFUaXyEywrzjr3fI459gTazdmeVd/paoYqio3nj7PqCA3dbdCZBlPsaLGHE9QawIKUUB2CyjI2bxLceMMku7sB1ars8UutVufRhx/g1ptuQHpyc9JNTr/+9vt2/kwX4DC1l6wrWHreZ5Oku2L1mqM5at1xNGdnUMagjaHZSlkxZnjbWxaxavkO2PUAtKYBH2QIMgDhze8ycJ/hu+9O3M+qZTu4/BfGWT6qmG2m6PL6zVnWHrOeI9YeTZIkq6Tkcy/2ehxse0kywNkb1p6W59n7K9UqJ516Gt1OB2001hra7YxViwRvfN0QFfMY7N4BIgThg2VhXfhACLt3UuExXn/pEKvGBe1OhjEarTVJN+HEU04nrlTIs/z9Z5+w5vQXaTkOqb0kGcBa+xtJknrHnXAi1VqdNOlitSZJFIOR4tKLGvj549BNil19kE2G0EkI9OO89qI6g5EiTRTWatK0S6VaY/1xLyPNUk/43m8cvhn+7NpLjgFOOmr5UWmWvqHeqLNm7TG0W02M0ShtyLoJG19Rpxo9C938wHb980mDTk41epaN59TJuilaOX9Bt91i7VHrqNcb5Hn2+tOPW3XUz35FDq295BgA1BvSblJdtXoNcaVKlqYYY2h1ctauDFl7ZAearcND/H4mmG2x5ogOR60KaHVytNakWUpcrbJy9ZEk3U7VaP2Gn/VqHGp7yTGAzvKN1hpWrD6SNE3QWqO0xmQ5p7/Mg3w3blrm8HbhQT7JqScITO4YQGtNmiQsX7kaoy15mm4UZWzhJdJeUgywbnFlJEm7p1aqFYaGR0jSBGMt3VQzPiRYtbjjRL99gYiQalYt6jI2BJ1UF1HEDkPDI8SVCmmWnLZuRX30hbn5C9NeUgxgrF2TJunYQGOQMIzIsxxjNGmiWLXI4vkp1krn4Dlc4r+vWy2QfsqqRZCmGmMNKleEcYWBwQGyNBnTmV77s12VQ2svKQbIVX5kllmv1hhCSInRGmss1hqWjGhQOUaXXrvD360BtGLRoMIajTEufCwQVGsDpF0ttVarfpZrcqjtJQUJU5kZzTOIKtXeeRwhwWgakQZjC2/d4VcB1lqMBak0QzWNZ0FrF0rSOieKKmQZSD8fO+w3fwHbC84Av/i6CwcGRkaPjCvVY8IoWqOybMzzpGeFMJ7nN63l6W679Ui3NfPkP3ztqud1p2Y5YWYABFqVDABCWAJPg7JYI7BIhMfh4wOLkzTaYIXFI8cYgdaANRhjEDIg0+Bn1Bdyyfe+6bKxSqO+ygu91Y3GwGJP+hXPkxhrO81mc3uWpU9PT+1+5qvfuHrqMM1ir+0FYYDXXXhWddHipRfFUeXNS1cecZYX+GsCP5BBGOI1BvCkB0JgrUWpnDAMqdUbW//bh993Z9LtfqfZnL7qX/7ju9v2vG5PGpvCbw+FvrdOHJe79AWYk7VgCsCI0QZjJba4t7UWbYw7L9hyYM9t73nrpUfUqoOXBVH46tFli0/y/WCF5/kiDAN8P8CTEm0MQkiUyk290XjmY7/6gZ9mWXZ1qzX73X/8t29sOdzzOqwM8AuXXlgfHBz4wIqVR3zYD/xj/CAirlSo1+vUGw0qlRpRHCOlRCBQKqfb7dButWi3m8tFRy6X0nt9GIaf+5VfevtXOs3mn335P769qby+gAScAdZrEnJt6XRckMcYi5UGaz0O24nMOjvDMQB0EscAxZiwQJam5bdn9/z5e97yupOjuPrRen3ozX4QDsaVCrV6jXp9gFq1RhhH+H6AFAKlNGmW0Gl3ZKfdXN1ut1fjyTc2PDn5K7/09n/vtpt//s9f//ZDh2lmh48B3vaGV1820Bj4H74frveDgJHRMRYtXsrwyAiVapXAD5Ce5wAaUlIE7HuWdJomzExPs2vXTiZ37VhkjP2Nar3xvndfftn/8/DDD/3xHfc/ngvBTgs0m7NYaxx8yxq0FezcbTjOCIxxAT8pQVjvsMzNGLfDtTYgYecU5EYQY9x2t4bmbBMAIdhV/u5Nl1ww3qg3PhtG8ft93w/qjQEWL1nK2Pgi6o0GQRDiFWsipEQUUtFJGU2eZ7RbTSYmJti5fdto05gP22rtPe992xv+bGrXri9c9YNbWoc6t0NmgPNO2RAsXbn0j6Mw/qiQMDwyypq1RzM6Po6UHlordO66kAIpJMKTWCzWzIlQz/MYG1/E6PgimjMr2PT0kzy7ZfNQEIa/v/7YY1/z/ne++R07U35SBz25a8JTSjlMn7V4nuTJ7YJzEouxFgUIBDKwHLIYKMS7Vs4GyKzkqe0Cz3f3FkKgtWJichIBSmseB3jL6zZeWqtV/1JKubpSrbNm7dEsXbacKI4x1mC0Jk0TnONI4HnSjbUPmwhQawxQHxhi2dJlbNmyhc1PPVHLc/XpkfHxS9/2+ot++Wvfuva2Q5neIeEBXn/h2aOVWv2rfhC8Oopj1q0/ntVr1iIQ5HmGtQUhJAj3DwKJKLFY1p2trC2ZAayw+H6A7/ns3LmNB++7h9mZaaT0ns6VeceN137nT6zwznzPBz5EXK2i8hyLQGeK//KqnCVLDUoLQt8jDCS+7zns18FM01qU0mRKk+cWKQ0TOyX/8J8BBD4SSxAEdLtd/u6vv0jW6T45bezayy/d+EE/CP7G93155JqjWXfsCURxTJZnoJ2RIoQoiC9BgBQeVlBgEy0YgylAKBaLlB5BGNJutXj4gXt5dstmlFbttN354Ne/e/1Bg1QPmgFee8EZ49Vq7btSylMHBoc47cxzGB4ZodvpgjW9CWoryXKDVQYpLGEg8QqCZMqtB54kCCW+mM/9URSRq5z7fnonk7t2MTA4vGNiYseue++87fhXXniJWHXkWtrtFsJaWqnghMUdLr/Q0FUG33MMEAYevi+fCwDZX7MWrTVZbshyTa401UBy5fWSn26JqcXuaFhr1HnkgQe54qtXEEf8/sWXvfaJLM2/5HkeJ55yOkeuOYosS1FKgRAFCFWSa1C5QVhN4Al8j0KaCHJtsVLiBx6+D6JcE2vxgwAvCHjsoQd58P57MFqRJemH/tf3bvziwdDxoBjgzFPWR4tGR68VyFeOjY9zzis3EsUx3W4HhINZayPodHJiT7N0UcDypSEjox71msSXFmsFrQSmpzXbtuU8uz2jlUqiSkjoUzCBJQhC/DDgofvvoznbJIpCHrr/XlsfaIgzzzmP2ZkZZ5wZS7ureN1JHU4+TtNOIQo8gkAS+O71QPz0ShmyXJErQ5JqqhE8/JjHFT+OiGJnYFqgMTDANd+4gs2bnspPPeOs6wcGh89L0yTacNIpLF22gk6n4xZagEWSJBqbZ4wNe6xcHjO+KKJR94hDZ8R2M0Gzpdm5I2XrtoSpaZBRSByJnodTSEmlWuXpJx/nrtt/jMpzut3uW6++8bavHygtD4oBLjnvtC8J5PsHh0bYePGlDn6dJkWihaTd0QQ2ZcPxNU44PmZkSAHGbXcNTrZp8ABPgBfTagU89GjGPffMMJsF1OsBUjgdGwQhlWqVJx57lF27djI9OcHU1C5eufE1WGvJ0gSjNZkGmyVcfnaXVcsVnVT0mCAMPILAR+5PEFgKS9yQKU2aKeIQdu3y+OqNEZmMiTxnW4RRRJ6lfOcb/87o+GKz9phjZeAFHLlmLYMjI7SaTQROEmYK0naXI1b4nHzqMKuWefheB7Im5F0wynGUF0AQQzhArits3qK5+65pNm83xLWIwBe9zVGvD/DEY49w+603A7bdSbrnfP/mu+45EFoesBF44Zkve5sXhO+PAo8zX3Ee0pO02+3C6SJptxKOWCK54MJRxkda0J6G2QbIgQJpUxDf5jgsdgJ2inqQc/rJDY4/fhE3/3CGux9qURuoEAaQ5zlenrHu2ONpt1vs3JYWalI73L7KAQiFJrERV95qefOZXVYs07TTHG1caNhaSxj4SK/YTfOa+5vT95osMyS5I/7UhMcVNwekIqYagBA+QgriKCbtdonjGoMDwxILxxx3HCMjo0xPTTlrHkOrpanKjEsuGue49QF0noXJCVBF4ErMz1ACA9YShBFrl4yx9s1Luff+jB/+aIpUxlQKkOrMzDRHrD2K6d1T3H/vXbXQ9//xVWefeNb3b7knZYHN+53f+Z0FE/+8U9aNSN+/Uis9cPpZr2Dp8uW0Wk2nt4HWbJdTj4143aV16nY7tAfBXwF+vTD6DKAc8a0GYZxulgFoD5rTBHaCtS8bph5HPProLMiAwHcL5AcBo6Oj7J6apD4wyIqVq1E67+lHYyyeZ0mNx8ObYCTWLB2HJHN+A1EYnmVmUH+z1qJyTZZrstySZjmVCHbu8Pn6zTEtE1ONy1OMh+f7+J5HvV4nz3MaAwNsOOVUFi9eRrvdQqkcYwyzzYxFDcVb37qMVYunYPsj0G4CHkgfpEtQmd+Lz4x1+MT2dhYfUWX16lGefGw3rUTg+U7t5VnG0mUr2LljGzO7dy/F2vQ9H/jwDxdK0wNSAa88Zf1ntTW/dcSao9j46tfSbjd71nWzlXH68RUuujCAmWkI14FfAZM4wtsirm616+i591a5jgWdgtoNS5bxyKM1rv7+DJWBGnEU4AchQRCgtSJNUpKkS56nqFyhlEZrhSmwgUkOeZLy6uMTTjvB0M01vvSJI48w8AhDz51GcLfNldv1aaZIc0U1FDyxyeNbd0RkXkwlBCEknnRpY77v4/s+QRhTqcREUUxcrZBnOWmakKVdpmdTxus5b718nDh7CmZ2O/g5hR9kYSRy66ZSGBlnqrucr125k7YKiAJ3lSiu0Jye5ppvX0mepdNZt7Ph1gc2PbOQqy/YND51/ZJFeZ59WCA4YcPJDoyRK7TRzLZSjl7pc9H5PsxMQXSc42zVLnRb2fPitSC80XswhBPleA149hnWrZ3h3DNrdNoZWmuMVqRplzTpkucZxpjnSHKLc9mG0hBEAd+9L+YHt0tCz0fbOd2e58YdPQGlDXnueqY09UjywOMeX781IpMRlcCCFT19XhqTQggspgCl5HQ7XZeDaDRpDvVI84ZLh4iTR2B21m2Inu9woc263/gV2D3JSGUzb3jNMDZPyHKN1YZuu83wyAhrjjqaNE2HZBB+ZKFXXzADCLxfTJLu2PKVqxkeHqPT6WCsJU011UBzyfkxtHdAcJQjskn22OHauehMH/H7pYBxZ9+etPCrsHMrpx3XZe1yQbudo1SOynNU7gJBpvh+aRSV3sVS30s0lYrHTY9X+N6PJYHwMEY5YiuD1hajLFoZlLLkSlENJfc96nHl7REi8AnlHJPt9QxReO2UUiitUCpHa0Oe5Fx4VpVBfzO0EqfmDgmnYB1IdfcMy8YmeOXpNdpNB4czWtNpdzjqmGMJwxit1LtPXb9y5LAxwImLlwqt9FtBsOaoY8iy1O1+rWm3Es49tUajshPsUvcDU1q1OZjcEXuvkqDs/eogB4rP8aHzLGefpMFkJKkiyxS5ytFKoXUp+jVGO8y+KbrWjjGENdQrgtuejLnxTkEcyB6cq9eNRSlFHMHmLYJv3O7jhz6+mLueNWUswBQYBNu7n9IalSl0nqHzjFYr48hlcNTyKZiZdfr8cIESpA/Tuzj9+JylY5JW20nCJOlSbwywdPly0iRZKrAXHzYGUEFnbZomJzcaA4yOj9PtdjHW0E01o4MeJx3dhY4EvzG38/dFcMpdrud2uzXFZ6VUKCQFQKIZH5hmzTJLq5Oide4IrxVG6zmi2yKztyTQPDFradQENz0W8ehTkkoo0Mo6vjQuuicEZF2Pq38iMX5I4JliyQvnVPlaxC+c78HtPodKdsyZZhqjFCcfk0Gy2+UkHCba97r2kWaSMzYEpGneY1KlFMtXrHKSKMsvOWwMYLCnZmlSHR0fx/fCws1r6HRyjj1SEnhNYBhMVoj/vNj9fUxA8Teb7UUCFMQvVYMpDEIAfMjarF+ZobKULMvI84xcKfI870kirVURsHFQredMVFhk4PPDBzx07iGk7TmQjLFUIsG9jwm2zIZUQzvPtrCm/J7uJaCYAoyqe2LfvXbSjJFGzvLBWUj0gan7hTYhoJOyblnCYE3QTXNUkawyPDJGEASkWXLGMUvq0f4utSA/QJ5mx+V5xvDImFtordBGIlAcvRTILVYECJPSM1p6M7fFbi+Vc3kaKBG3e9gJVjF/9YFcsWyoQyUI6XQ1vrQ9rjfGOKIUEK19nWqshUpg2DIt2bxNc/SRAm0MVgiksJhccP9mCALhJEn/b7FY7fS3V3ziGeukjvWRxqK1wROCbgLLVuRI0cVaUfj2D3MrTImo0mXlooCfPq5pVCVpZojiCtVqlenJXUs8KZcBTz3fpRYkAdIkXaG1pVprkOWZO3/mhlpoGatloHys1aD79L3J5/rerP6S2L3vl6/zDSVrHXGqXspQJSNJSgmQFzsvxyiN0fsmftkEFm0lWyYEfhkgshD6gpmWYGdTOjf0XtfcgsHZGkqjjMYojc7dOPI8J81z8jxlcSOB3KGG7AsAULVYjBagUpYPq8L+cShlpKBSrZEmqqGNWbE/2i5IAmQZi6WU+GGIynO0MWQ5jA5aqqFGmxBhFMi9LZ0pVrQUy3q+FOidBvbY+eXCW8cTUhgaUe6yvRDQA2gcwA6zzgE02XRHutLV7HuCThdSJQieJ5NsLoSNUwNSIq1AGq/nBkdrGrFy07WlNDzMrTwVGBiuFQaq9orqJpYgiMkyhGT/ANUFMYBSBEHkEQQBSuvC2JIIk/fClsKk7pzc87CVaqBP9PfUQMkEpSGo2aeyLKQAwuCblFx5aFVc+wBj/RZAuGibQCILvIiUglRZTDns/TRjNWiBMAYrJFq4SiQGic1zPKsXdqGDbdadmD0DnkkxxkMbp7qM0QRhhVyB57Hfo+CCGEBKyJUhzzKCoYAsSYoje2Fxq8LIQzB/4gVRban7+2yAnh2g2WcrOd1SIH41Tgv3XfcAmsNbWKoVDxl6yKwoESUs1YpwV7Z9437eZnu+/rIZBOSqmNecijmsvFBKH2vmHKtGOHVjDH7g02q2ypjbfiFRC7IBhCTVSnPdNd8n7XYZGBxEeh7aWLQRGJOCzrBGgd6zl3ZAcRyk773V+9d5fROvVPwDJvq8eQiJ1ZaVS6vg+UjhI6QPRjI2HFGvSrSxBw0iMtoShYJ6NcCYkkkPb3fgmbl9pIr7hGHE0NAQ9//0Hu656x4it7Un9jfmBTGAtWwLA9j09Gb+6Yt/z5233wEotFcnySKwFq0SrE7BZkDRbd5H9NIoLI9+C7lzKVMcgmio7h2Yzt+j5RoaVcmxa2JAIP0A6QVYAuojPmuWR6TZgauW3vUVjAwIBgekSycUxdgPZzPO1e1MEZ92ViGMK0xN7OKqK7/JN6+4EmMU0qHutu7vcgtSAUKw2QJRCK3ZJtdcfS1DN9/CktVH8Jp1R3LCscMkeaOovScQok/P987kJeHEHv/fX7PIIoq3ZNQjkApjXC7AgTRPSpqtjAtOH2Z4kYRZDyEC96F0yaRnnlTnzoc7GOMdlHpJUsVxR9SQcY5pF6QXduFT3ffVXYQQD4NFW4PWHYSa5vqbt/G1bzxBa+cWUuWqnxVglZaEzfu78kLxAPeWc/AC96Ok1eLO++7nG996hBOXBajWAF51GaayCC8eBX8AZLRHgYZ+P8De5Pxepi4Kg09bVi7zWTqq2TqpqUYLP2FLKehklvGhkFedNwLdXW5sPZiYhSRl7dqAl28Y4kd3TTE4GBSFJfffBJDmMFz3OO2kGqS75gWNFnYFMRcORjK3UYyTnrqFzaYx3V2Y7nZ8tYPpTs4//VubrVMw5EMlLA4f7tfbrWa/eQQLYgBruVMIpi0MUd7Ah0oO37hF8rG3WXyxHTW9HdkCGUhEUHc4AH8U/EHw6gVTVEHGRdmWolbPPKkwT+GBsIjCAPQixflnDPGlrz9LJa72SZe5ge7JFFIKci0QWcovvms9jWgGpgUEQd9CuwwjZme47DXLePqZNjtncqqxdFBw5s40vdc+4hohaM52ePPlqxkaaMG0QBTJL/OI27uSLCRDEeotnWC67Vzpugm6BWrGhcb1NORtTNZFK6dqBgfgOz+p88SUYDSwmD1xr5bbd2q7X2DIghhgV2afHY/ErWguKcdvgVoAd29JueKGBr90mcfU7jJVy+Azi1CzwLPzLWEZOgaQIciGYwi/XvwtAq8KsuI4TISuSw8hPGgrTjtlgCe2h1x3w2aWrBgkKmr9lUfufsntCeiklqzZ5t3vOomj1yjYpiEcKgI0fQwgNeQJNa/Ne967gb/+q7tJtc9QI0CbuYuWdC8CwqSZYce2GS561VrOPqMCW3c6xqY/HlLaQCnojiOySR3BdQdMswigpa6XxnF5I+Hs6cxAbhzfZHmNv/qmQmLnZ8Pr3rS+uxDaLhgQMhaJd2P4srVzjC0EtHJYtSjkpj+JqMRN8tzZCqGPQ7r2SzOYm9i+pL8pnYEelgCkj/Q8pOfPqZR1G/nKNxV/+v/ehgoCBuox1TjCDzwiz8HAhRcy005Z1Ij45KfP58Q1U/DMVggGXWxdxrhysThJYjIwHUhnYLTOM/lR/I/fv5UHnpxgpBEjMUUE0pDmmk6a0Wx18ZTik584i7e8xsAj1xfezgyjXEEp93+FEDmeMHNEnUeFfbyW66Eh0w5Bl+YwPuLzpW/X+OBfzDAazn2vF7aWTCA5diKx+z0FLJwBKqJhNQ9Yw8rybxKH+9iVwX85v8rffwImpjtICWEAgee6V0r5vanEghG0cV1p92p0ARm3DtYf+BD54EscmPSEC/nx40v527+5m+9c8xC7mvP9CUMenH7aCj73exdwxhGPwyN3Q7ykUEN18KJCBYnCBZ2AaYNqQnc7rFzBk+YsPv7Jm7nxhseYyuYPe1HD57WvWceHfuVkzly7Be67oTePJHcnjlJwSOnm4PvgSbceZR7IPg8JxUbQ2l0rV5BkMFgXPPXsABs/1Wa2pah6Bf+WBAWE5C8mMvvRhdD1gCBhY6H4uLX8Yf9PyvFPafjCOxt8+p052ycThITIc1LAKwgnRWFwF4rUFDahMkWOQMEAqpiw1m5iEnedSgjVCsSBk9isXANHnMXkZJ2HHm3y1FMtlIaxsZDjjh1l7WoBW26Crc9AbaWzQ7x6YYeU0KxytVMnhlUbTAs6W2G0Dke9mqefCXno4Um2b0/wfcGaI+sce3SDkdFZePrH8MyTWM8RvpVAms0xgCjG7ntuDfxiLcq/lczRjwm11q2J1qCUe9/NYKAmaHUbXPZbKXc/nTISuDXrp6AQdJCcOJnaxw87A4xURE0ofmotR8+7CG6QTSv4wjvqfPztmt3NDkkCYVhwPE5ayD6usXvs/DQvXJweeMWR0lrHLUoblHI7p1GFegXC0rYYHoKRZVAbdTon78DMdpjYBdSgsgRkzUHNejaGsy0c/Z3YdgZY2xlgpgXpLtC7YWQchpZA1HAc256AqW2wexpwXo92As2Om0vgu2OnLYwSYy25tm5uwq1JUEgBrzT+i7UsnZ+qyHHMlVubRcMeO6ZqvPMPUn70WMqYt3cfqhT80URuP7FQmh5wXsCoLy62cE25M3sXwhkoTQu/dH6V3323z/hQh6mmIisIJ2XpHCm4to8BpIBaxUPbkB2THpu2w/Yp0MYSBrBykeXoFTBQy2l3cnzPMUIlcszVf/5B4LgoGgNvqNj5jUL0V8ArDE5RMIBVcwaY7jomULNgC0s8m3Bbsd+1K52KSnKYbbv39arPbCvisS2CzTscQ3vSsnjEsnIRLB010X51/AAAIABJREFUhL6inShy5dbDK6VisYilBNBFBL1eFTSqMdf9NODX/7rLY7tyRj36HNB9NBA8biWnTaV2ZqH0PKjEkFFP/L4RfGpP107hr2HawJrhgP/6hojLzoSxwQxlNGmunau8+GHg4ZI2fJ/ZTsANd0v+/Yach57OmW4auo46SKDqC9Ys8bn8vIh3XQSVqEO3a6hVHBOE/Ua9CAtiD7je0/sVJwFEBbyieig4BtAJ2KRggI6TAGq2OJLNOkvd5j1XRp5DJ3M7v16RdNMqX74Wvn5DxlPbFB1tMU4GECEYGZCsW+lz3kk+F58OKxe5gpNZrnvSAdxGCQJB5PtY6/PApoB/+G7Ov92UYLAMeHu3oz1QAjZOKHvTgdDyoBjgpBEhNs/yVQNve84Fi97WTjQeMehx/oaQ09d7rF5sGKo7wmsDzY5g64Tg7scNN9yT8/D2HAFURGE7FDujDAknCtrA6asj/uhXYk5b12Z6VlGJIPadaJW+cCJeDhbEbxS7v+asf9EnAWTsltAkfQyQFAzQcapAzxbSYAZ0gtWWLHM7v5vByIDPbQ/V+NjfdrljU0YNqPiFtCsIZAoVl1gXMlvR8Hj5uoANR0nWrRSMD1oqsaNDJxHsmhY8/AzcfJ/ilodz2sbQEM522OvOBzz40ISyB5wfeNDJoSO+CC38G/Cmfgu0f1AWh4pKi//XEAzWBFFhvLQ60FGGHIiBOHSOiX2NqLzmdAbV0OMffqPGa8/sMD3rMniiAMLIQ3g1xwD+wJzh51VcF/FeGCDdgwG6xbm8VThkmmCmQbVdxlAGaQojQwHfuLnC+/+0TZJrhsI+9baP8QN0FXQL4y1GUI8Fldj9v9mFZmpJS8lXEH7Pa/ZrOwGfmFL2oJ5bcEjp4cO+8AX8mYIP76kO5t2k6Gb+WZWgsAv60ySe72RUNgnMZhCGHld/vsZJa1t0uoY4gij08cLGnPiXNfBrhaOpIL4oHFE9FZAXeMYUVHdOFZRSQDXBzGKyFmmmSFKoVyW3P9Lgkt9qYZWmEc0d+/bXimBxGeXGFGmTpXe8d1Ji3+4SC3iQSvjIlLJfWtid976WB912K6umlP1VD35Vwkw5sD17aZ950on/0Hfdk8+/Y/bVDDAQwUym+eSXMrSJ3S4xuFODKUZSrqgpAudGO5eazeZ2vU4K4ufFZyVcreDWnv9XUNSzIPAgzSt8/EspHaVphAsnvt3jVRbqrlwTv/Qg77F2e0ZOPHhEwsWHQnw4TPWUdiv71z6cLeGb+9q9/YMvTwKH0oyF8QBufjTl2rt8GjVZSBg7d8MSZm4U8/IUdDZn9ffcspljDFt+tx+tXDotHF/Ua5Lv3SX58RMpY8He9fJBtT3WZR/6PpPw5yGcNaXsjYd6y8NWUGtS2QdnlH2jsFwm4Rrh7B1gbncI+tzIh+GeUoLFcu1PFML3e2Fj2599pAs8QglUtanb8TorJEDquimwDPPg7HOQNVu8lwLwfL7/E43gwMEj+/p6T5/LfarRtoSvSjhnWtlf26ns7gO7897bYS8TN6Ptt4FvSyGO9+DiWHBSHHKBUawoGUD0B4f2aAeyntZCCDyxTUMunZvYmrkdL3IwAZA7fVOqBmEK/V/K2hKXqAp1kBWSYi6/QRTJq74ElGTzhCYoB3zwZtTcXPrmL4QbogebU8OPNNzhwXe61j566Hea316wQpEm3fXIf//N3xqaac76jz700KlbNz/l0qYzhS4gAUUw9FBQXi6Wp90FPAFuKYsEFBOAzMEUhPYKz5PQIBTz/G9G0UtdnycN5pBMooSLiTI7YMFp+PscvOiTjgjnnPQ8COPQji9auunYl5147Ykbjr/u1//7FxaU7Xug7bAzwLvefMnquFL95Tiuvj0IwyM9GbB85WqiMGBqaoJ2c5ak20FlWZHRY3uWcA8vstBW6Jmli+pQSRF56naQLXYyRczfo2/362L399cNKtGVheg3ZQZTqRpSQDmkjQEiGG74qINcI6+w8ss4gJQC6Uk83ycMIyrVKo3BYcYXLT03iirnbtq8Pf3IB95zS5J0vrT96Se+/u2bf5rv9yYLbIeNAV5/wVn1gZHRj1XrA79WqVZHgiBEehKynEqlwuDIGOARBBGddpOk2yHPUvIsc3l+yvaiWmaBTCCs+/55Zw5DsKX00BZGW1pMT4IVxe7X9EAopRu4/H4PmFFIAl0QvjQSjZ2T9r7iFWcs4V9vnjlgxJcsXeLSOa086RH4Pn4YEUQx1WqNWn2AwaFhMTg8Qq3eIIrjyGhzgef7Fyw78uiPvvNNr/mdf7nymu8dwG2fZw0PRf4W7fJLNp5dqVX/ulqtbQjDqC83AIyxKJXR7XZpN5s0W7N0W0267Q5pWjBBnrm8emV7oeD9DUsIaKYwvniE2/+/FYx372XelpQUoJMKUOAIZOB2v+j3G/cdVnvZSlkhQYoIoc7nn98C2B5t4PR3bWZ6Ypp6tDA1JgoRLwvi+75H4If4QUgYx0RxlWrNMUBjYJBavUEcV4piksUolaLT6dBpNf9i9/btn7r61p+2F0imvbZDPgVcfskFH4qrleviSmUDQpBmCUm3S5okpGnSq+BhjUFK4UqrFJW/giB0Zc98z5WPXeBonN53buHf+cQGxgd2FUVk+5rBWfqqDbYDtuucO6o75+/XneL9Hp+ZpPh+Zz7xy5snsGRoF7/9sRNpFWNZaBOl6JcS3/Pxg4AwDAmCyL2GIaEfIKXEGE2eZWRJQrfbJel0yLPcFc2q1T4yuHjJda/fePbR+7/r84znUCTAmy4+7/cq1ep/D+O4OH7NT6qUwgE308zQbad0Oh2Sboe026HTbtPtdsjzBITCE67aRZ7Z511QiUPGTFr4zY+cxR98VMLdP3p+ZdZ7LmDgVIALTs8PwvdS0/tzGp9HF2ngxHP52J9k/Mnf3saIdICV59VeJSjEA20FFh+JRxDFVKpVKpUKUaVOpVan0ahTb8SEgVcM0c47KUjp6hx02u2tnXb7DVdd96M7n+/W+xzSQReKPP+Mz9Xq9c9EUdwr7lj2UrC22hqrNGOjPkcfWWHJ8pDRQUElgm6S8+yONk89OsEddz3DQw9N0lUO7OHtw0+gDMwod/T77d/eyCffV4effIceqNPOieLnoG0EOAhYqf/3CML30tTU/AuVL3bOUu8dX6QHp72OP/i7Jp/7/A/IgcEStbRHs7jYftc4Xl22KOKE45fwspOWs3LVIItGqiA8ZlqWqSnNpk0pW7amtBOIqwFx5AphuzI1boLCVZ2k3W7vbLear77mh3fce6B0PCgGuPjcU94Xx7W/D6OoryCDm6YA2l1N3sk59ZRhLrlkMSeul4zEhbjNMudylTjwYFClldW464EuX/7y/Vz1nYeZSsy8YEfpEo2Bc89ZzWd++1xesW4CbrsWhEvO0srhEUqCiSLW7vUZXXMMsTf2svPfFjgFU74Wfy+hBr5f5MIKD854NTc9NMbnP/tDfnTLZro818KQwHAoOOXUFbzjnRu44JWLWDHQATMLaROSou5zWIWwjvFG2LK7wQ23dbj2mq1s25UxOBi5KqvQKy7tSYkxhk6n/Vi703rFdbfcc0CPsD1gBrjw7A3HR2F8WxTGNVugXcp6tiDYPZ2yfMznl//rOi48LYepTbBzxulo6xVGmCicNSnYBAIFi4dh6Xqe2FrntrsmeeC+nWx7pokxBj+QHLVulFe+ciVnnxjCM7fBIw9iQweW7GYFpKxQHaWeDfqgVyUUa792hp0DYaq+ru3c6UQU4r4SOdibyIFjjoeVZ3DrvRk33PgMTzw6QZ5ZPE+wdGWDE05YxOknj3DUcg3Tj8EzmyFJwVQKfKJwRqguQCkyhcEhWH0su8WRfPmrk1x55dPEjZhK6GHFXNEqKSXaaJJu54rv3njHW14wBrhw1ahg2bIfRFH1fCmLAgsF8YWAXbu6nHnqGJ/97aMYze6Bx58FMQjRQDHJ0vq2heetiMLpBJIph38fHYLx1TA4DmFtLnSWTMOOp+DpRyE3ZB50UgfISAt1Xe7Skgl8z4FTQ78AlfYxw76EgNaQKnfNtKhlmes5FWCZex+GMFCBWgyBxnHcEUfDojVQGSwCSRayNszsgIlnYXIGRB2qiyGoF+tRBp6K2EMJUs13Q3sKBupw0nl8/84Bfv8L92KET63qJlGmzXnSI8tTsm76zu/fds+/viAMcM6Gte8I4+q/BGFQVMdwh2AJ7JzscO4Zi/njz68ieuIHMAXUFjvCyxhEVBhhsjinl1G57txZ23YdIyTNOTRoSdRCjhrPAUNm2444lVgipUc398iUMzoDaYkDg0CTZg6FVOIFyldvL3mzpoBeJ8oxFxYqsYcyHp3cI8nd0GMfapGrStLpasIQBqvu2p5mbuw9qFcAXs3lI8Qjc4DU3oYoJ1l4IstglS08kskUdNtwyunctmU9H/vNn+CFAVHkFUzgVAJA2u083d49ueH2x7Y3DysDvGzN4qDRaPwkjCobRGEkGWsQ1jI9m7F29QBf/st11J74HnRDqIy6uLtX6YvFFzg8a93EdHnOLo9fnYIhZov/l6N066M0dFMHmqjFEkWFGx6U3HCf4qHNltm2RgDVWLJmmeSkIyTnHi85enHK9GwG0u3W2HdM0J+sY5RTI1kO7QzqsWSiW+Nbt1t++qTh8a2KTteVjItjybpVPhed6PHqEzXSdOkkloEaVEMnbdxBo0h+8WoFGKXwR/ReQ+alp5UeyB4+MQG6oBIHSWt24aSX8Z8Prufjn7mT4ZG4l4ImpEAg0VqRJN1fu/XeJ/78sDLAaetWvC6Moqs83+9V4zLWopQl6Sq+9sXTOE7eCJO5I76suN6DYVXmFsHqgvBJAbooEDi6U6RHFZky2slaW0KqcugkMDQQcMdTNT7zlZRbHk5QWMJizcHxTVlzbEnD5wMXV/jwxRDaFsZaKkFhfxb5CtbOEb+TuizkJ3c3ePsfJ9yzKcGn51TuHQDSgnPOPS7mD94dsmF5m91NRTV2kiAOcLUOSyiaLNZBxq5aqOhzToETP71AVB9EzRT+CdN2vWPg1NP5/D/W+fJXH2XpkirGCGTBBFZI8iy9vz0zfco9T0/s12W8YEeQteZdxroiEVmekWeuMtb2HbO86y1HctzI/bBjNwThHPSnHwRQwl3nHa/mfaHvZn3/LazwPHd4++EBn2vvr/Gazzb50cNdhgPLkhCGQxgo+lAI4yEsDqHTUnzuiibv/TNNENfxhSN2XuQhlAhcVej9wapg00yD1/9eh/s3JSyNYCyEwRAaIdSLeywKYSyw3Pxgl4t/t831D9cZHfRJc3ftXJeQ9tJBXR49y/d+oRIjegglWYqO4ru26HNoV3cGfvAOfu0tkqWLq0zPdFF5QZM8x+Q51pgT/Cg6dyF0XRADvGzl4Kg2eqPKc+e2zV1RpGazy9hIzPsu0vDU425L9df+66Fxiq7zOZFfFo8qP+9FhEwfsxQ/K5IjqhE8savKB/+8jck042FxoOjjmT7HLhaoBLAkhP+8r8OnvmIZHIx7RztVQAZUkX0T+tCxDd7xxwlP7shYFLJnzap510fAogiyRPGuP21x/9YqjVi4ZA7tqnY4hhZ75XOX1OfNhabnfUfM/y6C4pEikMJAeg/veOM4ExPtXgXVvGAE7WooXnrYGCDX5hSV5eNZmpKlCXmWolTK5GSLV509xHjwZHHMKx35JQSrvzBEoddUKfqzXph1r5XECv1f8oSwUIkj/ud3NDtaOUPhwpA4JcHGffjba9t8566AkYZ0MH9dZB8Vw23UYz7zL4Y7n0pYHC3s+to6iTPTUXzqn3OsVylc1aYoZVtwca8+Un83hcjP5gIgvb+bfXwf50naMcEbTm4zOhLTbHVI07Rwv7taikqp805fv36/418QA6g8P1GprBe4ydKULEmwVnDRyRZmdhXK0dIrATOvVFyJvyuNvG6fntujuGRZRLKvGdy5e9NkwHdvSxkUCyNOf/Okqy70J9/MSU1MIOewCNq4tKubHg75x+s6jBaV2hfaDDDmw/UPJlx7j6RRFQW9ioLUvcqopbu5D3xSnvvLIpu2rDFUSsY+Cdo/pgyWVHZw6vEVdu/uoFVKnqfkWddt0Dw7YmriqWX7G/vCJIDK12SZI3yeutdWO2FoyOf48RZ0tBtb6ZIzKT3snS6t/TLrptsHvU77IFklMDMrJk1PjgsgjAT3Pi3YNqvL+jcH1CyuiMKPH8748eMe1Qq9DeZQXiH/9ANNYgzhQTxtzgGOLN+8XSNE4MLEvbqIhWQsMoXR5Twz5kHSdNYnNfukYX8BzWJdrAHS3Zx6pKab5Dj6ZORZRp6m5Fk2ZDlMdQJVbpYZPX9LdNqWI5d5jMcd6DDnWDEKpw885ystHw9jFfMDMGX8vQ+Bo4qdUG7vfqXrSZ7aYVDYg34ImCchwXDrw4YLjvfdgR/nINox7XPTgxkD4sB2f9ksUAXufVIz0/WpCCfWrckQJnAZsiYvgACiYHLl1qk8W5TSz+R7SIS8T0Uwx7hJztpFDtmUpnPpy8KVQ/O0skcAtz/fuPfLAJ4QYixkkL6aPEJAaiEQGb7tndYoq7m4WLro01268JcWDFCKi7I6uCmOPiaZv/q2j9ACdk3bQwOTCifynnjWgBCUT68LAti6DSYmNeFBBsgtEArYOaWZaPqsHYHcmDliir6KIUXdQ0RZzaGcrGYeIqknFTJ6zxQqltRYkNZSsW13SkpNbxOWdLCa0f2Ne78MYF09wmheTSbrztnGmF6pf1F4BOeyPFJ6AM1eEsaeEqAwFCkkgJmv53plhIp7uhDqoTdtBa7whAYEBJZW5qNM4cQ5wFaOSUjoaudLkFDwuAKRAmUeOIVlq3EngL6QtDUg9oCvl97A/mN1v02pFDkWpecu1RuXpbK/se93usZatTgSs3tbeDdmMVcXsWAEKOYncpBF6nXP7VlySLEItnTkW55D3X4VgMP9H5IEsO6uK5bVIEyRXujEpcgZGarg+22MNQsyjPp5s/9vQO+5wgDCGLeTy2OdLQCp0i+8ontIgBKSbnInEW1S2AN9Xys1qymYuTSU9myC/T55fGFFomC3Zf49AmCqo2knAVX6JHf/Fy0FCjdzHdGnAkoWZu8KvfhbCddDSbbOmHnh4QOV1taCRHLmy+qAQHiB2zUmZ/VSn2XLK2ze1MTfjxG4rxOIFNDODTtmgBVFoegS5CiSYueHuICP70RGTy2Ull2pFlPmchSeuzSmcETsnLYo9qEaLTv2tyYLXcMte0hjYh+2Thk2TXgO4VKcp/fpNdE4Y0EVXpjeMwT38ZuC00tv3WxX8sgzmpA5Ahj2TYznNOHqGR29cpBXnhxBFuMFVaRfAVGnMRpy/mnDtHCE3Fsrp7LPW0hIjOWhzRaE7Dmw0BQVH8oiUYVbV3VcMYu8eG8KV7huFz4T9Zz1saZYawVIj3s3zd9z5TiBVAg27W9ZFsQAFh7t33ngYuvTiebWxy0ikC5mXoI5D0O31kk+rZ2D8dHtPo8/q6jsLYrH/hlBWIch/NA7VjEwoF2Y2q84f71fh1Tyy28apxqEZHvBe+9LUJWflT4FCdz8qEYbv+dx1CURlXXH5LIIhWmBbbtuCsLrAoRa1n7ZYyOVT0cXQJYG3PRQTv9TIfr4ZZcw+68UujAJYLnLgi5XoLxJAFz5Y402US9go4pj76E2Y5x7Vinwo4Br7rFM5wbp7ZsQ5bj2/IIEdmZwzikr+dXLGzDpu4zhXnAmhm6NE4+x/Mp71zOp5y/M82kpA3P2rHFHwZsfyHhiV0DoMX9jlIMsJYJSoLKi533Ik73f0BQCNFdQiQR3Pu1z91M5dX9OmPa1B3fk+68UsiAG8Cz3S3hUIvE8jyAM8KOIsXrMbY8JfvREnXq9Qm4ichOibT/sem9NFMci350QvMilbXsxeFWMqJLbKooqMojZ0Rnkilth0A/xvAApXQWGvRFFSInnF8/1C3zCIGA2gyXjDb70RycQzcyAHC3uGxeh2ipEw7Dd8PmPLOOVL1/Nzowe/GpfxLfg1HmfKRN4sLNj+MoPLVE1IM/mqnzNbQxB7wGRZSygNAqfU1evuF/BL3nuXkUY8nfXKTrKzH8c7hzzXPu8RC3agozA7blNjxwbuCrP1LG+H+D7Hl7RZzqWv7q+whnrapC2UMI9EVvYHE9od9YtHxnT/2TM3qQLY0i6yJfWoKxAee4cPTIU8qXv+WydFowNR33PB1IY60Cn1rrHq3ueY1DP9/GlxBrL5HTC0iUj/PM/bGR9fTtsHXGxYPqe2glufKpCZXeTf/2bc3jzezU/vW8Lo7Gce3r3HgyAea7PCpwU+OL3E97+iiqr6zmpAmslAokv3ZNHe5HBfoxa/wO07Ny62UIaZrlDKw3WBDc+GvO1m5sMlUjkMnQACOgiuGohtN3fo2MlTtJz5x23t6YmJ94VV2p+vdGgXmtQr9UZHWmweTqiPjjMy9dV6CQeeAFWeNi+hy06L4w/t/P8qoNEBXXwG1ivgRZ1lFdHyTqZqNFoDHDf5Ch/+C1BoxZTqca9PAIhHChSeNI9wTPwCaOIuFKhVq3i+THGBFz+lhP52798NSfUpuBZCZWGQ+T4sYvRe1U3Fq8CYQWSmIGwzRvfdSoTu+Due7a7fIY96kdb5nb0nqraFzCZWrZM+rz13CpZajBeBDLCejHCqyCDWrEGxWuvaknfcdmC0pZcWffwaeVQZx1R571/kfHslKLq0/MLlMMTgm9PZPavFsIAzwcI8QriR0XnsgvP/7vWbPP11VqdKHJJHb6UKAu5tnz8jQEvXzbDzPQsPh0808Y3XTyb43vGIVm9CIIqeDWsV8N6FYyM0NZH4558oTTEgWBWV/ndKxKe2Z4SeYpukpIkCd1Om267TdLtonSOwOJ7Xi+vTnghlbjCr//6mbzu4mF44ikHVAmL+K7Ly5oDZMiAOahHDp1ZqHZh3TK+csUmPvGxa0iThDAQzvnFnJFqoRftNTg3rC8EnhDMZD6ffusw//cvSKZ2Kwhiwigi8CM8P8TzA4TnIUtAqMlAJRjVRuddTNoly/PeI+k8AdWBGh/8kuFfb+ky5jPPPySEQGBtEAbnb2tnPzwUBvD6CF8DBoDgP6+++rSvfvmf/iKKo7hSqxMGgUtbArqpxpDznnMNxw9PMrt7EpvN4Osm0qb40iCkhwyqiHAAwiFsMID1Xf0eI0NMwQCV0KOpI75yU86m7RnVwJBmGe2OSyhpzc7SnJmh1WySZykWQ+D7VKtVokqdxsAgn/rUKzj5GAWP7CiMvaJWgLXu7C1Dt+O8GPyw0Me28MB1oLMbulvghFGuv1PzS++7ijTpEnrugZHaWPegKgApMQVOXwqB73kEnofnBXRtxCfeMspHLwppdUGJKkFUxQsjPD9GSr9ImVdYnWDzNiadQaez6KSNyrukSUol0AS1Cp/8quHvrm0yGhWStbhvWbw6DIMrn56ceXOxeeG5B+39MkBJ/ArQAAaBEWAMiL/+/7d37fFRVNf/e+e1O/tIdjdLsiEkPAVF0PAUBSuCQJWfIvL02YraqrTUF2DBR63vihWLWrWCVkXBFwXFF/JQUKkIUoiggBAhSBKSTbLZnX3MzpzfH3dmdxJC9ddf/+iv/d3P5yazM3dm7tzzveeee86557609LID+/aNLSgshKwokCQuRpiGgZZ4EvFEAiP7JDEo0gi95TtorVHASEJkBEGUISheMHcIgloE5g4BcoEVw8cFUZQgKzLqExI27dYRSxhQZYKeNZDOpJFIJNAai6G5qQnN0Sham5uRSiVBZEKRZXi8Xri8Afzy+uEY2IcBh1p5cEerZ3Grm7Us3BY87amgYLur63xerjfzjR+j3wB9PHj7MxHX/+pduCQ+zcmaZt7xyVrxyQQugyiSBEWS4XYpUFwq0oIXk0aGcfU5BfDIMpKGCiarEBWVx0AG45ttZDWYmRjMZBRZLQo92QLBSKDQncWRhIj5y5NYvTmBImsLYiYwa0Nr/m5JFFv+a+LEsQ8++tgui362Z1zWcdxm3VV7AAgW8T0W8UMAOgEosXIREYXWvf/ehalUqpPP74ciywAD9IwOLZFAU3MMtQ1NKPbEMLhzIzq7joJSrUhnsjCYDMgFENUiSN5iiGoIorsQossHQXIjQzK+a2GoaeTOpooImEQwDAOpdBpaIoFYSwuaolFEGxsQa2pCMqmByIRLkQHRg3N/3B/jRxcDdWlADXKCZ601gllrrR8YjxMoWwGkJDtuoMCvZ5NApplHCk01As0HgN5BLHi+CUue3YpCr8A3jSST838mAKJoMlEUZEmGS5bhUhSoqgq/zwev3w9TLsAJ3UMYNySIniUqRMkNYgpMJkEUBBjZFLLJVpiZZlCyAUKmETK1QkulsP7LJJ5+twXfHk4goPI9EwGAMcEKpM1BUDlw0F1PPPvnZy2OnQVfPZ8GN8/aW7nYYKCOAGD3/AIARQAiAEoBlFnHnQD4AHQ6XHOwX0tLzJ1IaBAYg8ejQlEUaPE4Dh8+jIOH69Hc3IiwO4YTwimUBUz4VBmyywtRLYKgdoLgDsIT7AxT9CFpyIinuUJJEVlOY0zEt3ZNZ9JojcVQV1uLpmgUTY2NiLU0cwCYBpggoaS0GD+ZdAKUjA54OgM+H6BpQKLZ0roluIEF4BxA9nEQiC7A5QX8BUBSA+JNgB7jxE8fBdJNQLoGiWAEM+/ejbrvGiEKlscPAxiJUFQ16i0MVGuJ+ECP2w2XywWP1wuf34cCfyECgUIongKovgJ0iRSgolhFwKfAoyrQdR3MzEA0NWQSTchoUTRGG/HVty34uKoJX+5vAsskIZGOTJbvlArw9YGiJEEQGE44oc/qBY8/scDqvGQRPwVurE9YWXOAIQu0nQZK4IpqjwWAsNXru1g5AiCkaVrotdfeCKxbt5Z27tyF5mYeLzcYCKBXrx4YOGjRbb2PAAAZuElEQVQgRo38ETyqirp6D+oamvFpTRLqUYaAX0E45EcwGESBEAbpLix64HE0tcQgyzKPD8zaW/z4Tl6ZTAo9uvcwL710Onx+v+Dz+RBvDSKVSvJtXEnE8KHdOEfyhvH551/jj4uXY+4N16D3SRVAzNolxLAc/gXFAoAHUP1ItOq4ZfYdGHv2CEycPM4qL3POIPkA0QOvlMTl04bgpde+hkcxkTUNCGAQJAmSJBWMHDPuiwP7q9nRutoBXp8PblWFz+eHv6AAPp8PnTp1QjAUQko3kGAKmOBFQ0zDjBk/Qyjgx4Lf/RZxzYfaeg8O16poiHrhDRRgUL8wkpqGVDqNbDYLI8tVlYIogjGG7t17bJt92+2rAfQHH/vtnp8AEAPQDKCJs742ynlqDwBb6Atavb0UQGcrd1q9+p2y2bPnlOzeXdWh/mDrts/wzrtrMOac0SirqIDsdiMYCiCdSsMgQBAkSB4PmKcAii8EEOHFpcuQSPyweEeVlYPNG2+YBZ/XK6iqimQigXQ6DcMwoLhd6FEe5PoEXxd8c+hTLHnxFRBTsOT5R7krMJM5AIi4g4Zojf++CJa9sARPLn4BoXAJJl56GeA2OUgkFVAKuaJIj+L0fh7sq1GRTMQBEARBgCzJYAyS260MvWH2nPVvr1oZbmluLle9Xng8Hnh8PgQKC3HkSC0+3PQJJk+ehKKiIrhcbhxtaEDVrq8QDheDpAJ4CgtQRC643T6UdiqClkhA05JIpZJ8uX2G7xNsEt+qtluPnrunXHzJBgB9wLk3swCQtIgftTq1HSfFHhp0AIZNSPE4AMiN/UuXvlwxY8aVkUwmHxcnGCymsrLOMA0T9fX1rKGxFqZpwu/3IxgKgcDg9xdA1zNgggC32w2PqsLj8UL1eKAlkygv74KamiwEQYEgCIjH48hmuTu7orjg8XisPYLTFImUCB6vl3m8Hvh8vpwjZDKVRoFfgexWwJmYD4rqBwAsf30V5s3+BXr17QmQaAHA5Eog0Q2ofuiJFBY+vgQA4PUV8PZSCjhgRDegBrhpW2+Fx0xh0IAi1ByxrIaMQZIkiIKIwkCwO4Ca8y6YsPvAN/ukaGNjRHG5mc/vQ2lpKR5d9ASWLl2Gn/70pwgEgzBNE+XlXbBzxzaAgEAwgKSmwe9VEYv5kE6n+C6tmTQS8QSSmgbd8sgWGDN69Oi5Z8CQITsB9LBoZy96y4Kz+2aLntYWJkhZOQ0+DLQBgIyOJf/gjh07I9dee12O+IWFRXTPPb+lCy74LxQVFcE0TbS0tND27TvYe++9z2RZhsfjgWEYvAeoKgzDQGM0isZoE+KJJEpLS9GpUyesX/8+4vEE1+CJAq6++lqsWcN3O5k27XLcffdvyDRNMgyDQqEgPF4va2qKov5oA9KpFHx+HzqXdUFhoRvQ48it/xe4q5WmxbDoqefx6GMLASUNZC17IhN5D3d1wqoVL6PqS76ymmztuKiC75AVht5Sj9rDh6AIQEl5F5zURwbJjZAYnwZKsozCwgKkU7pn3959fRSXS+/es1dr95495Yb6owECJDABqltFKBSCKIlIpdKce8gSysrKQGQik9EhyzJ0PYtIaSkMw0B1dTW0ZAqhoiL4unZFS3MzZElOdKmo+DZUVNQIoDsA16FDh5R0OiNVVFSYiiKndV1PG4bhd7vdkkX8OHgwz1bwoYHrnK01/W4iKiaik4loHBHNJKJHiehNItp2wQUXJcAHTvL5Cs2PP/7EICKDiEziybR+G0RkpFIpM5lMkqZpRES0Zs0HNGXyVOrarTuFQsUULiqh3r370pw5c6m1NU7OdMEFF+XmrNdeO5Mcz83W1dUZN9xwE/XufSKFwxEKBoupoqIbTZw4iTZ+uJ4/wMgQEdEry5eT1xugUWePocLCIjr0zS4iUyNK1BEljvD/eguRkaJBg4bQsGFnUEVFD7r99jusmhhERPT0k49T927dyeVSyaN66NwxZ9PfPt9E0cYG+vbAN1RzsJpizU20ZPES6tPnJHK7PKbL5TEGDhyS3rjx42Yiij337J/1SCRCHk8BCYKLiovLqLi4hG69dR4REU2YcBHNmHENERH9+c/P06mnDKJPP/mUJk2aQj5fIcmymzp37kKPLXrc1PVMExHtJ6I9RHTgzTdX1w0cOCTldnsMl8tjVlR00194YWl0/PgJ2tlnj2m0aPgkEd1MRBcS0UAiKiMiLxEJICKBiDxE1Nm6eCERzSGiZ4jog5qaw3sDgU45ZcLs2XPbE99OJhFl7Zw1DIOIjKee+pOpKK7jGn5PPLEf7du3L/eQ8eMn5K5dffXP7eea27Z9YZSXdzuu94CiuGjZy8tyz3nllVdIktz05sqVFAwV00033sgv6DGidDNRuoWIiN57+00CQH9ZsYK6du1J8+ffnnvGrXN/TQBo6pRptGTxEnrggQcpEAhTJFJG3+zdS6kkB/jCR/5AAGjUqNHmk08+rf/hD4/pvXr1MWVZoaqqLzPbtn2hz5kz1xg2bLjp8wXNm2+ebd544030+usriIioT5+T6eyzxxAR0eOPPUEAyO8PUK9efcyHFzxiPv30M8Zpp52RBWCuW7+hhYiiRNS0dOnLCQB06qkDzN//fqG+ZMlz+rRplxiOtk0S0YdE9CIR3UFE04hoGBFVEJGPiEQQkWihoZyIhhDRFCK6zbpp4wcfrD3EQ2yBANFcs+aDHPH37t1H69atp40bN9HGjZvMjRs3GevWbTB37/7KIKLsli2fG6Ko5IjWv/8A89577zdvvXW+GQwW586PGjWWTNM4HgAolUpR//4DcudDoWKaN+82euD+31Fl5eDceVX158D06quvEgDa/OmnNGfOXHK7vVRfe5hjN5skMjmnOHPEWTR48DA6Wl9HPl+AbruNc4A1az4gAHT33fe1QXlV1U4CGM28fhb/vbOKANCVV17dphNEo1EjHC4xx449L8cd58273Swr62q27zyVlYPpvPMuICKixc8sIQA0YMBgM9YSM+znxeMJvbS0izlu3HiDiNKHDtVkVNVnnnPOODOdTutEpFtljTvv/K0BgAYOHJokor8S0atEdC8RXUZEw4moOxH5iUhyAqCCiE4joulEdCcRvUxEn7zwwou1dgNLkmpu3botV/mZM2dZjS87MmjKlOkmEZnXXnu97dlPffv2o4aGBvvjzTVrPjAlyeYMAm3a9PFxAbBy5ZsOIvvoo4825hovGo1S3779ctfnzbvdAsBrBIA++mgj1dQcIgB0129+y28ys0RE9NnmzQSAVryxgjQtQR5PAd15511ERDRu3Hg66aR+1FG64oorqaKiB5mmSbNm3UDBYCcyzVyz2AQ377nnAdPl8lFtbR0REc2adSNFIl2oqampzfOcAHjqqT8RAHr33feczzKIyLjqqp8b4XCpSUTG7363wARgfv31HsNRxiQiU9M0PRyOUN++p6SIaAsRvUFEDxDRT4joTCLqQUQFRCR1NJ0jx39yudy5ablpZqFpSfsas46RDwvMBShZlhkAbNmyNfeoq666GkVFRTlD9znnjMYpp1Ri27a/AjCxbdsXGD78jDYVsfXbmzdvzp0bNWoUzjxzRO53MBjEpEmTsWtXFQBg27YveE0sI7mmaSgr64Ipk6dj4aN/wKxf/QKBQBAAcN/9D6GsrAITLpyAo0frrfu4y9GePXsgCAwzZ85CJpP3uZdlGdu2bUVjYxQNDQ3YufNLMMbwy1/egEwmY5uNmSRJrKqqCul0HDU1NSgpKf5BO4lyJY+IXr16Ae0cA4qLwyAykc1m2bp163HqqYPQu/cJ7R/KVFWlSKTUrjfrIAN2p7YP4PDcQ36eqHfr1jUjSSqy2RRMU2effbbFHDGCE2r69KmsV68e8Pv9eOmlZdi8+WMAgGht9RGL5WMUdOlSdszHhsN5t/VEQjtuozQ35x1bunfvfsz1SKQkd5xM8ufYjU2WzXburbPx6mvLsHjxc7j55hvx1Vdf4S8rX8ejjy4CYwy6bilXhJxgjGi0EevXfwjn1Bfg+xScddaPQERIpVLIZlNYu3Y9dD3X4AAASRIwZMjpUFXPcb/t2EQABKf/gYPAXPefyWRQW1uHoqKO3f7Jipn/d/CWA4MTADbh0+BKhCSA9EknnZQoLy/PHjiwRwIYnnjicXbxxdOptLSExo49B2PHnsMA3mM2b95kVYC/xefz5t7Y0NB4TC2OHKnNHYdCwePWtqDAnzs+fPi7Y64fPJgPo2v37nwD8lYYNGggfvzj8/HQQwtw442/wsMPL0QgUIQrr/xJm3KmSWCMQdM0TJw4GYsXP3XcegGcwwwefDrWrn3375b7nybqwEpLlsOlKIrwej2Ix48XI5Ll4id/X3I66TuJHwfXIsV9Pm9sxoyfxHhxEd98s5edd9557MMPP0I2myUApmmaZn19Q+6NBn+7OWjQQLIr9Oyzz1IikbD9N8233lpNu3bxubckuXH66cOseuS/3AqNR6edNhRWPbFhw3r87W/5aGj19Ufxxhtv5H7b3Mk2mDgtoPPmzUFd3Xe4/fY7sWzZK5g1axb8/jy4+H1cz963b19s3Pjh9zbgoEEDsWXLZ7ZK3G7LjmYqJpFJgiCQIAjOcvmv5bavNve0PzZNIkVRzMGDB1FV1Q40NByzOSgdPVrPDh6shiwrQMd1yZ23/ZFsAKSQVxg0gasRW+bOnX145MhzUlzBJGD79m1s5MjRwoABQ9hZZ41mlZWD2cqVq2CbFlKpFAHIXnPNVVlRVAAQPv/8r2zEiLPYPffcj1tumYNLLrkiZ9SYPHkS9e/fz+kk3oYm48aNM04++VQAQFNTA8aMORe//vV83HvP/Rg5cjT27v0KABCJlOGyyy5xtGebdsGZZ47Aueeej/vuuweKomDm9T9zvob/tYBz/bXXYO/er3H/fQ+0b2C88MJSPPMM1xzOuPKnaG1twi23zLWJZGfj/ffXmA899DDBMsWKokSxWAyyLBvtyrYhinVoX7PNuCZgSZmmSZdffhlpWivNn3/HMUS9+eY5QiIRg6LIxwMTwTEEAHn2nwLXFDUDaADXCqqyLIurVq0QZ8y4quK1117x8VuyqKra3uEoU1paqgPQhg4dgoULF7puuukGj65nsH37VrZ9+9Y294wY8SNj0aKFSbtSiUQit5wpkYgbANIej4rnnlvMLrzwIvXw4YPs6NHv8MAD97V5ZzDYCUuWPINIJAIAyKQ5e9RTlmyhJwDZh1nXz8A777yJKy6diuKSCHf+EF0gPQlNiyOl8fsmT52MK966AvPm/xpbtnyGMWPGIJVK4q3V72Ddug/w8IJHAADDR5yB+fNux7333c327PmaTZ48mQBGGzasF1aseF247rpf2OZYjBhxhvzIIws811//CxaJlJDL5abf/OaOjKZp7kRCIwDpdDotAbqSzRpp5G33DADTNE1pbW2VWltbjUGDBgrz5t2G++67h1VXH8DEiRORTmewdOmLbPfuPQgGwxAE1l62cwKPAJDtE2gjQnBk0fnb5VKMqVOnaJWVAwxRlATDgCAIEnO7PSgsDFG3bj2yo0ePSs6de2vLzJnXRV0ulwYgOXTokMTw4WemEomEoGlpQZIU5vcH6MQT++rXXXdd6x//+HhTYWGhBq6bTn355S5BECSUl3c1RowYkTrzzOExAKnOnTunJk6cmNT1LGIxTWFMhMfjRVlZBS44/3w8vOBBnDZ0KLTWRrhVE9Ejh1F98DAmnHc2upSHrchjCXQrK8bR+ibM/NnFCIe9PEAj05GJt6Dqyz0YOWIIKgeeCGYkceH5Y+Bxe7DqrXfw+uuvY8OGTQgEC3HHHXfg4ulTeaRzXceYsaPRpbxrdu3adbR8+XJx7dq1jDFk58yZG5s3b26zoigagFSfPn00IkbPP/+c67PPtrAJEybEhwwZnPjii+1S9+7d9HHjxsZqag6bR47UsWnTpjYHAoVO862+f3+1CJAwZcqkrMvlYqNHj2KlpZ2xevU77OWXX8KGDR/ilFP649lnF+srV64SKysrE5MmXXQEnJMfBVBvHcfAbQVZpz+A7Ql0PGtgCbh9wAfAq2map6mpWdF1nblcLgoECnVVVTPgnCTncOAAkRyNRl2tra2SJEkUiUR0URTtcjmWhPx6aYa27CuXDuz/pry6ujosiSJ8Pj/C4SLouo5EPA7DBEpDAkoKGV93yog774HAYIKJAvcNzFqBguzlWUyAveiATBMmAaIkAV4v9OZmfHWoBfGMjNJIBF6PB8lkknvhSBJcLheFwuEWwzCztbVHSBTFTCQSSVqN7GwPBkCIRqMuQRCEQCDg7Hjt2bTdWxnypno3uL3Gbf2WAIhExGpr66CqKgKBQuONN/5CkyZNVN566+3q8ePP3QvgWwB7rHwQQB04l0+1dwjJm9OAALgxyLYKFoM7iRRY113gBiSbULbrkW4h1v4Y29IoIxfAH0DbMdBe6tcuIlKunN0oAgBks7r3882bR+i6rhARD4liGCBrdbFBwEldJPSMMOiJDLImQRAIAkwwEAQrwACfsfPX8VBrEvdAMvlsQGQMsltCTauC6qMCBMbpJIoiFJcbLrcbiiIjVBSOh4qKmq0623b4uJWT1jknMUVH7gjsTlbNLJqoyPtn+nbs2FnwzDNLvDNnXmf26dObAWCmadKqVW/S5MlTlX79+qe3bv3rTlEUDwGotoi/H0ANODdoBZBqrwiyNTp2yAdCW9kgCm4p9FoVskNvO+3MOVOjdb+EvKnZ/nibsDZobAA4QmTlknPMEgCIkiTroiSzL7ZuPVsURRAIRtaAaZq5SDX79gL9ukkY0YtByWagpbIgUG6Fdm6OnPPNZxwexJc5e9wisqKC9VXArkMmXLIIlyLnXc+9Xnh9PhQGArq/oMCez5JF8GarraJWu2nWd9oAsNvNBoCTAzjbxf5mF3ins620hS6XQs8//6J/0aJHpX79KqmoKEQHDuxnBw8eYP37V6aXL1+6XxTFRqsOjeCCfdyipW69p0OnUIa8O7hqvdiPfM/3gTsYuJEPn2dLuvYQ0BEHUBzlgWOFkvbyh12xYwAAgGWzWVq04KGfV1cfGCCJIgzDaDN3JgKSOlBeIuLcU0ScXJyFmM0glTahZ4lv1Gi1vWDtVK5IAtxuEYYgYWedhDVVOmrqDfjcImRZhltV4fF44PcXIBAKIVRUhMpBg/d2Ki5OWO2hg4+v9QBqwVltk9XwtjrR7hBOGcvpqeMU2uzybqv9bRN9GEDw4MFDoVdffS24detWtbU1LpSWlmTPOOOMxPTp0+rdbne99f4acA5wEMB34L0/ZgHBOJ5buA0CJxCc2TkGdTQE2L0aDqI5AvW3IawTAE5BFI5yziHAzpmd27cXPXj3Xb+PtbRUMMbahKq3+aqWIZDAcGK5iOG9BfQrBcKqCUUg5F3ERWRMAUeTInbVAp/syeKrQ1kIJqAqDIIoQrF8/PwFBQiGihAOh3H68BFfDxgy5BC4zCRZ394I4DCAQ1aDN4D3PssX7Rj23x4ATiDYHNTpp1kMPiwXgXMEj0UjAXlPoFarHrVWXQ5bdakH506aVZ/jLg0j5HuxTdQU+NgmO4hvf4Rz7HLMW9sAwPnRwLEfatPMKQO0V2A4AcL6V1ZWDx027OevvLR0STKVKu1I184AkElYc9DE2xuBQp+A0qCAkqAIlyTwVbYGUNdioraJ0JIwITMe8lWwVjQJogiXywWv349kMgldz6BXr147KgcP3gygs6ZpGdM0TZ/PF0d+Gt2IvOTdYhHGOdQ5v7P9tzp1AzYHsFl40qJDKzjwvOAAsD2BklbZRuvdR3AsJ8q5hv+QULG2ZG5nW5Cze//xBBinLra9gAccS1ygbYOwdteog+sMQPPU88cP/GLrlhcyerYXMcbZB+NBlG11Ipf6CHoWSBlc0MuVYQySALglBllsByLmAIDPj0BhIQYPHbr+rvsfXCErSjmAsuWvvtZfS2jK5ZdduluSxHrw3l8Nzn7tXpey2qY9yJ0v7KhN7NmZ7awbsnIQeXmsIw7QBM59Gq1jG0D2MM1l4B8AgDbNgY4ldWfl7Z5vOu45njXKeR+QZ/0dPRd/p0x6WN8Tu++vPvAng2i0vUSL3+2UC/hxLpgVp37+QbZHcq4cvyKIIhRFQYHfj8pTKx9/eeWbywB0BXfHKgGXiwRwIjeAE94ecxvAx9wk8gDIiaCO/04u157jyeBcwF6vUYC8TKaCc2SbA9iu4DFHjiPP9nPEB/7nAPiXTowxuVDAbSbDHADujr4sR/cfkHIUYAyq2723R/ce8z/ZUbUWQIWVS8EFMi/yAIiCs90jyCteEshPBf+RZM8cnPKYLYjbsysBHGAZqx62HsImfJueb6d/KwDYKSCxQQTcRsAEakfvXKxqx2dbjCD3v815oJ4RnjqhV89HPv96XxO4EBYEJ7wtiKnIA8AWwOwpmD1u550K/rHk1KfYYLCPHcEGc7MxO9tCuVM5l//Gf0cA2KlQYsMAXEHAjwF0J0L7SHRtkmApBAHoDPgbA5Yx4KXmLB2xitg9zh6P/eC938mCNXAQtCJPfJsI/4zklMWcU0mgrRxm5w4Jb6d/awDYKSixAgMYCqASwMkm4QQGlIEgg4f1jTOGA+CxkHYIwOfNWepoBy4ReW2prZa1WTDAGz8DTnSn//3fJcI/mNrPmoBjhcjvl/D/EwDQPjE3E0NZBAkQBRPQBaRast8fT8dKdu9rr962hTfnyht7Svwv28j/kQD4J6Tvm9o6FVz/0un/AfC/Tx1N5f7PpH/69vH/gYna/f8/lf4bUtGODG6c6fUAAAAASUVORK5CYII=

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

R0lGODlhvwC/APcAAP7/3vv7vPb6zf33p+73u+/3rfjvuPnuqOvtu/7pkuvqquHpxdzosuDno+jfwfrelufeqt3ewPjciOjcmNjcttnbqe/Wgc7cstrYmdzWjPfOgszWqMzWm+3NgNbOtdbNp9fOl8zNsdXMiOTId8fMp8nLmMrGiLzHmOe9dtq7ddm5a8e8irq8pri7l8u4d7i5iM21arm2eq22ldatc9atabq1aqy2h6y1e8itdMqsaLmtkbWthbWtdq2te6qslaqshq2tc8alYaWte6Wtc7mmabqlWq6lc62le6WlfKula6Wlc5ylhcecYJyldrWcdLecZa2cbKWchaWcdLiaWa2cYqWca8OUUJycfJycc6WcY5yca5ycY5Sce5Scc5Sah66UbLWUUZSca6+UY5OcYp2UfKWUY6qUWKWUa6uUSpyUc5SUe5yUa5yUY7qMTZSUa5SUc5mUWZSUY4yUa5iUSoyUc6aMZIyUWaeMVpyMa5yMY4OUY3+QgpSMc5yMWpSMa5yMUZSMY7eFRJSMWoqMc4yMY5SMUYyMa6mHSIyMWp6EY4yMUYSMa4SMY6+EOYSMWp2EWnuMbJ6EUpSEY5SEa3uMY5SEWpiESIyEa4yEY3OMY5SEUoSEa4yEUoyEWoSEY4SEWneEdoiESXuEa4SEUnuEY6p6P3OEa3eEWZV7T2uEd3OEY4x7W4x7UYR7Y5h3Q4R7WnZ7c3t7a3t7Y4R7UnN7a3t7Wnt7UaRxNnN7Y3N7WoxzWmp6coxzTHF7Uod0RIRzWntza4RzUntzY3tzUntzWnNza5prPXNzWnNzY3hzR3NzUmhzZWtzVmp1SoVrU3NrY4VqQXRrUpRmL2drZHVpR2trWmtrUWNrWmNrUW1jWldnYG1jUmhjSXViN2NjUl5jW19jPFphTotXI2ZaQFZYR2hTMFdUN4NKGl1PJElQPXdEF1RHM0pLKVVFJkhFMzxHRGA8HEhCJ1U/Fm42Djk/MUQ3JC84OUgxETMxITAnEh8mJBsdER8WBxQUFAQEAv4BAiH/C05FVFNDQVBFMi4wAwEAAAAh+QQFBAD/ACwAAAAAvwC/AAAI/wAHGaIz6A2dNwYNDpJjaNEiRos8bfLkidTEixVJadxIiRQjSpAciqSziKDIhgIHLVLZ0JBLQylfymTI0KUfOjf98HHD501PP26ACvVDlGjQN37kFJX5chMmjBM9tfIkq1XVWrWIad167Fg0r9GshbW2bRu3s9y8oV17NtxZb9uiyY02jO6wYcTqzo3madEmiC4XwYzoiZHGWqRqycLKuHGuWrkiR651qvLGy6REYd6ckSIpihUzfi4skRFF04wwecJEyJAfQq8BYWJ9idCl2bMJ5V69ejZoiq0UY128mFitY8aHHVMmV6zzsda4mUU7Dtw4ctfNZSdnjrv37uPObv+jNt4atWjjo4k/66ml4IabRJr+dDjxYqyJE5+SnKuX5FOkqALgZpjJQgpxsoT22YILhvYbar9RZBshk8BmiCS6ZVhhhrsRwptvEXrySi3BCZfVicjlpQxze4VFjXPSUWcddtfVaKN316FF1nnR8IgeNdwA+Z5LNQn2UGEafYIfYozlB1lk/vWXi2UAqnKZlafg8hguih24GWJfakTRQ6ZFqJshmKDpB2ts6obbm7ql1ptqvFFEIlbB3YdiVsqtGA1zLM5lzaAxcjNOOOMcGl54NIYDHjniUeNji+fFtc1LcgxCx0CGFFkYfU4uCRlW/EUZWWUDBrhRLVbmspiriBn/qNhiiTE2YmennUanhLfl1uavb+bWGiFu8hYVKSUypueJxuU1jDLKPbvctHsN6k2ikI5zLaLUkQOOt+LJdV5deu113kAFLVQQHTQRtqCSTDI2mWRRmqpKLqSkaqUqsmTpJJeu4ttYk2I2mCton/TmJpySoLmwsC619mZhdLbyiSwj3nefcSfymVxeeR0TLVhhraUtW2cpimhZLd5FrrnRGGLQQQi9IUe7ZIIab2KP8feYqVPmcu++GuECoNGyyhJwLVzeJ1ljiTkYImjBtunHhRy6SWzEvtYJHLLCacwYx1g1i5fLLgcq13oxXmuWWopKFxdddDnrcot0HKS3zQwR/9JuRvRRtp/P9EIpmSqsblQlKUbjQtwpo/YcOTGPdblRwgn/NhVFqvlK4dWvsYnbmcNyiImcoLXyyn3Btc76iCPWAjufdzkbKFlnlXxWdCmvPHfdeGkV/Msx552QQTd32tBHoEJOL9A9Qx+Z0oxrhK+A+QEc+ZPHDLzYK6TQN3WEnbcJ24SsEav+sJfIdgmamFyC+meflNg6ia+ofn/sWL0yDO13CdSLgBQds+BuG+GRzlxqR4xgbMVudykeQuRgM+Ux5EgacUS+KNOLDgZtSpUhHH+spBESwkppitnScCrXvePM6kBSGd/mOMcmh6WvNm1yjSFgc7U0zcYQXhNRK/9aFz6MkQg4d1LdK5YouyWOqFwtWlvJphMuuaDtF05cItruwq683awmEAkjIzTIPBCeIkr7GdzgRBiZy+CCFAJTGnGYZiLIUE44iWkFsqZWv9+MLkPr2yGxXgM61xTSh3LK3CuAs0iM6Y+RsmtiFj+hxWcpIxlRVM95gmQWHm3Rf7PI4i9qd5eBJC8wDyGTYcJHCUqgCjId7EUa7xWZexmtlkIjoZeE0zQ6wopLyMBKC2clC1lcrI8RShDVsqY+QZ4PKIYAhCGLMiEPVQw4MdTfDPOnpPpRkpKv+OYTA/incjaHG9HRpBVdFkpbhBKcWqxFMGRnwU45RIwd0eApPkH/iU+gaj9oFJDQsnQKWdwrQJLx0ga5xNCw/dKFXRlOrO7kiVqMT2HrG9ZrthaUQoKuNWgSZBAvOpWEYWJz4nxFJ8BZiy1CK4KZXGADJbnEVXxipVlcovJUSYlVMsif+frnGWVZGYESlIStUpVGDKSxEy7NVa/anmJKBL5FTs18W3umRocSlKBEU5DpWw3qrlk+39AJE5nDxEpxCs7/2Q1kJGtZ7Zz4zbV+YhXhVKlKF8EQRvjVNJgZEICEesbCDlQVtGzjUjdiIC+hkJjEbChycnFH4lhMdbVA5mqyxpqvWoiHrRFKVwGx0dfs0IZAtOZZeXMJp7CpTp3gTWxxysQn/4LMdnIlBhZzete7duK3Nl2rfP56uXxpZLD/JKoH90PLwS32MkyNlwrlSEfhSE5ZU9Gj7PwIyIwSUrR+AIQbxttVaA6ldCGN34Ro2Kv03oaGakXrK/BKSUlGcitn26JuJ7mK36q1E//9rYAXQYhUfiR8x1Wc0E4lS6IOdUoCFRpnFlvMYg7HwhZuaGMQpMdP0MeqnMvo1lxT3vGKdg3kTbEf4qBDYtXQTTtUTdZ2iEM3dWJha+1ETnP6C2f5+H+TXOlsAEzkAP/WEGIkRUcSHEKfNfiMtYywf1LVl2PpcY4ImiiGZ2WVLm+ORN6kWmpEDAhilTjFbkAxiskbBzeQNv8ORCGENNe0pu7+ChDt+5Vu/Etkve64ti6baTCyyOf4ElnAiOhEov/qV8UJlJaxNBUz+iOgop7iXgOiRF/eE5WKzpEqFcnuZxKEsatU5dQlNaaZMgoIOZROvOIlr5q1oObxttnNhIBzUeb8TExs1EJl5qyLDa1j2s7Xz38mNG6KrOhKIMLZleiEIKRdGIcouYQLptekRZiqJWe6MC5hRG1+g5+LguYzjaRIVTyRsEVaVcZyLnMcWq0+NI9XzWvId75l7WZA+BvWbnZzeMtMyPOV+eAuvrGhjdwJVnyCFcDVMV5Z4cRQFjs3nZANISQxbUB0XBAeF4QgMgKS4ya2cMz/2PZ/Mm3ta3skjEhGslNCM0NzOwh/ewTxMkkc6zbXO8VrSMMasLAGWutbzW2Ow5prDRTSOv3f8fa3nKfOGtkMWcBYz7qA+wvx4AI4ff/+N8j9DfI8/LsiPkVsZLQUmUn3QuVq10hPIUKmlzcEpDv0xCVsbm6rjiZEp2sNv2Eth1bLmuhYkELisWB0oi9935BPs2hJi+uDDzzYbCIyISqh1mh3wvNYBz3WcSObsP/b7GQHhNnZoHpQlZC5QsMF0GiJ6Y349SSprGdNJiS/3jNiEy4BvktCVNK0cu43g7w3re2dZiw43/mKx0IVGE9ro+u7+kdPs+RVLF6iIDzYGNL8/29lk/HP/1YQ0Db/5xEh9WCbPg9xgP/qAcF61m/m0riMMqaxxBG6u1owNNEpScEHMvEUafI+78MUe2dNvxFmXtNZrqEUbeZ49tYFi6d40acFWiAFRXd01pdvH7hmQIFiAPd0ZYYhpZdxmCAIkgAIGVcJLIh+grCCIieDYzdv8+ZvOUh//iZ/bMAGeQCEbMARJdQRCzY0ADIll/FXDvFFrsYQbiAHUZgUOsQUVigT8vNasuUJsTUnq6FD4aV8a5ZiWgB9iScFUrCB0reG1veBbhCCkvdmeOBv/QZ1pedviLCCgFAJHgcIHCcJfMiHYudxccAGa2CI+RYHeLAGPAiEa/8QhEJIf2zgehzREUVFIJ7QU03IV1/kNzfjBm8wXgxRFEQBhjrhUVfjEvLTGx+CGx8SWq/hBm3WgVrwhuRlhkogBbmoeLuYhlXwi9fXgUeXfXngBsUoXngAZ2FHCGPnh4jAcXuYeiAnCGY3jfD3g8N4dIuYjYf4gz/YEUvWSuJIIJhxewB4M3EghVIIiuQlhcoDXqVIikvhQ50zJ66YGy9hFGlWi/wYBvzYBFiQiwJpBEpgBAQpBVVwBlrwi1UgjCD4kNmHB9rHBn6AenuICdEYiDHYh9Mocj0ICPGHjRB5dHlQknkQdN14BmxQBT9oe+AoCuBYMJl4MJzYKZ/oBmH/gJM1w46iyGIlBo9DATpVM5ShRWKyFgZFx3hE549K0JROSZAGWZBGUAUI+YtaoJDcaHQfaIjxF3af528wGJZ7mAeVkAfUKAh9oHqQ6I1nAIwaCIJnkAerQA3lgA7tUA7BsAYqWQYsqZLg6FeQwAiBGZhHAhGkkUpyQAdRKAdtFgaO2QVhYIFYIJmTqWI/aWJGATrSFCyclT6nhWb7poHUhwVNoARI8JRGAAQGaQRJUJUL6ZYeqG9sQGtc6QasN4jox4eAGIMwCHJp2Qdo2QdBWAZsyZDA+ItsUAm+UJf3cA/5wA/3EAxQ0JDEmQVVkIlMKBKUIBJGUmAg5Tdu0AU4/xmZz0eZWHAF0YcFOVmLthZwsBaG1NRDC9OZE+ISQCeaSlmGpYkEQjAEUqmaUVmVVlkFRmeIhtiQBnqIKMaVppeRffibgCCcaFkJwCmcxEmcbFAGrykFUMChUJAHrAAN5XAP8tCczgmd1FAHxlkFjEZ3fOUQV7g1hqcF/uh8AHmjpKl4pfl8tUiBsgiS82ZiJChwZcYmGNImNZYmoFmGzleGSrCfQoAEPaCaQHAEAMqQW6CQv3gGCqqX+calBmqb+cZ6XemgfmiWZimceSCcfdCmwumNxHkGbdmhRgAFUFAH3YAO6ECi8FCiJ+oP/IAObGCdbelXetAp7MJXxoMUpf/ldPdmozlamqZpmgEZkEpAmvlZdKCpfWv2ZoAwCbJxpByyJj9kFLdWdGlAo/4IpT3QqgZJpQS5pUVXBmuwBWPqpYg4prnKBjuYeqonjWpakmy6pmuaoXz5i2hoBHGZCNTgnM3ZDn5qovwwrdBgnExIQQYhM0DkLMEQDKvQgouYqmr4pLyYi6fZBLqIBEigi5eqeBpYi0p3b2ugdPMKkqbHGkcqCWmyMNEEFKdafUyprkLwA63aA0ZgsAbJkCtZqyqJq176sIjIBml2m/8Gjb/6q8Rqkn3ABsM6qMfaoWcACMkwDugQDyZaD/XgrHwKD/fAD91AqFUgB4zwRVygBm//YAiyMA71kA/PKg/t0A3BUAmLuIZSAJAC6ZTseprpKpDUd6sQmaALanq6oXH6+kfhFYZukKpvqAVNIKVCULAGa6UHyZIK2pBZcKtc+rDDGAe96quqR40ZWwYmKbcbWwfGmgUZynqzMA7xkA/10B3xQA/sYA7ssLPygA51CQ/58LJVYJ168EWgeAVpEA31wA/PybPNmQ+HC7SV4KW/eLROaZpSYASnOalomIvU965F15BaGbHzenmlh5GcqT5AQV41qgQD26o8YLA9cAQGqwRXiY1XqQW0qqBp65D5lowN+qtwK6xzW5J2K7d52wfx1wnJAA7tEA/xwA7MYArYEA7Y/zBp0bAO8gAP3SCiLJsMCfmL60hBXUAGfNAO02qizSkP9mu/6DAO1MAKbMClo1u6TZmup3kEAomG1EegBKqBCayX1oeIbiCRUFe1cLI++iiLbhCQvdsDBNu7B3sECTubGLqQX3p0DXm8h9i2F6uWqqemdssG0culZ4AH06Zj1GAOO1sPzeAGSyADXrAM4aAKkCALypCn5eAL0gAN7XAPvjCdvxiF49UFaXAFq/Cc9Huy9muyJFoO1NAJTnAEZ5CLGxi6pokER8CuZ/iu0qfAA6qQUFuvsJuHX4dVRimLQ2eavluwHby7StCQCLoGGkq2hpi2JpxvIGmRhayWJpnIdf+QB3J7knlAqkBkw/iwD+bwAxQQAizQAuFgD/hADsjgDbmQDOfrC77QDYfLBnb6i+JJnm9wBcMwvywbrfIQD+2wDtmLsvIADtO5krq4tEdAxgQcwO66hgm8oivpjbdKpFIXX5iQhyO2QxU8dLp4BL5LzQdrBL47lcjpx10ayNg3jLy6vD2osYycB4u8sW1KWnxwCcdgDvmwD/gADr2wAQAQAdYQDukAqP6gD/RQD7UgCMngCpbgCqYMDR5qp85HnucJDZZbvvbrnPFgDuhQD/GATuAADuzADuhgDuDwCrrhBupqqcBsxga8kCa9ogjcx8P4yP9WCYQAYHn4Yqb6hon/Z8e668E4HasIqpLYKJLffHQ82KBBmMglKbd10KaFEEqXUA3u8Jz9gA+UIAMRAAALgA3+cNX+0A9XnQ/mAAhbUAZUgAa+IA7ogAp1aqdQwHgWCJBRMAw8Cw/wAK0+2w11YQ7uIAs/wAI2QAfNQLjayw4RLTKEkLVkXMDRN33Tt4FUidJ6maVXOaZziHpyJmCe0xriNYtlyK6+ywMe7KoCugZna4hBeHS2mo28asjjnMgXWs6CEAqh0AlusA31oNX8kA5CsAACkNuwgNVZ7Q/74A7YQAc20AMxgANTcAjd0A1fYARfgNbPB5ABCQ1vXZc+q8XE0AqbgAvegAxLcAER/3ABLXAK7GC59YAPEU0MLgEINX26GLiBii2gAzq8wDim4pxxL61WtAtnbZbZTUnNCOvBBbnHfNyNBpqgIahvhfirt0nU5QycmsAJcPACO2AO+6DV+MAMJCAAVE0Cg6DVvN0P9MAFG3ACLfACJuACRYAG0MAKTpDKdlq0z5d4r/DWyV2X3cAcx+AN6UAP/bAP18ACC0DVXcAO+7AP+eAO2MENxHAbhCDNaKiLiI2GKJ2QW0CgbalvQfiR/ya7rNZmQFp0ASyVnc3Be7wGBOqNQ62gWsmNZWp2bi63jdwHrDALgrADJMACrYDV8dAEC0AAAHABXpAOHo7VlCwEF0ABJ/8gBCUgAjUg1t1gBh2K1knQlKRptIAgD/kAD9DgCyLaDa9ADNaQDpPs4fhQDCQAAALQAtwwrfqQD5fLDbMxDE2+gb28x3sM3ylt5iJ8dKcddoK4jDooZ0oXkOxakAa7Awjrmmdgq974g1x64LyOsSFZkkBIlqzACmdQAh9wCbMNqNggA7i9AB5wDYOO1fgACSfAABdAAkLQBBzQADCABtKwxGhtp0mABKUJ3VJwBSOKDtDgCqUMDobABdyAD/qwD7y9zy0AAPXsBu7AD7zND+5wCUhgvYggfexa61JunK85yMlLpnMYdlfbfiA5Xk4qBaeJzQe7uwRslW9poKPNjWv/a5Go5+YuyAqVoAMOoAPjQOq4QAIbQAEkwAXkkPD7TA+9IAMXsAEb0AJNYAMVoAAZUAS+YAZUIOlQQLrq2gQAiZ61cLikbAmhwA1LcAJcQOQIn/DpgNuoHgGDgA8Jvw/WkAZxYAufEAejG+a6aARS0JoMqaVQa6AX24zzVq94qINDF5CnOcDY3AO7q81teeUSO6/0mo0NzIg0z3o4BQgvgAAkYA5X/dSD4AEUMAiykA5pz9v6wA1e0AIkQAKJvgSK3gAHkAFw0AdVUO9ZTwRR2rVNcAXAjwXlIA++YAmWQAWjEAYkAOhw39u8jQwsEAJTDQAsYA3Nr+dXsAJuMAud/7AFGT+Qo7ulw8uNWZ7Cqlf4bBt2w674k2qQju/Zi23lYyqmlu+QD7xih0h2I4IEHxABJdAKAMHPHz534dSQGIRvnz+GDf2l27TkxMQTS/ToOcFAwQQif8pAgVIFZBIjRpA0abKkyZWVTTCh62bJUhItjGSc2OADXL5+/no2dGfOGgsBAhZ4WOLOIb4XEYzM6qRFihQkVKUcMTJVSpUqa6qcYbNGbFg2ZQEBYpOHDdo1ccKu0dLWzdwwWLAoUYIkr5EjPfxm3bq1q1g3cdqKjRsXsVixfgD5CRtH0KxPLTxcFrav375wxaoh86bPYUN95NS0IJG64sUmFxAUcBGqD/9XkVCSQDFCBGUTJFd6X8FyZRg6X5bQmLCh5USECyTopNPXT/rofLlYLBDAgMUwfA3N/Whhgs0sNkquIjlyRIkRrlKraDnDeG2eNWnt14ebH4vUxFjcaLGribvw8qtA9aqY6r2u4ogDkDXcyI+xuNJgTCwHGZxsFiEiCMGbdPLxiR5yyKFHn4VGG2gQFkh4wYYWTviBi0yWuIAAAjCgQpOQQKriNpJM2k2KJa4YEgktuiGOCgwwEOImEiayIZd38PlpNHoMCYECCiJggZ2f9uEDgRIQSWYNJNBLzwgl4HMPvrLWOqustuTs6oz9pAAwTywE3NOuvPQyosAe1FOiCiz/3ourQcMqrFCxCiEEpJNkbNmBhCu8OdEne6JDsaF96GDhBBmWwMKGm06wYQMECKjABThwK8mIkYzgQbeTWOotJSSiQKScUGqYQAEbkBACtSdJsEGVdDJ1iB931PBBhghICI0hc1qAYAdqyjxPza20oE2x+QQBRC2yxIpPCz3vakKJdt+VgrczjRAiUL8IlWJNxRhktNFG5xJrlmRmUQICD7BBscpO8YklBKREkeMHGU6tcQECQMhiC5KcKMm23HgwAiV3h1yJ5CSS8aWGGkoowQY6unjxhOYuuKCL7jrtJ590kPHBh2kW4ocYEjjQghpbALkKK/MQVHcwNshFC623/85dY7/9BOStiXjlPVOIMwk8Agi9CsVTi7DcAGQuCPt9kDFIJU1miw8EkOHmTkfjBx9sWGBBDXLqocebVJ+UmQGNxGMjiSOuKomIxnl4FyWWJl9CCju6cSWLGDA4oQlKeuliIgoYoOCCJeK5m6HNvvHiHYbwwaKCCgABJxlA0ls8q8TiMqtcctXC71wA2c3LXeOJ7XpsvIrHaz8t1I4DYIDZjtCPT7atYoe5fRAt9YbSWSIEEpZRaB/z9T5hgRNasIGDBiAAAo4qlMAdK5CJANku305SCYsusJ5DN0JhggYwgARdOAUXXlSCiXDgAj5gR0MU5pB30IMh+zCEql6QDP9qzAJp9DuQfOAENUE0SE6RgYsWlHCXIZzkJFzzWg+Yp7wVOm8u0VNbDgGmGCw8iBCvGMYs3LACElTgA7GYYKfCIT5DdM8nmskHPYSwASFMpAEIiAEbVIi7HvDgCDwAGa0CtKf+caEJZryLInyRhAwgoAEbWN9EWtAEOcRhCRQgwTWY5b1+sIMOH9gAG2xBDWp8AgvpkUIPxcIgQEDtLIAwzFzYUBh1LU8JXsuLvLyGSRouzy7qel4YdKi2tkGoh1pIAyFskYxPhKEHJUCAA5ZgQe/5gx/IOIbdfHLBfDRjAy3DQAMMgIEqsGEq6NlBMsFIK1rxyS57ElAX/Pe/LIT/IhQxqEADCLCADTRHBj8ABz7wQQ4atWAZIKqltVpQgRd8IhngAEct0jAVRRbmLIR4ZD4hszYttOuS9ELeJr02tjNNhXnPVFcYHqS2N5ASQhBKAyoJMQxlfMINPbABCbYpi1pKZx+0lOA++PFRbJygAhvIpgIIIB4tnAmZPdiBX5bJgzEGiCVc6EJOBaSFUBTCBBwgAAJoRoIWiKIeP+lHPbiwgAj4IBzoTF0+5PAkN9hCGeDghi3cIIUrLLRBhCAEIsKKz7TlAWBhqKRfhLBWgSLPpXrxk7ucF8oHiXKUDW1o1dLgB4o6wg1NsAFOPuCDdHR0HyZSnXT4kY9wUOIE/wgQAAfcB4ECVAAIUlnCmX6QTJjyoItgfOYzzfi/nOoUC4KcgwlUyoBuysAd/FBsQ+jBhwgs4Af00EwSGZKOK7DPEZ8YJDiU4QbgqM0PYO3EWMXaoLOq8JJq7cEPhCDdGArBPCtMZL4+qQW7jjKHDXXDG9KABUMMIxqv8EM/d5A+Cixij6ORTnR6shl8pAMcpEifjRjAgWAaQAEx2IJdMhvdH2wWpjsAI03HOLnSkrYLwBFEMgjYgArgpAXu8ChiG5IPcsSiGgqZL4r2kYsXLYEQnqgFN8wxDD/4x7iEwEQnYjzWtEGokngRgl9+cIMe5Hitb91paPP0vOd5V4dp2P/rMKxhCzm4oQtICCwJQsAMPm5GH/LVBzuagB2hcgCOQHCfSkGwBQC5sMAx9QuCPcsDaYb2mQ0urRvYoAg4gIDCFGEEbvOhjz0LhDTpeId872aOm7ygC4QA7jiEawgku8EPxz0xJjzRCbGm7UEAWl6ObbCDH9iArV9DiZutltDujtIQDE2DG2pBjWEYYg0oEcILcPIDpdxNOlY+LDtO0QIGIIACGwD2CcawBQwoAAIKWEEctOCbJUw3upz1rEyxEIY226W0aXhDtbEQ0WQAQQEMKMGLuHQFOoQDHyY6kXTo4Q4T6XYgS3jSDwxhCEykGBzRcEOqH01vSWMCE2CtMVz/mlCFdh1hs5u2QY9fGFp3JXKuRTayHxw9l1R/QhnDIAQWiNWEJp2AqIXF2a33gY94YANUF/j1C5owBA60TLUHwMAKklA1TSLhzDqGqV/URm1rY+ENYfi5/xAaB0UAFY7LMcqvZdCLeOgDtlY+N1InqA9S3MQGVwhvvakRT0M82g+GgPG/J43PHTr3KgVGuKe91id51VSURM7hGvCK6jd4Yhi12KpfTiIEF8nACyB3yHQUmw9wyMEHPzi8Stp1ApaVoAIHQHYWELQnzf6AwDDlMZoZOm2f++8NWvj8f0btCCWoNFtxsEEJUEoB9XEBG/SA7ZVvbWWF9YMcFr4CIcCO/wl3cvATXb/EJbou6eTqPrx2yRf9bPADLMjhwWdysR8u0YpYbGMbreADGcgw3lGDPrxvEK8a3uAHTJj3FVjoQQvYB+uYzRJnmhl5QZghC1xUwxzpsEYTWsAyE4AgAyKIASrIArygCpuzPGdLph3gsR4wAhxyshzyDxdbg7r4pDhAhBfwLxNQBEQIrBLgAAqALAQgAUr4kD3LrXYbjXSQAaJCAj+QA0CQA0QDLnCwhUfjg64DO0YAq1N7A5+7CiVIA0NgBnYgOXcYB24YB3MohySsB3zIh/jbhk0YhDQAjkQarzQggysAv0uohWhQtGHQgkrBgBLYgSHgOMZrATUIh/+EOSx9sId0SAd6cMJze0Jv2L/+y4AMMAEiSAIgKIk/QYLoejbL2zTO6gEjc4MwSAOgAz0KrEA4MAEIwIAYiIEeuIEXWCAGqK0IOIFYoIcn9Khbc4h9YAYbeAEkAC922YI4eAVzQIdteIVWuAR/w4Sue7S8epBhMId6MBF+4DN3KId1QIclXAd4aEJ+GKmPIodj8IRJMARJOAs/wDZPIAYVM4dxsIUqeIEPkJ0SuAEhGILAWh/CShh8eAd3cAcQMx8TyQd74IMT6L8J0MMaoIJY6QFiMThBPLNNs0TNy6Emi7vwEr3QkgI2gIPNmQAAjIGY+gEkoLgfWJElIAeR2gz/UXQIdugNsPqPH1iBE5ChI/gEc2CHcdgGaoiGYVgF3sOEV2DJTviEYWCHJ9yHfCCIcqAGXeAFaDAGY4CGbiiHe8gHEzysdeCGaHCGaCCkYfiFYUBCVxyHYViDFagABUAABviAF3gB6yoxv1EYfcCHTbmyEzSffaiHVliBD3CBCZgAFyiCH1GT9JguyyPETuM0QzyC/1CbOtq5VASQeFmhQmGDLHABPXSBFYiBTcMCcIgHfLiHeDAHWVADSCCRdlOYfbiGH8g9QogDJDgBDqgAEGgBrPSDaEDCcUjKYCCkcegGagiGZNjFJxSndRgHZ+CFUoiEUnAFVzAG3fzJdvCG/2PwBid0B1Zzhp7sBtUcB9XcFlbggQowAAEwAASoAJYJAz3ogkGwBhT0ia9sN/gby5lchygoAR0wARMQARe4jVgpiSNwKemSy4PjtAU8xOeJgxeUgyZjxLN6pqqYiizIGCKoARdwgfJsASQwh8UyH1vSh3T4Bm8gB3vwiSrBh4g4CULQghcoAQzIppMqgR6oBNRczeMUUWqABg76yZkcuXUoB2jITVcohUYohVu4Bd00hnKQB3QoynpYrHXoBtosTmrohuMMhkpgBSgAAcgKqul8ASWohU+QA3NgFitDtzYcy3xwh1Y4gg8wAQF1ASLIAidIkz9UkzPJxwKLrkIUxP8jwKE4MIQ40Ey6WES1GR4luILlqQIqgAMzSIIBFYEV2AFlcEIU9TP6AstRTAdZuIIfsIU4gEcS0NBVUYASqIJO4IVgCAZn8MnV9IVk6IZ2CMrFygd44FFjKIVDKIUXPVUZLQWeFAd0gAegBMp8uIdy6AZogIacLAda9QVOiAEIcAADoIASOMU4+IRPYARucKILMp+cqS9kwIVzw4dmaIEVkAIeENAkoALcwJ1YWY+3+oG+GMToirYeiJ5ybTKJS0Tum4vhaRckUJOSSAI4mAMqcIE+jQEeqAVPlcllhT+vXIgqoQdPyL0t2IEXMIEMnUoCGKYVKANU4NQgJdGeLIf/oLyHeqhYdSgHaXDRQODYQDjVQNjJVd3JbjiHXIWHV4UHWrVVic1VaDACENDQF8ACQAgrN0CCTYAqhrBSbMgFVeACHwiBBVgAIZADJFCVGMiCJOBDM6ACjkmT9YBa9tSsrnnPe7nHs6jPGlMbdR2eu9CLToKCLIADIhjQwlwBHfiEcogHmYStkarI3FKddTCE/dgCI7jEn+IABTAAAzCBSkiGcoAJIA3SbjjZlM1VcegGaQjZNmDcNigFjt3JyDUGaShZeFCHYoQHdLhVaFDOcmiHbmCDFViBEsACTJgLqniDdWiIvKmFwMKOohAAAIhdASAAARATEwjAMngCWJEC/8URU7x4K5fymobsMfbki0diEHSlix4cSCygCq8BAryYn/XwT3pdAR6IARGYgA9QhqDMh3iAw/sjQnxoQqRyBz/oAUFAhCoAghi4gQzFAAiIgZ4cRtYchnEIxsK13HIQh/6Vho+1Aitw3EBw3FvYyf49B3WYh5Nd4JMth1ZQg1bYhFYwh3hAB/KIgRe4yzQwgh2IgnFoiHrohB1AgACA3dk9YQKAABMwzCRwYVlJAinICgJcj+T7k3c5CUB0V3fNJ0LQS7X5pGcCxI9cHjUplCrIAipQYh6IxBWwBXQAhxZwAA9AOTjCRBl4BaiqB0JoCzjAixtYgZ8yATgAXHN4hf/NxARzaId2uIc2XuB5wNj+JVXG7diOjVHKTWB4mId72OM2rod1GAYkiBYkOAZ2iIdu+IQq6IG2QITjGgeB4IdtwJZjU4ADMACFRYCqhAAImM7rDaOSEAyuCAzzyJd8GRtowhreAEQlIAS0eSTl/bweDJCvRQ8kiF5Loh/2MMgk5oEwNgGTKgrZhV0TDgAF0IFhQKd8eIWwAYIhAAKDNQEeSAZ0QIdk2L8WWINxiAeLbWM+5mN1OAfFvYVTTVVyvgUEnod0Tuduvod2oIa/OhUZUAZ2MAdqQAQliINZGIZhiAeByAc++IAPAIHyPFgTeIEMfoFB6SL2UAK3ZA9woY3/wDAorRA1tqOK4kFemv1hAPk8P3mrIaAXXCblUn6PPtwCbYSASw4AAgiAADiAlrbkA6iAFeAGgagHNziCJDjpGMBdQfDcYbABbpwILKAGdmBnPV5gcBYHaZAGVb2Fpj5ndE7nV+3meBgHTziTFyABYAMndgAHRPiBKgAiL/GHfJgEHUDiLACZp+mEUaC0EmIDBImVKogVwYBoUZ5ohwMQasspngsOjZsKSMJamm1lCOyTAjwCrzHiQtEa5KOnRGoaILCB8hQBmMUADtBeDMhDE8CAD+CD7miHWniFUUCEZ04CakAHc5CCCgBBDmC8JuAGdODmezhZdbDtcziHpX7q/6deanHAbdtW5z4eB2IwBCi7xOlkoE9oB3AYBZiKA3AQCHyIhlWwhV0VBCk4g9aECkQwjKZBkPWA1yP27ojWCj35LvCrNq2AJLSZiyZr03wjyHZVniHAC3Vx3op23hVClGHTgi3YAiAAAuyN1y24iknoDn4Yh1rohPb1aXYIBlhaFTFpmTjohXFgYwa23Nvu3w0Xh3P+7XRWBz1OWWogA/AgHHhkmRPYAVsAh1CgCk+oh4Hghk6Qgi7qASnohH023bVpFK5QkyQQb3ARcgQRZQAhjPamA/Cbi2q7Aik4i8K4ITco7PACPeT7WpG2GuDQnyvgco2zOZcSECknhE6wBf9bgIOn4QSBMa/u2AduWOYe8AVwKAcdCEEGIIBgswEBoYZ4kIfaBnHczm0Ezm3cDu4FXtE1iBmP+2XHG8MP6IFkIIQdEAJsCEpzaAUb8NMjAARbiAZMWANpJCVG4YokCJdiGvLAOJTEUJt5M4T7fINTS7Vtm1nlhcHjYqhsm2Vchqssn6YH43KWyKzKO7zDu4I4GCRb6IQ10Jc4OIbXygdrSA9EoAZBwAAkJYALcCAHghEhGA7LVefbHnRAJ/TgTlloKIMfQBVTQZUT0CZwU/EwQIInqYV4IIdF8IETQIJOwKoa1EKJe7RFkQ/aCBezGXIil4qIepCvY/WFb7I3WIP/8WJv5XW0rmt4WQ4OlHirGqoaa0PvnPr1JQD5JfgBkPcBkK/QZLCG4Yq1ijgGcsgHc4gCwxSEF4AAyCqK/dqArWaf5RuFclDgbxd3QAfncwhudRAgyfY0jrtEXlsALLAGc3AHcDiGFggBLmCGQZABkFQxcOiEN7gCbHs0fMKnfgmXLQieNTD796gaVEr4hXf7U5O4qnHBvGx1OXj1eQsvv6Y8l3qzNkPvbLsCLqAcJAh5kw/5K+gCRrAG4cLqFpCBQSAHc0CCEECCRXUDLICl7PglBgos9dsBX+iGn4djcCZ92xZ9dT4HVqACUxSC3XiRFtiAY2CWfTAHkeeCIbE//3MYLuAAv7D/N7Jyi7EQ/vpwizd5CwlZqHnTPVZffnSNKDdoMoBkdTkYhFZv9ePTn0TKi2e6/C5YcmniAiwQfC4nGcMH+cAX/CXogmOAp2MoWh/wBHYYhCuIh5kcKXzoBeyggJZbn8BqOSIACFfn5hGcp84gwoMDCd6b102MixInbDRp0qPFCRme+vnr2LGfu0E+otBhlg4cqTdp3rB044cQJkydCAHyUxOQG5x53LBZw4ZNHKA446wpWtQNUkNKly4ipNTPmzVp1sjxI8epHDdLl8rJ2gULlitYmogVC1aLmy5uWL7p0pbLlStkyV5ZsiQulyZc4O69MsibOW6bfP/8IMcOGz6OHvnlYlBhw4sTkjlc2LCCCrSDBTUTVOe5IMFSKSpw4NBCyBIhJ0ggy+dPsT993qrR8bHkL7eUb6Bq9WMIE6GZN20CKm4cUNA4xQUZJ8oGKVKrhC45hYlpqR83a7BYNSTH+9ZFi5TKadvFLNj0YN8gfVOeDtuvfK/klbtkL/6+cWulM8fsxwld9LIIKeBwxNE++WyyQQk32HACBxswAAEGIljCWUKgzbPQPep88YACJZBwwg9LyBHFJvu85pE/+HgRxR5qbIIMM5uwpFRSL8UECE3H+djcj8W5QVR0vsH0G3WXxOSHH2togcVVV23F1HheffWVelqkgQX/dCx1xZJbb3UxJlx44XdfW3ENEo413BgiA0U2tECHPh71088+srzwgw0vvMABAwUwoMAT52h2jqGceWZoZ0EcEGIJP3SxxBvc1MliR/iAgmI15niziRpvkOdGVToSQhNNxB1HCHNB2qTcUWtAt0lMtVJnCJNOSqEVId99N2VTX46JxVdrdGGsG1x2KQcd5bFlHphd4EfmXiyVaQgdtVjjCJ8nlCCHipjuwwwXPzRxwwoVEFCAAS5opg6in20GL0Hn4PAoCEK8gcQVteCDqUf6XOMNOfGQI0uodGiFq0uGwPRwjz/CxCPFmBRnk03aReedJ57UCnF2UmkR5ZRKideU/3drfdXWGuyxl5SvSsH3bFt0wEeHW13QwYW0PKsRllvY1gJOLV388MMbrgGcz39CCHHDCwwEEIAL4sBjULwEXW0QvAeJgwOIGMSx1jb4hItpP/jUozY4l7xxhVV8LEWHUsDJhGpxEQNiMUySxNQJcBiH7NKp1nn823W4NukkqeABa8h43mXVlstrWe7blM6+cbMaOm++ec8858fFjYu8IYs56XATzTH1APwaPsx00ecQIEw9gjSewZtoZ1zDC484OUzwgAhxRMNOPPTQo7Sd+qjNjjWGsKVVVbgu9TFwFOMtycO1eq84Tkid2rHHMXlcHZPayUp9yeJtNXNVWUGXFP955Dl7M/6fd9G56KSTHuZ3BkGHVnAjHvgw4NkChg980IMbV9iB7Q6AglsYClGIgsdBFpUodYjDCipwAQ5YsbbAVKMa6YBN2tZRDVIYgnqY883CrmO3mJzqJTa0DiY+0Qod6tAThPBNdjbGiEuQzxOv6FhMFEeU9bHPZE4cz3hsJodBVO9yW/kVszZnM/y5BWc8s1nO3kC6zZWsFgVcIGxaFA5ymGN5+ADECkCggik0QhwWtOMGzyEOO8JLGqU4xCFcgY58qDAXsmhFLOJhJ3fIwhCDqN9TWni98nVvSZXsRCuMSIpWHDFx2cnOrzyxiU10TBakeAUpDleTwb2sZJD/g9zJlvJIHOHqV1ek4iPp1qybiVFaOvPfzthCtykNYhCtIAc++BEwbAyCFMwoYD7KUYlDlCIQdUTUHvFoQT3aURzGMIY0xIGOe+SDHJ5wJBG98a8WfcopDntnyQiBxBnaDSbl88QOXyELVGbSE5dwJSNGSUpZyKIWssCnxy7BpJpgYSXuad8rTzaeWVoPc058nHe4yD8udA5n8BmjzZx4zk0sYhPeyAdH8hEONVyhC3J4BTnqcY92lEMct2hDOPeY024iShrGEIcfb+GZe/ADH9bgAhIkhQVSpCMf+XBHLUhZuOoopTrUKeKp6PmJV3yiY694BSc5SYpadKx94hkl/ykIWgtSsJVWS2IoFlrynZBG9KyegKJSBuEHihKiKSgbT0AZkVdmzWwvOuOl54a5lY4JVBbkyAc+zLGIHwiBsm4YRjzycQ94lEMagShFOH16C2mQFpze/Kk0xJA7dMDjHvE4hg1IQIIXLKEJm8AGObDBQoeN71S/MYTHiug9HG71q0Z8RS3WalCEnjM8Jd2EKFpBUEMedJSYUJLF/LAe9nRFl0yBJUnDawg+zPISm2DEXfuqFJLe1X0Z3dkvu+g5LSoloHc1Lz4JegxsYGMRD2qBRGzgh5jWg7PnKIUVRuvTUij4mz79qTgOYQx5qEMe9TDHIE6wAQbZYAk+kAEdZP9hOuu90ylDlCd6MUHKetZqh5+oBVf5iVzkprK5j4SiKKArClngQhi5wAVBU9kK76kkTHTggy7pdmPxiLLJeTUvKc/LiMgtIrAkfaXNxGgt0NGMbosQbn5H6Qku9CkyJbhABUjgA2uYox7tUAc8XDEFBd+iFOD0KZ5H2w1poALO8liHIZZAgg1voAUl8kGIHamV3pAYuPY8Z+GA0wlPdEKHyZ0xcpNr0Ez+U3rFPCt0ZYGMYyAjF8IAcis2MeS/ESsNYSKjYqFYUiaP0ryGEDMpGSFYKN71rlz5qFvoAyYti+rL5COlKDO5iVoYAiM2OPMFLkCBE5i0HfVAhzpcwYT/W+w5Eq7wqSu+bQxX8EIc3eDFHcoBD3mgwwca3vCIbEOKY5CCEdmB55TO6UNDXKLfODwiJzNdUE0TQ9OiVMobijmIkopCFLEQNalHjQtOYxcT64mre2INS8B+OcqjBLUoI+fEK5MHKpTrpVv8R0ZjFxGfZG1FLY4xWRZs4AIMkFAIloAJc8iDpod4AjQ4ywtodAMaqOBF0R8BDXS0AxVf6IY87rGONGj4MS2QQRTUcFCHWYVHkbzeJqZjshkakZMD1ycxiHGMtQ8judXdhMIXPsod4wIZdic1QVvRbyURYkwAVKxzad3kUUJuE6RAa3sX/kqEtzA+POullm/G8pZn/1K/z6ADC2Qb7QVARhDdgAe2XVGHctwjsuNoBzq6UY5yUOMX65ApNRLRjc2euwomKLQaBrGJaBBDY3HoFb6ZsuJFdBoT5IP5PpNb8JgfIxrKWPsx3g5L3eeY7na/vjBkQXjqYAJam4sZlSV63hp//LmkEMX5T6Z4HFWuLcQaU0s7x5JmGeLEHVO2Jw6Z1mMIQw0fPgEFLAAH8IAmqJ46oIMrPILr+AM/uMM6xMM6rIM5tNk+8AM/dIMkzJ46QAM0+AIbvMAVRMM4kAM3eML6AIIc8Ig7QY4oEZGT8RuywZxBuV0tCMPaPUM1WAMzrB1B5ZgjzZqOyQIt1N2oIcMhbf+CrfnQmLwBsWic++AVk6WSQIUXWx2eKKifIykaH7DESvgSF2DB/4TRd0TO/eWXQZnafiHDICzBBlCACWSBJfhCN1QYLyTCAvrDPtgDPaTDOrgDSnVEPoxDMEADTYWbK0RCH2ACNzxgNGRMTsTBVQCHx+CaJ9SYP00H+RBUQR0D861dCVmDDjKDKeXYIizcpzWcw+ECERphqiHhImCC6YihyUCRekVUx6BXeIFawy3CFZZiFraQyZmH/J1HS3mfqCyFCxpUQQ2cLGwDOVTDJrTAB8SAGfyBJYiTPPBCHqzDH/aDPtCDO9jDPuAJZI3DMEADNZRDN6DCuB3CHZzBKjz/YCtIAXIMiQoWUZTl30GV1T9l4gzmgieWUAl5gzVUwzEA2Sjp3sKhIvrFwhDWHUH5E789zPt10a/41a5tXECR0uE9F8NZ4ZX5InjIDxOaB/wtoWHdyDH6Y8EpQ3IdAzlswzzGQAxQQRHcATScQzn4Qh4Qgzm4Az3Ygzfigz7sgz7YQzp4g8ckA9F1w565QhuAARScQTu0gySsASDICiRm1bF1TFpZYtjRyv0t49oxQ0FewzZcAyjuIJBdIdxRX/WhYiwAWXWdE3WE3bBQTldATl8J1iy2l33xYnjlovqJ5FJYzrPkjGKeh1u4gV4Bl8vVAjEogzK0HTFwgyBKAQ7E/0ANEAEYuAIHugIbAIInIAM5vIM+3MlR2oM7HEx2sIJTjsOeHQIagIEYVILqAUIexAFvKsf4dOVXmtLB8Zt95dcmHoM1YENaVsMOrp0h5ZiOMWR0nl91Jc5vDNFiPlR99RWVvdImgJcopZ9ElWIxYcuUaAXNmCSYFCN7KMX9Kd8wVGbBRQM6JMMRxEAOwEAOTAFo8RkUVIEW8EdQ6sNqIuUy6FUczMLqQUM5RMIdNAIa3IErOKUk7KYgjI0bcCVjVaI+SmG/+VMRqdUxmCU2CCT0HaQsQGd0umX15eN3LoUPecIbhEFJPhR6pRcUuo99uShJLRx50oEACZDjPAVi0v+MtIBhS7inEWnaMBxD27XCMJiDL/AADuhnDoCBMRSdL1ABDyhBLYSjPRzlO7xDOkwDLHzhJyRDOchmN9zBIVgCGqABKnSDM5TBaF4oUvyePDFWKgUZY/2TC4ZozDFDCR3DM4zaMfxYD85dLHhCLJAidJaUXTqFjnRMdn4HIdxoLTJFP0qqFPao+8SdkFKULJHKWsTHeYwRr5QSk65d2g0DNbABDlRpDuznt3EgG/SAFuRCOrxDmNrDO5CDNsDCHtBBE3wCNaheOaCCGEDoFIjBHcghHowmIWColNzo4VViWu0jEZmXio0lQB6DQUZc3f0YXUbnowqUpJISygBRVln/HLG8X+OgFyOsYMno2o3i4ln9aHm60tcNQnr6XXs6TGQqn6vWwjCUAQ7UahDkQBBEgjRwICFcgRrsQjj4qj0A6ztoAyiAgiy8QZqCA02VwROggRlMgRlEAi/4QlH4wdh0QRiQSpUhW3Ca0uFZF7KJ0iYUFKKSWi6UGi4cJF3umMMJ1CyRYRIZieGAIViMCamgV1f55ZS4k661XHtN1CPdGDIqyVbAUEsojEk2DGQqH/M93zC8who8QREEQcPmgBhEAisEgx94gRekgjb4qj6MqTZwrBqIQi7UwidwgzmMgyYQwRSAwR2gAiv4AitIQUOxRxioxXc02eFtUiUKJ85+/2uybashAZkqqqLQaqKKuo9VWBSlGonxeQKWEIt7ZKondJUPFU480asnbKRE/eDC2ZKS+Bt2rEV5WAkT0o/xGezaWQPbccIdPMEUTEEOzEAQ3AErsMIbLIEXgMIuoKaYfkOZpoIp5EIlwlzqlcEd1EEkHB00sMIRIMH7xeyv2FdaXS7m0opYMhZaaaImqqK5qmKKRmrklAd0fJJL8Ij5fAJ9hAWxPO0t1q6+2Wt9kY9gkdTtTtRS5KyKUZV3VI5iKstvRGbzESrvDUMw9METqG0O4MATmMEjVIIaVO8u3O2vbiw5fMM30IIXcMEgqIE31MM4oAIqRMIjoIIcssIPIP8BElSE044h5QbZMqaSeXWrPwkUW90vj/HY557fx8EdtrCFUUyFrPjGAM+FvF5FvcYoJjCCdVaV66bSlDmSHEQwr1ltc6WMylDOlXSBb7Cq2iGn8UZDNMxCJFDB8pbwCZfBGiwBHSyDNvTqrwKrNnzDNOzBIHjBEsSCO+DDOlADK/DC0FHDOHTCDlAWEVcEsVxkeOojdWWu/N7aR9ovQakiKaSrwl3ZzEyFdmjBUdjEnhJwExhwY2Lqo3UMA48P7GLtko2n1abuVqQFW7RUF6yEVhjfwKmdMhgkH/sCsxbBFKztCUNBGiwCMoSDIr/wmJIDOV8DLaxJPdCDDqMj0a3/6RocDSgXMet6macW1N8e1CvKr4pdwnMZnint747tLyTE3YuyRUMZhS23LOJ4ghLMhVuEAaYSrHDZq+ve4twMkzGTUj95TIodpuOtzMBqtCzkcfMRAwizghmAwRQoLxWYQRm4wTEQDMYSaMaOabCmQzisEbCq8+qtHtPZ5w/0gNOEMnt6Wf3KgiEdnhM3sUA13FfGwivLgirs71sqpCNpcUIXRUITDkwgQUM3LXc1ziekLjDDkzB3TJWw8SxKqtXSihmv4MzIH8YtDH7JIPS9agdGwsnewR30gS+8QjVcAzjTwzsQpcamg7BqA1Cqs9rUQzzEg4XdQzkAwicjgRCE//IuLyGQ3hr8KuMTNzHxTSF0nZ/DUWeKQnDWUhRSTIUttzYWKLTDNPQuH3BXYGrLlfEKui56barMwFJxIhESmXEcSw9bhIqqLhar5kLBmbRsWvMd/PCcrk41rBE5pAM9fCM5hIMM9yoD0cMC4cM9hHd4owMmHMEQJ9USFDFZsC4Zhdoy7mOtfSc/N/Xhpah9P5wV655htpDlOIktv/Yt68gQKEFDwyx3ecf4kDVwgIeG1iskgcd4tJwLiqXxzc38xYczVw9kekItAGTbwerqOaUzjHg5tIM5VHevXrc3DiiBfmMlg7dmxXg7lDcR13gTqPcugxRna6JnR5mKqfIUEv+tfe9YLCRkec7SaofBGij5VJxFF78EIRD4V4fxVchTVwGHb6HuLfL2kNZfx8DuJJJ1c2VZll3B27AFH0xux3R4zFkmNzBdO6zD6sHD2hyQO9RDAvUDPxjlHqqzU5EToDuDFBAxFkjBjVfEemv2Iw3USHMiMeAfsl0xL6JfQz7cKH5c185PazuJUcjKTUT5gFeEWPgdqZyKI+C27L5rcDHw1FqtE5OPzGgRHaeBWLAE5qBXh5vtV7UCNbTZPdSDTJETZAElPuRDBeKJ8+CDO6TDnQM6eEsdHxyBeozFbL8fS8ySqg3cMahdLUA6/fYzdJ7fttrsix6mxgB4p2tMAIP/+pSnh1pkqDxNVaTlkEwsuL/Wl5czV8uVOy89C8YlKXC9pGWCVSu0wjgEe4w71YWtg3d/NwMtO7PLFIy7VjRIBZeEgbvHK43u5a2pmmRu+8F2+8HlorqWFCsL53DzgeVoTKyoO3FEOYGLMhizx1TpKUwgQg59wid0goPfe/2JORwTwotO0eekpxtsoVYwwlgpd3IJAzGo2iWMg2aJN3jXQwTGA7AvUD04YAS+HsKvQzRgOXR0gRbArIG7Af1xdv6R9DE8HyeSla1B8Kz183Sh/HeWp8q/zPwUx9isgcvicsw3tFyYxbtfRRzwVnBQ2lhDzL2bmHAlyZ7C+txozrNY/9StjZWmDVzBX0I01MPUu1mcd/0DOjbXk0Mfvh45xQM1HNH59Mr8mCopl5IsQJ8ygOLzLdeLAuFZ5di4b1Iq5ZUjIVnp/lAc+AEi9Eh05I2Uz4VcvJ+yuCy8w4TO7/zD+Pw77TsyFtGUkHkwyg2MXq506ZPIX8IwtMPng77on376u1np3cM4aNonkILOH39W1DZV2ZeItn3x3r6yueKNDSZAbJKFS5YsUptIedpkyNAgQ3zeMCSEaeLEToQAAfLjxk9GJVuUNGmCpckVLF2wnFzjhiUgQoQ6dcLUyRMiQn4Y5iSU0xAhRp6ABvV0yZOhS4SOLlxkaJFDOm/oDHrDZ/+QH4cON3ki1YqUrFpeWxEdhq7evXtlz65Tu7bd2nXt6pXNV4/bsFq5atX6tPcloTg9X3r6CVRWK1nHECuzZg2x3VYKmTJctGhTZVGychWUpVXhpUtGB/HpiclTp0+mZV7UmJGQFiWvkYwUSTKllpVx4ri0SQgRxb4bDeG82ZM4JkNDgx7PuXT5oKaDQkNvyDNrQk9eX20m/Ytd3Hv4vscVXw8u+fH50N/b9irvp7y1Xn3CNJ/ifKEJvSJGXE3ZsVrHClJoKecM2YSyyjQrqLKDOtvks0vm22uVTyZcZSaMZpJECyxgQyKl2bDQQgs32MANEEQQqQSRE10aLjg/YHT/gziGLqmMKKCM24mnpiaDLqqGopuOsvs0e2WoV8wpqx7wwPOOybOc/A49fLhphb0r4XulEy3t+yQo/LzK5Rgx9fuPIFkqa4qpAxHqqqCDRNmEK4WGyoq0V16ZEJPTMJEEk0rm62TDDaV4jUORRhJRC9ziEGRFQVzKSI7fYsSJvhuF8gSpHRmCbpCoovLUoUUuGRIoUbSqZU6FWlknHiXxGe/JJs/L5558xmkly7zwjM80C/F8zEtSusLFP7xyEfMwxNDc5Ko1LePKIFniFMVNoIja5E485VtFpj/7nGkNQpXAQoomQio3RBFLzA0QSFnbqS/AXhqNkKyyAuoxTRmS/+OqNz6lQ2BQr6LMYK0Qus6gfTepxdVXx4sH4vFqvRXXLPHEOE88Pen1vq8yK6gWYw87M86mflwQIYQMEsiwwvYNyko8v5VJktRiWmNcLaQ4t9DXQlJ0Ddzgdbevo48ezb5Mi9LxjaneUIMOqQcW2LnJDJxMK+tI+WqroVpJcmKJ23JrHXcmRi8ffPIxp9e349OSW4+/DFPkgkIOOU1DoGKqsk1Q3SQWTy5L8KtW8sVzGJoDnSm1VdzQmWdzlYgNCSWkWNc23PJgA9LckK6vovpI0xcoQvh14+moo5aaCzW4GNi5rA/cqqu8DMLWE7HjisfsdcwB3tUl2V4bPXN0ff/7k16Xhzuon0QmdtoEFXTWx1EtAxxw6omRJbvrXiHmFVsYx9lxyCNfA4sqUlJCiMpfU3QLEuNgIyPQjyZd/9IxLco4Q1SnBta5bmqyu9rsgEKsr7xnM3JKkjvK4ztzmKMcwJvg2eLBJFutDXlwo1memrc4I3kCE4sAikCuoxCWDaR6z4EK9loROIEYzive88owREih03grJj1MH6E4VLnLlasKItIZG5BYojW0KH8z2RNp+HccHCFlJwF8mtTUgMWqjWp2xJIWyPKCnCS141VlAx45zDGOdZBDLXHBB9uKlysrNW9LcfMgCZeisoOwbIZvqsxVQjW77RUOMyL7Sg3/cViLWcCtEzz0FvrWkAYRnatDr2mCFBSlhSTqDH8uqU9pPOElL+FIKDpiiOrcUECqESyQ0KGM9G53F1UZImwSW0c93FGPtahRjcFbBz3iMqXjle4VTzyNluqYJUww4n8FYhNCREHIOBnIR6GiTJykRUOwsIcYi1vkaUyzl5jM5BWSMxdJKAk/oImoCuNiwxbWUKKMeJIQ8hHlKJl2OnkxBCr9FJjUPuWp5whSK9lsIB88cctXtTGXbmHj2dxoPPTEoxWYaMUnWiGTCslHbr5qZqcMZJlYUCuaf3MOdACGPcC5qZAEacVLa9FNu8RnQlrylhNztqEqNGGnQHvN+4BW/8QiboEN8ZRni+izF1+RMJRAGaW8TCkHOWxRVK48KXRYlpCsbOYSb8BEd+phy3bk0h1q8eXwImqxdVS0Y56o6J70tCW5UgQQPBGk4C6Di1hEM5pXtdqBqjU9zXwtY7NYJDL3lBrHCUpE6PJp5YYANJ5qoQpVQGI84znPl1DES6YhoX3u5CXf1CcnU6VDQ7DGowNOpnYHIUXgGBK2sK6lrLgsK21lJdG13iijckMNOfmUEbsWyDJ53WucPEVVwK7UTV0JSq+yZBonNu5blBXRY18zBCRENqjWhWdRjTa6Ucpks5p6onlRZ0pD+OuuJ3tOj6aZr78txChJIo/ZIOgO/f/mkmIbzMc6PPMYI8kNE1xCDXnp6bcDxWKkuMBFnEABiWpSzZUhDWxX5ORUO/aqcfRJzeQgiwQhbFfEj62CEqpwBsti1mi9ESVFSJi/0SWNU1iLpoBUu4j4WjhNUvHDOObyOwzGhayyUmuA3UohT1RoseOcz0RMOF9RNBgZBClpwKYWu0A+UxSIyxdTl9c8i9LHiRnBRBFh0wMh9KAHQ3QsT42A4iJqMrOapQlNAlUReiFtRgxhxCL+vFLNiGIRkGCt9p5ZmYdEjRtz8Z3wzuq7IrtxSegZh2fG3LH4FFg+ir2IJCaCicoQzhMNxkWVHywKUGB5laLi0Xz/FihGVvT/rReh6/qCyGY2X+59InlNoSpL5zrrJkKc9U1HhHNs4uiIET9JWEFwkQsrG4jQiE7T3qJ2BWL07ndn1S/FwLO2S1/iMXduxSpoCs7UjI64AhnpSJFxDAfv1VlVa/VVDWYgz3gGKHC76Fs7DAhcw2bNbIafY19z4spi9qid6A3q5FORm7DEDzd5iYx0BOUEamUg+sHFa/8W3wM5c9FXuMTwhLyWeOQSYrGqh624QRSaXDQ+HF3eOL8FCPqIVDMORvVxq/nPVg50IQ5yEIRCya1zAxzUjgOEEjbUoR78oM0+dc2JpVBEo7oLELaGSYx3shGWcERGwll26W6HGcQwgxkA/yLp3/KYR0YsJCJk4EOSaCtktE0smGujBoQ4tqdzp1uu5AV1UrY3kHgjg/FWFoWorLblqjrrQUQh5isuSmaLkBeTP6vc1Nv8PkpqAV3owuTWc/Nw0R1b7GSvOE5wAhjSvIcYa1/MmBqYJuYwp4R848MVyDCO255NeGYLK8VuhY9oGII0GO0EzZ8vNx1+yw8UqVHhjsF4ZiyD8ceVcFWj8t6qOiQnlk86Rp9MXYxQFuGVWzMS4B+S9qN4Dd/ler2QhhGWxKElMDJEXTVis9xjGIiBGJQhGqLBGtruK/amX3aPERjiKd7gCrbBjFyF+MrqVSRGPDSoHoaBDyCk2J7v5v9oxkq+ZT6YT3AOg/GqYRmqgRmqrFqa4vtOikd6hA6owiEehPmYij5eoulGBxB0CjbgBwnUDKhKz5KKiA00CYncJTheZM/4bwoBwQ2qsAo3Que2pBZw6BgUgzFw7yDUJCrkQCcYwg/eIA2uIBruyy0gRuX4qyzeaC6IIQ0qjsyWLA9XQdM47FsUoisYDxle8BqqoRpwARSqhdB65Hp0LKBwMDQ+wzjI7FKYb8bWD5PKpQlcw33g7whIjLsSzjYuiw2scCNM0Q2OJg7koArdYApXQmfWoCMmYnkKcBgQsExyryH8BSrK8JSeRg2HwZbM5tEkRgOJp3jqoRbsEEZGpwf/OUp5LMRLZAHeGO8YquEargEGU22aBmoP6KDQBio0RMMoqAiKLmWz+sI32ClEzMWx4G/ECG6IKGvOiooUN+INXC8O/MIvxi59YBEW4wAPJiJYugkx7qJlDMQQTksC6UB1AAgf34AMgrFsfKmChlE8vuNWKGoqYOQOJ1HWlAejskMWqiwQmYEQr2EZ9GrK+oq1XAkSFBE6qGIccwK0PqtxJK41FKU22udyhsinLqeyFq6odCZy0qAfDWEKx842/nFc2mlodK5jrKQADwlhqGkQ5GB13iArs1J10iANiOEt3GIc0MgtymNJxCMf4uESOhJGMKH6oKg05gNPDitj8qLK/4Th1JDBBbEhG5Fhr0hKx1wSJqsNpaoCCivxI51oxvzANnZyQ4JIiIboJ1FsHpmwqBwzDVaiH5dSUYJtzmzDCu0D82LKK/YoIRtCYJ6GDrJSKycwLNuhHMphHCqoHCborG5JSYIJwPiAI/yvrkKNzJqHfKCLGHAhLwPxGr3BL7fxuHRPx7gxNPyADkwx9iaCqZIM7F7CDyRnXM6JCLcLNrQLaLIu66xrXNSHKZeSJchFKIOt/pbIzKzESjaDWAQkNV1TDlQHJbBADaUASbphFeogGNBhHcaBgoovN9FySQCsLX3TEJqOzDwoO/4j+wKR8bCREKvsuBDSWaAzpAxzdf9MkSHoIw9FayKCwx8d85yCiDJ98ggSrjKDLZO0IA2wYFzcgFB4Cuvc8wyGLThH6DGoCT+1Uqq8kgts9Ao6IRjqgAh2QBdk00AtCLdcjkG7qlL8z1LmUoeCBaPuQj8sVBCvYTmvQd4KonDorbgKUyq0kuLshT5ihiIAqBVJRHIGZSRC7CeNYAiMwAjcM9jKwIjQEwvCICUKJevkrAqyrp2Oyg8iFM9IZUCeQgKfRqr08w26IA2QNA0qoQ+eAAd2ABVok5fUSOXk0I3aYdHwwDc7kvnuZGbexiuQgRkKsVavcUwJ0Uzf7e0sQ4V6RHXwkSMkImlKB0d8ERDi4B8HJer/KucIIovEnLVPhWoeiwiTblR92sfzjEAKtlUoh22eyEtOT+khPmWqUqkX5eAkrmBdpaAMmhQHcOALumE2eSnSwA3A0qA336BVtXQ+/u1KaigXaJVWp6FWcTX7CKIrLiMWYI0UDmRAVkdGWGJedqJYUdMNuiBZMWtQPuSnjEAIjkDX2KxPE1XOoG5ZDRVzMKdPt7VbLWueNEt0fDENVsdSWdPPDAEl1vUKeoYKiCAIQNUXaJMcZtOs3uJe+YZV29JV/VVX3oNC98NWcXU5q8FMSQEwTwZwrAXuFuFpTgIpAUheggI1FfINNBYWMwloROwICk5kjSAJEk7hMMmIIJND/3qGZft0UZdIECoBEPyEEEAN1C5OdbBgdSZ1vfyMELwW+LAACqjgCT7VBVhhNsuBHA60VNGGYtjhEvgA9vzvDPHQSvKCGPJi7arBGq5hG7DRG8g0+0LmtfjKMjp0EZ6iC0wiJbqAJVaRXoKCOVoTEIiSKEWEJF4j9ERW13hAWhUONIfXUO/2CPK2Zxj1XXrIiXrjydygcAu3C1azDHsRAoE1DdeHCIigCIgAB+qAGsZhfQ20VI2xd5AnOIajVZlWX7iJAE23EFFXOb2hEF33TBl2mqKpZSZjatYVC263P1mCd4HChJZCqt4AWc82cnI0Mo1QZHegB2JgB+IMbuFWUf8VJQzqtme4lWWzLp7yQBB6iLxOcOLWACXycznAF1i/UgrONwdyAAecwBnWt4fVaKzgYmLMwRM8Mif8gC1DsHScdhjAlFZt9RoLcRlc12RKSnbF8FO4YGeRIIHxETDyqV8iOFnBa1xEmHi3C4NvYAd4gAeAAG9BOEQq2Hl/zWXbKfWqt8wwghBYwjWfJpWWYyda82nW4Axu2AVcAAd8gRt8eC3CagPjIn6hCEIkGRMwzX5jion3wxqd2Fbb7n/PtFoS74qfYmdN4naP8g6dauMeOII1ghRJcWcs+Hh5II17YI1JNutSYlBHWAm6VQqOyMx+ywcxISPGDiIh0o8lYyn/KPUN1qAMjCAHYAAGUgAHHqEctmEberiNbgmthpiE5GOSMY009sVp184a85eTq9FMp1GAC0eUMRWBUwKeg7Un+s25gGK9whgQhmYlQEyIRJbq2IwH1LgH2hhz2OdGI2eED7VcfhkmcO4m5ylG3OAo93g6CIQ5Fk111gAKyBdoU8AF6qAbrjmbLZC/kGdpKBkplsaSY8oLo0E/qvaJq4HxRuZ1E7GPTkZgugCG4zklupgH3UMvkiMr7+eVvTNz0OWCRZYHCJqpkzfOMieX+9NGe5qEEdoPPM1I0A3BrJAjNtNNy+9Aeg8i/IANOLoIgiAIpJkIjEGksdki8asezMH8/0gI0xKn33SFifvjGGj1nK2hapGBegxirwKYhZBLp58mU+G5cGVEit6jFqxjKd6gaCSnZ9Dp8wB6ZHugTwkaqqXaRrEVW3t6M3VuJv5teTqGIsQuFvlv7GKPIRxEKD4DH5uZCHJArVNgBFzgEaihG0ZVLI0PwHhwPpBOX7yEPd7DC2Oar2P6r//a7boiugGHcKzFsOtNArmXqn16X1HHLtvDE5bCCgEhDzSWUDKnUC64bXmZZclzQ9Qnkmo0kt47JSjak2JC02DVEzRiVVeiI1y7J46if5qJO8vghlMABXL7CXgBGpxhXnfJLeQ6EkWruIMCspF7GPojGvq6ap34r//bbrDQhFpiiHCK5cEMZFIx9Z3juYuJ6bFHCIAyIg9ekWd8Jql1TcTiLM7I05c3k6JbjyXkGwuskPnw7G3go6ImjoJZ0U1DLcn25TP+jw0KHIdzewRGIAUUHBrmFa7doqwi0a2IW5xn5rFrL5Nf0BpP93SZ5SBiCE0ScVpMhnZrV8X7s4u7mzQf21iLWnLYh33QGwnYlm1NDHNsww/iIAtfYsnHbjNlMamuBPPkY5iRtb+vkCM8aTRF638wosBxQAVyuwOsHMsjgRfKoUC5/AJbAS7rmpK9OSGW5z0wnK/BFM3PXDNi4bVc629YyiAOQiGfgr4JV1gvz8hfPCMua2f/CsVu35HEEs48n7L/+iIjkE3RfbMZ3ya16YqYr7AjLn1PiumzdMTYbdvTR6ADQD0DDpkIoKEc4OF3yqoVQJC4qehGvBQ+kluTLZTWoRshCyKAqxvatmIhWPOd8ZGx6fltSJdXauF07KcembBaVfbz4k9lzTM0Dx0Vk0bbF/1BhfNtMi+PNQLZov0lUkMuATcnBIENqCAHUiC3LcDcX14EUoAKtLzd4frdO5f5jMIoirWpyNl0w1TWA7t6Qs4q/53XHbYhUOkNUmJivT1jguEXFgc+RCsPgJco14B9KF6dLMm6HJPSkUbjWbG/q31LxVnzXm81ImWznoxPyOso3qXA/4kABqwc5iXAAsodB8zAF0rd+ODdKF4bU16BFKSxdPkaDKss+xDjTLIHVa72MlBlsOiEbFEJ4+qpefAk4cWH6vXb4fl8od3PpzJHPcWbifDvxymOVc1+EiHE4ri9RejJfGQCEWpGEKYcB6rcAiRAAh4A71MgCMAAFbSccsnoFzr3c42CaTbDKyq0Vtsu3haf6OOEYdFEIdqZK65tE3RE7IAU82vhF+w9PoCic+pRZ05MZd/RCNwsRG6D2/Mv0YGcOyl4Vd1yeQBOEpl2WPtC9g9shWOiEgCiDA4YOFJ0GGHhgYSFB3NMAXMnki5e29rF+5XGjxs/fgx59AQyJEhZJP+PMWNmjZnJY8eQtSS5SdSmmJtI1YxlkyQpnDNnejJECOhGQoQwYer0KWmtpUtfvfJklA2bNVOnapGiJKsSJEiEIMmKBcsaN3H8xAEEiCjROGoJuRkLF+7GtJiSGr1ryChUTIT8EOXb6WjdTp0QESb86XAlMzxg5EiBUILChRZQqMhBI4gYJmJ4jWsXLE0aN6QNdRQJcpMnUiRzHUtZrRpLlyxxyRLlSZRN3aJasWZNEiQpm6o3MQqKnK/RpJ9eMa3V6tNeqtStVlGCVYmQI1+VNAmrxQ1aQoAQ8SUKdO3bNVq0sF8Dd3zgokWhgpSOCWh6QoH7H/7PyWGc9FHEQDD/IPRAAhIk8EBllqGQAhNBOFGHZ8GQMRppcgzy0Wqt5FZTa8dUw4xsKskmGzK13NaKKLJs0kpMnsiymizD0ZhaSIYc9xcggCXWXFOvfBhUVVKxEQcbWly31RFC9MCVEuCtcRYi/LXVFmnwrYGFFmm4595YZ6UVFCb3tRKdJ22dR58k/wF42B1EuOACZBYsmICCFqiggkEo4BDEE2LU4QwrGGbohkeGXIJajbKwdGJsJZ7E0jG30fiiKLgN95tvJL3oyUyMqIllUUjtNSR00gWVR1VUJrnFVVlFqVVYYYlHXq5rGcIWae1t2d6SYK4xno9mtvLUJx928pdamADiZieV/xhWyZucDEhECtp2IFmClI0wQgcHqRCEZnWwsooUomnxhhtvKCrSp7LU4tqJI8pW6UvysraaJ61gChwpM4a0iVpASVIUJuYRFdJTT6npKht5JMkek1h4h0UTUnwnRZdnkQcIW3HwKtRbXQrL3pJVVEElWn6ZCZLDnnyiHJY+VlstnKOw0sec2iJkwZ0MhRu0BSnkYO4q6Xa8xhtOv2sISJ5+Su9KJkWTb765yGsjTgHbqFOOi3jCCJvPsgmUmQ+H5CpVZ1klhRbfXWwr3ViIh1YcpJFFSBx6u9Fex3GrLEUVS0r1sV7KepKsmsyqBa0klQhyGCusfDLLK7ME8wcRBP/ZKTRlFnA7ugqZPVEHKn1IcUYaa3ThdKKjzkjKirXY5hpLWOteKW24WAp2LAODDdy/vsUoUs3FpmWsdNKBBEjbxMaRB+Ba1C2lrUzjDQhZe3+fMnbCrnxd4VqwMV59jDPuPH18+QjIm0gR9gorszzyRA45gCvuQgtKEDQAVkYFMHjCHVARCSko8HpP6xBwbscUliijGlijYL5ocwzbkAQXK/qNvxz1qUYpxy8uIxMmkLU+TwBiS9QZU/fYUzft0a1lfyNNDdtThYtpBSvkW9n50IcI83RiZq9ojl3ex7z/sOI/ialfJcSAAxSIqwMp+J+ehjYCbeWACqhgBRQUWAX/2MUOKB6aFwfzlZLXREMlz7hgS2qBjHltLTig+lcIZeGb5AHCD2nh43jUJp1aeKI68EEfWtDirvDEkGMdc0Pfvre3OKTsOklQwnV6SD7E/dF5TkmMUcjDRz4e5hOXu1wnnMIKVNQhCDMYgQY6oAIL5IkyCjrIQVAAgyJYwhdVUGDHxPiusQlHjrWoVDQoOMFjHjNrLckFMji4tVoITDUCE9inqvkhNXGEI6ThY8Ka86FatDBkh0QEwrq3txhuLCxhsOHetNBONyhpSZa0pA8Nl0n0CSKIQ0xKK4aoPD+mBTGZS4pTXhEMVkRiCkFIgRSrSJkOCG10QTvaEyKRjDOo/6tjbxBjoghRo6VUShnKYEZJKWiNlFqDRCRqSW3mBVOCfXCmxwvJJfqyx1Ci5SiJCUkh84YWQfCHL70izd2wx04xvXMNYaAKDi+JT0xWQZOEMI+ZaPa+vviFIzs9peYKWr9XqJKhkNHACAQ4urOi9SAFtAQ08KDRNIQlDU9LlL9YU8xjKIN3yrTGNlS6UkldMBfSFBjZGBUS5A0HJDfdpkbGAghBCMY+g2QB99CCCB08zi17Gwv25nY3XwFuPSkLllSVAAXDIW6fzvrkeULpR1Mh5aBO6UQqnVAuFIwABULTUwCLZoER5OAJZvBFHqJwhI7R1V0b2dGMlpIL1+y1pP/WiIZf/YqNbWBjpSpZiUvmGBKYUZZ2ebwpXzhCpTzELzB3CVUVWICkQ0aWP4+DZDuvp73vtKedrwvPWNggz7fgU2VVMIIPkXSWjxGFeVvtiHyNcsrMZc4pq0CFEzCTAj5xC0930hO3qEgDIlDBF3XwpXIz5JeQzKuYE0xmNbD7V254wxspjQ2+WDIvToFELahRDZEu8T6NkNMwCYOZFFjAghYcsgUt0MFRWkAIJO9tNO1hAQlI8BUSsAALaUCyl18VMklehcBJMIKBfei3s/jFNNzUqcuKTNuDousJM4CQClDgvwV1eK0jIMgTULEGjWJFLKPhSF6kNi+WAFal2+D/hjW8IePt1ri7HLQRc/KTnpl9CDgg+SRX5cte8ZYBvoBggXxZEBgftMAQlm0Xc1ngpYuxAAlY2DIJav0Gy172LU9dmZmNAAUlaGEL8OkmV3WqkW1KonlOqcUwnBIMXjjBTyo4q4LytGeJUrHPOCgDK/BgYuXC52VXbUUtiKFoG68UsJCm8XZjMxuYCgw/HdHLjMIpyL30BQ94IwTCPhmqNZBayUsOjA5u2urvbdlWJNAYCY5ca4GTZnm87mUSpPBrI9gzPN08C97igAeQi4ePQF7FQYcxDGKgnBdQMAj/EjRLPAmQirrFgRh8UQaNRkHYXB4LH/XyoX8J4xhtPGZK/72BDaTP2BrZfTeOgxNe14J0eNAJb1/gc8i/iFfga/CDqVdYakAYogVGaYEfBM6CsSw8LA/HAgmuwAKI67rfaIGPyrJiBCAYoZJx21KyRb5CN4T8kMs5KDEOv/IvuKADZr0TzBnkP4m+MoswEAMr8lC4wYVlLI5MWNBlMXRIrbTp25ixN6pxDW9cw8bIEEYIo/5NTwjyX1XfS8i6vlO6pAbtaUffWAh+cEy0gA9eT3sYaq1lLEgh+bV2u8Q3whaiPHYN5FNCEoCgd40bLj7Re2GAsx4Y2iJ+5VSIorgS0mHIM2QhZk0BDszAipz3Mocd89JQxEsSYaD7XkxnuupVb/9jL4Yvrgd1Q8JeU7ciK0YMeGR7Z0cszEMfqtExZ7Al67ERfGAsmLBNbwE4XWIrV5A9dQNJ9FF3FUNJebd3WbF9blA9ATYV8OFCEHZQvzB+vABFP7MQDwBzERV5uIQDd2AJdbAymsdlhXYXn6d/LPFiR2d6pTd6NtZGcQR1M6NvM0MKznFuTPEhz7IRxCJQ6LEIUiIFLARZI0cXOKURMRQW2aMEV3Are/NHCyZJ1Xd92WdJv7IlCYYHVPKAQhV+zfEKhxcNw5AMwZA/P6MBOpgnkDc67JdFSHNAeSBo19MeXDYUQOYv+ccSz5BSSSdjpnd61xBY8HYMBOgvynIXCLj/FMSQhQz4LIfkR6axKIawCWHRMTm0JUD1c++jNxnji3ODBFfAFbYycaayYHV3FdexdzyAfRo3OGFSFWE2JoQxGE6hcsMQDdnoC1CQAzNgJ3kCc8G1YQ+gAZYxXGagOmegUZXIJYUGCJfAKHZEdK/xYtjADeFwj6CIDQEIb6YIFcuyF7JnO1m4Iq8gGHvUPS7TER5hi74kFg+YkBAYMm6whsqnMRrDFV/xhnThCOfxQtRnfXmXfdp3i3joQuVEP9aIctkYDdQADV+gP2UFcweQAFQUOq90NEUgBo/QBxQ4ODDkc4SAif+yf0uYdN4QDuFADvgYDjNWDftoY/pyH3XxkRRXVQupQgy5wIrQ8QqB4TJlsRELuQi2iB1MU2z8Jl9504G+aCvfkZEdE1pneIzwsTJKYGbMqHdZIThYwDItk5aHcVDBsJLZSA3JIAZBkAMwMI6LWBkSFVEjMAOaEQl5AB9nECztOBdC6S+hZ3SdeI/joJTkgJSmF4ClOIUo5DyrwRTDUCms2JXzgZDJ5hGLEBAAIfkEBQQA/wAsAAAAAL8AvwAACP8AF/0z9K+gwYMID3r6JzBhQkr/IP6D5DDhokEVM1Z0U9GPxo8gC7YiNTKkSW4mNUYz2dAhqX+y/r382CtlxZkJFxbUaZPQP0wGCV3yabNgrX+1Yh5NeKypwWjWoEINaW4cOXMfwRVEifJgNJTUuhIE6enTKVJHa71Ey7bWqX9vDcaVWRSnQoOkPNnN6Mkn0aIfW9USnDIZYKv/rI4rOM7c1ceL/22jlpAyt8mTM24aKJCRTLNq1b5MW3AuwrmmTX76p5NnrYWtMxoCChjkK09Jkdb+SG5cuMThxnHr/duqY3Dk/qHMnDAz5X90QOZdbTfm2oyncv1T9RbXP+03Zan/jWkw9Gi9rPfmHLi7Im1Zr+AXFN8+IbeuW5WjHIccOeKCk0VDTTTDrHQQNVHRMdZHnuEV2mlwlRdhhOoh5F1BuNRy4XXnIaUXT/XtNhhp4pEX0jHDoHhMRvf9441Bvv2TnFYvJmQgQpO98ZEcchRECnVLLVWadKbVosp3qhwli3a5KKWbQ+K9BOJBq32EyV+1fSJfWk6GuM02yoG5HDcvJldQcviFeFBLcLmFlkOpGQQeeUcWlMtoSwrpEHhPLiRlQp+0UhFRhEgSoixVwqRbLUu9gpCeH12mn2T6LRaciyERaGB00snlKYQakcIdpHxqON+jK5ZHClufVPiRRx59/0QIbQfR2ooshOkGX1qCCiaYoxndiCA121iDEFcGEVuQgb8QY+M/BBrUY48uUXcKqQfxWZG238liV5B2JiTkK67uZBKW/wCCkLq0ItTKaiOO2KuggTpK2j/AQloQZc9Z82U0YIIZmUPDHFQwtAibtOo/q51ySk01wcXkW7nEWVCdeF34HWD0TWnubn6gi9CCZb37Sisn4+uro4nWAuyT9n5k7FeSIbusUcEkdLBNEH1CSaITyqWKdqfgot3Q24GnXUxJ0mXnkkrlmWpCaMV0m6AHvfyqQbHatNDLrfD07j/venKbTlqbBLBkzzFX0MG2EDzMzgzVbZBEZp1CCUQWy/9pJ9JFf+fddfTB1KS4GU4dpCwlxhdfoAZhLetH6q6HENB3xVZQoquANDVCz71NNyufdA4s3Rqht3nfQlOMsY+PImVibTMh+qPkd7XHkZoKreYosJg7dCNCwyOUdtpUMwzhWzj18nB2FFeM1/QGkVfiPxk++aS+B8H3isu1AO0xe/+I7BCW7X60yVAgfYJJ6UYVZaCzB3XySicI4Y/vR8ybRQrrB4nL0WDyEuvN5E0wKZGGFjg7KIUtfC7rSUgqlxBMEKRBITHf5nyHr6Wg7lka0V9G2DSkU1QJem9JDZ+OlIvXmQs93hoPoxRVC/AkpUmQyo2jZKGXX+FuN1rIiAb/reQQoOCvE53jXUEcJcKiOOx/G4MTXBxWMYxZTErWu1dSFHgQJeWGcUv8xCs+MT4lIuQvfknIggpCwYMgAhOY6IQnjoi82C1xGHHLH22a+BC64ISFQ5sLM5gBF2bUZC524VZBNnNAmCQlSAvhIQ95NRiEqC6D0qoNR3wSh4OkkRCAGKJDOhFHoPiOFf/ohCozoqdZ3E+EpPwIJCgSwCiaESg8qZ1aHPXDnWhJUFobY9mEmC6QYEEju2MjMT95EENVMJYFYQUfO4fKJBoEWJ1YzazwJ4iCdPMflfiHICpHCc9AYiaqwIULCXkThGAwKKz5iTypF5jqnQokPgGEukSJ/wUpSKEia/iHHzppkDa2543pMwkqUalKPiLkm96ky+sC18J/MINbdUKkRth0ifLVppKQU55GKucGQBgiDic9yBqO2c9jAiagBJVgQgz6kYY6dKbJA1VC6jS0IwFQfYy4RFCHugkMTilsIU1JMrHkUoP08x9NLUrXirlUhEginwYRRBzVBdGCOLOIKQEEG/4x1orgInq1/M5ZEjKtguhBjQihjU7e+ZEyJiQNWghoRlr6T4NIQQtRrQ9NDyIIn3TCJ4KQxDjF6czBmqSrJonLKZAGl71IxG4HWeNuEhoSjnAksBpRwj+k0E8pVAELZ0AIaAFaTId8FSj6BKdXISvOgv8utiDJTFdMK1LWcpWLEnYlqCj/kVvNGoSuIgWMZz+ihCr8QwmiJe0/1uBck6wBECVlo14NUgmfIKIg4QQnIL4ZXprmQU2pLQhyLYcQahGFWhqZqhmL4oYgjrYJB1GCEQqy39FW4Z/bDUlM2/jNwoYzvAXtQ23/cV6HZCEhqZUEK6BBDWoEQ132rUiDLhtPz4CoQmM4SBgK0oWQGBch8i1KgP8x4orsV7/N/Ud1g5jh3UA0sQcJbx8UnJEyVOHBCDnDGQTBim6UQx73yMc90FE5NpQ1C4yIsnrrxqY1prEgnWwxQrSM2/nahMsGaYISkKAR0yJkxUUBRCUoqOOE8Jj/wWX4SGrZUAleHBkeBskHP8oR0CywIc5Ttsj5YOPRkGBhtV4uyHARMuaEHKEg+q0CjWWM5oywIbdZNdR4x5uHxPYhD28uSIPJapDqQsEgeYCGkZHcDnkguSD8uMcsKsKjf/RoEdTi1DxjBUqo/gO/CAF2E6QA7JTEIcUmQXZCxGyQIRwECJAuyBqyoNc1lPUfZ6j0QWh6W4OE+h88Pm+ogTxaI0DhDKlG8j3k0WqE8MMf9xDEqQvS1re+gVoLAspX8bDsfyBBCccU7a+JDVWA10eDfqDNiQtS40ZrxLn2ZUNAA6zX9BY0IxQkL4MR8umO/9khZVjFLMbRDiX/Ix73/0hyQfB8j4L4or21/gcX/qEjT3DDHOtAxzjK0Q1nJNGf/wjiobGgBGJD97lFf25Bho1og1S7y7LJLDJ//W+H9FfgWijDxLeQWm0fBNPcrZxiwQ3ua5O1D2xAO6DJGmc2dKIb7KhHPNgRd7nHox4GQUc5CnIPw/zj1HqA7z+uQPNjxEPP+VByyuVRjmCE05+nBbqvoz3af1e9Ip3cLXE1n2xRCvwHGZF0Qc7A9emCJA+cv3hB+gCIb4O7DOetA9vHCgdxBqMb6KiH7s1xjXCkgxzgsMY4UP4Pnu/9Hi/P5EHecIVWtPwfiTdIy+WBjm4EIw9rSK8UjPDo/EJ3v319rv9005xioHA2I00gsxCsLuMqBLS6ZPW6QTrpWGU+AtygTkgZypqHTnACEbNADeyQD/FgDs0gClwwCMxwDaogCv8gfP/QDdAQgS2HP/N2V1eAFQnRbnjXDu3QeJKQB2dwBP6EBGS2dPpVEEBQdFXgXP+kBZIGfzJWEPC3O2ZnEE30XRpRY//QA//QXwaRVw+2BQfhXAEWRPJ3EDfYYOcFe9KWLpKwGoYQDfGADwR4CjZwAiTwD8uQDu9QDcfADbZADeUwgRFIfWWQBCIGVbuTBi2XD6+GEK12d/fwgdQABTuQBmlAgjFmEAL3h1BVXX/FcDQ4Vje4cRlxUwkRfgbBAz//+IN9uHYO8XS1wWNxBmpMeE3RYA74gA/xAA4/sACD5wXVoA/7sA/0kA7m8Amh8A+u4AoF0Q7UYASMSIiH5gd49w/z4GryYHIFUYDoEA9z1w62IAmdsFL/dHnQlYJVEGMvKHpBV4RsYHEh5E2YYFDI5nAF4YgvJgUCp1eHGFDUiBCHmBDnxQZ10GC1xwn40wrb4A750A/5AA5yQAIAIACbYIr9YBD7gA/ocFJ/QAVoIA3lgA6oAIQFEQZRJQkt93z/gGTyMA7DVw/kcAw1pBUFyA7cMAzE8Alv4FJasIzg11xPhQUxyIPVJYODQko6aBIC94g+WGoOUX8HcV40mRGW/xAKo4AJxwCP/vAP+EAKF7AAAvAPavBuByGP6WAIPTAERIADYOAK3dAN47h0TIcEgPB86AAP7aYVr0AM5MAMXiADJ9ACXNAL4FB39FCA1mAL+qQF/1RdMQaDQfRXZnYQMHht21WO86SINFh0J7hfMXl0eVUF/Jd6RRFT6FhWlcAJ/wAHWKAM9bAP/rAP6SAEC3CPC+AD+pAQ+LAIMtACLfACJuAC/4AG/4AKf/cPcZYEAudSUpCV+VAQBcl40EIMgkIO6eANS7AACxABMsAMVpgPuRgNSwEIWhCSgoiXDgaD2RdEVTkoCIGYB9EDPLADpcaDotYeZid7Y1UJrDALZf/wAhBwBZRZmcxgjwCwACwAC/jwkwbRD/ggBxtAAf9Amv9QA1HZDXVQi2HmdOiQD/NQhrj3D8lQIP/gDvhAmfhACyzwDwAQAqRweP24DuZgDtxAL4QwVqLVdHh5BnQZEvhzkwhhBAJ3ndzonwjhnLVxjuAWXjzwAToQC7kYD3JwAQIgAAvgBfTQD/BZEPoADjZwARSwAevXABlQBJbQDa5ABav5D2qIBEbXoUjQDS3XDalZfOTzD6ZYEP5AD7AQAevpA+awD/xgpv7AD/WwEq9gC90Ef97YjP5VEdGJeu4BTR9hBD7YAzGwAz4IcVWwBWimnR8xalk1eivwAVFQD/7/UJnpYAMb8A8LEAKbcJ7xuQ/gcAKi+A8t0AQ20AD/MAL/4Au1dxDmtnRXgF9YgASvEA/ygKWo8HKdYAODQA+nuI8G4Q81AgAf4AfsgJT/UJnjQAZugEdxEETdyIIJAagVUTlcVSsVkWHft409CH7J6RDUaRP2wwlGYJ+tcJ77UA0tEAE2QKvpYKkF0Q/soAoyQAIbUJY28A8l0AAH8A9mYAlUcIFQoIYGQWb49QZuYA7yAA2waAazoCMnkAn4gKtJKQNECaEUkAuzmav1UDBxMAudUJfiV3Si1YLzhQgi4438VRDY2QNGMGNBl4QhMVaVMwyEYAMgEAFR8J5A6Q5X/3ABMhAO7qAPPwqk5EAHLEACJ3ACQtAFetACDaAA/xADliCJPwgFRiBsqfoPXXAFnRAPe1cQWzAKMvCukBCPnjkIPtACCPAPCCAD1lAPwMoP4roDACgIVUCLHBunYYWt05WtBgGEjgiJ/1Vd2fZ1JkFTnTAKbnACDrAAZLAO/cAP9OAN1zAIapAOPooQ8ikKLUACW9gCMtAFmdAFF6AABeACltAHMsivRNCvS9BXh5YM6DCBZlADTRAGMnABG9AE4AC2DNuP9UAMJLAACLAAJPAJNPsP/bAiJwCAceCCUsqxHZth07iydhtsAfeDMQlpHhuN9ZEHu9MJyeAGFEABV/8QuT+JD9/gIukwvAexD+FwBaKphScgA3rQuSeAAAQwAWbACk47b0DYBE0wtQWBBUbmC3PwDyYwBJD6DxTQApSQDl2KEP6AD4ygqQj8A9wArtGwAx+AnYggskr3T3HpdLXxggYRBlpQYgVHvYzWV/9lesaUENvFCcnABi3AAjM7uQWRDvZAmQwbn+HgA0JrA03wAi1QrnRwAgzwDwVgAnAAZOHHrwdxaEiwBFewBP72TWYgAgrQAkKQhSXwDyfwA6RADvqwwwWxD+ZwBSTgAf8QAWqwoMFKDhEAAUpADYjwkjI5gwlBW1UJWlgwYgH3b0rQA9XrV3BJqMnmTbOGCB//UAG1wLO5OsY9ixDpwAIeIANX0AX4Fa8bcAEMQAAEnAVpWBFEAITH1ARU/A9LkLq+4AtUIAIT0MVLkIUGQQIyQAfh0JkOnA/kALkt4AFeILnQdwUV8AG20A06aARSGoTY21piNYnL1lRiVsqipQTQBgTVG13Q+A+dpLIzFTeC8AIIwALpkBCRfBD4cAxB6wXMEA6eQJZDSwIMgAAMoABKTG4OsbdLhwWE1wT6jARw0A1zQAUxwAEn0ARy0AVk6a4UQAAboAoT68D9sA/vAAteMAj2EKzs0AIb8ALJQA2vsF195ZzQSVPRmV9iNmzMFm3L2IOQFl1KUGPYBRgd3QnV/8WZIdEP9cAMMvAPyLCz+5AP6bAEFHABBXECFwCqPFCq/9B9P3i6j7iq/nrJWMC/VyAFnNANllAD/8AB8YoNWPgPm7wBFXABi4C+DuwP+lAM07CP/VAL8LwD1AAOIsSxzqWStFURxfZr/cpoBdF9drwbaaBotpAMo2AEL0ACCBAF6FoR9PAGQy0L54nL+pDRDDDEL9AAScwGW6AFetuIRrC3/GuVBZGqV6AEoZAMPIABDVABNlBiO30CNnADWrgBXMAOXloR+XDRwWoNLMAAHIAIyZAMH32CUhBgXLVp6qJXmffEBJd+ee2HyngQz50SK6Uug/0JVXACH0ABJOAN5f9MuYPAArJADz/qDxG9D+xwAiXQBBzQAARQAQ8mBSeInUeAzzxwuvwMVab8a1zQBFxwBViwBqFQCCYAqgxwAVsotD/ACM1QCz8QAi0QDg+tEWgNDi1AAS8wCs0ADtRAUAGOZRkxUF0WRKJVbE2wficI3QWRjP4WIm7gBp2gDAcRqQugBricEftIDui7j/ywj/UQBr7d3gWhxKtaED/ggzzQA9jpVKqVEKkaB76wBRmAAWZL1BvQAj5wDPnQj+SwBCTAAriQix+hD2rwDyQwYhtODYRwaA6BCC1JanGQTGJ2gijuEPhFZqQ1zdNNiCbhCX4XRC8wv/9wDSZx4wybD/j/0As2gAAbwAH/UAEF0AA3oAVXQHgG4ac7sOSg3VSX7OT/gAickAQmoAAEwAAV4MX/QA9Iad7xAHrAaQ2L7cDc0AL/8AO1MIbgwA2fsFpvBLi702KBHBIie0xkxuYhEg3JgEElwN1qQN4fwdYGcab5wA5yML8C4Mn/gAEFQM9bUAVXQGagJ8hLHgN7umypGlgAjgihEAOYXRAbQALgYKb/YKn+4A6GEAIhcAwN7BD6IAtkKQcmJOPggAkeCrJQF23rF+4/sH4ML90s9VwemhLNYGtG/g8MIIpkrBH7OI9N0AInsAEMEPJdDKoBgAFA9tyCXBApv+S+ps9RNXPzFwpZ/0DloKqFzLAPxIvzwOoPQJ2gnWnDB+EPj/oPNiAHhPAJK6HrbhDYCaE/hBDn3teDN/AD8Vrr/RbxUecQ3PAKsVJsLVAjGbEPuHqK9NALJFCUCPyuTWAHVD4BAWACnRTFJ9gD4d6DSo7PBmHpCGHpWuAGcRAK0NYAHEDrwVmFbgy26foO44zzGc+lXn4CVFwW1MAfdVQQ+OMTuxNEwBaTN0D0g/lc/Dy9yjUyr2Ask2cQF+ADzl4Rp1gQ+UAPzPADF4AAFQDbL3DqTcDu/zABGQDawEZmJfsPS+6nI5wQI6b3xPUPisAJGMDQZSmpHtACXcANFMqw+kAPblwR/UAKQ/9rAxzhB54g49xACGAnUi8ejU3QjNr4D1Ofz1oGcMb+EYa8Pw5hAx4vA2ZCuQjBDtiwCD9wuQBR4sSNf/9KGMRw4B+IJFkKIllSsGAPijtu7OiBUeJGiW/+peH4b8soIAgUcHhxAgGDChcu2OjFDt8+ifoK9pOIM2e4iC2QSPxk65+yTxwN/etEiJAfNwWx/JPy8F8PGz9sTC3Y5B+WJkiaKHH6b41HjloKhgEZ8tW/tT9/hPxHL6S/fzr/4at25d8SL4ZyOdJiY4PEBv8wEGHzr8o/If/eCvmxY6NkuByxNG0a0k6JAAhMIELUgsSGwQg2NLE2syDNgjY5+qP348L/iZ+YJAr9ZwvTJY5FQ2o1coQjnX969Rb0JEvYtXHHKp/lePxVNG4FX5g4IXkIx3QhddJ0R058OPH08HETcmKhiAwgTAD5l0Tq1B4cCf7j8Vy/RLNZKhTAIAtFhmjhhNEY+EcABFo4xh6JWLtpI3y4+OeEtwqKww1EJErGNo48lOgKLJ4SbiO5zJFonHL+iUeifOohJ5Z/yEhro6eQG4YbFK37oIJ/7itIvX/IgcsmfNyJa6Z99MmHJucMYu8fF+T7RwmwJEKivqmq6iEGinjYbr9/3FgjJC0ASUIECDIwIYZ/bLDhhRZKIOEDCihYwhzX/tlzo37S4cKnG/9BAgmw/4pihxpieGulsjAkzKefffbBp551/lkR03r+yScnfDYCpKBJOBpHoln+WeGgf1Aq6D4ZZCDSz33soecde/axa5989DFHhxJiyOAfEWpIAoqQhNCy1R+SFZO/yq6ogo0kTCjIhYKuwsITW4jB5AodZJCFHprssotTOiL6hxA3jDihhKv+2bAdibbZqNGCXnklmUv57FMiaP4xpiB4OMrHHXqpcaYgaob5Zxxz0DGnm2Ti+AcCBAoCQUgsZPiHi2k4wsnBTr/TtZ98tomiBGozyIAIKo49orGpfiCIoC8LAkKLzJrFAqwrpFCiCjimrfafGKoaB598lsaHHFAGmSYdB/+9I2cJdAnRooWCMFBPhjWoea4bbpLxpSZONw3ploAD/qedesZZ5huJonGG4Ya7UfEfapKhhhMjEvyHgII++KcJR/4hhZx9/KGrtU8fdI3JeqJJ1YUVRJiyjBILunIiiZK9WaLM4pCD4v2wQOK4f7JA458ahFV5B3CavMmffo7s7h2aGv9nn2uuWAIJNwC54QQQNgLBhlA3wrubf5L5J5h/zFla18pK+acUY0pRu6B4Si2IH4mc4eUf58dx/h9N/i7IgCB7GEOoReriyCYI7XmcRWuk0OH4gnCggrE2ogQjdA4rM7sIRbACH9H9o3QFIQtcusK5hvQBDjVIgXUAwQ7/P+GELvrAx6fs4g97eIM4jhjFC1LFAYkw4ANgYUVBoAc+Z/xLHvcQX0HqkSmJNOIfPsyeK1whjW7wsFn/KogCEPCBFvRAC4RI11EgtJFdhYcWfGEHPdgRBh8N7R8ui09IwGLAzR1QS2FanhwwVJA1dAEuT7mSlZSQhT7c4XWW24EWrLGp6kkKJ+TayD688Q8/xKE+KzABBwrzjwJAoCCsSFhBnAe2gf0DbZUMCRD/0b1bqA0a4mgWOgriBBOAwF1xwMQnoHihjfCDHuHgwhJ8wIIQLEAAAjjBCzbAAAy47h9UeEIZoGCEqGykgByR2cx60JgxGjAkO4PLldh3JSq8/65NJvgAD2axo97xgya4Cp9E/IEPWWCoCkDYgcr+0YCLgaAQZWvYv0plxIKUQxzQkMYt/hGIf1ghEI0AojTENDBWJKMbYCvIOASxg+v8ZCslQtJq1uGGEjBAAAD4B0YzeksBBAAC1MrPP4xAJcVw7phV4hxKC9IYQ6EUPpmRAxTNJBElZIkjcZRPGYjgghrwwFoGGAPazHGMbVRDGdgwBzvIwY5O/cMf+SDGP+LAiS0kAT4vOEgvfQGOjUCvIPL6hzrKoQ79AJGflZkHJv/xCz5sohWbGEc75AUHFRYEaP8oozmMYAL3BcCvgJMIARBQgRW8gAcChEISFgMFAwKtmP8S+YpWHMo5Z6ZrIzXi3GQ5clIlyIcNZTBDElyAARAoIRm2KIEAGLAABAx2Az26QjxyuA+7xcEhDBTB6rrRDnSociM3LMg90vocILZhI6D8xzwEJpF7tCMax/FBLVAEDk5sxDfmoEs+JvGBi01gAg1QQHghAIEKfAAEIFgBD0YqpmI6FipNaMJTuJJZK4n0H8sriEz/EQY3inE7SjgCA+26ETbAoSAxiMF1FPCPAHSUwX71qwFKgIl2iI8f1dnIDUqQ24Kwg2HqwQI3CzKPe6g1JNzT5z8EGtbnYNgGommBbzZiC4TSpR5kKAi1jPaCGBQQCEGrgpUWc9OSSmTIlnn/41Z+AjT2bYQQahzTG8xSOClItjJawPJT3IvSLWg4vAYoACMLcIAwLxgCIPBEp/KxFiXEYQv5IYjzkvECiZRAKxxRbrMKcg6OCFciO6zFtdRDARkgVBE80EJR4mHjVayBE5zog7EAMYtZ2OJU+q0MWLSwmKhIYciPhU5lpDCoMTnQgW7QLxbCMGqUKoGZZblSz+Q7QCUgOAYmwDW1MJABEVDLBBjQAYryYbdPUCkZ7BAlRzaABa42K5/5hAtZN5KpiGxnAywsgRvQkeyCcMPGSJkFJwShGDwkYxifAAR+/zHlIxc5JFFZzJEjqOfKYMYpDr2SZsOykePAcVBxiAMi/wC+hSHAZw6KYIMU0rCjeHjiFcUEhzxeQYJ/IKggLESELSIuEXgoN88hWfE/+Jzc4Q6MD0fgGAtTkkijrWXdnauHNwgBlhdIZhjUcDlczkBBdz/nKWXSM6kLeZRnZmVQmr3zVo7T34JEBAlv+UHwrtCFNxAiGckYxT8MnHVzu4Mf/iDHMKSwg1l0oxtukggCWLjSN0RDIuoYmDryjNyCIFcd0h5xQfKwkROcADsN8FEJQnqVZtwlHJ54AZ0TDTaii6ndITkyqOHSeIlI/jnQhK/PVcfvpgevID74hw+W8IZPNAOhRwiaFmqhuH2MA8drsEUc1h4AuECmIPLA5MdHvv+R3S+XDfWRgRBa8K6CFEZV/9gACz7BQTnIQAddWAs41uKRN/CBI1u48uOhUgUtSGHK9DYL5fejFzjSNOliuoJD0XUhq3WhFtywBiGaIJkXeMIb+IjHG1rwAjbch/b66YSQ0D2J4DO8kwh4koirsAGCYIDjYIcdGYx/8IiI4CpuIIQreAM/gAt1248yWLed2zmJwDR6K4jM0MCNIIsraIIqG7D96K/jcDpCKQ6OkANl+AdsOAU3agEu4IZ4UAMSeIsN+YcWQJCLkQiOkQH1cAVQkocROwd1eEI+m4d5MMCwKpsYGL5/cCMbOAgSKCe4iAgfoANrWIdm4wiZCsDn+L7/vfPAgghBUhtB/RC/ZlFBsEACUqsMCgmR+Oq8K9DDggCeQDMHa2AECHIHWUACdvAmieCGC6g4iRASiuMBSwiJKrw7jhCHO7i1EpCBavsHEmgBUmgqicihvfiHa0ARTwiJOByTPHADV3yOvcODypjD55ApOWiKWtRCQOSKEWG1EkS/GbwzdKEQdIGgaiAHcJCFJZABa5ALeihFp+KGO/EROisIBuAAE3gCaWjCgpC7jciz3nMFF5gADNgA9fiBJmgBFiincpEINZCIayBBaNoIoIMLe5QIKBtB2+BAKJIpegyJp9g8iXiUZnEj4CkOYwyJo2AHbIgCxrAFUlgEbLCJ/8bZh2MogQi8uHVypDnYPbmrQhaTiDaYgAMAgcGwgZ+IIN6RCC/wgkGIBWb4h0EgwZr8h8QAOg78B6KLQ8vjCFUUE3qEMjFhuqY7Dnj8BzXAMFLgiCXAB52gi37gBhn4ias4ASX6B4XYCGn7OAKUCCaAxKy4gnAYxY3Qh0HAMZt8DkHQycpIN0IwhBHURXqbN45wgy4AyI0Yyuegg/PriH8oClJIJiEoy5vgBuIIktnDAYnoSv3IgQc4gAq4gbnciGxAxYJgSjFJw8qQhKCUiLhUS1ssuprcy41AzKIsiD9Ejn9wu59wysrgiR/5kUXKoG7cMxPjuC8qCAioAkMwBP8Mc8fnQEr9AJENFEExYcXiDM1mKc2QUCPU/AfEFBNSAJ9/qIV9eY18wIahXDsU8Mr9UK4geAALmADvYZF4eMqNYMmCoMnlzK+QKIpCbCAnAwr3hIvmtM9dlE4JVM2C4ANDsAZLqpTnsAlz8IheSoAMersV4Uq4aAMaWExUkAhs+AdkEDGJ8AZP2E8SXIoOHRWkSCWJAEpaBIpWkDH7JA7Ky0vnFM6CIA7oVEtyCId0QJJ86IQYGAEYsILj8kbey7t/cIVGuAVoWBF3CNB/iAVhcIdyeZL83IhUegVSMFF7qYxN2AhS8IRa8IQTtZH8bIoTfA5D2FCO6ALioAMYLQj/Ky2IcqqHKaqGjYgoXnCFHyJBPrsF5OoUbpqfCClMJ70XVfyEWmiFL2yWVmDKWsBSP73PgpDPf2hU/dhPM13IjTAENT3F56gF8IEHbuOIFRMHPhMHUJIGcRCic0CHeVgab/AIGVCdx2lS9/yELZWIRhFULdVSPctMWRjR/UjRytjT51DFRSCEPd1VU5MIPRxTuLBUKt0PtGmHkRPSgvBUY1ixkAODOTUiGSiBEmiBJhjIjSjWcK2MnKuXWv0HQoULUfgHSw20zPyHXZ03mhTTOSzWnQRTyoQLNzpTPZMpD2kUdN0IGahLdbgFMCgF5FIbULqFkCuIa52HcoCH79kI/4rbC62ZyTBlBE/QL+UEzI51ubWohVcItHZ9jk0QhVj4QlwQUUsF0V2UiEEQ0538yflhyl+V2eXsT0p9Dnf9B45Rtn9403+Ah7FKsYKYU4Y9Lmg4hLGCB3PgAx84AUdkoSX4AZ+VQENwA3ytjE9Yi5zLVYkINImgg0FYhD0VhZM9V2TIBWFQ2XVtBaDsBI7VD6DcVa01yHeUQCdlgUHIhn1JtiWEBldABWOY04BxhVtwBeeBhkhAonJ4yH/wkRNogR/wglxw1GYpzkctiKIIW+sUk/bchPaUkX9wjiYF2GMtCDWaS7sVEz+oS7WUBWbVt0/8Abjq0a+Sl/IxWiTCFP9RqgNouAd5aAdWSKcL4EQfUINLOIZPcAMNZMXPvARC4NhXaAVzLYiwDVvL1dmCmB91jQVaIN2CQIYnAcrnlQjNlQib/Ul1/Yc9XYT2hKCaFL9PoNJDHV91DQEhsThAKIdujAQxQId8uAfzSbbqHAd4yIdoqIPbgwZo8IUsWAEbqNRYoBfKM980rQymrN41Dd9qCFrPZUr4Vd+NeBJm1Y89Rd/V1A81Jdv2zMtv7Ri4GFSg/NcvPIZBkCUWcMQSqA8kkgdUSAQcKoh16I56God1iBRMSYR/wD0gBVI2uBFuSovntWC1KCfsPQbneIYPlghRsFKWhYtjQIYz1NgRfV3/RhhBK/UELOXZjVgEL4YLMNUP4wgJVQy0KN2IWnjTalBXHT6IPygIdIAHCS1LenCHfckffjAHXegGeEiff7CEO2CDaDAH7AzTnyyIOayFzn0SD5aIN9Xe0F3XQXiayjiGcgLKRcAEVYYL+UzhKw0J9hUF993egsCs6PBD08QEVczMWpCFWngSt/MGWdABigMtxiUrV5CEevi6gsAHe3gHd7AJSXkRunGe8gGlUgADpBAlTMCsFcXMNX4OdOXiQdoI9t2ITQAFYNUzRshYVdTFQixWdfUEOGZP+8RF+D3dXmgUc+AGb9YBYiGC1lEHdPgXbqiHEMIHm8AfSdGHdyAH/7cru3Jo4G7Q5jYog0QQpUajN18e54LQ3gDFhm24BmuoBpksCHtuXz07Ck/wBEPYVTdQI3m2LKO4Uk8A439gX5qEX5vEQxEtCBtUC6N5nX+YAkn6l06IBnNejSW5i3SoBvgth6mGhlIwg38wA1bIFHysDFGg2+cYVOt0jiOVR46QBZ7NaeJkBK3V2FZGDkjQ6U0A457Oz6OwjVYgV44oB+lxARwo6kMgXCQiBFkgB1vpHRCKi2/AhTTAgqz7B1FyhUNoHTTwhRWZRUGwg+mcvHoR638I0KBtUpUlhbROU3SujHr9TChC7fO90hCeH5ocYY6gazmUCJEtCLtpUnBghf/FxAEYMOo2ICJpkA8gIIRwKAh70Ad7UO50KAY6uAJEGAZ0KAduA4MpMANeoGiQGLd8fFc9K9ZfftUM5gimtFLT1g8urYwLVuHQ1EA5loj+kgPK42S7ue0zsJavPATz+YdK4AEgkANvqJXjfod0+IZ1Rhd04K2GnQIwuGoHHhNBMB24UMVyKqc2Hm9ORoYx/gftPWdFLbXL3Y8vRhxSaOPZFhP8/BA7Lojw/odZeJmNoAEx+JdugAYpQAI6uIZ0eIc+mYY98AI1Agd0kIduoAIimIIpOIRIKIhKsEs1wjSmTI7MXO1zDYlcwAUxDokvtFTShgv0rmkx4XKWlls1WlH/2wg0hmHxfxCDfyiCgpgBJrgDVICGZNBAL9iFf9hxB4FoWNiDQaADQgCHeqiHbviDKSiCJ/iHPvAFasgD4diZnaHZ5JD0s57yEedgieDwLqa3ttxaDydb/ETtN4AygDRzuHC7gij0fwiCIMgBHHiCSAiGYOADvkgFbZiaf9CGd9gFH99wZWAHcCiHWbgDNb+DR2AFanAIvxzvsybUs07nLK8MXMj0ZuFqJNuK4zxDy3pUzaXp/MTPWrSGcA9aVljzVf8HGMiBJ7gDXrANWs/14y4IbbgGUICEXJAFWejBbqiEPvgHXoihcmiycWZjUvhlN/aQSq8MWQhzMXkFFdw8/5kq1lcGce51Unubz3+o3letBrdjmDt4AhwggnMvCCrogzSg9WWIlY0wblNQAzXwgk1Ih3owh2DwBQdHnx5gpX1DDqDchHLSXgvfhMZTV0I1b3QuW44oyLL4DRWEQ9YGagmnwdMWE4/YGbJA04I40n8YhllQ8pAPAhwIgpeRgi5YAlPQhnd3kFv/hmmgdy+YBvMoh72BhiJqh2GQDCFQyM+80l9WWWd/DnUleMxEWVXg4F9d+OcgPzxE8S7XM97AeIS/5Lv+Ze2NhifhhUf4oiAw9CegAio4Ak9gBmzQ8X9Q7j7pDnK4BlhIh0oxB2oAG7kqhzhgpYjQihuJb4kIfP9fTtSQMHzBF/y2deNBOPxoUnb6nNvu9nAntYTW2WYqEIM8KBOZLGx6mBrlfofrl1HykIt/WAfpvofmeoUj+IHJ8jzVabzcR2WOWIRL+NWiH113bWG4gCbtqww09XIxabzhh93OZYuCgAZUAIhIYu4Q5CSpmrd//969U7gwHbmI2hq6c1ivnrx/9ZIh+dfRI5ImCrE4lGNIoSxS/1K2cojJIcx/mzaplLVSlMJYm/4tiunTYZV/JH/+E9lk6Bs3Cj19+umHKFRG/1QuVfgSKsw0PndOVVjLYblx0KChQlUJFTRq2cKRe5cu3Tt9Cxm+o0dPn7169xzey/ev3FCHTUL/jvz3RqGhnTb/1bLpqaXCTScNDVKI8x/OywpJaf6pReGawv+0AnLYSWETJSIddsH682rUf58+eXK4iRBXrCQDx6SqDOY4heu6bXNWbp07d/Tw4dO3r18/hc+h40tHzyE+h6s6Slm9GgvvyCv/5RrfajHiQept/6sdU1Zu3UJdO7zSmigj2DFPn3btvulSl7hHHxnhbeZTK6+ME8898KwDj17ZVYSPPxVaWGE/cqXjUz7taAWTSFisppAc7C12jFeMydKSIZSd5JAoXKFHH1Zx/GTUP1es1sVJjhDyEyIKAUijQ60MCNOLRGFxBZL/MOKbQ8Rg8ss49fiVz178/IPP/zr05NMPhvvok0925FgXoXDDKKSUgTBVhtKMDqFY20lv/kQVkQp9ppCNNmLVhI5M+vQjUZ70hxUmUuW5aC1qRgnZNhc5lA+Z65Cz5ZgK4UOPO2+REw9M5rxyklKLtvKVQ9HABFmSRCmGZ0ytYvWUYKpBRahpTMF06KIOCbgorVChegmx42CpkUb1tDMOOe7Ec51dyQlXkV/oSPmPIVKVSKNN5cHETJG22WmbKClN1QopRzr0IiF+tPsPIYL8qcRPYfC5H2y8YqWoS702CRMpXwn81SaQgeqQPMqaY45CziaXXDoV6eUXN69MRQqAhGxbEk/8MoaiQtaI7BB6PWFFCv+svv4zrkL86QeTFqrR61lMiCCCCSGdYNJJbbjSOGRMi7xMB8eG+URKSp6g2lIrl7zSzj167ZVdPf9c+o879WSdXD34UPrPXhafcorF8JIIFSnnofqPNdGAnIss6LEM02I7qYuYQ59YXLZrqRV21D/21vxPJ0EGuSa2P0klVW0DenIJVIvYaQgfRKW76lcn1cLwXn6BHVM96yCrUOcacZPgP3vLJqTlnsTJtr+wcuZJyu3B1NQnqwz50ktVNBFUUcGL6NCe/8j7T2lm/1OqQz/K6tCRd/MU9Lpo25S2e62go+k9+HQPtvfeVx2T5369UkvZtvD9z1Wv/Ec7fcS4SZT/ueTajiBMZZ8GyM7IOyQFvUjyHYewQSE/AsTxYuIH5sHLPYaQXuR8YrKjTcU9snDdPy7BB0xwLnxU0wg+rDQ68CmETApJn09eARuL0c49awOZQ3CxtkJton42ids/IHO7XdGoCd2RmQ8dwjx5Je8fflLgU17isRyujigs68kEfdLCgLWnNpdIjDkk5ZOD+SQ7/zChqFCFPtaZpiqbmVEtcnGMY8gwRViJUdoOtJjX5W0VZXxZTLAwsxD5pDR98FehfDIIohGSPgGjHdKW4h5PrCMe41NIPbj4D1A5UlOk8xxjdri+9RGlMf+AIS4E6ROdyMQnXzlPDnVIuJforJUt//sfFgDoN1vBxEZELOLhaNQK2qjsJ4SkAzBPtpIZnspooGtHTNZhDtGND5PZGccrNtlEmMywK558XXlqB5MY4YQU8RFjDmvxFVvMYpqt1JkdHYKFKpBECR1BAr2k4JDQwKSA/oKgT+ighn+ooZBQUdcFLzEIyP2jHZIU3cIcwo6LdM0v2fGcKoekNzfiDSVIg18iHaJNmNTwH7GgytoaU4ti5o99qzgNHkEkz3/Q63efsSdM1nBEn/BOijGRHh248A9/ummCtFsMqmrzhkuIjpmRdMg6ynEphk3oi079hzk8sb50YoWgP9lEZxwSxaPFKaTnU4j6Vgc0wp3UJzNTyP/MlFA8Gp2GNmOl0T5hEleYmMxkcyTZ495wktAZNB7rGJ+llLmhrH3vc0XC3epe0QlONgUTz7vMjLKKtq4oBG6ps0k1HaI6TJQ1pp8BjztZqs56+odnvATQWH12Nofsk6crU4jJEtm4rrxooVWLBxcrghVMpk42nvDES3LHOr7B5iq56SZK6Do3ut2ptw6Zhfr4o9hV6mudvxvRiP5RhbW65rQ3HdKPUkofycH2fiq5XOKQqhDcjq6ouoXkU5GZw4l2wo48688rPnGV58EoFltZhGt7gyCpKmQWtQjrKwmnYP0oQYA3UmtQtHCGmMBUSLrK7w4JXBUIbnV6gzDZZX7/W8r0EjUmXIzHe39SusPqjnAW6x9KfzJBUcTCv5ihz3J9MpsT3g4Tn4gxTFYak9Wc9R8v1S59fOwaXKm2vDfeBCTeRN6tZvUNT8lObjXiLNF10WsKYZjtdmwxAC1WIZIgyotEkVU19wppKsGnT1DaiR8Bj152Fi1q0LpdIyPKrViB808kC4knQ08hlzjMG8yhJaI8EitgTp1Ucddil2Ail/fDMWsDTJ+J5o2zRPkM8GBS5CbETE+uUTIgDelkh8wtSUz64D+K6hCHqfjLedvlCSGj3/5gQhJNjg8MLQMTfaa6pP3RWS7ZWWS0wnOWLA31qQdFI3VRJReh5OigNzGu/xcdxiEHVW9F/oo1izwUevr9RCuk2y//sefGMbm2Qipjsn7GJMc7FOcJMeEeOStECsXrQUzoVbwqKGHPRHkZnE0SE0bczVvbdFOSNiEVolWmcpFMcTLhy5enCgkT7rNYulPtcJwsYqsUl+AgdtLhE5aNk4L5xw//AfB/DAFE3qmCFKCtkJvpK9VN+Yr8CiVZxLQqDcGBCcadpbWYZOce3CAUgKL5spo2zz02Vggygq1coqz8J015hSoV7J7PLFshNYfnWpWQ8580OdUuFxmKUrLRSy/vH1HgxoljHRNkPrJ743PUfFcxoFVApjareAkgICegcn0y6yDTulZ76m76qP+QfTHRj79piYSZo9XZxPsHPWNC0GD56+3gWkl8Vu2JFzEvGrnlMqjaUZGsSdI1FtMdyKN5N6w2/hjVcMgyODqIKEPxw5UZ9LhITxSr+iS7DvmIqFMjEiH7hL8wUa1S3IAHdsdEVXTzpgQVskSYq0mSlMQaMuULPt4qRPlNaWvYLY8SXCCj8TBBUWZG7BDk82Sr1idSzIjIzECfQiDBEEDfdukcjcwU6BFFmcnJ9+FNiegVVnifQ8heOxzVXxnVJZkKgtDGYtTfJ1VD8DnE1WGGlB3fP/BfRfUKr2jBSgEOPAUcSwkBtFWYT2yMTxxRqK0BA7mKQ9CBIRANTOggFqT/gaooy7hBFVGIz+gA2roVicVk1ukpBP7RVbwtinglGI24U2gVoE9w108UEVEAT+jFRGbFhw4aTbfBhPoJh1LBBJeNUJ68BGQAHqqgiDDA2z9gwzX8QwmeYOoRhQ7Kymm4T89BRXal1T8YQRjyWZ6slBYEhQIyEd94E6wQoWus1DqgQyciVDnE2qMdjBeVHkV9BS4EG+TlhLtJFk5Uxv/lj4a5xmfNBxiiFVBgRRoIDuL0W9k5xEzpR0sknE8wCZOERTcEAzXYmjJxmW6FECBx0qmgigi+EclcxsohGn3URvz9hBQMhfPNIJ5p1yT+wxbQiBaQhDwFxUqFBhkKCYBQ/8WHKcRcwURrcAFJXIE8dQMriAEP1MGXhcUc0uGidEKCPCC6VRMy/J5D/GGecEXXBdJPnGFMyNOdgaEjPmLx7IZPUCLMIZlD5AG+wMSAxKJDtKEmUME/4MAZdMNfJJRrsMNoKF9M5BdVpYgsrGJMVOM/8KFmaAZ5FRtozFQM/sMRsFRH3JkRFFzBgeQkfgZF6pEvCqVCEGEbnuRodAFJpAEb9IFK/gMP8AJMhKJFbElZEskuRdPqiFRMMOQ/JERloUS55N/kQcUPEgkDxoQQuBMQCIFZERxLJYFo0IcUGMHa0VMC/cRdKsRVysFVOkQZ/AMR5IAL5IFAHp3e1V5Bof+lWpaNOMGQNRAFG8FI6g1iZbSJ8iwgVBAgTPAAUGTBWYnhJv5Ef/ha+41EGxqCDjKCIfzgShHBFBABDojBOFwmE05So+kdZ6IKHTmENzikFV7bDemfsL1WjlCla/glUfCAEjAlkskmAFWkQlSiVcyZENHI+PUbFEjmFORAEkCDQwTHQCYTFM6XLIBTTFjDNSREQkDnaN4EXdZbTLAmSdJH6H3GZ4gEAf5AazpiEtBLFURYL35ensSYpd1HES4KDBTBSoqlcMCEZroG8yVIZjlEaDrn/eECVcQCZHSGZC0JjGIn89DLAcJED+xADNwoLgYQhYpWLDmE2p1aIhZbEuT/AAzgQAr8gyZ0AzeYGO3dFFpm0ifJSTWAzInGxH9mFCsqiVBcwVD8IC9BRV7CxObFRAzsAA+cKeftWVR+JEzo3JDShxASYvsV0GQqhAuUQTdgphtqHBNtY+p8BeBVqVvCzonqJONdo3xgJzgu28zxwKOylBGwk08IzlAEaajxCoYNKfMYwmM6hULwQBEY6T+kgEq6pEKEYjzI3rSYkWskiE0AXhX6HuxAYNb5pEwMHUwMhaCYkle8lTdO5T8wqEIYQQ+4JlgCXNktZkwkD3+wD7oBCOlRJPW0oDFJJkzggIciHZH4TLS2xFegyJXSqk9U6dvIpSywGZGER3BhxTtC/wXn0Udg8Aa1AsKzttx8/YMf+Mk7tkp8nAQE5YBCpEAdQMM2/ENxKidUvFWCkMIr4Ang3d/vVUNohmbcjYe52ERHYScg8cZRFutFwhx51h2zLpaGuVyplAbzEErbURhMdAAKiEAQ/EM3QAOfzidW7FIt6A2+TanPPsM/MKQ1UGyKuFlKHG3KNOfCoootUJRrVGJ3LmVGmhqNZF95GsoUFmiz+oeINWsB4cA/qMA/iAAKpNoiLUXWEgnFEu1KwAcdocfcYQXfRBOwqhPO/cQQ/CIgAQIhKBnPyuJP+IlSEEKrbFZMwME/5IDApoAGKMQI/ANa/IVyLl2ecJJOYumBJP/XjdlQnAxFa2DBY3KSwNStdqkjLiJlPDllTKzhGMLLVegN33SjGwDC7MLEmfEY6UomDKBAklrA2KYAEdSBS67DG0LFJRCCiI0ZZsFEofrExf7pkdhQV0iG7UWJQvwCY7gczIDIjhoZ8KzVvvYRVvStkHyVQhjJrUQh7hSXQgBCHyQBEThEB/zD42ZACuBAJHTDccDD1cSaO6CH9fHSDDXv/YEM0kAWjOBQodWnV7wCMQjM+Wjv/wCpAcbE3frEXcrBO/pB8pBvb+1NbYAXfXTCoRAKrQBCAQWBCyTpCFhAB/huBwBv/sLDG2Kc1n5CYyiNFToEM7hl1vGkSuwEVpn/S21slHswEPPwDaoMw1flLkuF5+YVWXi8a578yNelEyc5kE9Ymmkw2T/AAQ7gAAzI7z88gAQohAo8Qf6iQzuIDjk02iXgUUu8GRVZ6f3xJEfBUQ3p6s/4aol641kdQbN9Y0yMaRUHatTZzoCk1DnRBxvELxkrhO+OQJKCQSQYQzfsaTk40jBUTizaBGSgijXM6g/7BDcVSf1QFkdVrnPlCfTxaC39BOvaHt3u0C514870D40I5z+4gEI8gE/QQBAEwRS4givwwjhkoJo8BRW/h5Sy7T843lWJgpHEwt20hNJyrKh5BIh8qUNw8aI4q2xIFN3mV93qMn0QwRgrRAec/3FMqAANJO4dMMEXQEM5bM+H/MQFqYsoYy7IsAQ1cwZk1QSepE3cslJKjVGe+GVSanMs/8PNWIVs0O0sOqBraMIfJSlMADMw/0PZqgAlM8ETiEEkIHMwTOgC48nyKgRDXi5mYDP0sETcnBdMbOHtoE4rY8VZ2QrgDE6GrtanAWMUfpyu0EglOAQrxMQf9DL9igAwuzNMjMDj5sAUgME/5AE0nPTylMrzUEXKqIpbMqS5ahRLrARNx4QOpeeCgbMTwwypFQVqonSeaIFMNU9MNMUuFbVPHLVrVMLM+rJDSIDvOoQL/0MHwAATTIFCJHUa5PNPuM7cDW1YW85H/VYcaf8pZTHwXUMFTCFoUVAf9WFnAb1rgtxy8+gLavNHf2jCP8yAwLLzPwy2Yce2QwQBGNzBP7DCUYe2tVLT/XkfDLW0dB6IV6MLxu6zvzANUfhJXvqQ8/nLOhVPwVXBFuCgkOCabMBGabwEX3udHVUCFYSxQzxuAsTEJIstMS81azcgL5rSfSqw81pgFVKTDCWNTKCvlGbzY8PjP+DgEVFkdukRb8zyNlNiwRVPdSNPkPjYkejXVQTLoZRTbrMcK1hMGbx249K2TzwuGgeBGfyDL0TmBWutGLWRif4DuKiKKt5xJn3F2X5FItE0ZFyFUpxhJ+gNupFCn2CFFrgBdzlYUL//aSMGRVO6bGnYjFXgOCbgzPWl0Cj4RDAk9RPQQNnCNkyc8eM+rkYzyk8cw9CGTK1iXTSz0RrVXy2glyJfUCugktJSsVRZDCDYSOgJgmoZyI/SB6jZ2fcmoEKMNp33LeHyDpPra5yljoSXTVI7hBgMrAWggO/K9svO7z8oNjQUEG/3xutcKVY83hqZ9Zkv8GO0B3JDTrCsgT3lEoYtBhnS+WkEyQLtqr+UI57JOvGMdvPQCiYUEa2Qnr7gTiewQj8qBAqgQAe88BkLtoZLcgpQNc3WgRQcAW+/CNJUk6pEw3w7BDT7xGIAa6hjEFQgEAnvjL6QYURXGo3whmxacMCt/2d/OwQgnAQzE/pTBAuu9Ec5Na2avEKUs3skK0QG/MMZFztUc6jxHEEUuOlPeJJPWIOXwwQ3YEPQavon4cL1TJNqvVk3HtGSL1iftwBtEgWGAqlUxkSPx0SpTOIWAM+kxhRM+IHL1x2hc99L3GTTOkQlQAEOqADvpgCku3MCPK4F+O6RPgHyOIHJY/oM/YbIXClcHqxbokg1IMMNGYm64MocPwY+pVRotAALwIQOtMCc6cA/ePx5/gQLkACR8Pk/CKbq1itMWO1m/4MtDMPasMIXJGkMt3ACPEACSABU+0QKOAEr5MFKXbpX1LFrHGyTsrRDIIMwLMZv1YZ+MIVBS/8py/dLW4EG2ZO9IBiCDuwMC4i9a3zEzLCA4Qs5zE1t2XPf27e72bxENAkqYwTDMATDF6yAsDtEeRPFCPBuDlCBL/jESinfK6BHNVR7xL+lQnADXO5kckmVe+jHJ6gETDsETWpt+/5D1yuEIHz+oZC9Y+fRFWz/6ediUEjtrLv7hIaGD+6HQ6gJyCwj0c/2P+x+/UP6eKcAYLOBPB3BOv0TQLSq9e8YwX/M/iW09m9bwn/VHF5biMxhRYsWa8m66NBNxU4b/7VIGAdkyYQslFxJSALLv44mqzhMYjHmP5L/AP1bk/OlQ0GY/n16lZBYxWSsnqT412Fjgo1MXSSsU0X/isl/rTy1kjWwYrWFCb1ZlJiw4MVWny6SurrVatt/fkrqGOTwzRqLTS6ycJtQycySJO1aHZpwmMNo1JDOYPpPQsIHFi0k1LB0o5KELV3+I+QQq9aiF8P+Cxs6IcRqFCt+OgvU4iuuGj259bT5Yk6HthPSLpnSssMwe0FqAS4ooVCHRaMl9PUkh8PH/5z+e+4w8oh/zVk5tFwzc0VPGhOidkhatDXSX0G2suip1sCy/8Bb7JkwNkg/eXDaBPkbJBYkF3tC5CIlavLLpMACq2iooQpziJrlEkKBsYoUaMy5hFSYoTmHuGuLq4cgAusia0Isbb1/WGtrsI0AIaRFh6TA7cwhuC76qCIsmmgJx3/8wwKz+UqKycCKOnQJPzY2+mjFf5Kj5sEnaIDBOgsnSMjCfyKTYAQUYCjiH03KsAoT3f4p6phovNoonIrQMyuhTjxBKyi1gLOIkTpBakKKJpTAIqWErpDRITgvKrLQf4Qr6aeNkvvHSQhhsNIhpzIYYTHGNLCOiTATOmMvrhp1iBuQtrmmoZLUc+iT+rgiJpeEXpHTLUFHAsQNPKwS1E++WurINhsHNGKjKnoDzpZ/CmtSOYdUcCyhAxIawYLJpJNgsSdMeilFttAEiZw1v3UIG5NW8WSwOB0a5j2LgN0oIAAh+QQFBAD/ACwAAAAAvwC/AAAI/wD/Cfw3aCBBgwgTLkpo0JNBSAYXJizIsGLEhHT+ZUzox6LHjwhbeZI18uOwf8dQ/ou2cqA3gdv+vZzJMCZDltFOKnT4b9PFgaRqBZVViyipj6f+5cqVNClDngh5Qq1I6tPHS/8uARKIaaAhSSDDCiQqlqVBa9xs/uM27t+4ceTeyiXHsC1CbgKpWdtGLS01sUCBChX6Mde/U4hBkpJ1VGDjf48NkvJEqrJHQgM7AupqEJMhwBbJDqwVNprpvdb+pX5JDty/cK/HwRZo11xbvHy3cYv2F+c/atF2e/yM8BPh0UePOkWYNPnhyKdwHTVatPHU4pU9Wf3oGbR3g6K/t/+Mlpq2QbwG6f5TP+4l37wCdZoGjtfQRuIG5fxjBPlfLdJHkSagR06pcopztaii1ECMLUZUeOD948lxEobVFSZbiaehRToJlJJAZq1121rpgdNaXP/wRV5LN/EmkH4fVXWKUFZRKFAvBtWC42GGCdRjUrKcIot/pOQiWlIDDtYfYx85RAhWGwI2pEBJmlRRNDFlaVBM4bQFG2xqxffPMDmFuFJ5Cb0xECOkUKLcKbk491iPDOVioEG5SAceaQlNmVBQk0Vm0CcOQYnQJIZMIhZ+CU3YCoN8atihaaqlJdBLeMlmnlpmItThR4yw+Qkl/2xXS3MJ5RIpcz6OJhmfuAz/FKtHQnly3UC2JmSIZgJhFpahFb3yoCytEDuasK8IlCxDHw7UV2rboJWiiAOFCdKnFnlCqiOPIUbnQN8atFycqgD4jyy4FFVUuAM1e65APE2moa//MJrZP4oKBOw/IiH0Siuk+fkPsgO9kmwtBw+UzG/WAEdflpZuaRa2w8mhppoeWbWcQHAe1qpFCoIrmpHvDjnkrP6llJKAQ3qyLGi72ltRzF4N6rIswjbaSs788umzmAatCOJaf6EX8Ue/iKmTzAIR50hgdUbXsSrsVqSnLAL7SNSsVRI25Kq4/qohfxJ+QsrOO/s38L/Kth0sn8Mo81fQ0erl7EA6DfMylXsz/yRRcQMtt6PHVPNoWHS0notuLSiPFTBpx6zqIJ8AP/qdr5hh5ge9FUH1isvw8jtwrp9/YnlFYDOUGnqpmRbiwbMklGzsoArkpkBPG7QjYndSrUqspBSOS56rzmpk6ukOSQxCZD2IrLxi+QpIRx0Z5MY/1yfEObyPni6696UazFDfBrlbnpnB+Cu7WEdpLOg/OE69IC4bV5R1n+dGmsvyOeJMSrKfI59HAPEZQ2SoafX6ByGqFxZPgC8hhPrEJ1axnRxVhGJAM8iyOjGQTljFKhx8Sn8Qkpz6DYRqpxCeRR6jLoGlS2uoG9IrECQWBiqwVwxhoB+YxhmL7Isr/+gEJv8qOLCC3cRTAkna+ELYNiIOhFQC2c6BDgSugQyOR4FzDP6CIpBYMY5xslqX2iJFlGJ9Qny38ogNLZI97EWFEIbgSQ/DYpUhYiJZTvRP+q6EwYRgQojeEdS3rviPwhXufkBBJINKpq6EDMaBpEsjQ5gmkDZa7x9r/MccvQPIIP5jFRYJRuosUkdNCrGTHnHI+wTCDCvCD0e9gNPGVimZPQnsQY6rkrGq8p8PRkkgWqhIG214wJklBJAczCOH8PaKPXYmhJtECH/IJi6p0akZN9pRLO2UlDuZMGyjEY1QWgEox5WRWOi03CtqAbpWKBMhhLAkaK6XSYTsMIEe6SQTi/j/ClCCEiHB+EUwbDEoTBiUK4L4ByIqsdBovq9xA2FGK8XlTY5VbSH4SeOtAgQw/1jOWJJESBu3953s1fMj28MMKgfCCg6uIoR7S10PuwKWf2ylEjZ9CCn+VkWLTDQhEIFihbxiCEZgQiITmtAIO6e2UpEkWd0zCL38cL3rwcgjwayIH+Kwhkv+UpNBjKbs/PkKVhgMkAe1SDGLmZCQJWSiVQtLUYe6ygLq7HMDm0wFSWpJQJAUC12VgkCqoKGt5hQ0f/wjEBGbVnwmJKGF8d3wEGKYXhSOliCB4yY8gQmHQIU4TLPVK96ZEMAOxJIYMwgWotRV8ZwyQ50AxD7/AVk//2YoQwwEBBt0G5YUwilWblWKb5myJlItxFf4YdolyEacfTFthmYj7WnDslqEELa14sneGuSpPX0mpBKwhe1hDUJVTBqErWz1SO+ScjgtvkirV+WueEqnHWMKBLsgEaxAVptVhODXIv/VHlgwdKGtSAKnAjkwIMArkITW1p73FelXPXLVG/6jwm40CCURItaw2LCr/UUIErCghH8ooQqClYJ+B1JdkODBQgqtqScFAghBFLO26QXJGRCyY+wKVYShg8oi5EAIDDMktSedsEXC8I8WC6TELRZsiU2M4iqnATSaSS8gJGFjGm95wYDow0DAspU8MGQLCWktNLoxjnJQA/8TZ7huGbZQhjVVBCIVWQSj4pBhhly5afJVsnhWPBAjCITQ1xVLVc1ckQOPN8xbCfM/GF0RQuMXHQPJhzxWIYUq1PkfbLCdUCGC56b5hDghZeM/UivoXyoBCQYxtHVT7JEdMyTACOWyjD8Sag3dgx//2LRAssCGTwPGrp+BURea7OSKMBk0qf2hoEssayBYVwuETciOz9DfbIOkEuDtMm3z0AdKh4XQCYEHQvjRDYRcVQ9GNsgkJkE9N9i7xU3AQr73jQUS91utXk1yq2Hdg0oPdrDBtPU/WnsG/K6BzwLpNY0ZYmYz9+GAfahDsf9RBokf2iP3EEjIBZKPfVLTyIb/+EwrVsFyGf+7yU8mMRKaEPN/SCHfIMlxnydM8/z+owrBJKzC/2Hrhluv1xA3CIJtyuB/iFnMAiE3uSXea1n/A6fdiAdC8DEQeag7H/9o90DiXRBDkEYe9WjHP9BRjm6sAhDBJLQSpEDif8Aa1nVfLRay+l9ci0fgTX41SLRQBi3s2NsDMbrRJ/7VT+eh45/OQtDQEY96JCQeIff6P+bxj3yI/b3LRsgluBGPfACb5PeQxziCUYk17F3KUpi7QW4+5bnTvMUQf7jfJ+2VXXNkgZX0SMEtAvQzsCHAisfu8cWSB0GYO+ID6UMZ6kzsUOOBFdQwRzy4/g9mqEcg3GiH/+U//w9ofCQNfhiH6f9xD7AHO/Po6EYyVoEHFdt87rAeiJSPgIQSz73ZBhFiEjZhUzYQBTd8VLYGkndfbIB4i+dfC5dzj2Bujxd1n9ZVgvBHJ3EP9YAO5bEHXXQu1AAOmPYP0jAQtKNGIed+IvcP8SAPApF26EANq5AHUuAENpeDJraDJmYESjBl2DYQQYgF3mZ4EPZMc9Rhs5d/CFFwRtBpoFYFrZUFa4BfHjcQSecdGsdxeWBma+AHBsUHKeF+vdACJPAPLFAMdOENuFAN/7Aw/+AK0AANatcHUMAQWvAGWEAGq2B6mTcQHBgPaod29xAP6DAMR3AE//Bn6PaDB/8HTD8XdD+nX9xmawIoVVyxUoABBIooED0AdI+4cIg3YVNnEH0AB07HIAJjDkvwDwLgBWqADAiRDq/QCcngC5ZgDGvXDVDgbc9mEGnwCn7IecHGgv/QDuZgDuzggofYT35wZVKABP2HECumBbT2c0UIcAOBCTiFCYgwYPnVBAVoBJ3YA4YmhTx2ibunc6ZYEZUwCpciEPywDwIhAwIAACA4EP3wD8C2Dp6gBWJ2B77QDerACneoWr+IBVLACwKheYM4g6SHD9VgCIOQC+DADlq3DrtRDbVwPfz1ZFXgbdnWaegmhIWHEIBQTEKECKYUFkzIA05IZYiHjqA2EFeoZJr/QGOtkA706A8suAD/4AX+YBDAtg/u4Ak/gAQ88A9TUH7/gAdQsGMLyGxNQHdSIIz3AA/l0JDmQA3EcAnEQA6y4AUscAEksASkEJFcFw/mwA1WEQduQGj6FYTWOIpBGGECEQd5wFYcJFaGdUCrRXCF5oMD4W1TyXwWQWnGRm6VwAlsgASkAXbAtgT3uAACkBD+sA/50Dgr8A9PcAfQ4AsDcYdQQHM9x2yowH7oIA7lgA7y0A1kkhLV4A74kA5LEAECsAAtYA34wA/4gA/1QA7R4BCYgBmXaI2ChWIW0XBdtZcM0QkkVWmvJmtKAJOK+ISRWAU3KRa6dUAHVAZmVgcG/7EGK0ABCOEal/kPIfAP9qCP/zCUpHCGJGAD/wACMNCUqYgQVZlvUCYFfnAPWdkNaxZ/KFEN5EAP+tAPmVkN9ggAIVAL9WB69eAO22cOtQAwr8AGWnBiCqlfynltttZa3WlbYiFY02gEB8gDPhiSDLFbQugR25lTa1BnlLYDCYEP1PQPe9CeCLEP4dCKQCkDTcABDVADh/APomkQUAAFSpBvI1ZiKoYO94AO5iea4MAIhuANlscP+/ie+jANCwAAC3AF7sCC/tAP9XAMYPgKiLChJnZiczeKiFeFAxFpCAFe0VkR0ykQPLAD5kiYhneX3pEhHpdjUKADZ6iP7vADEf8gEB6wB6c3EENJDvQJlCfwD0JQAQogAkXwD3cgEEnwD1RwkNLYBPl3BVcQDfdQDr7gCpEADdQQBjKgCtyHEP4QCwIhABFwCZYnqfywDVGACckwWwNxYgkRqAbhnAmxYMJ0YcK3A0uJjQJhbDbVVVlYEbsnEJ3ACv9QAfI4ENwgA//QAjKgBt9nEOnwDz4wEJe6BJf6DxNABQmRBAf5Dz13Bfl2BYjwgq0aCXBgC614AsywD/3QpQLhD/jAAguAAP8AACRgDfSoj/VQC1KACLMgCFqAnXM3d9iJl2HhneNFCNfKEDAZrcAEigPRVa01st/xAST3D/0Adl5gnhaxD+n/aob/MJ/2agPeqgAu8AcJQao9h3MCgQTJcA/mZwlEoAVx0AIbIAMDKxAGi7Cb8AYtcI8IgATcYKb7MAgkoIidwAZQigSxJwXYeYkD8XwIobYJcZr/IGs9MHzJ+aKClgxXYBDuQLD/8A0C4QXnKqn5QAvimrPvKhAc8A8HIAKFkJNK2rb9hgXLdgVh0A3ogItUEANy0AUnwAAkEAbmoA9Se7D9sA/48AkbYJkCcALcELGZGQUUsAOdELYmFo1SoIjZNnQiyo4p+xH6ZoAGAQQqpmKjmJcVAYAVEQEe8A9kYBBuGA4HyhD9kA6DIAOF+w9d0AunqQBEEAoMIWt4129N/3C3TXYF19MNrmAGGHACTXACG9C+P5AL7gC6Bnuw9SAHp8sAHoAE7kC/wkACFbAGthBqgnUEZXuya4tVCEGE0zUQVWkRUFiXxPsRAWZDBDWuB5sQ8ouZdBECJPADQtAC/yCueiAQAaAA/yB5oVqvBmGqDIyvV7AEV4AEnIAOoUAEE9AALyAE4nqGJ4CW6QC6troP4/ADIeABC0ABbiiPUYAAHzAKyWBJ+rUGKIZtImpjvZYhUgxiHoEFzyaOTDgQQDB3EMx4GsIJ4BGxBoHGDEEP69oCS9AEoWcQAhAAGBCqFUEERkAEPDi+/4CvXYAEZ5AMrlADJpC+QvDBA3EBJ/8gA4NAD/N7sPngDbKgBiEQArDAdf7ADi0QATEADsmwBiXZalqgdzC3xwbRiRURB4DHELQTAwLxtx+hD7ARAktAC+9iwRdwAQTwDwgAAlmAZm+Lg3acxzAnWPoGucvWBVegBILQDXBABDHAASAsB1zQApd6AQiwADYADo8suvnwDoPgBbDQk57wAR+gBPIHCPpVgHdJdWHhtjzYu/kHa1Z3aEpgvN9hC8nACtX1A2Lhm9ggED4hEPtAD2qQywZRAAgQAzE6EDygb00QvtZrr+Brc5zgC4UQAw3AAUKgCsxQzYm6ATmLDZEKve6wo++JD/5cAZ1ADZ98aE8oWNgVaTb/prJiUWLi6LYFKBBWh7YaMgtKsAMi7QPdjBD9gA+LcAEUMAi1mg8xmw42QAEk8AI3wMsn/HMVYQQq+nHiiwVcQHN32wSS5wsm8A8MwNH/YAPiegI28AKXSgJRaxEIC8T4QAYkwAA2QFDDQAjVdc8GEWo1liGWxFXF2qQzV6wJ0X/zzMD4HBbYdRI+XREKWgyiYxAGGw82kKgVgAANQJ0CcQQ2+rY8bbIS7cdNBtZYYAe+sAUgoNAVsAEkcAItYANNkAvcwAgtQAFXQA9icdSf8QFaAIefAKUbQnO1d9jwzIT+98VRskklwMtREBbRy9uSCrMCgQ96QAEi7a27HHew/wbaPQCt0arH+nkFXUBzXDAQV6AFqr2UDWDWArHIV5AO8xjJLUDL9A0S/kAOuf0Cn7AwbrkG4gtP9nStwaQEQvAR+fdqKgZrO409XRVoDEEIHUKf/xABEaBI1V3U/0CP4LAEDOCt/9AABqAArtzA/+DP4d0DnWhoRGuvyWwQXHDM/1AIQIABCs0AOesD4WCm/UAOJ+AAIaAGjuwR+ZARLSAHvQCHtvAGUhDHBoEIhMCSugsSPYd3/ffgJTUM1sCSKb65HtAF+wsSajwQ8XAKNqDj3dqtCmAAJqaQrZh/fsqnhraUp3m3yKxay6YFilAIGNAACsC5G2AD+DCU1i2P5v/gAxEQBWNe1P6wDl5gr0dhC3gxShbmjQxxmhYuEP4sYm/ac1r+HbUQDRX8DzeQ231c5hWhD0O5D/tgDnLQimcIlIc7EJ29XwYR2g79Dybbx3CcEOn9Bm8QBoIQCq5s1s8tA1qnj1OLD+EQDtxX1PsgCiHMZJ4wDOAADn0EVoDRAz+AgAMBa/AMGPJVC9RgC5jBwv9wAiwgHszQArssADpeAjYwBiAw4gxsrwlho668lOA+0aUVfLSlCCbAAA2wyCTQBeYgEPqQD/qAxv4AuvYAxAzhD+FwAvOpH9cODuOgDBKupwlh4f6s2Dhdyt6xKwbxBp8QDcoQT3aX1jkrA+n/ahFd6vD4gA2t+A8UwAFuLdJKcAMY8A8QEPRFuwT59+2+66c88GwAiAVX4NWr5gbBpAWhEKoEUAIn8NwREAIy4AnpwHUE2+r4MPFyzcbjWl2EUAvcAA7LwmpDlcBN+g/DZwM7YAPD16RcjOvkXhFpwBli1QItMBsfsb9vsK4sQAL0/osnAAImLAL6lxCd7olyr1oG0QXypCbZEweIUAIBUAEnINRHXAFSHQbn2qVl3uyiAMI/UF1DxA1z4/Y8QQjFlFUFGNqdDmtP7/T3SncCAeXL9mcJ0fcERQiC9e//kN4JMb/7iA1qoK5LQAeeQDYlINImAAEmnASoeHNN+AM7/xD5fMr3DOEGa8BkaLYFDUAAFaAEo4AF70oBC8AALUAIn5v8+5CgacwMsP0DGMMT2LQqUNJDAOHm30AlSAYO3CGEzr8lBwe6MeRpoLdfaqJIIeNw4BqNB1sNo3bwxD8bQpqQHOgjXEd/DukdJPdv3T964K60OAhCxMEsUk46/HGwx46hPTSmcdjlH5aBb/45XRNm4BZEMRQoMBEnjo0WIy8g+CeAwpV0B/v926ePJTYW/2QwJRSX0L9Pybi96tgRy5WDUtzUillv4LiB5cbNFPwPX7yBfP5dkcLUIdJ/hmqFHBesyr8SDFAOxMnQ21mz/vYNfOnuYNp/+bjJ+Gfi4P8KKlmUAP1nNPe/oP92+O6hO++aLhz/KY3qUAscHhMUiHjB498LGS9GkvjggIQsfGZP/yP9zx8+UjJ+/yPkBotuQODagRvYCtNAQE0HXmGKiRvj0/nyFUbnn3L+aWeg//jZx55/hDnID4cMwYubwoaZDgQMOLPhhn+EaKEEnL4JT7yz3qFJrY7iIWOFFw5ygYgkCLqth96EOMiG3Xa4Qbq8dvzHDakew0KKLOAgIoMJdopBwx/8wOupH1iIIiYe0ToGCaf+AQSJFVcYSAtu1imHm21CGggTM1uh659Xxulun//oGacbXnQZyJkp15FwGD3/GSYYMs1BZxxb8vingoP/DP1HQxuXQAYth07Dx8SBSNuHH3P4aAGEf3aqQaMjlFDihx+E6O2gH36L4aA0lBooDoewEOipHpfSgikp/hmyU4d2sMEQxgyk55p/YCHnHRPDG4+OH94QyA0bSvhnAw9fOKLJfySkhsKDqAlmmHHiyUctfOoZEBpUSolkoFL+4aUbeP4xp5prEqtzoG4GtHcgXw4yQACHlJjrn5UcakkxtcLrJ9x/ttHhgxVckI0HKKD4R0cjbuMNKCUHEs4hOf75+KA3tMjrJ4xxJeIfiP85YQ18/vuHHxFf+oec7pClx4uBbh3oAwwqgKCCClpYo8lu/hnHsH/IdGYcevMR7Ogd/435x92DZvqnHsLqhEYjVm4zAACwpvtHi08GAue71Sb9R5/u+Dkrn3Gu4JLFlKd0SDgbftMxrzhC/oe4vLDAOIkqksjijyx0daEHarpru9JJWXN0NXI2WUoZsgdiAAEEKohBED6XpgZfaJKBJkCY/7lnpq7VHeiWUmT/h+qD7snraGekTsYXHhoYyAMSdGADkYOsWZ3t7vBJ5xovfKBnsVP++SCLLFQeiOJ/jfjHoINo5PiHjv8BwiFXHYKqbIL+wRgJ7rlPoow/zEhBthV6wMScg/SRfKDT+CdYOhxjPCC8oAQgqEADEEAAzhhBE4MZCDWgAY1y4I51rHuXOIxxi/+DHKIRDrmFMdYlDalp5HWseB06qHEbaDlEdEcYBOQmVQ9yDMIt/yBBBP4BgA0cBAL/iIF0zPAP7jnkYnjLTW+MohtDDARwA2FVXgzCPYxJQQnyI4ILXLCCGIAABICgRj1gprbJPWobDlJfD1ZQAmhdRQEUO9qAqCG1Cu7IFf9Yl7oCkReqqaMj3VjFKsZBmG6gY0BGMAEJbkWZgZRlhog4AaIAsMO8aCoGZTiI9njmqdsgoSAn41gR6TOQgE2JcEjoASj/cbjNbIEKMWhRDTQFAvhkLRrR+Ic1uBETc5iDXvuoxkHiUIUbACEGJphlKAaiv2HsbiDv+gc0QTiQNvz/wwqByOM/OCiNgZzjXdKsBzxw+Q9PYGIbM0kGoWTDFCToICgyk4kW6jYQAQRgRyZI1Yv+IYXNYKyf7GMfEjx5EJMBtCBG8N5BntilgxDuIEDwJBWJeKvNYBIOVACCCSCwglE0YwyeA4sAGGAoCrRgazEbBxYAgQg2DGRFHACBdOTBDlsgQgtrIIw0DwKPczhkj//46Y7eNQ+N1IMbb/iBD2RwicHMQiNu8MM4zsKPX5TAAQoYCFYNMBAHHKSFHdnMzqqwSfZZsQlIYEoTJLNPgwgUlAKRAxoH98mBGAEI/tzZQDbTUn3+YwUgIIC/BOuQAEAApwPxhznSoIQXvQiZ/zEw3j+asQMS/OMI1GiHPBKDO6JmsHYDCao2B8LNf/jRggchFyG4EBQWnIAQgHLILCiEtXw4RlMu5ZJRMKYFLYRVlAchmUNudRsr/uMnGuELX6w40Kc2dFZLUcJaIXoyLdzqVsGtQhW0UMQC/tAhB1DAAQrwD6xiQAqM8YeEpLCFgaxgBS1lBzh60EMc7uAVvnTIaQeiwdiN9h+kLe1A5iHN1injuKDR3D9CoZtX0LYVUoBDJQoxEDZ0woV4C2vZNjPWg0QXiQa5DcbqAwg51Od8DfXJWpVwxLI1ITI8C5Jx+0JEDWnoILIZyE4QWIJt8IMf27DwP6oSg04E6BP0Rf/UDigkD7yJI3bS4CZpe/rMfxB1Jp6QjA04gMNV6i9Rx6HGWWSoEZDgJVYOqYIq1cfQGW/yR3mBzFqnRLLgBrQg61vz4PjiYeC2KrLXAwJ74bDPaPDDH/WoxT/YsIMqUAMdk/UMAwggrRNgoRbcKJBDdJoXJwdYHfDo7DgkMZAT0JeNbHyBhW1RBSS4gTH4OGmqqsUNba1BrhrJcF4yTFalNJFHcRZmj0qpFxmDyntNqLPIBnJghyR0IImeBSJEF0GknWYmc0FE6dwgac4JzUNLue8z1aEOovrRIZ3OCzzgQY1KlOqrDkkVImSUYHIQgyv7/EcyqBFkWfFot9rVyFr/c403ysj5IMPuSBPuTBCDv6rZSzBIQxoykB9cwRDKSMY//HAbLbCBENzABz/Y0cTNhOIEkvbXSL0aFEKM413m/seU8wJzUFetD/9oQQt+YIMV/WPLnsG5FMJAAhJIxByM+EELpKCff9jC18NBYku1WwUsAByJqsprHG79XPRJBgvMVat98sKFgyAB4v/wwUAmHpQrMKLsRmnBIKpRD3wQ4jdproACCMDAsW15JDKwgRZKOCU/yrww0FhDD25gIyGAbwMI+EGCr+WDCxjE156wxj/AgWUenbkjZ/gH6HG1huw6RCD1ubpkHLT1hxBb4exbq1R+pBSm8EXtB4H4xB0y/3FzgKMXbpDBCXxwDHYMw0OIOJscesCBvfudAyfoSgteUAduEnUg5p6yuWF+j3lI4w9GoA74TgKbK4T8IP6IxxV8sIQlXOEY5DBHxjsyH9QrOuoHWYPor74jzyMRP4+RgivwHvXov+PoCPZrqx1pu4Hghk+IAhlYAnOQkLQZCASJBxvJCw74gBgwA2mAOY0gtyozt3JzBR7gkhYQgoIIvn/ggjEDD3wQhYbggvczh0TbkU6YD/pwA0BYg/rbvx/0mClZiIADkqU4CDeIoin5Cd2Ds4HIhWvJhZsQBXwAB3PYhxDBhxcAixK4gRUhgQ2oABDAAVf4wAADwdsRBxz4mf8PKAEbQQIbCIFBoBe2wQbM8QE1AEIs2ZETGwhCyQsfvDpCWKjUQ6JBPAjba4IlYDYoeoiYCAc1yLlTmJ5cuJmDSIcVOYEhYJl/aIAfmgAqADDrm4cy9KN5mIdb0JQfqqylGAQ1cEHwwEMbwhxyysMdaak8NIT5eLodEUSE+4dF8MWrM8Ra/Ac6YAZwsAZlWIIXIBW3IAd/CJF6WAIb6I0SMJSrSIHXuT4zrLLSGrd/kAdXeAADAAEOeIEl+DphoBmN2AdYiAIbIodwkAVizEPjmBJMyEXhYoph7Ij+E4gkBBk52MX96wKy25GLywXdkwEpIRh3wBwhGIIVYQCsAoH/O9rGvOipnpoHMJgAA1CAEnADKViCQXAHeOoIbxAYdjAHYjgIG8qLTghGh+A3IMzBQJSDmNyRN+ORK5GDK2FBRgTIHVmIJpIQ40IClOyIfnAHNXA3rHqAUrC+gyhFh/CjcUODCTgAA1iRNyAGxjBJh/iPeqAHc5AI23sQejy4BuHDg3C7s0TLINy/IVS2fgPChcAccxgHazgGbvjK1UgHUgiKLjQAA4CAauLGZ7K+nho3dWiDDpgACIiBV2AHehDLvBCzX/HJvKjJPNxMJJKItwRNIDTIn3TLgTgG/RHL5JkUfcgHfGAHVeiBFxiAA+iANnAydZA5eNC+mLs+Y5iC/yAIgjpAh3xYB3A4hn/wBklpDXcgh1wYyP0DxIDBBEbwBE/4hM/Mi1h5ulewzinhx7ygg+cMTS7oAjy8Ok/Ahv15FOQkh3TAh30whyQQgRT4hzaQsnMQB5mDuXETh1u4I9LCB244BomIhXH4Dn9QkFnsx8vLw+q8zlrAzrzYRU8gBbqIUPR5S9ZDSzpQCvM8yIPwhP1YnX1Ih01YhH/ABnPAh3voHdlpAw5CIicTB1cgrXvgB0TryUEwhGMoSbSIiQvtCKZKk/OkC1loBU9AEyHFm1pINCDFUNDU0IFoy7zwUDqQy3/wUB6xoWIoyX7YB4ecOErABnZY0ZgTh0NYl/+eQjf85E3SkoZDEIdxw511GASuQAKLC4eXoIfM+4fOdAhG8FONsM4KHYhBlQg0GQjxdAhZkIVaIFQn7QhDUNQfjFAlFUoDRKImaiIFrQZ6yId4SMgN+YEuIAVyuId8uIdxu4U9kgYnsx1psB0na9VDaINyUIcB0ZolILoS+IElMMZrwYV/cDtI5ZGa/IRPYNLrJNSBqFBiHYhNEIV/sEFSgNSG45ET7QiX/AcFFdZExZvyRKJNIARx3YRN3dZWOAZmkAUOYRkSaIEl4NF7kIcAEYc2CIRW5aZbiDJjoBp9/QdXYAJbLQd5MAdZ6I0NCA0Z8IIntKGBVFJnzcFXOAX/ZD1W65SFT5CF6vxFHonWf3hCjUDUPh0IyoCIg5hUZy3UtpzUKQlKjdgE7DSEH4A+ltmAC8A5SAiHeJDXf0AHKwAD/3IF2/FXfo25O0gXdICHVvgBGQBDEhgJtCO7Kc0LTyCEHJwLPz0bQk20TyCFWpCFV7hYYsWcaEWG48QFGzzSg8CETnAKnozSPCylld2R0ZySTWAqRjWInLPGf7iAEGCUcZCHwBUHKxADEjKGSAjaDeJXqukaOUGFcoCHe6CGFSC6LYPAJSAFPq0MvLnazXWIT2gFvLBBsP2HCq0FsJWIJhrCRRiEE53FY2iUso2PHclMhfJWIMRJ2x07Si3d/2cbhB/4wgsQ3guQAS5QhsxCBycTA3fpBlS4I15AhapxBVSgoKNBhXeRh26oBB74ABKouCsYhGg4zvTgEU+4BKnViE94hVdYVkZ1CJY00tQ9CGyF1oNoFLMlJ0vlkbkgBGzdP1GQCG7ViIGk26vjTjTxhHl032OgAxZggcqigAs4gSNIHSY7mkQokHjYnQHZnW5wBl1wmntIhERgnQHphlAwgqAQBmQgB8nDGwEWWY84iHn0WtM8zoGYR4lg3YMQBWiNhY6Yx6tjBPQtTYd42Jf9UCKcEl+bD43Ni3k8BjV4nhO4gAp4gSrwhXuBh264A2jIB36AGnNYB3Moh5nYBv+niRlnwIPIdbKuQQWOIId4MAdrARmEwxwYLtR/QJMKDeJ5ZJBjOM5g+od5xBxtHYiOPQjYvWFiZQpDcDvMMQT/vV0K9QT/7VjMkWSHMOSOKGC21AgFHuQaJoZq8IZjiAXg/QAegAPqFQd5KIc66AZ46gfBcId0WId1oAe48Qd+KIdHKAd0eB10+Ydf+Id42AaucwiJUGZmBVGHqNBWaNRns2GNwIUK7dhB2ARsjlZZ+GGHOM6QRQ8ecTtNFVRmBdJNQGc8RmalMEiz1IiQkVQc7tporoVj8NpxSIdtwAQbWIEXuQNXGBB1OINjRiy1qOV0sId9gEYw7oZgqBpo6Ib/GT2Ef1gF/RmntMwLUiCFsK2MTcAEbrVB03SIzAumYB0IbQUFUejYbhbpCp1F9PU8TQ3GWSSFTEZnUlDnjmCkgVgrdwYZEG2Seq6FYWDSL1EGPzgD6ZgCKrAEcdjiRKCQfNiH78CHd1CQtKCHeIAPVnjocnCFib4DViiHeNAWjNYIPtboMvmHSyAE/T0IZviHaggmQc7WRehYWUBkltaI3HVkRZVaAe5Y+t1Y0HwicH42ot4Gc4iGPIACHXmCif6vSqiP9vwH1WgbtNAHenCHcPgEQGAFdOiGe/kHMEADVPAFdGiHVdCItfSIjabFCZ1djaiG9MyL+nWIYL3rQV7W/9BMZmrtYY1gqlk0hPDk7UK1wbI+iDjpA+nAgX8IAjAoBTeOj2yQEn3oB33QB3ugh3RohmGaBXlYB3Xg4js4BEvomnEYsatrVGotbh7e1kPuWE9A5EgFyudqy9w9ZMH+B5fM5Lx42ykJYmmVZgakBu0ZiCCYglLYF154ESzIBUe67H/QbnL4hKpLhsBtB2gQg9H+h+j930HuCBgGZz6la5f9B1GIBVKIBRTv4f6GYZT13I5Y5tKtaWIUiDcwRJ+mC8MO6YFghSw6CBp4gujuBmiAghjogU0gB3tQkOxm8nQ4Bi64gjgAh3u4By6egiJAg394IJM1n7PuXVJIWx4JcP+RPohcMOkTf9YVV/MBdohhm0lM/cFhdeL9m4/O3ORaPIZh6IQyIILmzoEg+IccuIODEIQdQIJFWAljYfJ3SIdpWIQreINXqCMzmIJ/QANL6PBZAEQnknEx790p4eOPjV28QeRIFtJAHYjrNMKpxZuBbMs83xHsLMDQfIIccG4YmIEnSJeGFsk90IZ/YHRh/wZY8AJJTwZ2uAdoeIIiIIIpiIQH8oWBc/WNdm31zov7TfNn/dCAec6zOS5WIeLibmJanJLajfG8kDxWuLkiGAgaGHQxQIVkCIY3WII9WAarlvB3IAdtAIU9eINB4AYrBwdNf4InKINE8IVkOIJW55H/jU7gRw1SZ94RNHdvJLq1p1PfK2gCnz6bs6FvHsHkg7jSbXViw7ZzHD6IBMOlaPAFTHqCgcD1HHiCPgiGVvCCJfCCXdAGe1ALEpkGUPACOlgEcKA7dGCFSEiXSkCFbpA/vIHUCyXn4t7pvGD1pdDxN98/J/XfCE3WjuDJJe2IG/4HMciBmceBmIeCShAIL9iDVOh5SdGGXVCDPbAGc/DUdggGTUAFXoCG0hkGXtm/9iUnckZ1h8CcCl1WxddrtFT1MnG7mhxIRe1vc9fjQabjueRHlD+Glj8IHED7IngCIliDK7h3nieRy9YGbbgGWBgEZggHd/jUYWCFfRkQc2i3/4EAn/voCPaWhVyQBWrl1qn332UVBZOOVm0dSGstmaQgRkiVZCf+zFpA+X77zrE/CIf+B3cPdJqPeSmw0mXQhnQgEZ+3h36fhj3Yg01ABhIx5mCA6ADphoZztoOA4SDexYFU0GhNcVKI1mwGiH//Bm0yJPAgwoQKFyL0xPAgoYd0Frb61OrfK4Zv3vyT81BgK1n/iCUMxgqVmSdBijxpecTNv2v/yL37Z0/fwW86rx2TWS/eOGr/2v0zF1HgD4FNPia8+M8g1ISbBG7adFGUyIODBk5lqoXpQZhgx05cSMppQkYHOY79SI1Xnzv/nlChK6WWwHDp6Nm7qc9ezXfpyP8RrvfvZzmi+ahJSbgEicArYB1SNfiQlKjMskT9IyVwK9gqWBozxSKQ7dHJbf9RZloWYRqmWWvJemWtG6uTd+6IKYPnmDdt5P69o/cOH2DCyovXq4ev+b1/9zIqhMwUL0jKlxAuMjh1qshWojZ5proIrGmEYv9hOthE8uqxbBuWF4jJoVPLCbHM/0hblkjcdDMgKqg88sgq1aSz1zuE0fMXOdpI+I49+PyDT3T3GJZPObE1gQUW1oFVCzG4kITQdgiBdtBU43H2jyz1haVQGms81AlC6cX3zyeY9LhQfwJ9klBrT30U20IAClRLKxcFY0478pQTlDPjuOMOPvvo847/Pvv0oyWFFupDjzsbGnbPPcH8Q9o/OiLUH1oKtVKkVAc55El5We1oI0OmvSeQWIwgktCgPArkCY6qkUJdfGTAp5Ans8kijEDDmKNhO+vAs0499Dy4j5f9/OOPQKCOSdxhaD43jh8HhbEadgnRppB+TR1ECp1j+RHHWG6C5WN7bX0yW50H0aGfm3wI1CqMsWbVyjDjCATPhviskyWoWmqZjz7d/vPNOocJFA81DqX2Txdg6QnWigMh5Bkp6765ECCAKlRoZAL5qhAhif6DY7A7enIndwjVqhBbWAGo5D9OXRQPUffgY+069OQz8YUT65MPPTqFG1093DD6z7nXIWQN/zPRCLRuuwJ5B2O8npDHkEfLHlQvQ00o0cR7fy6UGqK5jjWknV0t9NppD+HZLKUObfdLO88ZVs8642xDz8QX6zNxPeR4k464+aBTS0ZLC3QUrxB9pLIyB8UpWywP8cHsQe1hgvM/eP+jhFKS7cvvvxFhUvJYdBq0yCXnLSSHspe1Eu8/tXhyyXaXmJNPhs2Nk42Vzk2MD5nrkIN1huOQVAsp2BFNCN0MHXOyrR/NfCtTqfkbcEI6LwXf3wgNPvigcugNFtEkr9aynaTUx+RBkkjrnMQaWk3OOmUadmX1G/6Tzziv1FJ8RnYzJLRCsa7WlbxGYoTRK6sM2Ul7gCT6Ff/fSx30KL15JyR8zYAfmhAhcKcirXxEeQfByyucgolxxKMeGcoH1cxhDk7V40ruyF4+ECKtVmCnFngBWKI8QZ2lUcZ8CAlPWyAXr/T97yCJwkQlPrKUD4EFEHpDhBwIgTOD+OEojEjRRRhltIQoTiCLWNEihsialUXuLE/xwziaA72praOKZWrgOuIhLulszxzros4nVoGQITnkE2aTBTFysZBj4GIs4PHM45iYEEa9AhOJkoQLcacELOxMX02oQlvwBZHWNYSFTNlKERkSozjxgRtaFIiFDlOPTGkxi+4QiGEEksGRcHCOROuEw4jmEFnUoo16ygUy/qHGfygxIbH/qArkEPK2VlDnFS+040f49g/7feSG/xDkWEbmMuQdJJENwVNrZDSI53HxJ+1oTgMvmUmEYGwdZEOLLRlSvINkhZQw8uYxXvcihmDmRacUiSwuMrB/DMM+/8IlQlbBBoTsUZcPwdk8f0kIYB7kYOs81FEOpgakLWRFMSKlSCTnkEEYghsJgdgl/6HFMkV0mvfIYLjQ8gkcveITI2PUdvBkSG4acSGbkIVVYHQQNXpQFqMUiDAX4q82kYZv9gQLInLKTzmR5R9c+MggFAcvhvhhEA6N6Lj+UcWlZhGSEoPkP9ixRMq0YqYwNWEL4aiQkR5EFJ7pZuQSCiPqmG+bB3kF/5/+IZq9WUdE//jKjBCyU6uyx5jG/MdA/0EHNShKRlpppESRSpRwVVGpDdwihgTSjnRixCKJ6ugBP4IWrIClPyetjyxywbBX6AmrvZICLwXSmLT+Cn6HMqNZW7gQvo5lPHiKVazecFRxGUaL8SBs9lJloUiuY04d1agta/mRcar0H5Ql7kI4w7AlNas2CaErQujax5suBZD/yCdcZUoZMwaLfIAK0l4VorgjUuUsyl2iy8xxkEz+JB4RrZ47tLhbLh6GJBkRowuFxJCDIUQUsfDrXRPi1yW+jaONTYgA9VW/fyBBl6H9B2kX4iM7CWlO3DVY/8YCmiJu4p8HUZZ6Jf/KqTKN65GYPEgkMXki1hAMI8EqHiFdyRnOfGcr/FXXEhHY0ZmKz464W8pND6KEKlQBrltIyHr+5QlR4q49ZjxKRG7sroUoLqgC8SpDQrzeSx72SodlSD3aiRGn4BdR60twcg8St5KKt5V6Kk8Z89sef4FQrVqwrnuCLBA85/MhQ+oo4djjMrCMx4hVHi9T3hDFLSYVmiY+SHQiGY+LVIQytzOUG9d8EFB0ha8/LdyAhWRHtMAPR3hck/3c+o8h8LIKUoArnhHMoyULpBOBXg1yrUwVprSKGxcjikDiO03aohgh7VAnrata1X+d2XhticV4WlnMf5CXRchFr33E907/qzZmCKrWXRVsSuSP4KhIaN6RnjYBCalU5SPD2KRC4rtFelDzIL1tWB3t86M511qy5UmlQEAxZZ/mdUdjZA0mEl63+YH2Hz34xxGErBRdAjK79/JR8QIWY/XVTD+4EkgucKHGcRaa2ghp5dsYUtELgUwg62hPRi7SiQSKMVH+Gt5HoG3ysoS3YExxyCvKtux3Mrs6DheInsPdmFgjpF+iJpoh/LAeQ9SLkGoRyFe5Wuip6MdoHCHDWGqLkOj9Q1qHAqVjMwLZHQFcK6BhLWsVQhAkHvwi2rYq/W7agwbvEukJsXjTlYyQjX+EMulrIyk2UXKFqGUiHLmCQ4MdrmC7/4MoUyu2Js3+I1BixBPuw+9CUjRckw9c7sUchOgREnQz0hWejWkMEtzaYHvyDZBF7vNBdqqQCB+EbiJMSDSYccKP8DcaTW1H5SNaUaRiMjr5iHwIh4SJjrbv98GyTERmJxBkIOMYbU8I8hYR4IfE1J1vBa2ehYB0PsK1CWwyuEL8kOGFqKwa8VFLkn+xDmBXbyiTbOAzMdo0CYWtxFwn/F4YJdhUtNE/dF81LIM4fQa1kRcxPcS5PYSONBhkPByD7Qwv1R5c9RnO/QMhpU18vI7KUFh8SAZRPBJRXJBE/QOJ1duFpGBCsJ4IjQxdTcXrfN8ypJLAfQYkDMK6kdcirP8baLwBaBgCJjChwYmGEqCfqinBggnEnfGe/jDErUnYzynE/CWEFFzENN1WFk2eQsDbP9igQuDIAQrTkuFHQnSfTDDDMhjXd0CCMQ3hBP5MfJzLq7nf3rCVQuzMzgASG/SZCQ7eWACe6v3D69BOfHCE/vGfy7VFmP1DkCzEyBBN+T3DQTBD2y3eIOwBta0b+DUOWJjWWChBW7EigyFdY3zFIRocaV0h0zWMWcBfK0iVQphdUhXbU8XUURBNEI1FVjCDTDjilbHZQBAhwhgCKjqbQqSWNOYO36gaZCiBEbxVFazBkf1Dko1Fkd3iGDUJkewPU1zBFWAClBAW/5WDUgX/GyaNYcoJ2g2eVeQ8BMDJRB1inXkYzYsYDUGND1qQD2lYl54JBBJsIzde4ZFhVy0ixOshBDmaI/xh4kFEQb1MSTfA4z+Uwzpo2WE82rjUoz26zVY9xCMiRNz8F3Fd22pYhCeYZI4ImQYinYgYwTgWGYSNhRREoU4y5J5dV+scIGV416v0yRUAAgF+wT90w0ea4UdM2q+Y1e+tSzWk0jH04z8In0LM2ENI2UW6Bx/9g/oJgSvSXiBSoUDgXk/ClU0FomgJxBlwIfz5SquUgUDggC5Iyzisg0fKowMdBFUKBB4kBM5YhEJkBFb1ozcoRH2smeJN5l+NJQbuki4ZARIM/0HEIUHE/YNQyuVbIUS6zOU2GoEUJIEUhObFMcRAMoRkNEYeHIQLfEFHCoQvMkQ8tEc4KsQqtEb5LUQyDl9WwGTpWeZC6IxCQpxZPsS43VnOKMERMCRDLp1AjCByIoFkVMET/EMQrIATdKS0TJ5IIsRuFk6c1MZIXYM3DGd/LYTQ+M1o9uZBXB1Y8Ewgqhpo0hOevZ+QNYY9NQZr1gsgXOCOmEYaSAEgtcQ/4AA0fKRfHgSwmWc94lwCRRZYYMNXdlWxJAT+IGdb7MB+KkESMMUeJYQRbKN/ik+BguhCMME/EAEvVGLVyCNCGEYtRCNBBudBtGdO5BxlPsQV+Iz/XP+k3glEDPDAQUABQjDiQfhnQrABzmhbi7YKRwRJkPDXG1SBE/AADuSAQKACVJbdR8pgO5DkOjCKQdzaTH6E/QmEjyZEutnhOLXSFUDpWMLlQXCgQIioiCppDxgBiV7mT66moTJEsLQoWLymXiHEGkABEeAADMCAC0RCOYwpmXLKlwkEO4iEWKogU7xpHK6ScXGokCLEh57Lxy0ETPQmEvDpQfAAD+xADwSqXLJJWvFNeuiSFLjJFn4EHSjLa2biP+TADPzDHcCj2YVLPDTrmT6SNakWReBbQqykQFhDNWDrQbwOA56cpskIa/UOpLRFTX0EDwDBQQgqnrqJFOBpdPn/WFwlRKsYwtUNK1sYAREU6z+4gFxokFJRTW0ZRrRimpHUysBcBFZ5okCIqkBYq0C05LVVYHr4yifAkXc16cT9ww/AKnOmqECwZpsshGmkB5/gTvlhYXy8Xw64wBNAgy+O50LcmwoaQkjNJBy2U9swBbcKRLdK60cQq0H8HkMIAvwt5N4Iqp5FGMr2S8DwqBvY0EOI3uRYBpIYAQ54JwykgAuI6T9sQ6YmREQd5RLR7CXcx8AUD3bYIMPaH8PeikgMFXLGitPmSBWE1lnelD1hAWm1akLw3pzB4UPQZ92gSEKUQYn+wwygQAqkwBMYwz9USW4mhMwWCdneh0VQh5hV/8PrOKy2Fld5kAdlisTIaQRDVARz8WhCnChDiJta7Z7+6E1vAgvQRY738Ch2Eu5B2Eh3/kPWjoDW3gE0eG3krldxgSqLyQpCsK1CrORMzph4sBJxsZBpECudeBYYuknSrYmraYG4ZuEITpjQYkc2McSUNoQZyatAlCgMHGsH/MPi3oEzdEPkTt4lrRio2qz3HISY/YPCKqzS4CL0YgV2XNujvIGvoIX1CkQiNoZp4K0VRiH5goXg1sIwkE1GUGM1HgQZxV/6guni/sMIgDAO1IHLAubksZc72O/1HYpDfM/IbG7DJgQDeobiGZcnvEgsFa96/AOSgGrQ1RJX4ZnqUv9kyCZEHMxrDd3g7OpYfLRHa9SLZcAEFSDuQYRwB4gADiRCN1RRpkjlSATeoJ2WE+Wjw1rr28YCWsQMK8lIpAhNF/QHZQhTAtsZLDJEryKm+hxEHBCC4JYjTLVpEHnYGhYde3TCTLVKH0BBDmStQFjxFROBM6BDO2TKhAqE/aoNiy1ZJ8WKGsYw1rXIP8SNU4TatI2FCa0eU/xkxLniRfrB7dYNJ2JbaRWdzQVMveSrC4QwCFuABFjABCArNJTDJOHWYajM3Pje/7RxpBxE526fw57cVaScS11b7KaW2nnC9zCEFvzkK+6NLnXvWHpU0KEXTboTdLlTsOilpObyCIz/wC8fBA4kKzzIA1MJxDaAXRdylSN+HytBsw7LsvkNstqhrkLEWlwqxVj86kIUz5Co01MIsu8cRAx9RB/sKwzgQAqMAC9bwD9YgO/igCt0gySDZP95be/tiOYqRM+yCGYAtPKQD0xsHNmMpT3pJ8kgQmp8IVGp3sjMycD8NL+cMys81x9MsQsIhAj8wwP8gwRIAAjnwBSIQTCXA0g2kEkrxFQ4BA5jpTXITuIlHkqJQq4U5CyrHl6Uc+v6nWjKFEMkIoTprR7H0yd4FGucxVk4V/6sBkYLRPsqdQL8Q/vCgLFOgTEEcxXVwzakAR+kAUfw19KQ8keEh/PmcGdQduH4/wsTM4UQz9BBC4QgBFDgKTRCpM2gECNwArRAIIJQ/wMn/MNQT7H7urNSz3b7Kq4F4MAU3AEqGLZQ8AEW9PD/oE43zbEMd8bJoZdIGXccMUWwnItDjwXPlCUfgUgEazasjWZPFl3xpNNZ/AghKypDMEoRKAQvdzRCdMAIBIEYiMFulwM1RAGtHGy8xMscW2vb0gfWycuc6OKshYZaOzCtuMwXbrOOQKdcKVkgv4IItUZqwNP6fEQOXC1gT0B5MzUvawAIB8EU/EMioAI1CAV8G0xdp05n9Ww0PLNqOMWzjPGO/NbF9gkNjeX24lnF5Z4GKzhBI8QsjMKDIwRKeDBfl//3Uju1QKAADQTBE5jBP/CCMzjl9AqETmMo8BmjSt3woYAVahvxQr94WISBjbDraIz2Ryjo3hRqWiuEj5RRLa1OaugNG/7D571CbsRoCqBA+45A+y61hVtAB6SACqgAVAsEAbrrysSKfW+rQmglMqASKvnju6CTnXgXIf1WRqzBK4Mjpg9i7yTZWgViuGG3XT4X+v4D0RLNLDCEXMxACGtARjv1XxM5Ry/uDKh3JHTDbDKFZSPEI6rMMUTDm6L4Qyw3d2e5qDeMRaD1Dme6vsAfxZ05ROCLHZkZJk9jI+IXL1SCGTBB4qL3CDxAUwt5I4+ACgSBknfDRAP3VmFVyjD/RCdDCkQ3DGVo1WW3mFtOe7wyRVIexJ1FITnu9OCeTXjr1/rgVx2IAROoAHn3MpHztXf+Q62vQsShO35XqzUcQ1crRDMvBF5c7HJ/RLAoXEIru4sCEpsoAZMGOAczC+HBVI//QxmA6bG2s0BIQAIQeQJwtEenAAzkazdoghN85t/Q90JUQ7tfa7ZqfAulHkg0TCu5gd8exHawQEJ89kNIfGgJLmm9Wr/fO8CTG0MEw4w26D+gAAqEsLf/QwIMuUd3QAcgPJhCAypIwWdK/BJhZcOuZFdbw2Ne/D/8OkkVnp0oPYKdM1NIPViQgOGDhYHPpcGNYC2Ns0D4QhnMQAqM/33lezvNJ0RfVz7LknowyYtXEv1HXPwzMG/h7fd+u25EU8YZJP51YkILsIYOtMDK+x0Ej0UPD5lEKsTTxrRbM4QtYMf+1gFf13lCpL1Tj4AGYHgIVz5c7Efpmk+vv462autjwg58js9qnNpCHGLsXyezGb7rP6nfxV4I2HSyS6RQbj1YrB3wBUMfsG/ZL/zMH0QHWEDZN6iSV/Sa9Kq7XgRAyCL2jyBBawW3eStI8Fo1bNUW/pMVkeK/VhUXAlqIaeGZgiwq6sAYUQkJJEj+SRlJUSVBJSsXrono559GjNGi/UtWB4cICx06PKAo1ALBEQRh/EOVp+VKT/+eTiQIsf+gQorWqFY7VvFpwUuePL2SVQujm5ojsUSU+Q9kRD4r05K40gRm3YJbKq6hafdftK3/gt3BgYKgBQkSCiYgiFhD0YJi/vVJ+U8L34XWDha8RnBbxb8FwV6MOLZgLdEzCdr8R4gglqZx1lpeiIV2zIVxLCtJUqWyWr4D/w2LRm0njn9HJTxIXpCohn8SnLsgiEryZMtbqXrrvFChtWtY/1V79hk0RakRu6b2o5qgoX/uK+ImuNdu2tYrWVNMsnC/liqyK8oJJ2jKMOqfohI44J8EFFsIsRRSIMgSgpqqSyBkDCKIm3/C4Y6qiDAE7bSCSKFItE5Ggm+hCtmgryCOIrLrryAl0kJpIbNWo+i/f16yay02IoLxk4L86kunOnJwIUKhFlRwgqIMQ6yDEVIg4p9IgOTLk1qEmSozbjoMB0wPsXHqqa62PK+gi1CkCMf3KMJCJhfxgAuLJqTA8z6KMGlzod4w6vEfj2xLDZGVctopogQH+OcAxI5aCAUYghBDEwoBJK8gcggix5sOvfHmQ4qeegXNf0rE6JV//ATEDT/ki6hCgt5c6SU9/7HRRr72IykJJWb9J7aKVqUomp2ISGqEBxj8p1EpKUrBuH/qGBTQuo6JxhqrOiRnQ04XGtVETC5CUzTyhin2rJECAgAh+QQFBAD/ACwAAAAAvwC/AAAI/wD/CRQ46F9BgXIGDmS06d+if4z+eVJI8R+piBUJPlS4MaPHj28MhfznhmIaPh89lkzJMuWxgdH+WZM5kJtAmze94aTojWK0YT+DZvS0aGLKWv9kkaq1VBbSlv9OCSSVUSlSWQM9UR1IyuhUr14zGiL0j+wlipjIQhXYai1UazH/4dw5Dtw/cubGkRO41xxLbtRwzrTJbRu3wmEbKvREySJFrEyfPv2YK2pFqblq4ZqctXNXiRKpegorkGzaS4AEnnXL+uOxYa9hCpxJu6bc2+DG3f03Lpzeu+R0491dODC1f8eRb5NLLTBrqp8oIkVauWIvy1G3DpSlSvNk7doFav8VH3p8RrJqUxr6t/7j6tYCX2aMO3v2zr0Dw/G2GbwvuL02UbPcNnHRJ+A2yQnUHkUPkUJKdI5xRtF1ClU3lUKnQLZUU/8w5ZRTjj24IVOgeXTWggv+Mwl8LH3I4j/R0DeTQL/pNpBeuf33j13FCXQcfRWliKJAGEVVyylMUcWZVJdNRcopp2ylCnekVOYULlTJkouLA9WClVYikqYQIev5IdY/qb2o5jAeAWkNYbz1RFhw3OBnV08DURNTUGzm+U9CLBmFZGXT/WNhSlBWpGSXICZl5VNYWSQaKZF6xMglY3mECUubdpoeRZ/I8kpSHbYk4UCxDWRYTcvd6Btftyn/RN+eMLql3SdMnlIZhRd6xGRUuAwkFWSVQnqoQE9taJ5C0U30qUBpYZIia+9V5OWor7TySqUdPkUMUn0OFK5AyxW201y2tdpSTG+ktBEjUjF5rEC/+vqPKlKpYmij4ZVakXySdSXmmBURkpZqFW2qUJoDpedJWwJtK1lbINYCcZfIUqQMjNFYE5i63Oi0n42y/UNMRuOuRYoj2s2bSy71UhSsoUmdgiWpNFe2JaEKTaeUJ0pZNPBH0pYFbcL/mDlQatNK9IlRtWw7asYdXowtUlNnRA1tOK0612El/8LmMMSwSatC7Q4kR9P/QAgzhjBXN69AuOTSL4lzJ3Xql1iR/9LK0CmZ6YckH6HH0t+vhFq1tq1E3UrjUZeKNUV9nn2cx3LFVJhcNp09TDCcpVwRoItRxTKEFFUWr4UvCwRzsFOGV8vOHW62GbIv1SKfQCDK0tbDXrWCOkWCK02wQCuVllKzwv/+D+NPv4J11iwlKOtNzFE+zCxsZj3M2P8Es9YnVFESs+uu66pK663Tazey62dJ3Ye6b+mRlx029QopWX8G1cGEYJjRnrUQhWXlb48Tz9RGFZ3EUa1nFTkbYRDUqpiAzxYCWcUnpjaMWgQDgxsh3UMiEpEnUWJ4FJGX69g3kGNVqVEV2ZKX8Icx+omKf5/4G1tYkh4CNowi7SGEJ/8wUaTOiOdizJJIJ6gnEAym7BhAqk+MBDKuBf7jFdjC4qhItxiuROd8p7iOztZnM3xthVvc4t2peGe/fxxDd1x5XqHSiESFKKw9aRKgQrg4FLdAqBMs+RZUpki2imjwiohkxT8OqZDwQCcjv4rXvaKCL1ykcStndBAM/dUhLlVEFrIYTS2ik8OWoIcQn/KhQgxhvH9coiOa6qJAOhGWBkrnH9/zyRTjcrKBYCuDgATk8gQSnfBI8h+9iFcyk5mL9anuUP2yiIuIhTHvoApZTmkFVko5PMD1cGksiUNKLmFA0lxCLRPxRCcwIcxZYkwgJ2NTL0vWwYFo6x+dyKdC2un/EapEKUqpi0oke0FG1dGskVNphf8cU0PedZIzMwSa8ESZTjWlpCSAUIsB2bNRO8byaKtApLU+UjaFvIKdKB1IRxHlPiYxoxe8ssx1ToGvg8aRIgpVKFYgkxRQkmqn05lhpEKJw3QCDipaaMl6gsg2V7JknW3L4D9mQREmDuRk1BuVMFGKiU7hkyKbYERj6LU+fQ3kpbySl/ryNpCzKCYp2gElVtpC16XozZOgqaNHBEgWPa4hDFBJjZlU+VGKrFOf/2CFVn2Zkax+VaWlqQQmEPEPylpWIJAYK/omxIzWzdSsNIVINI3oVPFEBmf3e5w2c3pF/mXFKH4IYFncQNh//6whqR+JwxrQxNveJo9FUB0IK6i6yMRaNWsn5efCFCKIfzS3uf+ARIVYmIuXdlYgnc0VeabCiNFeyhPtAdrzUFdRrmwrKQj0RC3AUiKBCPaiWPhHfG87kN9aNCXKfSxr8psRPUKyhQFFn4U0mxLSXSIspGnIWwdCPvSmEYjII1h6ACsQKexWCrbN8G7X4t/WsNOdAwkm0aC1qU+lhmHiFCeGWri+6bYYXzX9ByUwQghYVsR4RxXIgtniiVeMJsf/SMMa7OsRLGABw/9A8obvC5/mVkIgiKhElAHx5GBClyKfamVLVqcQVZTVMhbCSBE9MhK0AI6I1frb09r7kflCxf/IA0kqfePMEj90uMO9DSZZJCEISVC2IoC48kC0DAg/5MHOhvYDHsCpYmHR66CJSiEpxtoRQvCRPfAhXdP0OrqKEFkgWFCCFEYdXwxjoQproO+SmdzbWQJiU3wWSCXS1OdWt2bV/2DDluNIlV6z2i21bY19Q32FgYj6H0oQtZIt+t7jMZfPgc7jIz6C64HgYRW+cAY1xCdkgbChDLqeCiWiOeleO8hBC3HIn/aINiz8Fs+//shKVoLkgWBYCQMxQhWSnORqhzPDywXEn1mSh4yE+x9V2LdC8FCJYJSjHf+4xz/ggfB/aKEMCikiJTbOcYswwhMYoQojuNjoCP/jDW//iC+FMe0RLccb4ANpArI/IuoqaCHhMFeIvweS6n3WWiFPFogk+nDifxR8LWfIAyug0Q55UPwf+RB6vVsiXR3/oyFhSUhJwgDYrv9j5SkRZ0lcbjyXw2fnSMiIEZC8b9zqPOds2Dcb3ODf5sL6uQNpbh+MLpCCY9wjVZACFP5xhqV3Ax3/kIc8KBJ1mIsZIhV5yHqklRbDrTy+mJcvqCmyaj0Cgu7nsagWltyE+LKk7RZXONxz/g/depthQf9H7J1Le4Ucne9q/8cXzlCJciik6YtXCD+SURE9qO0hiyCdH/xgiEkIjiQrKb18S099Kcgc3x4p+ecH7ZbVVOu+2F+D/+o5T/jdnmEgB6+IINJEOHDyvQ8F/3Ye/q4QJEtB6cMoh8T/UQ953OMeUbd/AvF0ZKYgdCASg3AJkoAJkmBoeLBbaeB2TWB9SNYESKAEE5h2UzcQKrZzULEia7Fk2NcDH4FzunaC5Qdw4ldfeaBi6TdrGSEIebB3AgF/p6d04wBx8fAP8RAP9cB/UCdx7QAP8/AP6JB+/0AHFREStTAO69AO6FAOUkgNqwAIZzBq8pVUx2aB/5B2+IZ9Mydzrfd2/9MSZuIGKuZ2ApF2//ADHoFhSRVu9CcQa3B+dagQrsd6V1YJkpAH0zYQRzd//4BxSCh7r9AN7FAP9xAP4WAT7P9ADnaxDgLhewNRDnP4D11AEW9wCeDwg/wAdRE3ceWQDJ2wBlJwfjMnEGBob6KmgS+CZ/Bmdh9hBAOxb6iWBWuAi1Wga6h4h4SHh7eXEjL4DzZoewKBcX8HSMkwDjsYD+DADIswCLiADVPxFOjQDdAADYjXDSBxcmSgG/yQD40XcfLwg9eYDKtgilIQBVKgBEjQjsimcEegihiGhWooZxrGeqHnFoAVagpBiwLBA8iWVGeghgqBir9IEfA2EDTYkHlQBwNRB7u1BoAwKpgwDj+YD+AgBzLAAiHgBd+QDtcQC8LwDxvTDb4wifcgPp5WEik3CRIXgAIhD/GgeIp3D+3/UA7RsAqLVmGqWBFGQIuraHOoZ3EWJ34eOBCSQAiApDDBJhAkmHtVQIioWJAVMX7GCBUzCIh8d3uecAnWsIP4EA+5EAL/wAI+EAX0oA/64A7kQA4b8w/Q8A+u8A9SmAf1ZnpfJxDF9okR93+AWQ/NGA/3MJboEAw6cATq6IWr+IUYZosWB4dJllT7tgaFqJBdtU5M+WbuOBACKRBGgH02NxBngITnh5AWFYxs0Af55AetsA30sA882AxcsAD/EALpgA/6IBD90A/8tzGVYAZ0KRDdwHYUQWFRIBD8sH+Klw/913TsYA7SyQ7xgA628BN+8AZpgAUXmGzYJ5TyJQWU/5lUWrCBFleal5l3H8ZOT5ls8/gPPQCQ/xCU2HdxG4aaalJyFLGalhAKn+AH1YAPn8gP7LAEFCAQEeAOCtEP/OAP+WANVxCfPPAEjSAQrOAEgzd4MQdnuCQQ8wAPi/d/6HAYPngMdEAHjIAN7LCi7DAO3DAOyoAJfpBq5ZlsVaAEOLdv9VieFIF644drH0YWf7ZS9ZcRPBCf/zB4WlCauUaHL5dr9NcHvhAKiJAG3oAP/eCg2HACAiAACxAB30AR/bAP6dAFbmgD/2ACQUCX3XAGTlB/0ieGcjmA6IAOEFcO1EAMbeENuMAFLHABJ/ADlBAOO+ic8bAO3FALJREHUv8QeApxZALBo+N3c0hZcU6KFpX1YcGVEfEFhkf6DzzwhQJhc3+na6tmkAvDBnqkYrdXBn1QCZwwC1qwAifgF//goHIQAf8AAAvgA9MwEP6gnOkgA/+wASfwAv/gAv9wCP/ACxmhBFggfREzjuWADvIwDskQDcfwDNfgDviQDj4QAV7KAsyAD/mAD2NJDtFQC11FCG4gfjgaajeHqhVBqeenqh6xVfolEI2ml/A5EDvwD0DAdiuIfhy2Fq/qC5wQAx/AAsTwif5QoLYJACwwDfrgmwPRD/jQCyfwDxdAAv/QsS6ABr7QDcKpEEnQhRgIrQIhCBIHD9h4eN0QDMdwDOn/sJbBug/XwAICAAAUsAnxkA/8MJbmug7DsEGvAAhJVY9FWoKqt2EClBrC9Gr8NRDvGZU8sANRiXBbgGruxxodtlsz2AmsUAY64AGtEHX+sA/YALICEAEsgB8Lig90wAD/wAAkIARNwAH/kAF0WZdJGrjI1gSrGGR+cY3NWg7gQBTesJZ+KRD5cA262qvrILR+ObTbwAd+MAuIsAb45qijap4I54sH51+IwDD8lBritFvf+a/1eq9kmJT8up9Nylv5tAMUUALcALH1IAshYKwsIArvQBH+gA/hoAcncAEf27FCUAEKoADKmn5QkLJraIHSmgz3gA5z+Q/JQA1cYAOk/4AP/7APwaoQyAAAACAAF0AG6dCgGUsOZOAHtjAKSjtqtAiPgYeVXvuknSmfWnu/2TeG+ki7XNmyieMGOwABHrANWaqx1fCnauAN7Uu8+HANPnACICsDTbAEN0ACDXAAE0AFmkAFKDsQaZd2cuoG7CAPKTmIodAEJ8ACubAPDVy+/6APPkABCNCzHhC+/mDD+VANR4AEn9AJcbBvydaO7ahwWPkPPclk+IZhbAiqn6lwE/kiSnN0ugYIn/AJUkACCEACmFAPDuqWuOADdIClFdEP5OAFLTAQJ7AEeqAHLcAAz0sElpASbNgEVyBzV4AEtiAP3ZDHTdoCJEACp4AP5P97q+WrD8gwCD+AAACAACfwBubgvv/AD9lAAicgCLPAqMZ2o1JAi/jYXx9RcAv5D1w4nxXxuaNaEbJbX0mTd9yDuzFMBrLZD+nwD7EQDt6wm8S7D238DyDLyUKQCZRgA3x7ACZgCZpQwhQhhkbWBVdwBVhADejgC5ZABTGAfcorBNygyL5ZvmOaD8xQxzu8AYZAxrx5CSSwAlIwCoJQnhfYjvJplBblrx6xilWMcKM5wBShz7XrXLMwClVwAiEgDOZ6q/lADunwDvsgmxVBD4vAAifQAmjasUuQCUJwAQRgAA1ABH1AwkimoYOHBGLIx3yMBX3sBuXAjWYAAiUgBIb/vAH/YANyYA5sibEKgQ+1UMcRsAEtEA2LvA/uoAP/sAO20AlMO8pJ1nZYWXQHuaQtEQb+qgRAQBHvycSXqhD0asqzkAw9QAE/EA4SPRBq7BH7gAwkwAJu2ARCIAMywAEk4NEEoAArwAZZ4JMDkQREYAQojXlyegVLIAWdUA6WUAQY0ABoagMnsAElcAIy0AXkgKU2zJvuoAYkEAIREAGDUA8Y6wkRUAFa0A1eXLgf0VxxEIxtpnnUpxBTrBBZLZ6oDdD4NVVV8AEIwAdn3RL+oA+icJs+wAh0YAMtQKw2/Q8E8A8NQL0ZQQQ8YASEK6193McCkQXJ4As1YAIYcAJ6/ysDGOyxnLwE4LDIFEGm1bAJHrkH6RCs+CAFEVACUgEI9YijHrF+ttba072y/pgSWa1sTOYHyigIL4AAEaAfvt0P+eANcj0IuZkPCroByc23DfAPILDXqE2L0Q2GeskF/8AFF1gJ0PAHKcsBJyAHlMCRj/0PC7AAJ5AL+XDZCrEP9DANgzAI4vsP4fACFbACxPcJqoejTcwS6RetKzvdq5yK/zCPW7vEXd0aAs69bNADbxwBcusR/tAP9CAHbX0MwDy++mAOQsAAQv0PfAsBQAAHSn4E0f3X/0AETWCB0YqJqgxn0BoKvjAH/1ABHCAEp9AMSlgCF7ABHFABJKAKMf+eEvoAC8M7vsW6AEoADtTA1MfGbxSB326Bb4FNEWw4xZr+jkzGxf9gC4iwAyXwAR6wBOOYEVlOD7epBjk+vhKdD6KwATfQAhzwvC+QBVsAj0se3W0+ENypyn0853xc58RnAg3QABVgA0tgA+B9AjZgAz9AAhuQxjJ+3sC8D7LgAwxQAtFBDbYQB14o0IH2EWxweV1IuCg9uBQBhl6oJkvmB6My7kpwAgdKAgjOEuYQC7F+qwC/D+aQvCfAtwjQADzABv3dAzsA7KBJBALBx8Umc10gp8hmB8lQCCJQAArAAB8Lsi0gBMdgDsewBBfAAtgQ49leEftgDSRQAUKQDM3/gBxuAOpgh+4VcYExh4EWr7IX2J1dSBGlvBZxUO+EgAQ28AIUIAA+8OUf8YkYe9n7gA/YUMc2bccFAALQemw7cARam7XzuQNEMOcDMfEGlwxJsNgGYLcfKwNRQA6faNRkcAEhcAnuQL4rj9Y+AKiOsCPcKwdGZl9MaTjP6hE9744aWOnWlxE3/xFp8AnRgEFdQILWLgPH0NseMaYCQc75kA6fUMcCwAAgwLfM3QNVMOwCobUNP48OL9AVwQUy11xJkOvLbdMyYNb/kKUCgQ9q4AAL0ALeQMM/nBH8cAwy8Ma2YAvcIOmEUGxpUDjPKgRQ2YbSL/3vHsV8bVFvsCkx/2rVP8Dj/yADCsoSvln+UGcOzMCRAkEAdlsBEKAABmACFbG1AWv41p0SiqAIIqAACCAQF/APAEGP3z9+/fz5+/cP3zEWPrzp2/cPYUKKChe1sEHp0ydr5v75wVJR5MiETRIK+Wejx8kfI5U0CVmS5MyRbv6lIRSN2ic3XZr8aPEvxJJ8NP/1o9ivXz56lC5U3FBCyYp/CghAGKJF5I+VPXbs4LHDKMUr/7iIDAUEQ4MK/060ALev4D66Ewm6I0cv4lGS2GScMPnvEzVz3D6NpYmyZcuVKJUg+YcESUzEIw2RNDTM2qt/IQNvaMEMKcmJ/fbh00cPmw0KDBiQKPGvRP+PMRz+TVBgIktnJEsotqS4owePHiEpi+zSmaKbOHH+vVDAgIONEz5ykWOHb18+ffwQ+ktN79++0SPd/SOR8JOnV9bG/cOU0M9IRP+cU1Ty7/G/ljtUAodMiZgCq2wsP15RphY3BkzoBBYWKY8mpsxhRIYNKtjghCGaOOGfFkyAwIAGVjBCOZG8qugrHkJKriwTE3Lxnzco4mSLBhDY4IUTFkAgghOWUIaefMiTKCF78DnqO7sSosOtf2xKKBlw/vHEKD+gTCi/f1ZKyIYtUWoivzD+uQKLK6Q487iRukhjJjdqGeaTNSLjEqV/lrgmwiIr2secTWQA9IcrmmhiiBb/YjsBhKp0SygmySrqwatI/xGrojDatKknE9tMKI5RViCAgQ9eKCECCk79R4Zc0tGOn4j00Schf0wjqYUTZMBCDj8I8SQZa5JJKL5g/3EkvvluSkiK/H7wzwbJfmgJiTKxwOINNwyRxZAzr+D0nzXGTEirhGZ8g49LhhmmEymAemEkGfIUqbyl6AnnGFliQYabdLiRo10OQDABBBBcSEK/KgKDFgmu+AtOJHDBxTKhOWPawo5/MAiggRdG6ZeE9BD4p4IeTnGHu4qQilWkcEIAjUqKPrHFFmqGme+Sf2wWVqQmpEjoiB+a8CSccLCxt5VhotFsHHPcwaceboS5hIzO/7DgmaQ3DHklmn+oeWUqEDgIakMvqyMlZVn5Ou0fcpjGJx8k+4RMNhH+ySCGf5Iokee4gWOWyy0rJUkLa2MSl7IxEEmiAQNAGEORHmwtYQMGBBAAARY2iYc7uvZJecl0lmihhbifZI6Qw7h55RI+JqHospGkkOIVbrIbj6J11kFnnX/qQdLVfPJxp5pY/EhjzjXemFMNQy6phRulx+l6hdgqaDchHRNCxmyK9rHnH3fsKWp7t63RQfoMMhABhyyq+AeIIx6z87cbmC1Q3HH/sT8kLeJIAgMFRDABD27wAhnY4AUtkJ4HLuAQJCVkL/ECB7Sw4AY3rGEI/tGCFjjBjv94jGMYxCDGK4TlB0MYwg8nxEQ0MjcefTRtHeNwRjf+AQ0Z6s6BCcFHOrZBjF/8IhjBWAUmssaNhJijG6+QggkqoAAK/MMEXjIJCVrghU2YbVb6sAc9UHOyWOGDGzqwzW1MQIR/QKEKSlBCD5AQvy2pZAc38MoNKhKxOcZkgpQRUELgkAQRTEAEdpPjD9JAjG1w4xiXiIIPROEOiOgpIf0IR0IY8Q9AKKEFGHhOD34ACG6UoyLDeEUw0DUzUEbDHNrZzj/WsQ1n8CISrjDGP2JpjHLIAx/uSAfb/rENrVFja+PoxnvKAcxhAGIFDiCAAQgQgS7ZZAmLSMeQtpea2rH/kHO/w0crYkMVERCMClAoWH7iJgTGcOUHbqQUcV40luNgYTI8g0MRTCACqrzAnlewoav04Q5kxGIa6aBHysqDj00I6g2ICMMOStCWCpSgBO0axj/GQQ1qdIOi/7AosAjTti6uoxzQiOU/IpGQUhjDFQmRRzu2EYv35GOV/+CFM2iI0YnO4h+V4EEFAkA5BIDgBC/QihxyQY/yzAo1EeEcrIhEj22QoQQfqMg3K1IiSDHsP/8Ii99ockc6dkYJZaraFtBQhBq44B8i6JA5frcdg5jGHri0h1Iqgg9aXGEJR/hEE6iSkOiIqgedCAY0fBlMTzojsN1Yxz0I8o98tMOT/64oBUn/UYpbhPQf5UCHPOrBWJRubYafTUgwWEEFRRnAAQ21wZw2QgpzOHJz+HhHOGIRD33kgx1IIMEOyPgPMhZsqlqiiCYT0p8CNWqOjZKCSbCAxjMmIQtwMEMNzpoQQ5TMgQWZyHa6ZxCK4MMbV0CCLZqgo69V5R8I4AAP2ABTmSZEhhWFB2N/tzt1lEMaJz1EIwJB0sgmJJbiKEc72vGPe4SvGzLkhQwv240yrKACFSCBIAnRCURgoQvcGIis+pHDa1xjEF5gQQQWcAJGYOEEDDBBEgpGBTNQ4R9OwA9VR9IV4FRECUAQCSAoEpJugesfYYrMP6iahC2YIbopsP+eFJRRj7U+siCmaaRd9FGLK1TQCDEgFQbakkwIrEATyfCkgjGakHvEtx3wKIc4QEqRNvwjEJHt7y0oAo1zeFIkvEhwN6Bh54RIr12EAMQatICFTYTPH/yghyeWsIEFUI5y/wAAABAggMX9YwVEgIOLqbppLck4yJDpCpdGlxA5PIkkWJiTSIQAXINtgQ1QqAFVYhCwF1SBHQ7kjtuGtB25UMQdrcAfIrTAgxis4AUcaIACIJCFA6PjPdAQpg0TEmZpyHImkZ2lMcTxD3WIJL7OmEQrkGbKrZ1hJS9wwxuk4BU+bJYg61hFCQzwD0cDANIJoRwBQLCCvQqZIjyTQon/SjTqLEHmUQZntVG62rMSKYGq7KvCFsrAAxwQgQgugMA/EMEO2xICTUvggiFqMXJu7GMi9TDEERAxCjgkxG4BMwEnMAuOZABCEtQIcHz/EV91dJsicv5HG9qckKFbVh06n0dC4lsORC4hChQpRyfY8IIerMENUkBCGtZhkHy04gMQUMABCmCAABAAAQTgEQIUUAETxIAHFanaP87IvvzUXTIvKUlgRm2E/BCCkm7wO0W0oqbIHCHI+FGWfqSwhX+03NIgKAEQ7PCCeVPE7AZAAATOEA/vMDaiGUzCEKqXYmqggx2A2IEMEhKPeii2Ijr/hzTkvN+EvPnNchbHORIy/497JJ3M7YjGG5AggxbIwBOmT0gVqoCIWdTiFfGQSD2i8PUJQD5gJeC3Cb7SAyN4OiElqoL9XodGAlHEJCZh9X0+MpJBU2R0Dve33LWkBCmEnw1bSAIPeACEGMg7AP//h/8TwAEwgBIwgnVAiH0Yhh8AAhkLIJlDh0/oEEu7MHQgiaTbNssqhf76h1vYNpHwPaXjhvkQghYggaegiGQ4o39IBmqAPn9ohyh4ASPAGx5IgiqAA0SoDx2LAzZQviyBgrqTOy1gH/z4t6pJjpFwkcSrCDkIvDrSj+Xaj1FTAiJ0CZ5RgvD7hxtYqApogAJQgAbADQUIQ9zAADfIB3/Ih/9JQAJEiIMtsCc46IZ2oIYW8AAGuIASIIEj4IZ2cL1/SLoQTAjZSwig+4cPJIl7KIdtULR/EIIO2QATSQYlAKpP0B1/iAfO8AVfmAU2kIJKSIZkmAVEAIT7OKOAS7gilDsbQ4wkRAxCUL+IMbiEILgs+TdbjIkzMoIhAAJiu4FZM4FgdAEgMIEP2AEExIf3+ARB0D+bMoc4aAsEQK/0AARqGAd5IDCK6DlBlIZqGwl1mAef27ltmIQo+IuUoIgOeQV0aAY46AElUAbvqAdiKMVTXINO4JonJAmqSrhwqYgiRDVT+4cmeR2qmYljwR8TmUL9SJbyMxPjCIkyoUUBwQL/QHBC0xmFGkkCOwiFUJiFTsAEBFQbT/CDF9gNdEiGEgCZfyCAC+CAE7CBMMgJ2Nu5btO9f7hJisi9nNy9cnCGNAgd9OAAf7ENE2iXZNACJAAEduAH73KDHXgBHai6rfkEhKSJKiiY8FPFZEkWwksIm5gR44qRinAdkagW90MCVis/GKkIk/CN3vgByPABp1sCNfAEZUgGWxAEQQCEUcjLV2itfRiHVtiBNWhBJYAAASCAhLiAtiCBDkGCddw9bUwIcdg2RMzJeYCHeSgHXigDHSE+W3ELMNwADviA5Tsgm/Ciy2iBI8AEauAGW1g4o9DChLRCKSDCVCuu3ewM9AuT/7TkSpqIkd7ojblsCR/4gbnkAkZQBmV4BSxYiR34gVcIh6J4BWaJA0EoAQagN4rAkH+IxLishHKAB3GcCZ7cvW7Lg5QIihuwATkqAQKogB9wg/X4hBaggJbghjeQASTABGv4B25whDlJNz6oCB0jCa1cr4RkUH+kIJqImLijibAUCS2pRQotixh5S4rwDfe7ky5oD244BTkowRbgg2qgB244FNwklQogAMrZgKiIDQ+xgR1ABUSkCPTstnDcPXjoBleQAv/4sfx4ixMggWOoB7nYDnBYAhngAi7wgTdgBqVRhoXLGQQVvJEog4Q4A2/ZygJJA8qwSoEkCZNAgjDJo/9/cEWScJElWIJa7NCEWII3aAZzAAdlkAMfUNN/IJ834KB4iAdwIIQNsLcNgI1UcYsSIIIbrYhABMf0pAjXMwYoiIEJRD9bCY0Hkoh8OAbgWAQABQcFcREKxYROqIg8yBRvQQwsqAJqmYlJKkuSGNNS66qyoJqyyI8FcQOCnAksaAK72lCZGAlPwAZwwIYq8QFZiAdmAIfOowhzoIDFfEmYnEATGAvzpIhwNIMVgLwTUKMfAM1oCB9ZoYd0wIU78QJZAAduIIUxpYhS5c1/wAOSsNJNqIzZFImxlJj74VeKOAvf8AzfADmaoAN94YZBSIli7QVWKZJD84YQaKiKaAv/gDEDccDWR50JacC4tigBGWiJJWABa0CKCHmGQbgEL7iCQTiGaliEeB0JBBWEimAD3fxKsiRLhMTNJtTH4jqOUmvCmVgCwltLNfgHO80FHwiKLvgB3xgN09gHbLCVHriehICAjGtU9MTJrCWwW8iAi4GNlriCTyi5keiHbFgCKqoGb2CGy/DZy4jVscBSej0u6oKPt3VZiljTzhC/fyhLCmVTxDiLfxgEWZAFa2CElrCBx8QGkuAG33DPhCiAsSMJ3YO9pOu5hIgECwiZyDCTK7CGcT0Z2SKGcFiHcKgSo7jSl+VNd6XNeDWOLLWamZiRvK0MT+CGXGiC0GwGktgH/3LoAiQQvRdwUcqEveLVvZw8hLlRgI+oFmtoIJHwh31wh3UAVG7whBlh3YrYwd1014g5Xb/DhMuI23gNA9olCTpoEr81C4J0xcCtCPW9DFIgh1AlBDeIBkdirGtAAhuwAdFDgADI1pvUPYzVOd2bh+R9gOUFhFo4pd9ZkoRIjXqIB2uw27utCFPdWcywjI9QP7rdTfUlNQsmCfcVCU8Yh3VgB3I4pZGYlX9Ih1zAgh2IgQMwgAewgpy8Sc0ExwGuiBToABDYgWGoh3owh3DIi6LSBwkmh1ooNRC2YL+rkgyeidM9XZqoYJHw2SfJXpEgSCceSIpoEl4di2OgnWqSlf99ogfxwAdb2IEJkAAaSAifK4dzEMekw2FjaAMrAINHWId8MAdrEIaEcIfyyAdyOAZ79eICiVUoppLDkFu+rYhPIAURJgk5QFiRWLhLngn3DeOEUAPzrYhLsIYylhXvwgVuAIeSiQdNuAMwaINA8MZvTIjjVYdzMIZbgAZpQAe32YZa2IRfroZ6QApEa4Ur3k2/Q+aXkYVXqGLEIAVZ+AdSaGaKsDre1GSKoNASclsPnokuaBJQnokSSghu6J6D2IdwUAM68IRj2IZ4KLNuEAdpaAOg0z3M1MnKdAVpEIf4QrRaoIMrUIM3EIVT2o5IMgpCsBnE8IT1oAhP8IRaeGj/YEtoo6gSWaiFaJbdeL1mkbiMlqWIRfAEj+7kcXHF5OgCoi2QTdiGISlkhCUUN2iFU7oHbBSHyNLnavPGeN423ZulUhAHdIgvlyoojFiCKxCFvEiHY6jiDJ7mKY5mhpbkTwC2i57kK7ZXe4VmaJ7QeDWEazZQvi1LY87i4roMQtgEQwhpisAF7CAHOYAWG2iBHyCDbdgsRTwHadgvOQO6bDtEYwipOzg6eLiHeOAGLvCYEwCOK9gEZrDXiqjiKnHk1hEJUxWMkWNoYKMSUsDspk6Ixv4HrcZol6kIr9Tof1iExvbohOBsfgXnDU4IrT7rLhibyEmPViCHnYsvcRg6/3GIpVvAab6OvUhQB2y8h3HYBB8gAQ7o2ISQgTh1as52nZxZaJEghVpoBYju7Iq4ZFH4h1j4bGR4bdXG7Lv1bO3+6PIuEC6gUBKuXVJoCRlol0hMCC9QpXoA6n9ggifQNsmSBssyqW1zhW6Ir3kECvRAx4GUBVIoy7FW7QZX7YmmklcY74SY5E8A7bHg7n8413/IBfB2mZx5kjfwyo0urtSeCTlI5AKpEoeGZk/4AeJLCPm+mWyoyW5gghn6qEhABV6IpXzmBVfIsx3PRmr4ASN9ix9okmr4B0LY4hVf8ooob2BL8ISohUn+7Iv+h1aokljdaO8+hn9AhmP48vG+Yv8xHou3Re+MVuSRGO9WwOyLpjL0kHEW+IdgQKlqqwMLHLBgQLDLgoZJcIZ1aIdVqINuu4du8IETuBUvoINYAFBh8TtjRoxl/gcsp4lphoRBSHPs8XA1pwM5EOcnRwwTN++RYN03YO8v7uz4sPJWsPKKiIUmlYH0uIAVUIJgwKxuEwNUoIgOMocXuqxd6uNdEoOEcLYz2IETuIJj8AZysF5KpgjQtmhZIIaK+HKSaOwMr4gw9/AJnyRsHkhxNoRvrwhyR++rfnXBxeSt0mCR4AyprvSsTohqwIVB8IELeYEyYAUZ0jlnIIl1uG2mkRXdAepy6IZgKAPXDIfz0JqKeML/S5BiklhtijgGa1DyijDxlrXXdE+IQJ54mx0LaYZ2s0COiugCBqeIV5h2a/cIdm0BEACCPviDPbusL/D3pICthAgoiuCHcmCFf5AHPXMFVKgE2YkHcwA2mhVtaL/2f1ByAI3m8r5qo7jwNRkJRiD1ihD5iuBuUtgEbZf0vzURlN96kYBmdxjMI7AbIzupYE+KCGEkpMAHejCHdPmHAfvxSLiDSgCHehiHY7GJiB+LZr7wi+dTtaYITf+Hr/+HDK/6VpwRQpgkRrjiid/0Ry4QXXH3kbD0ccCEOSGjKYiEblCHbuD1ok2Id9CHplUIeiAHZaCkbvgoaHCFOxCDOugG/79fA0BY0Cf/eKq3dKd3eqgfCcbPcG1PCO9+/EUA8XgN6U047ZHv5pl4/IoYh1mAAh6Qrim4A8tar1p4hn+gh+2iiLcKB0LQgko4MF6AhkhogykoA2qQB2pItftgZIrg+OJihsOvDFGYeu4GCFH/SP37t6jgP0+EPCEs6AahoX+EGlJk5IngJoMZKQ5qyIeOH4pvKJKE2LAVyWH/Xv2j1q0Tj4Zi/rmC5guKkn+yyDXUVxBfulxh1nTqVg6aq0h3/pXp1m7Vvzz/7BSUM7EkyYgJsVI8xvVfLIz/BJLERPJTwZENI2otOZFRQVGeNnbkSqfkw5JXulD05IklwloIZf8hLIPj3+EgTA5Ja7jDjbd3/yT7nBxu05I1w8p14xUJzJ0p/7qNOyMFkKC1FDeWPPiVIrKGojJuEiUq1j/Wrwuazbv79+u7Bds29I3wylnBXF/1KYjDBY0cQWhK64bq3wo3uXhSnkxO254lV4LF+/cIDZh/M3kBzy3LkyzCDC/9o9/3X66GuP7hyr8/rm2EEZSbQZ5gAld7CSpYl2okCccVQygVpFJ+DQnyBBH/5LBhDlOg0lg3ZRyBxSLakNPdO+Ts4oUXbwzTDip1HIKeGZH8U8k/WKj1GnwDIrQJJrpRlJ9yXlFEmG1ZNWQWRZ8whAVWDCm4myEHacUkSSPtOOX/P2Zk+E8QG07xSDfdsJLGFXsso41k9tjzjja77NFiNPFUIsYfaExhxiP/APKPFMVxRQp8fhV0iSeIItoQYbsRFgtZBJL0Z0GUFiQlXw0hyGVJDP7Tlo8kybHlcAiRIpiRBVUTzTDJKDVFEdPRgEMQYkDTzSt8qLHHLmz+8yaccvqwCDX1UAOFGVOI0Vwwa/xwRBNQQsmVgLIQatAli2CiLXAVIhSpScYtidAnTVxxxbTkcukaQq7Vxe5KW5X0YEmNNhQNQskU9EQQ080Aw2F9JPPKG17sAYqv+tjzjzbTwLKHKNaYg84XVFBxRySsUMOGDj8IUVC0JJFCir0CIoRl/33f6jQgYfvZKylCcry2EFoFQYlcQVdt+pUnNe+2iGtSmpRlSUwqpypFmtzxBA4bAkzEE1Tk4YfBvLJpj8JwLkPLHoNcss06ndxxxx+PJNONGztQ1ESO/8iMEEOhNnQQbRSRDJYoLZO1yUGLsPa2b1ikwRXOJO3MJb1An0SKzyVlavORtaRaEL7/KP2EdBvSCgUUR/zDxSDLTHN11t/ECcsmsVSzTjKaaOILL+MUZANCSCxRUOHfElaLfAXVjZB9YzWEG39IcvoPlki81slXO19V6tyXttKzhKKmBaFOR5NkIxEbBoED1EZEQQot15j4zsIK28PTNNN8cw1P//DCCv805aCjDEIfN6F829QO5DtFgiebjODmbhSBF1bWwJV0Ye95u/EDveBGildUD3rtiRDvSsKKgsSKCEEgAhHOYAhZXOMb6XjHO+iBNXvQgxw8+cY/yOGOf4zDJfYbBxt28IPaLSEnWDHgyxrUENZACitCaogWFKiFkjBPedMilbwSdBfjSAkwgBHi8Y7RCmJQIxiViIQZglCEIjyBB68AhzeQYSKeqFAfKPzHN0wXv3iYYxzlkIc8CrLDgiiPbY66lGr4RpHZyOU2K3vNGobyj8FJYXAkYd4/cuLHs/RMaFPaCCkkFCqGILA98UFIKwTTDV/4whKhsRgRVhGPFpIjHOH/cKEK3fEN96VDhvW4ZTvWkUd08BEJyuNf7hoyoAoRpoK5ydanfLc3U0WxJElUYP/K0pBJ/iYkEkEeV/IipVp4wpiv4QL2CKIcwryCG+johk2UIgYnYCIe/OjHP+DJQn3swyfpe0c97oGPe/wjn/Xo5T+QwDZqksSSgzEUR0pSyIu8Rly7yQlyusBA5Bl0IoTABJPMcrh2GYp3jfuHN0syOEcKczAoacUwxtGOc46SF5VIKT764Q9//IOmNZ3pTBWGD3zk4x/7RIgUBAelJphLQYJ5T8peswlrFYSpXEnDErFiqYakK5iOIMlVevaPjf4jgv/4RCgBiUWRKOgTw0DH/z3k0Q7OUKMc26BHPWSK07nuo5471ec/+LkSTLxBWn6d6Fe8clSDMgheGQmigqY6ESUMFHduoQiWIPkaRkRkgiAtiNy4lJFa5OKoCUGpSuURD3isox3m+Ec2pmGPmcq0H/pwxzv0oQ+4FuQe+RhHK/zwCTfIwQ1hwAJfHlevhijDGgWphfYQ4qm4YFasCOFDQ/9hzYYw1olXIOg1z5IzBdnLEJhA6PGASIyCnDQa66jHOvg5jnG4QxiXAEY2yOGNWIDiGfTQRz14gtd4qIQ+hCBEb317PIoQpyAMMuhu/qTgoiFEktflikX/wbwJF2S6USrIRxNiIE900pMky2C8zP8yjnjcsh7beIY7TDyIKETBC4PIRjrwUY9a/vMf+SjHL1bSM0b8l7e89R9FmHGfhP5wE5nVLjYfiZWiYgURDuzE8xx4QSmhrCRQhJtT/3G0S3Qjr7ccBzDIMeMYkiMd7tgpPmR5ZoSYoxZhxbBbNnVkioxXQgWOEqFIsQn7FPgTr0CLZE/WYD9eFwuFRohDmYcISRRnIhGRclKH3JoLJoR3blbOJLiBEHysIxvP+BWa7bFT/LpwYXpdR7wKckXewA1u8GkFYgPTTKwQplGbAO9wqgwVqHTCLL2WrBT8GK2QcQURFHEDpd7mqCtWuV3tGdlBhUaN8vSzHuZ4hjfOrI//fPBUxi48r40Lsg5ivDm5CHmFlC6C4IaYe7nCtJa1yDI9JBdEspVodiT3FzK2YQGwWLmKHwgREoeeBDCWPOI/3F1QeX3UuAiphzvIsQ1yrHKnEF9HOlDtE57+ozyvWPXCnfQ/aB93SLGJNUVaIQoJsQYlltR1J5gnCUg2uwlKGOo/mhCogsQBwk7mbuPuPLeOKLykQdxGPcozw4K40Mz0+Ic7or6OFOMj3B2PxpuxgpZWXBElPrL0P4iBi1QhfIggJQjLQDrvywaDJSzJ6K8ljBAsBDvYc48qRdjQEEL8fMDt6XBCPmytTxAEutagdkEubg5zsMMd60D1pn/Cz3oc/+OKIL/PJQ7XKHsJJj/gwgohEfKf90yP66+ohUqQ12uSQIW6IPMhdv1EEYtCejfrVkNBvOrsSxHkZUfjQ+VmSGK4xiMdjYf60utRdavXYxit4Dpa3O7nhlCwXndDue3BlQtZjLMhqf9qkhvSuEBBKSdIUIIUds7zhlhqIsYe12u8ixU6gPM31wIxRSoH+Y4nPR4zdAeJ/cQ/5UONNR9DTF+9lUTjCA3JZBJJYF9coESW4QJyNYo3rVqglcTN8U/OccpE9JqTiBxJsAvB4R5JMMhssIy5/UOdQBzUveAtxYP/Id7y2VjV1UOdtcIntJ6qSdpqoARZ1BoAcUXZkRNWuP9dvKxCJ0gIDxbEzSnBLyHEEuEdRShWJ3iCZGXYb5igV9XFILgGodQacvnIG2gaRZDY0kHdedVYbbEh/oDfDloeYHxCs7nbUglE2cnGkQkGyYDcn2Wg3GWgFuCcE85dgkgWS9SMVmnV/H0F0HwhzPyPQDhVRJhhx6UYtblgiiGEPvUUP/HD8n1czezaJ3QCEu6GKJBCWODG5xlR3uhESUjIMNhCvFzRhGFC3BkidXGgEmhBFSxRFlThkoigFn7VunVKwhlEMu4eAMmFR2jaPyFeQ7SDC/5E5NkYvvwZHWLhK3TCDspdpRBHBBGP8GRE0cVFbcDiQBSTqiVXoOXiP0z/od35EQcixC+WFRYqIKvNSzKmo4ENkGx4AriEhMNJY0Ng4jU2RD5UzmXV2yvgYogBAiZY2DI6YlddpEKlo7UYk8+sAh1+I0VAUhVMiw/VzhBEUkHcYzz+Bi4eI741BIP8zo8MYXMNDf4QIEkYpE+RBD/cA75A31d14xXVTKARR0eQYzl+xRcOAmvg4efVTCKCY71hFJQVYiFCIUr2YkNswT9UwVeIoFRyipGNxSZAwkFAwm9AF0gpn05CXXn8U4391PLh4CT4BWCYIiAyCX0Y1CvKhiiAQkNEUEYsAiQuHJwlYSDiYq/9yS+q38fwkROyTRUYQVdS4d4lBJMEWu3x/wxZ9Md+bMJG+CNNkgQfrEMNlgS1ZeJdJV6O6dgreKQ3AiI2CVAkTs4mMIgJThpXNM5DNqSEYQIgWIpjrk2DSYFXfgXKWNJmChFDMEQtjB5GyORuyA4b5uQmYkU8uB1LMMQqoEQ3coV9FFJBxAZCEA+73IUaPMhBdATgqRoSosQ7YondUQRWFmIV9KIUWOZuLOdXhFKs1UbZbVQU1Ek7XOLUGWg1NsRP/UM7eCdLrAK6gd9dYgl90GZDkKfvnCMznmP0fdzswWNOlGQPKEFJgsx9BoreNcT7NYRsAscn4F80CNlJtCJZ8VGOrcNbnpcMFmhBSCNcVt06NCeW/BnXef8jcNjLMZCnQIBCJ5mghiIZWIUkOGqBDyFBD5AEUTVEFRyn3yEERTaEV3iFw6lMJPZnx7VDeaBpx6UmVtiWOdBmhJYi14VUSSWpnf5DbJBj1yjjPypOlzZEoARKfVrp+TWBV9ocl0iZNVmTgq2BNflZ6lWONVQDVrTnkqDaP6lpaYmbDFLbPtVYPpxW+Kka1wXlbozdPxzDMvzDMhgJHj4iYRImWhamganlgElBiNbnP3gOyOQbQkBTQygbcEyV+J3eMEQqpTJTglwBJuxfAFLjmRrkauKD7GwXQlzhFV5eQ3RTQYRpsrYqc80Gny4lWnrEn8ajziFqQDWY63klsP7/Q1586UQI68yYomB830GVRIG1BRlgQjnIYI/y6MP1Uz/9VE9RK/y5aDN5RbKuhvB4YcJ1WEdYqDS9ZKCwTYnWTlYeZ4o6BFY8BLGWBDRJpJ+dHrtRSTI1BBkQgjlU5z+sg6iKG0Xokz5ZomF+BWDkAjIkaapeA0LEBo3+I0dAF3FUmVm8JFaUaJUqgecowZbiHcF9BRXq50pw3Xg1FZcMjh/wEkKg2jqUw/7xH0nUA0MiBH+eREFUSKpMTkHEQqOQRbmSqXR1hNDBWTd9FHFMCxY84fllZUDlxC/e4xpswbv+w5W1jfoxWIeu4NAghJYUhHCVVi4J7OMhRFuSbUlc/0LIkgSIHcPkNCyAjAVupCOtTslfgN9yqh89QuY/GIESuG5XxqNKkkQiQdMa0J3TOi1y9uAr2Itr2OqVIccVNJJRlIMdlcPL/gPyNkR54FXiHYOtTsnRIAOGNsQyKKnwlCm4RK/HxqKg1W08MhZKNsQRKI8PBW5UQS2iPQTuJu5xasEZjAvzHONvYAEZXMEaJAM0PEIdoMKtJO8/xGxcJh7m/gP3/sMknNtreO4zIEM1rKrPdus6gkuSOONYPZa+/oMCFW7/KIEQlGTGIgRlciVV4V35GSf6cWnsvitEzuRXeFVfDQ4r5EGG4IATrIJRAHBBzBAbyhi+HHCT/Bm5nP8eBGLDVyDla4QE+IrV2xSu+nGgEFAmQgABfUphSextVgpq66Zkx17ra6gFFPXVIglOHRgGDuDACjiBLpRDOYgqplpjtbGt1lGEyR4N6NLaJwmPbQik47jBQzxE3XpCWywxSiLBSZLElaKkV+quCiME2/gSRUiBERjnGuRBagjaVygbFBkacgRKGVDBP2RICqzAGhfEacUsRVBeggCGN1EqpUYwV+RNESmra6hBv10PcNArSYRwQ0gxZXLpJOEdro6vCANKFZwBG6AGoy3Y5lYFQtDBnXHyzj3BP/ALGieC8pYDOSyvDFZnAe9G9XHFNWzDP3hDQcAyhk4iuPjIQTz/CLp4rNBxC0n03C4XxGP+ww7twJUmckn6YklMkhQDyiRzKWqs3hWLcXtMixRAwZcURArUgczKTthabuUssXd+xZhegzeYM+gZD/EE7TtjFVfo8jRhxZXegNoYgRF4ZSMDKpRIcuu+bvp5ZTKnBvNIpOO0h3GcQRL8gwv8ywyswEwsL+SRmDTGQ9nKXkgIUEixrXFxNEIcw34YUF++RrSE9JAdYxc7slX+Aw/8QAzsQAz0QExcqRQfZxg48kujn+v+Mk1PClYIV/cSGC7/AxQgxgy4QAqkgBM4A0JU68tWJ1IT8qx1BUL47LeOp7f4ThH1HkkI72uA5W4sUaBYKULs/1FDJDJQFYRlql9O7Fz8xgGl0Fxwtsfh/updfw8M7DUOoEI3kLOoxgOaQuvVOdc+gpK2pipCjCmt3QbCwUtV1bWsMW5BbPX49gBmFwQVF0RMOOHOYcHtQg6g7hyyTdXqYUkz2zZXTGYo43UKuMAXQMM/kHNBqCnixYMckwRgaE9Sc0V+VMiABC1J3MxcfxVxUwqwRpX5aaBZ/0MPSHHiGuItA8qvJiDzMIkl0fOU2Co0ccg/sLYujEOXlbc78CiqxcPVfiWd/kM1TI41XANvD4YqjuafCs0bXDJJBFWAF8SIUiYQqPRmv4a0IAQgxNxXXeFl0S+Nm+1rsAEU1MAZz//ACPzDCLgAmcD2NFpuhkMEykxQch1Dh3M4QtwxLMLbBP/Pf2CFvyUEYKhELWRYyO7tzh3BPUMmZQIuSfxxQziSfkZpqVafGwArsh0PKB+GChD5XtfBa9MQQrRDGrpDe9Nx9eV2qkwqbxsQgGbvV7xBWvubEJ+bcmwm3QEKlNSjferuzr1rXmz6crjcxykHcD4ENPmBgjdJqk0KFXSPCrgACnSAT4vBnsvOaVW418YDeTeEAPUM40Q1r/+DjP5DiOeGy6FjQYzefBuuXIOfAquaQQEr+aHfurIuS8cuFYoLIEQt+AnNUGJJXmQ3SLWoIPz4YRB5B+w1EfCCpo1DUav/aYqRN8V+lSycHuPyLJhirdfZmsjMd6akdUnUAjGg3unpOKCGKAdigT9jRRx8aUOUOqT34IZjxS3uOI2XwT/AwIMjxAjkgCtsgx2ZQ2kFYI+Ssx+8+1c5uQR3a/UeiQHphMqNxcu0wpHNuAKvoBBD2sEP8z+UuYo3xBrkBcPLnrefei18HEsQAiAYPVbg4tHyOEmkeg64AMaPQA249npVLsD2KGAnsAJy38lbw+SwrSzgIYEQhnSaDBm+BkugnvbQLxVaOoEv/EgLY3YpoIRc3nRRCpYsPaTdNQ7MwF7/QweU+xPwgvE+XtjOkKYZAn+iBHIZiYx6RWxQL+jRhp59/56eMeMRao+Xf/l2cwWJcoqCKzychRTFIq3cKVgf9HTFpwBCWMAItHYOV251jgMfEHImiVNgccUqMsRSVepvpP0r4KvUkkTB/ylFGtzNMlGC1PnTB74FAH4KwDobg23lEiw5AHF7JCu9ww24zEUDMspFsAYCPc/0fXpuJwgvy57ZkrSa/wa3Fth0QZlsAqImIIbFw8AIPP8DWMAEuIBrgy1AlFs38F+9f+P4/Hvzj2HDhpscRqx2LOI/ZAxFefon6x8pUf9akfIkixRHT6JCVlTZ6d+rlrX+1Xr1SqPKhkqkMBTCEImSf1hsVnTjcGjQfyw/MfTU6p8np55ErsRktP9hpX9mGMJIIaKDhH8PLPzLgapbOYEE3R0kk4aPn6AQoVas9m8uRYoNP9bcBLFkyZEMS1JtiCnpp1cwQRpdwzDnPyQ9lfhs0pghoU6I/mF2GMdQRaD/ikZkGXIpqY6tXKqcWpHV0VkMO2n6h4NhCgthJUi4nQJHJGjl0LUb6K7eODVrQzvUuMn0RocUo/07NneuQ1miYm0U2aomYJOJVRJy2MmT4VYyk9qM4zBy5Cb/JsP/2RDRaqERtTTMH7F+Uo1JUeOuO/uCau0fVpLihAoYGuqgobDC4k0MXroJbiB6xkmDjIo6K40hjlS6SyVcHIolJeeUk6W7fzBhxCby7Hv/RUDBGgJKifcaoowhQUAT7584QvtMi8UYqmK/8ZbSqJVPVqyoE0AaYqmipFihAgcYtPrHwbD+saCDEVJIIYhIyhpoHYTScEiOhJqqhSNZ3JQll+eqa6hOh0zryzSNQGzqr4YYGTDKiLj7hKmg2FisCizeiy8iImn8RwosjMyvsSMjgkrGxDyRcrwoO2HF04ZawyEHBkdoaAKvvEQBTDFQeWQVaspBCLSKNGrOKLukizSokA6lykflmFTsHy2A+swzX4GSIj8tqoiIDYYQEY+wltIb1SGrVkqNoT6emMGhER7IzaEUXMjhiSfq4IWacfyIYo2FGJKjqQ/d3ChfhqKL/84mipCpBRlZcJGFpIgCA4y75roTb1hcuQME0oqIRLYiRwWzVIlodWRoWmox8fQVw14h8J+HGRqFoU9W+Se9fyKh4h8UOuCSIVZvAxOGHHIQ4xFexlklCiyS6xDFWkT8l65jLrKIaYBzaboiFUGUJaVgxQPEDUhXM8yTWuJYbGIof2yoi/yUzanjhkJzY1GGjGDIJ/3K+IdHh1brxGSbvHXZoWBQ+SeIhlBIwSuGcPsyTBzYDfyfoTmMqM+gopkrGmaCQoxQkEpjqpU+CSTbx01PhPJjQFD3MTSLHfosOZWi/Seyf2LX7/QpfWXIpVc64Z2hSP6ZAlUtIwrryxFGEP+3jpZZkWJto22KRpnLK5eIKl0r4u5ehiCyiWxtK7LsKIbIZihNo153SIoqpNj4WGkFIwQTHwlxyyjN/7njCSZocLVLh2rmFf/B4AliqMM/gpETJJxvavuy0z+scad/eMMaDcFc7pTTnc44hEidAN8ZKiKJ+pzsPhGRQhOUxZD0MaZIDokdG9iwHhI6pH5G6UTLENM3VtSBCEFQwT9SgAILSCAB/9DN4VKAPME9wQzU8IWk5rPCmDynV/5qCDe2EaKG4M8oTXLIxxDRCZSdoQUqkUFQGMgQFuSEBSS4FcXWQCRnuXBumGqI/XwFE/zx4hE4mAEKGDICCZSrIQ8oIvL/UiU4MXTDF1B438SGdbCGKINfEGRIBbnhDYbcqRpSCxZDTManyTkEj+CbWEMMoYNOXCIoR1LCFUiAo4acQFlFWQy0GAIFJThyY1WoHQbH1xJvDSMY/0AFDkbgPws8oCG5KWIHoFk4F8DADMlgxX6UhccQWSOC1LGGJr/pEGxUYyITaQj2/rHBlanIE30LjySCUj6GtAATmChjRBiYwp+QYG1EUUnc1Fe2oEixb9GgyDCSMRvbpGqZzSwiM1MVJrHILBQR0SdDmIKY6kXHm3RpiCYhOJdnJO16ubMPyv6Bh38Agg9ltA8LjCIFFviEBReNyFBAWDuAyu6RDJEhMA8a/41h9HEEGfjHCCxQRIYwU6kj6ID/cvAPV1QiWlhwnlE4Qoy7iKiCFfwoQ7yBDYZ4EpQ2acXnUES+iOTNKDK8Z0PeahMcWdWNQfEDkWo3N7nV7nWnhM21HDKM6AzjH30gQgqO+o9VTSAoX/pHDbDCCdpx7B9+5Q5aHSJBTW4DpLm7xMNGSaMVTWw98mSINm1yQhptzShJ0CuNTNuQaFixjw+SwASUqlQtWUADDlIBEaYQCtnkqLJmndxdwimXblrjGf8QRkTcqZTsfbK4a12EJ6yqT/vF1iiTuYJjBPO6XxbJjkBtCDX6yCCGFDEBB/gKM7Ukgd7+g0FUQAWP3paTNPM25HOHukt1vJHJzHrVq0zjSLD2xsWNMGVvg2ldTuKoVgwCBUeyNFZQXrsZlQBCSsN0CDX6cKURiKChB2DvMzXQJZ0VYUdQvGn2JlcdsXLjH+HwRmcrKMGGKKkipsGfLDa14Qun1FcoVAIWkHDCfs7QV2971FD8ahQQOyQs7R1AAhKwJQh1IAU5AO4dKss6m4IktBEJRzjGYWNNXqMaYrXhJ2sRLMRwJCkNrsja3ICHn8qVMha2CUqDYoTxLpkqtM2KYhvi3kB2SQPyHQEMgkAEM/ShuGPGKEOaG0GvegPN4WDImUHqVZVoD1cuwR/+7MyQgAAAIfkEBQQA/wAsAAAAAL8AvwAACP8A/wkcSLCgQU8DSf0jpdDgP0oO/w1a9I+ixIsULUbcOFDOPzl8DBF049APx4//RDrEtMkgqVYvZbWqxTFaRG4Fcf7b5m1cOIfWCNoc6lChp0VHMQmkSKnhwlq1ZAl0evLUwo0Ks/6TSrVgQ6efDDIaqHQgoZMcw5b910qgLJpv0VqLFvRfUG7WdAocB24cuXH/yJkT/M/cOHOFBQsGR1AvzrzbdOJE+G8To5aVBY79RMrqU6c0BfY6lcvlKYanPE9dqHW1J6paGyJkeHAjIUAGz6INS/CVrFcCowb/N+zfsWHHBCYbONQatbr/vBH0+w/wX4KDHTqORm3bP2oDuYH/R3s1rOpaXf/1KqjaM65/nkNf3Upf6r9arzl7ogmc5ifKGg2k0j9+nIWbQWuJ9Y8nvBFUS1tuyUdQccdFVNddeQnEmEDh+BRYdR0K9NeG3OAkXk4C2eQQHQQhNJtAVtnnkGoElWaVVbnIUlotuKAnCynC3TdfVOihd9VrDvGmklJlnaUbR4S4GNFLUAkpIXGlGXQMUdEk1xiIgFUHWJh8kcMYOT+Fxx1xBXUn0IAc5UfTlQJlaec/udj4jyqlyWKVKqfIEheQ79UppIML7fdiRAgZ8qRATP6TIHkF+RbanJQap6lB0AFWYpr/cNNhh2aG6g10/0QzjIrj7dRqRHIY/7III6+dZlV6HOVZmio04WKVr0Aeiuc/PQ4UWi5zokcKZQWF5cmkZEGaaUSvzCTsRsVFVGFj3oUXakGM+RSZQSoaBN4gGxliCCNjkfJJabjSWNCup+CyI7Ex3leofVkO5GVwCgF3UIMnPQrlQMxu9clvMt0H1cNWklfut9wOFOY/ITLnkKrlwhkRI6gNO62hOeKZJSm5AKmjyG4ZVBxXC//DGa4CJWyQISbZJu1GMUNlrcP8CXwtmw6NB5lkGH9JKccsnuTuQwQPlKW8Bp28p59b8WgQnQX9KFArDBbUSoNjlTRtpAnL9EpUa1sLXH9CviL0cMUpU25dr0bUraoje/80UICUhMXZKbWcst68N26UY7+58Kpv18NtahymbkE48j+E+DHpozn/c4lDDL609m9uveLJ2nJfKWFo4LXaHF6hjvudQ1wXJJLHBDUEUUSq9VuQvaWlDF+hxIam48rET25sQviBbhZBThosICC47/xoK8Bhv5XAp489tkBzg/9Kthy5GSo1eg00yzCzOBjM5Z9YFbVBpwAKo0B82t94n8EOJ2NBc0qO8RryIDqFLyLSw9zlwOcJsH2tZmz5xyt48wm5AZB8QhnI3rwDHgwSpBNzG0b4ArQQkA0kfiex068Igov0vIVm8/pXcN4SF/yYLiGWO0nnDEaSJ0FLbAVJ2Cf/PgGhuQmsdhFRkQeblanWxM8pqjncQG4EqPfYpzMJ8RopahiRHF3qGMab0yu+IrC22MwgB/oHSVJCEEPgxklB/EfZImKIBP2HgpiooMyOuJGJpeUVnfjEKgbCCgn+I5AFmSNvbAUfh4xmNMMKXi6IZx+u/IhINNTaQOLSr+QI8IRrW2BBTHKgOLzpLGuEHibmSMeCdEJSr+xN1OBGEBmuKiKvXEUsByI0Vo6FkY1UoWgM55nR5MIzvjPIj37klMUdik5h/I0npHJGjuxwIKkc5T8AUaDqcWRzuzSIwIRGy4EUh3y/AOXldnca9tRoPfA0HP7wxCfVLKshUnlhxGi3/zIAvmWa28vUWfyWxpMcqHPTkl7UKkgwMdLkF8TYDSY68UOD7K6apBkIM5hxvxpl9CCkmCMB3wIVGZX0UquLy2/GxhntiZIgWnCIKQWCm4KqhBBN0s0PO+GJcOpxIzQZBjEiOoxaBEM+n1hLRQmyu5P0ghnNGMjhAEVV0hyTIGULEEPk459M1lClLZMFQB9EMFa+NCKmJMRMz3rIPPbmH4U8yfve+kGBSAIRAkFEJfSqV1JAAi0cbQZUOcqMXqwncX+1Z24WNMP7SMkrMGlLf9oio2oqMFNYIA8gsrlNU64xgRyh6C5Z8cpCjlZ9b00qWiTxj0r8QxAHaupAVEGQXv8s46k1OiZtH7KakL4piJcYC1cWZFm3UAlsUsHP/ARymzaapaBr+IcUTrJWgvghDgilVDgnutSBDHKQhTQttFjrEEGQZ1f/uO1uOaoK2qZGILJVUG0cQpEzoud0pBij9zIVB7WeRQtvGAgWsFCFzIqSswX9pmjZyt88zPRPG/nT4XqRTN5q5iSrzIwhPLHhDZ9EURNcyUnglM3pxvQfJ75czkqZ4Gm9cq+ujfFAOmHejfghDwTJwxrSWND6UXF/8AFUnuBjI1I0dSxmHQlWP/c5xjovgmM83XKnFQaBGFgKUjixiQ2SYpkKBMEEiZRAFnzISgDCtQIxs3kFUWMa63D/I2zgSD2riqfEMbUiz3MuSjKV3RPK7M8bqS6llEBggWhhuv+owshwXJAEv5IQhAhnOF8riRoPZM0c4SyDp+U3tHik0yI2yCsnfRI3xFQLmjawEqSwaisr+tQjM2WcC1JjvEoqzYRAc5pfi2NL09QhaXStLyLChjIkcoF6IIgpBQ0rgoAaQUleYIpJktkBN0HRihZIq7Wg6OjyVyDX3SaCHnUW2Jr7tRFZQxli6m2BtPsf6JCHQOQ9XTbMeiGUYMTu5vjXJ4NWyQxWyr/RUmU3GHggSki4ErTNcIFg29CXAwQgZmrrTuQ61wYRRB4wbel7D6Te/2i3M+It74HEQyBb/xDIrOM7kGhT6uADCbDZcLPsiJD3pQMuSBMYvnCCKCHbMa3CuwM9UzcUVBCvxI2uzRtjHPdBIE+3t7EdoujpPv0f5djIq6bukGezMSJdoDLAvylKQR9cCztHeEF6vpEun6EgjP41QXy99EdwPOrGLkOxi41oLAskD90ouTzQ0Y57nISE/2iaQxLYBCyk3fH/aIISGk/oxnO5ICTBLrhf2mc1+vzzBcl2ornt8X+c4d24WWMcjo4JQcTY3BuHOtT70Ic86J0g0TXCB+eaj3+UPB+G/4fh+eH7q8vxJINAaNxRPBDKY2Hhkie09AWSdtyjRdOX/fpJ3t0EJAjkBwPpQf9BUpwF6w/k7e+OQ3Qlfun2b+Tptcd7Qaa7hk5QAx2+N3k9gi8QePwDHvwgD8aHFubQDtPhDKyABzF1cIimcP+QcNPlfdT3DwamBdGFfQNRXUoBCE3SZ7eBMxHRc0JAELr3gA83EGzwdg6xBipIIOJ2dAkmCJX2D8b3dHkgf/8wdWeAG9RgDvGAD/VgDtjADv9AhIVhePg3EAZIEGEgB1VGgRZzD8QnfP/Qe+3QDcMACC24atNnZQ/4gKy2cM+HaJnSYgq0VI8iaBIoEEDwD7q3cFqgBbe3BlUwa+3GgiGnchuha6xlZn3ga//ABnXwdHVQbHVIU53QDURYD+zADQ3/EQ7H8B68IW/dgHWW+A9JsBF8EA29J3ydOG8RMV2s5nOKlnDS1XNdNn4oRym2FmYnoQRIIH4RkW3RVQbdhnsq2G7MFhEaR4PLB3dhZghBgQ9FaAs/0AL/4APTgCYCIUO+wAsCUYkZWBAGJm9TOBDyFg+GJw8nRw03R4aJZhA9J3qpyG3hmIMG0XkzRh6wuIYOYYHGFmfrdgazdmJDRymWVnuytxGegBj/gA/m0AILQAHJSA4CQYx2MTuu8A/QAG+VAAUD8YQFkU4CMQ8GIQ8GuH/1IBDkkwZcGIpiiGJbZmiv9g8ph3miFksU1YobAY5Uh2JnYI+ip4f3yFY3SBCX/1AN69B7+AAOvbAB/7AA16APCCkQvXcx/4AK0IB/LSgQEikQSOAM/NB7gid88XByBoEYRTWLCJdtM+lwJ0Z+jeaKE6VTHBFTEdhzJfiFEGdvmzYthfAP7SML8bAP/+AP+EAJJxAB/yAA0mEQ+2AOASYFREAEruAK5RAMEImOEbEcArGEAmEOeUMQWLkTOGEIawBzMJVlnHloX5lycTZ0ZthWh/SKDlGCiCZ0VfCVLwWIDqEJ/1AIUnAM9GCX/cAOQrAAACAAAgAKBeEP/0APi7AE//ACMbACAmEJ/5AIi0l9BqaZBFFyAtFkA0GQIwgO7JAP+FCUwGFKcBiOBHZqVf+QionGBllAh2zgbXiwi2ZBZg4RgQLBA+JnBEfgcMD2bWY4U1xHEHFWAdYwhfzADEDZlyywB/1QEP2AD1zwDxcgECXwD0+ABgwJBeAoBY4HeRwpEOiQdRpCENkwEEuwAAIhAwURhJJiCLuUYl9ZBWRInnm4ERaXRk/CWbCoBGspELKoBGtwYnFWc+SReQQxmgSxA/9wAnzQifiwCAT5DxEACkUpEP6gD+BgA/9AARtwjP9gAv+AmJFQglTwD1/aBC5JauAzDNXAESFQC8Rol+7wg+ZQC6EkEC0qBdjGmqP3onLnSgeSdAKxVtFVowsnn/VZEOlZetOCG4YaES/wD3z/gJD94A4kSgALEALTcKAE4Q/70AsNugAbQKUnIBCGOWyYWBBI0HiP9w+Q+Q+iuiBpYqkEIaL/gAR1SRCuunYQ+JEbUX6EioKvhWZkShDVRxDyyXD2Vnq/GGgOFqRsYIYV8AHd8g/6YA0sQJAhoAbkUKvQag6ZgIxFSgICMaApUAh98KUEsZjdRxBYAB5Zhwrf0Q1N8AMVtkl9CQAUwAfrAJwFEQUCYQsCYQRGsHCtRqcDQXoOcawLxHZrZ6cLtIuAEBaIUJ8OQAxTmA/h0AIRAH7k8IkDsQ/ksAQsIBAnIARNIASfOgDJuZ9QYAQQ2X3nahYbGQqu8Ad/MAoDgQ0C/9EP+DoQJPoPAPAPG1ALGtuMIcev0iWnXFgFSgAF0ZWoIZdGvTYykseW/yCLhhZT97ZWbICB/Nmn7QccWFACC/ABg3By+0AP/1ANMrAE6eAQ/kAPauADBEGlmWADDfoPNRCIAqGr/5CykSdgVxZVDYmJY9CtJ9AL+4CtAhELb3AEBNBy8ZCz/fAMJ/ACn8CvSMtqmLtqCou307KLoziLD6cFhsq0G+EGbBAHo0AN3kcCJOAD+QCc7pAZx/CkA/Gog/CxPvsPMpBsTVACCFAAIvAPoUCue+sQaXcFFNgEa+CPArECwRoG5hC0BeG7/9C4QEsQasCXJAEIpRirRjBd4/+5uXCWKcEafmsZdJmSmbjHY/9gC3bQAhTwOfpwoPoQGOlQvw6hD8cgA976D1RqAySqBxvAAASgADwQl+coEHwLhckLc2yAf5YwBwQxoP+QCeywD3a5EQvAAAJhDZaqD+OAjEewHKb4r6vGbuPJETPFgjXJhP9QZS5JEEPAme7Gtf/AnichCDS7BRWgA9aAvwKxD/bAEf5ADixAAiQadiCbuwKQpXo7EFQAkZm4c+UrEFeABLOQhBNgECfQAkvwV/uQswPhD/GABSHgAQuwAJuAD/jKBwhAAXFADbaGZSUpXXaarNNSbaD3kjFMKZpmC8kgCA96BbR7Ev3gDdMqAxP/AX4tQKUDwcFAAAcDoXuLaQSFGavoOhBX/A/dEAr/IAIcsKj/0AIkcALeegI20AXpgLgC4Q4227+xC5UI8A/NMB5HoHsCe6cb0cICRsXOOXkJ547/MILSVWjTeCCkWxDtxglE6gBnSin7kA4eqwbhYLb4QAokULefysEY8A9wcKMFQQRRe6H/gLzU533dkAVE8A8YYANVtnP927gtgA0ZvBHI8A9qgL/H8Kk30A1RNV09l2VooQVNeRLPV8Vtt4ovVRydUAWLugB/ScT5kAsnEAKDsKb/0A9l6xEX8KknoAAKEAOnCapuOGCTZ87A+nz/4JgN0Lf/wAUtwAH/UAEb/8ABG0A1EbG2VVilDBAGlXgWAJ3AAwEINcZsa1W+k7dzCAuwUPmAk7dpeJUMn2AEn0oBMmC2J6EPUUABPhDLBvETNkClDUAAJXCSBEG1RsADutcE5twEC2rFO3cFX7kBxCwQ3GoDG0ABXCC9CFrPmyADFHACsxBVaHFu72hKJxa1Lo0EwuxzC+eOSgw/ypAMiNAEL1ABDEABxMDKl1oPg4DVY5zRRZibAlEBBEGGRLoDar3aOoe8B9fWAgEHWloApv2pAkGcjPEDgU0O14gWx7ABFIwWiEAILJm1Nwx6bOeOIwiobAeLBPEGADYyn5AMUr1wPWDaIVDIBkG/lzoQ+f/ADnBr0wNRAWuNvFTbA6ut1pY3EGGnxEqM0gNBAAhQt/+gtqLNDvrKArlAD70dEfQgAxtQAozgmGzlopiscw9o0lYGnXiaabemDLrxAg/KAnQAxGwrEEDcD/3AD/vADthAzAiwARjQAAigAIvK1gMBfv+g2hxxBTu3oPBNEBhQAALBuj9gkGLMwDLAvCdh2yqcV6RGulSL4LFq0oTGYDwYFmEgBHhdpAaJFhiMrx0ODqeg4v8wy//Q0gHwoBNo5VM75KLUzTQ+oPig0frQ31Kxs8jn4w6RBswFKaQ2uBhqEDmadkgAc5rp5gxuY3ZRC7ohBIt6AS0A2gYh5dD6D/v/gA/NQAKNO982/QM3oAAtrQAGMYIqLn4xIH488FItzQAlUMqIodEOYZegEhH9sAzcWjAF8W/W/QPi9wMqLgSmiNBn5Qa1wA3F8QYjKwSkXBn1jBb4QA5cUAEiCpR1awcPCgH/AAJbIAXwPYI9QKRTK5+b/pSZYgItXeM/wAzsgNX6kA+WeqDuMMQcwQ4kyuaWODdl0QkWZxAw1wNhfQOuntJeWBBvgAVay4/UYAt//g8/QKIkUOGFfpeIjuj4kA658AMkQAEXwOUvEMqXXQAQoKWK1n3EWRA98AM84Oo9IJF7HpEFMeb/4K1NTAJNYA34sA8WHpzdbRBvXRDKECrL//WrBAF+Km7laRcGYacFXZBzBOHmbl66ApEGYVELgACdNuAD/2Pq7JALcKu7SDAEI0ilHNACJQABB6ByWoDSsP590r4RBxcGQX/vpoZ9wc2k/luE4G6pZY4WjvwPMhcW4vEJblQQP3RtOBrt/v4DVAp+SHAFrg33hvAGzt7HBnfvBZEGfDBIszAG8E6lk8frAnHPv0kQiS4Qm7AJsRAU4EAKVPoBMi0QJrDOctrUB57xERH0SiZzYbAGVWbtlH7DLWDbC0AAGzAEvVAP+MvZA0EO/SvdXyZgbJfxYZAL3nAMYnUJrUAMtTAM1iAY9eAO29AKalD6WGDgb3AJw8AN4/+QDA5dAhvg48TcAnvwpLWqD7GbDtbce/xAD3xg21qKAS7gc9Unixn/9TsA5g6eTWb9D2VNEABx4t/AfwRaHMNH8J++fQoJsvvH4sU/Q/8IDUSEyOFGhVea/ENyxM8xcPQI4nP3r107dOvi3fu3j9/Cdf82cfyX5s0/T9G4/Ss3rMpEDAqb2BjYItZGf/3+0UtHD9++fk5j5jP3w6GLJP+qOEQyMGyPHzd6/Dv7zwhOhW7Y/oNDMEOMGAMn/isxkAKFJebyWdXHcV+4fzIIhvmY1lY7iAN/EfQzcM2bNGncvDKX8F++wPHKbfvXrRu0cu3qxSQYWOGrV//8YBpmbZz/uXbghq1ZwQFChX8CBwoZ6MOL5oH+9iU0+c/fwH0N95GL8uGFi38ialDJkuTrQCUD05LtgZTHDu5Y2HZx+y99mIHmlWj5RyXDv/kDta5+I0MGsqls/YFbwjyFOOCAIETAGWegBAd6JZh/hiFomHFOWwifesahRhdUHIKmm3vuiYcee/LJJ54EoxmoG24WRGcgajiJoQIE/hGAgaLu+ueKcPBR7R+r7FFuIeYaymcbFkyozgQTiNhIie4I+oGsG7Q66waCdiIojo3cCmON9ZS4QgqHlHQoJX7y2YwcWv655p/+lAMMFIIIGUOhDZJKkSBq/vnJxQcn3EyffNqpCRqH/4wpxRiC5KFIGHz4qafPjboZxpdZsvhgIAL+4W2F7t7whJ2GCPJHn4T6YQi15vAhJ40VIFghhhSuwwmJ7sICLq0dzPqHh3+GeOsf9gbCsj0xcVISyXVGHdWffOihhxyTllNIlCXC+kcJgUAgCII7/VSom2T+cbCcepz7p551ujHGFYJKaWSgWwhqZ6DTZoKJIEMdYgNJAhBwoAIdsvjnlH8WCWfU4haq6rh0rnGnuXrkKGGFY2uIDycnxSKLIKTI8zXYYdMjCAslsGhCzO4I/gcNgnBUuNmBetzo2n/gMyGvBmb8B4O19CQoGWigaZGgfO6BZyBjDgkEXoICGcjdff/hYXSge4oeaN+B4DABAgo2kAHbf+K4ohaFmaPHHHKOGcSHC/4h4RQ9bEAgL5YHggIKjTlKS6G0tEwPEILW6ELY9JQ4NttsuwJiIJf/MaGu7vJVqKGZhFQoH1nUAIQ9G1b4h0CCFBjIl27yJCjpe9qRRx51yhHnH3eh/ifeeBUq5R9pygEq6YHKMRQaak7/p8Wu/mlBy04EGYgMCpXLxxo5BFqAIwII4M2Exs0gyInE1cpWCVvBcggIsS1Cf6NhxeruSYe+ooIH6jDGgAeNrkKNIX74OXugmwiy0kDyMpDGgYMd6HDGngZSr3+o43f/iN1ASkG7NjSCadJwSOwcuBH/PLyCG9GQ0EDYYIQBKkQK5CgOPqjRuE0BYCAAEIBCBIABJIUMCj+rwlqUYIT2jW98TWjfR9znvmARRHwccR8W4DMQF/CgCP9QAAI4cQ984KMXbjCEIQhBCmuAIxooDFYAMSACQYDDRZ8gSE1S5xAMboR2/5hXBNcIjw+t4xVXuMKizDELONTFWEjYhuXGsYIKTKAABgiApmikkAE2biA/ewsRzSOgJghRIVqyCCYJkgajjE8I7sOheaqghTLEhYkY4EATQrGFGW0qkQqAZbCUkAQr5SUG44rHLJCwA60wcCD5mMc95qGODcJxII1oRO4Ioqi3yGMchrgCUmxACnbE/+N0S0yjU/gxiYE0YIwgwAAGQFCCEtwlLdshSOKOhc6BfO8j68vW+bKkPpJxJ5634g42HZIFuvjRlQopwEACcAC2DIFgSIoB8/7RjBd8a4EKEWa+zqE7h9xiXkXMRz3MgYl/HOUEGxBIPAayhbNAqDH5mMQKeAAEHtSAB0ZAp0KNCL4kEPEtKbuZeuCJMnkOBBBycIiXsiUgtmxMIV9hpxbqAoFYQrEB/zhAA0i3EY7GQSM3MEEWxgUOGzi0BDughkhTN49/+I4gbWzjQOQID7LSaxwQIsgGLrABIZSDHdRYIiLM4ZR8EKMT4woF8wSnQIVoYTuQPCo2q1CFYx2rcP8EcUs9HeIWoCqEk9jsofhs2p6SDeQjBIFPWmIQq4GIwLQxqAHocGKEGHSieJ8gwT8WQIABsqF48UATWc36j4lKI3ZpVYg65sFWmPAuDVppwQ1OUCATtEAj4LBDDJDwiYbgAzSCiENNz8BRwjpkids5nghHOcp/iOl7BKlsZQkSJoII7h8/JYQmHWIyxc20Ck3IY5OWkDIgEpURcXDEPwK8NZyY4x+Y2AEUxsWNFzCAAG/jTV7k8IlkyOMejGLrQBx4Djm+BR7q6IYkGCmQAZ4gBragBuAMnA9ytMIGO3jBDqRgC9tccm+Fvdl4vcJOh1REvZzlSGR+DE8lVBIkHdX/ghQ+C+SO5vEjP0ACEn5gsyWogSDNmMV7ZUoQfpiDGOUNTRwasCkG/KPMePkHcB7awI1weKIRLOZA0AENPCClBb35x0Qa0AAOcAsIo+jBCa7gF3LUwgcl0MEbkgGOZNzPpxzZAlsMCx/GJrktRfwHUd/rkB9nupJF1uzJcLKTLphnCUuYMkh8sIRV+0Ah1kgGGrWClFYwhxhHOMsnVJtIMpOAN2n+gXsdEudgdaMS/9iBQNSMZwS0AAluIAQjktILc1REBnRQxjjAUYs4yLeIhl3DEm1r2PLq8y0V+ccb1oCFi/ih051WiHnGN98rFa4Lj82jze7DkVqAAxuyFkhF/+rB1Q+cpQR3QsCmLsABEjDcMHnuA0ccSGzhWm0e5fBFGf5RFoVMhAJvYEc+qrvxE7yBDmGTxU/AcZGNOJojPN6IPlkerHrOnCB0wIl5PrJkgnRhfebJ42OXfK0lDIQLRW9C0f+BDYXIoAVqQFALfmDAdbDDHKQokABPUMJ/xOAPwNUwmxvY1n+QdR7iuMMRViAQLRS5BC04Aborx3SjH+Mf5lAGpkX4D9tiOtxCtflAKiJtiwhOsv8AauDn6xEsSMEjN3PDYw8/EDzuN98d/YfSuTAQpUtqIKSoRy/orpB0yOhlAykQtyIxUY4Ms60bhIkrXFACEpTgB92xAQlYsP8I4vySHsr4wapJQQ5w5IItnVC8epTfd4Uwn9MbMQRH5Y6T6ePkCpomlkKKtZHN5xfzo/6Hlc0RjkUUBhzmaEbIHRKO2P7jBhMpAQcq8AEQFAHsZNcw/s/xRAjQfiJSMA86QBOF8AfCWIolyCNuIAW9wzRA2DKHEDaOwIR2u5nvIQR48zuOqKzt6wieewurUwg9aAIfaBOHMKONQwqHEAF3IQh1OAf8m7iBuDgViCraQwosMIRc6L3i+IbwGwRZWLoF5EAG/AeXg8B5Qh9GqAiOUogJlIzESTy2mDw30DQ3cIM3eAM5wMCB6ALvA7+DOYYF3IQUPIG44QhyQAIhsIH/AHqqf5iAQ2i9FnTBsxKBRPoHpHgDJPCEHVyYTfAEbDAHczC+51MI13oLJsQ0lvME6jO8dRsIOUi+b5s8iqg+nHisYLnEH3iBEziBU7AKheiyjWsCK+EA0jGANmhBDfOdeZiHc5jDefAFGBAgOaBCT4iHT1SIflgHc4AIQRwIOogMtkBEjtgyQ+SICKQqigCEYByISNyILeSILOIIOrjEt+CCahyIWjAHblhELPCEy9kIbxgI8rgBU2QCDeswgng9eXGBCcAzQgCHcwFHUkGTKgIHwsMJmzPGYCEENLIxwSMIT8DHgeAoQjAEZCRCxEvIhXyLBYSIcQAjwYCIJXiB/x6AgAH4hxkQh3WUQQ2bwxTJATdcgUqoCXcwh3SoB2phDgthh2YghEFgSLbwhH7kCb37hFbwR4ZUvEosImjEuX/ARmzcCDXaDIfon2PwlQdIASvgLWLiMHV0yhaUhkAIgiAQA9CgB284BmRABnpQSX1wB28Awo3gA4XISUzzhE9YwFogQrVcxJyLSXjjyWAZwmgMFnz4xMFYun+AiHxwrSCQF3GgOLFTCAwqBdOpBxYLw7FUCHyohrd8i4tIS5xYRMjkCVJ4BU9ojWcciIH8B7b8h7OMyYEoP2gczZgMh3MZiH4wh0HoggXkhnRQCYW4nYEAO4IQB9YbiHNImnzwhv9NACpDWIR0yAf+SQcgtEyFmElMQ6MF/LxP+ARZeAXkxDRSYEvQ5AgsqEuOSE6OwEd8XIS3rMSfHM1qSIh9YAdrIQhSSJB8SJpzuIU2iKMM4i3dwaD75LJ6QIZo+oGkuzt8YIfRI8hEHNDQ/EwD/UxSwEwFrUy2EIVsPFDn3Ajsw7T/GQg/4EnCu4SNgEm2IE+H6M5NqDXCSAdSQAIbAA4b2Il2QJMWEYdSgEOKMoZ5kYYatc2BaINuaCt1EQW4s48foANTwIZBjEZCWE7l3IjWWEtS0Mx/eAUm7U6HEAVPeNDjCxaefEsJ3Qh8hMzyS8gPVQjPJIhNcIMfuDOB4AD/GYDJdZCoeFEUw2QmhbioOxCHC/uHdagGNWABTkSKzfOBXPAEMN2IDcUJ19pM7FQIRJ0+L7XQf8gFYhjE5OyEYdwILw1IMT3NURPKhqwF83gBG9i6b1mCbCAHeKgXdTgEK3AFG5UdealRaTCGbvgtOx2H/ODEOyscLkBU6KsIxbM56HxSgqgFtrTOf5CFXSUIS3UIZLC7f6g1hyi1IRRUBuxOfKwIZuQIK2PAVqgFE82zj1KIQXiGf2CUcmiDJ8iTSDAUVzAGaGDBgeAFVKiacbiCFthTG8ijTbAGa/gEg5w84aQIC92EYXwFbsXOWgBCtoQQ0GzURYDJKiWIY9jK/2TM1EZN1mAxzYb8B1JoBU/o2AM9hlpgG8MgAbmCmx/gJrX6BzE4HXjQGlfokH94hOJRI9+hV4XYA1z4B3Do1/hyRra4yU9AVrb8MrZw2EWw2H9oVqWtyQMLFiU8GCLU0qjlTAZUr4rYTI/dWAhlBi8YCHA9gSM4Nt4ph0j4h3tAEzUqB3BoEWpwBnKACWj4gnJonXIwBBuQgSXAhWtIh3D4BEZwizi4QLskCMJbxI7l1mM9UGLQ2X+oBocgBYgd04FYikylvmAhhaRVCD74sS7YvH/4XIcQVG71BMh8y2ZdhCUggQtYgSrQhNBAB3VIBAXqh32Ih3SoiZogh3Nxiv92+AIPAYph6IIfWAQUwgdueANAUKL4mpNLwFRKfMtuHVaOeNzHVQiBJYgqbdxmXdp/YATnxYnnBcgolVy9w5LQdYi6nFphRaFxwIUfKAE/8oXYQYcyIB60SQlySIl+8IflaIdOOJ1yKIduCAZJaIbMcAfjU6KB0BLFuwkF9R9GyNLERViOsIZ/YIbs9Z+HJYhYaFymRQZnpTmpZQvN5Yhq1LTrgyzSdNZiHYiQHQhwiAdziAY3WIu4sIRymAd0qANukInlOA4gGQj+sYd6iAdu8AVwuIfR4AVeYAVqyAwDM5yxoUwmRdbkRNR9/QdrqIYL/jwL7VCFIAVaaFzje9b/A1PW9nisRRTfgCwiQu2xTI1OgjA+W/iHcUiJaOiEKkgCKviHO5AGdCiHO1iFcViHlEiOmRmVdLAGRxiF0jgdVIiEOhgFJa42jlA8TxjL9R0IxSUIZtBi6x0IXJBQC2XMxtVZCE5WSg1T7y0iTrbc6nzWZgVNM+IGahAEJiGCIjgEV4id11Xax30H1TgbcFhEO0CHOXOXO7gDTTCHesg7grADKra5TSAFWVhAxuxMgmiFY9XmCr2JB5VcIATC5NO0jPVeRrgJT4BlFr45Q3g3hoTMYagFev7MaIC1ZICCGgjJf5iCGIWGLNAC+RJihWAGoBKEFvGFgYiEO7AtkdIS/2/bCHbGCYutYAxm2om9Xg0eCFF4YHEeCMs80shbyEUgPEigUsErvw2FY4KoRHRWiEg0PpH9h1VwLYz5hxwIgjawBGnohirgAaT4BpMo6H+wB3IQBSSIg05okWUGgyfQuHLwgzUYiGl+C3LGZk8ov4ug1G+OWJxYiioVhSr1BEN4S1bmQiJc1H94UAgOY9H9h7LkiO3c1I1Y2mj4BDYoAyJwARXo53TtOgyOCswZiBJU2nYYF3+egicwg6E5Lwb+MQX1apzw5K/mXoKQBSAUhcoNyDSO5cI1aTEeiEHw7J6Mye79BxTJAzN4AsCURcCcA4LQm3+IhXB4h4UQ4nCABf/QTe140IWWAe6BYAUpoGq2wMdWsE4m/YdLWARMGFiHwGaFQOV/wIWlrdKGRUvRdAjt/uzos4k4jmVDfIIcCEnA/GNf4J0oY5PbDozbJggrs4Z6YIU6sIRDeKI7SAZWeJJJrMlaW0BOTs71JdKNMGGKsLnqawIKDc0F/FkQ1TsmXMS5BCp4eosMtjsUYYWBKO9/gIEcKII/KAdq6ALhGIiCJodpyLyiyztuMIM/cBkz6IOFPoInqWsmZVJZ6E7n1vH/Kd/PBtHNPGeC8Me5nGi4RlJuJgXuVj62OONPtgYUoQZNmIIieCIa6GccsN+fWAIvSAWjHgj3/gdT8Fq7Mwf/jZuCP/gHTQiGKiCP79tSTb5m5/QEC51LU17Atl4TVWBrSwyWtORu9YrSIq/JOafat3aIV6iF1mhjjtBmFLGGZk3snOZwGoABGMABM5gFNCq6Lsftf4hISPCCQWgFc6gDWvkHVhiXT903tojuCrbMlnZY/9nz/67Syc6+mGMLnXvafNzat1wE4UxjkZ5e8w0WL46GZNiQIMABFbDyFMABIiiDJ/GCPdiFmSEIbfiHZdiDQRgEL+AGVqACM0CDPnhiQNCKVXfzI/88nGDuyd3zscZmUdBmz9YC/pa77lDwbS6iIf+Hnyy/0uaJWsDJ0WxyhYAQM5gC186BFLD0M5AC/zpYBlDYBWwH89smh2+4Bm/Ahmcwh2QwAyr4gyfuBk7iCA90CLaMcP+pCIDd6E3waLaOhR4fzZ0biPXBwEAPaYWQA56EUgQtUCI0WJru5GAIBl/4AyoIghkg7xzgAShIg03AeHKQzWH+cvcmh3AIB5eghjLIgj4gGnB4bLa45vVcX56EWFj+9ZjkqM1SiAFT8sudVulE3M+e7GHogz6gAhxYehwwglcQhmn4hh6UzYEwiXcgh6v/hsHmBklYBV4YB3TYTIJogp4S7crmTodwecrdhJjX7H8wdIVgD/iwtEebKZMvckZAa7bgQLUciIKvyc+fLHTL0hc+BlloBWughv9K0AT7zoFd5vsJCYcSTPwvR6FpwPaoSIi3goYEoQai+oiiy/dFBMLaZ0vqvNhqWcTM39joljT+LkTP6g4v3NKYDmmN2Mdg+YTkbHIiLyJv/rJu8AVfsIQpYBIc4AEzwgepgIp3EGJ64H+jBoh3+OrFa2cOXTt0fv4xxMLwIcSI/2rVglirlcSMDDeJ4uhJI8iQEJtodASyUyeGKQ1BHPSQ0ENSFSOSEvmvS0SWDD8yrCUL4z905br5imSmDJEjw/L5e9ivn0So9erd+1dP3j95r9IwdPPPIRaSIGVl9GmToShSZP+pralRy0OHGlM+bIIFbESYEjth+sQQk8mcZWX/vRJJ59/hhmQiypG4lrC1du2GQtNVSVKrev6aZtz8jx7DfP/w3WtH7d+armdBHpu4FuKmjK3cynIbUe5qhk2U/LvSZAmWKxIba8SEKPcnWX4zbmL0MHHuh8R+vuLWTt7kcc6otXLXz/O/ppvH47NHOh9pdMQkYdL7z6tE92zP8gQZ+1/th/V1MoQZ56EbgMCXEW9fSfRfSMutRkp99wElWG61HEMRWa94sooy5TAEzzrlbJPONPZ8N95m+qSzjz7m5XNPVfHJB9KDDFnzz4wMrXWfSA/aFl1ETYi12nH/9PWPJykRAsiCCub2hk1kyXKMMP9gxMc/3NTTTlbcrAOL/xfffPeUPuTA8s0+9qTDED5WDfPKkJ/45R5xEO0IUTQWxcjQIhqpRSSeDy30D0yYYCJkJy8W+k8Wu5EkF27vRYTIizwmB1GkEEEXp56vkcLmP35EE89U62RDzjrFeOEDLNOcukc4/5h4ZovxTPRKRUpGNOhO80XEDEOt4RedLJ6kBds/m2DCX2GFqQQRXXX5dhdEY0hknHEaRerJR6QoyBJ/Ebn0T54i0eZTLQrWaZU72YyWjjeDeDHIHs+Yhw9o7/wjmpoQ2fKPX0MypCQpNb0WkYS52Ubbjp7g6FezIBVo4D92ZXTcizABIsefIX30CU+EdPvQIN8uMki4EnnCIP9Dbn1i2zAQjQOMO/W844479NQDmj5pkhNRPf8o+88sM0X0ibIcMzhnRMjkclZtTadMFlCX7CS0zzYpYdePPCJoUyut1MLTxxnlWXJGNQmsLccMEQNRutW4g08+OY+mTz3rkENOmvjWE81Mw1D9EEavYMSTLBXlUjguEPlqU31sASXLTxE9+Apf/zTcsBRYKBHWPwU2ClKQGeFK9kRpVypRYqTrR2RtXtMJqs3xkPOMN2/jc3s+9Ni9DmgQpfkKrQ/9DNErCmI7ES7kFj7wP6Lk2DyOE0lP8L7LPsTXKhlprmjmGSH50HGhP5+RV98ipoZIZNvmk7b/GMJHa/W4w5D/3daQU/NA86+zjr0P5c3dQz6xik90YngMKczpIsI8PbHGNZ5ohScK949g+IwvFiRUw/6ROd5cLSNsgAiCgiQ+kAzPORmhgxrowAXoeEtyITkGqP4BKneYwxxnikfv/uGOdYSGIVXBR538kj1cDdBOZdPI0ppkI+fZKIk9eVCt2JQSTNAlexDh3D+QoIQCwUUkiPiiXjIYkcadEIVcQIxIIAERCf5LOjN8iDvYkQ5zsGOH82NIPfJ2u3udxhPFK8ygiBaRV5gQXMXi08kWaJP7vOZwhSOGWSrSMuH9w4oO05wSkEAS3lRBIgMSxD++GBJc/UNqNoEOC0USSYhcIUpW/wEV7OKRjjquI2YSIc296uQJhiWLXw/Zl63klLKYoCUkbgnYQ5InParZYl8D9MtyrGgruTRBixnp4kO29hBSfmSXvoTIcnAVJ5yc8R/oE9u3NhEwp83EJcSQlax6ho94wFKG8oNIPvDFxwPmSpA8+pUoYvEPgYokNk56SC0St7F/TJKfD7EiESHSyc7t5h9CeMjD/vHBkOhll/VJW9o8aZOQjewf5jtkgxjyBmXE0549w2PMbDmQl740H9zQjxR/lpJgMgciHdkIj2ZCtVrMYl+U0whPI6abpWZNC1n4xxb+sbXvrU5JSQ1JuEJGMpDRBJGKY0g83BFWgvSMnjJ8SP/P0NOif5iDSMrqRJEqiQkD5kagohCF6kTStI0JsiJ0BUkXOZjRTVbBqdi0iV8KaS2JdAtHY+sTRMjoBpfUIp7uaIdY84jHGOLRKvjixz/G4dblvCJ7tsIEVRmSSib+I3HOYy0aIVss1gZrPoGDyACpWCQqSlQLWYNIRrXAm41uVJv9Aec/8XTSFi7iroxLExynYpWIDGQ0+synaAfFE2ha0nKk1AhsXSuRFPYpT6xFGnKrpqBBFUoSDXnIRYVQILE0laOB/OZxzyIf2/zUpDYxxCDe54d45OOlDKEZPckKkXvAraY1agU0f6YkusDkRdFjCEEjgkKIjIxssD1JKy7/SEq4FKgHwI2IEiY60bn48rvJjY3AivkPNebmCubAF83Ytll5wm26/7jHNjRiSUsGCSYmJCMyGOLaC0tkuSCpiF/nSijejrhzVnvIYSFyHI594nR6iVS31qnkw/k0I4r9xxuiEGQZ3hGOPn5pVQosmno0FL8OhQiu9KJOjeDCrhAhL8iymicm27kwcf1LszQnEWsyhMRakEIVVvwoZiVXTsujCRM/DBIkVASePBzrOuRn4NH8mKZ/u5BfIMysQVX4IaK4kxM1nZGtHjIjREsqIqi8qCw+RItIqAtFIZYXk22TR36E8j8WZyOUoVexaVgCldoRarDq8MAawWU8inbA/0+0onjZy22xNZJkidBYw7KNSGyiZ6Hi8el6/hLJw3zLkIxWerFtlEiNbJJXPpijHbI6KzwgMmofajYeESZSARnSbdKS0hCkJAsyWnOMZSgbXE62eLn9m5tJXA/YGO01r7dYb5AYl6pU7Fu936ATLKTBHATxN5baHE84Q5d+pows0Tpxa+G52Hm1iDgyeOXqf4DCJWpUo0seCxEmjbzRUvhRgS5K74tqJLW5sbqQiEa1c+VqlBJpuVl5+JCC1HPB6MkHOzTWiTv5pT5uAfpDmDFub+UJEiKzO0O0ypCwRecuYfk1RKhOdZBkzHv/wPqBsq6sOg+zJSLBwhvG0Q4DG/+4IOv4949FE+e2IlZyXH7IMY4R8a++9pAlfUjGGeIHPlDpLCjRSFiwmcl/DMGas/8HXCQdEqoiHvcRAcSQ6EpGwj/kDWkYR0EiInYdYn4g0M2HaJG6k8kpsLWiZ0g1bFLu1KM5ZOGOyE5DahOx0NvKEcmy4a0OlzVoQff/EpyyKpKfkGDKUVcYx8BDa5Pb3TQihZfIJAUP6I3bMVRDjYybbRCaRPAB3+nH2lnIVUWEFPza4AHevBWW+z1EaoREYWEZRCDJu5nFCYnEG1yBFEje/vwDD3UI29zTWu2TRPiBi8XfAbmO9T3EMjAENvxDDgqUn/UX9+2dIXTLzf2LH3X/00vAW+fYnmBFBBugXxgQiBQ8TAaqhKpx25xcnKPcBENcARJQAzqgwzpIxkOsIFqRmg8BkUikBIT9jIX8Sq9IXNDFHXihW0sMSAN23WpU1LxBhBEogRE02kQ9lUY1GlfgXmBNYRVAGqRpoPTpik1EIU4wRBpIwTCMAzVAQzeUQzmIYTmMw/I9RIvwn2pkBF00y3IITTWsYvbxmSgoEiSqVL15xX8Y11KZX4Hk4j9UQUZFFbxNIQdJwWo0Dqa4QWMMiEQ4BCvUgROIQSTwgoZIxL9BVx6tWYL00kOQha/k20Ncwz9gQw5qBEfol+iIRBxoE27whuCZH0PwojsWSBVq/xBDGIERSEEgOiKeVQ79kSCaSQEoEQFD4MA/OANDlAPnndWP+c9prKHP2ErB0EhGeEOvOMZDqNPwMVbToZjt8VpIKEH7PUQUfoUSTOFDBGI9SpogoFZGvgGjOEQZQEFAukAisNU/lIPYYR6a/EOQfYx70EW3CRXz7KBEgsSOdARrKWAYMF1j1F9I2OItcqREZFSKaU9DCCNDSIEwdtIG2gRLFt9qAB4VPEERPEQdMAQo7kxn+c893BQyysb0aIQ1DCVDyKWyxQIpZNjAuMQ5QQvjnBlDbGAUhuRv/YOJFSYPdA5MtiNEaAF8OARcWOU/3CNEgJJ3ZaRK4cYTEAERjP/lP4iBCkbfP0ibguFR/4UEXN0W42HfQ8jlQziRRLgFoV2BXDDd6tiEU4ZEDPSAiXUOL4JEOkLmLlKai0VEW64GkwgjDrhADuSAC3xBQUYEZ5GmRHzPi9BVK0aEN2bE/DVPhvmmbErfylSdw5ifbt4AQ+xARPRmMpLEo/0hpGnltIREcQ4Cba4GDMzAPzwBNEQj/VyJ/1hFaQ6bRPyNROwg6P3D6MEGE0FOLD6ECfYGCZHCbIDERsUFOxImQxxmhvZhcIKkV2xO9ygmalgPpUlEfSYXQLoAQ7gAL0QfD2EJTloFNvRkfomENWTfdWafgfYKLrimc70GLL6XRihH+0T/hwU+BBBEhIlNZURsoFUKY/k1zFHxSCqFxHKqaAqgQjfoX2heVjxcXs/Uw5pdlapFRGvkKDfy6DH0KLEwhBORziR+zk6sT0RQ5tZApqKhWJIyxBFIZvkBVkawG4SRUmr03t6dm0QAJBEEAQ6MwArUATVsA2h+qazckRoqEURYg7K14oykKUWexSQKhypBhBwYasQA3sMYwZ724SI2yufIKfH4zG1F4KE+RF5BRBLgQA4UQQ6kwAikwBdAg6RCBJYcGKhwHUhc5IywIqca4ERWH21wJUikYk9clVXaBb0NAZ/SIyA22lm4AVcc4q34zEwEk4BkRB6qBkzWwHI+hBM4/4OLwlHMWUW+JdUnINtDcF2z3qib4kdbvNZB1ZvWIdQbXmQnVUGe/ilvTuVW/lORFElh1MLwGOp3LVRIBAEMMIQI/AMP8AI1lOan3WQ9BKhG/BFD1Fn2bWNEJFErbMJPXFgSoVey8gSURayt5IE2bU5GydcFeitHHV6A+B+hvJ/ECuwuXQIhDOc/5MA/wICvjgAPoAI3BFlb9dvY8RA3FCFDFGEtyCyCRtx19msx1YZR4kgSwaIbMF1bFsYvzMTPfFCF+t68pSNGNaK9+YlTfk9fFIbfVA2PrMKhSQRlPsQIdEAK4MAqbCn9SNtZido4mJLSuhWBRkTY+kqwZNicxP+sRnRlZJHrgBpaRtjtx2GZ6I6cTtxX0dqKIfRetYTTS/xfEaQARLgAKowD1YKVf+5Qz3yLe3wMgdZJxc0dMVWknpzMRarGd9WC30xSRRQpvNEbrIonRBTnnWELRtwJoGzTlnVcSoxQJzwVEQjkP/iqCqABNFBD9GFW8oGVOWhtRhzvP6RssimbpgEpW5CFsNTm9N7byfZEQw5PHkDEGkyUyI0EcNoELapeyQrNA7Ubi4mRRoASFfwDQP6DC6RAB3RADliCsIJm3dAPW7lvbX4NG0GkRCSoW3RELDjPniETSOhEcbIblJUr/27avJHEYFqmzo2R6/FWbiRn08ouCPz/gwpMwX6KVshS2zpoYfVRxEN4KnN0BEbYr9kcjf6GxL5MbkQYl6+JHKyGD6VER8IpCQRlRBglkEaYgQXnQA2gwD9k8K+6AifW5BiO2jpcAh/8H00oq0bMRFoMC5FEkI1kI7NBRAMObE8UbR4KF4eCjmUOkvG6hRaTKESwAkOMwj9wAidQcMY67T9YwCePQBHs5yeG5oERxDrwwWL8U74VYPxmI360QixMaFf9CtT8rOVIBK3wlDZVAfkp1VdEr3sQghsQs8M2sM/U1oR13F78AybPwkMgRcaqwAiMgAU8ACiPABXs55am4JeqYOsla+NJRCtW3DBFz8nMRtO4xfGY/2Z9+FHwDA5IpAZ98cbTXaiAMsRtggQhNMx2GeEpMjNDWPJDsMIozAInsIIZMO2vjsBDdMAbwwARRAI0jEM5cAhm7VA4/0OcsARPnExGeCqyWtqvtMVjSKjXMkSR2ZpN+BZv7NpcEEKplqpGQGYHdiBDCIJeuIWFrIWCNEwllCxDQLMvmEENMEQ1v/E/ZAAoY7ALmAEvdINkxBMPkUGjhNlHkEVC0ckxjDSmDgx6VYp8QBP8ZtMWkNjcPkSI5saj5V6H6h63+S384dcUiY8lZxBBUzBDyO4/WLMF/DVEd4ALFAEqkPI61BAmiGtZPPIw7YhtQE5ZP6KdHcg+f8UBn/9FirUfNmXZTrHb9PwV4uX1Q2jCFPRqUv+DBDAEKHeAQ8MAFUTCI6ACvJYDUDRs9t6v0EyuOQ+o9NTHq2m1jRhvACVhhAKIVP0eglAvj0gBiamn4PJL+PUSAdkENGdEMGiCGajoG4+ACqD2JzMERP9DEDzBE9QBKpzGLwijYgfQnoQ0r1RusiGospEFmf2DYikPRrDzWRTGvcrsSpfiFQnb+Q3IR3ZOEjDpQ3xQHAgCIkw3vxTGDrPYL23bQ/gCKxwCRKSACoAyQ6S2BXA3DARBDjgjK1DDaVw2MU2uNWjqsj5E2ErEbkOOSQfLT6R0AJnscR9eTlsOXaTWiQI4oL7/dXpq2XE1TOTWsERowh2AQa+iQDWDcmpLQGr/AwqoAAzkwBPcwSOc7z+sNzi1d6bSyI2mKRSjMPzmd34ceXoxRAvU6V8cB6agH/lcE+4V1kd2EvpFippTUk8MTyT8wxTs9RtD+Sd3AChbecYGwT9s+Yk/6BHhW6dGxJo5q4sn29LUxnL4pYT+XnE0DCPY9j8IgiF0L2Y3ihugny/yCCB0i17wHW+9QvUIjS88AkPkwAhUeXg/BIergJXTwD/cQR9w+REgAYpjIVxy402xZqX/w9JMsjBBhB4L9Kf/Awu0+a10grXvb0j+Awkc6UOcQDYNOUMkQRUcuIh+YG7QBTQL/+AEaUL4djcRW4AEJMBDTDkRw0CIT0Ed+MKWHsERyONriuATJxs3SiQ3SGSLx6FrdK4Dz0YZe1BOs9c3nYHoZLtGDAgWPUwasMC2f4/VKUFikrtHgoSpVk4tBAPVTNITyO7TTrnLIzV3W7mi83sZ/HuU8guYZ+qMcMNNkSxEZh8yEAMyCLxGZMtFeFEoSUQZUDv46ABDyEBIXDYLiAQgGJf7acEHGSoeXPuDhB5DRMNpuLtSY7C9J0BqJ0BgO3R3q7EvdJI925ofsdGMVBylr+ayr0Z+OPv7QgQbtIDHs8CgQD0+ZkS3YwEJrIZtU2ES5DhDpBYeUO/wdLWvRAMqEP9BCnD4PzxAvdM72vc1vGesL6g1Fsi5lMR1blyDNT4rHAKVkAw3fnzN942rua7BGgRtRDh9SMjFd/rsdPK+ueMzkAsuFdHgP5xLNCRDXrM2SFTzrUNEKHhg9CpILbgSSGTnMD7EzbHRAiGeSfAExQNIAFfa5pxF1WfE4ndOFmCTqYZ6LmsE2LMCQG5sh09AvSO1oTt0CgSBGaDCQ0Ra9JYpQPwj9o9gwX/cDBasZu1ftWrHDMr65KlVq4SkZCX85+kfIY0f/2ExmMcNSJMFsTQRKTJhnJMgt7yUCZEgQ1ZE/qX4l0FCwp4jRmiwgMJgKE0GtZjkWBBZTYLcwoVDSHD/WzVs/65pzEjQIkFDBLfKlJkGpB+TYQw2kcISiUY3JRGJJVhF7r+4Bmt9rFQQKMEEBwpaCGqhAwoV/3Ae/UeX4JqTeQlGM+ht3MeFCZv+I2VxqUFPkAvWavUJU0JAHv8ZYmQSUGuCbMz+6wQypUi1IesWZFxQScKkBOOwEQuRIUNNOAmOKPj3389/Qon+K/Kvz9zGjh13xBsWJLmpBbFVM0jzE0GKnf/JqsVdJqCCS1lmr5sypBKWBKV8/DTboPDdBHuz7iVBNAqmIIb+oWYvglKwoKAB/knAAhU6+KcDwgp6ooyPStJoqWOiEQ+kcLwLhyDxEHyGJokK6oqgzerqBNCggAAAIfkEBQQA/wAsAAAAAL8AvwAACP8A/wkcSLDgpoICPf1TuBBhQUiLIApc5FDgoIoYEbq5OGhjxo8C3fAR6IcQyFakULaStbKVw2MCj0VzuO2fN4LbvHEbF46bQG7h/vkESZCUwkWekFL8dwkpQ4K1av2rRYpoLqL/ZGWtWtAoqa8Dnz4lauifIUBY/zFa+AmjLKkFhyGMZo3uzIzkxiHUS04gOXN/yeWlyY3aP8MCaw40dJBgY0+fSMHNmvbfKVKXVXG1/C8XrqgEZcmqavQfqbYMPXH1xHApwksO0YLE9I82W6itaml9O3DyMbn/lBGs++8ut20+vekNN65v3r4CAUv/O07vv23IqSmOhl07taEg157/ljpa8uaMpChxJf0PV++rU3tvlarbtOr7Y0H6sS0bKyHIBLkkyysITTbQMDA5ZJdA1oDHE1//NCdhX9aB01dNhm1z10DURKMdQnSYFeJEA7VlWnwVGcgZZgKp8o9mmr0oWi67daYVefGJdaJD+VWWViuevFLjjb2pSBBMSM5kzT9LDjTOTj4x9w9zg+Ul5XHXdTjMhkxG46WPtZhoJEintGcZKVflooputcDX2UBaFSVQZAv16OOduFGmJ54IDQXeUA9SaSFQQym2pUBfCkTNkoa8gZCjcmJW1ZgZnaLKKZfhQoqLl+VCSpwEXQUqZV6VVpGdCGEyCZ9wkqeVgFkR/whVQQn+g2BFyQmkXKDNgcPNcYqBFE1ZjzrEyGUYuYmQpZ25iBBXNKJYoFafunQfj6xW1soruXWrm5AuxUqgrAfSWhFywTLHDTh6cXPTdSABl5Zqp2GWS5mhfqRKtOcJRIp7BdUC8EAwUVVeQ6hmBAixGNlmFkEOy+LJW0IKKZBL21oM6riUIlrccbn+5BOUwWJlCB2GyPGPygSpzMhTVeHr0FUyLytQLfuOilWCpU3cEEGsDeQwRqsSxLBAJlVEYH0s1bLSVBSH6xJcr9RCbkEdMqn1XjYdyKW8tkYD9kUYMUIJnadxNlAvA52iLELOFjQqjVF9Nip9/tYZNEZJ+//Y9z+E+MFUQajlNqtANU5NELm1yBWNcFweBi/IioHX2zAEgp2Ra119UjOmAuXiZs2cuZjzVGiSFi1viHc8UEqpAf2R4P0NJPhH+ZHLbStSO/1KkFKF25bVU4FNjXADWbPNh1hmGVdBtgRTSzADEcMyem2BThDpufSiCi5Xfb+vi6nv+BnTUNf32cBQ1SjkJ0BenNrRqVYUOEY9vvqPibLy/srvv/vHK9ryiU8sDWxJYhA3osENaxBHaUojBrlCtJYdcaVMZepX6Nj2IkupiTSgMpJkZPG2m71FZ6KqyvsGdJ69IaQst8MIwwQXQ6SNxVoXg98/wlUngWDCgG3h2DD/jCQTBikIglcrCOfa5q9anAIu8OkFvmTmNretaTNxutunBIY3NrGPIMRAyICCFDs+scwN/0DjYgjyN4QoJD9v9CEBBViuIzpEc3Qk1xyJkjbLiO5NaToFB0P3ojeBJW+qgdNm1ncMN6HvcPEJE8L4RD+CoJFhnniZJ8piCNvApiBDa8gnMNGJ2rxiFXScyi/gArZEIQqPBCmlD+eUyjZKqkz3AqToysS2XrBNkPvC13k24QlRsMYrrEtTQb7YPt+RomoBJEob01LDhxntkw0h1ic9QZtQplJaqkQIkgQSRoG8ohME8mZB+lbBmLHoH2xjBjMKUjM3qQlU+PnZpyiT/8WBlDA033rmJ2QBPxOZjCjVFEglE1K/jKDTnItLZS3KWZBflNMl3fxHKWnTiVDSpoJyepGbetGMf8zzKhy81KVIZ5rG2McTKPlUFk+IOIeIhmlUARJkCIqRGvpBjQTRQkXc8LeFDu4SMYRNQknpsCQ65BXUG0gwhkiuocmyoxutjVYXIQrXvHMg8jQpWAXSi3utFBeWYik2L5aV+kyMaQNlUxaDlxUgtaKgQstWZeJAkBjuJ6GysQ0pB/K/T7DilP9YhUEJIr2CcBNiHSVIJRAx2cmqRS2QGIgq4saMeDZjnszIxTzLeiL1EASkD1vEJ1FimleY6nV1MlxdJSYghf/QKSNtpN8aQAIIN9SOhv+QTUIRIstZ/lCA6HyoQFDp1BKhUiCS+Ed0r6pRQQSXIJDIrGbf5KzQwvNF3hMpSwdCiRcuBDao+chXnCbXicHUtnft60DcMNyCaGG3d8Kv32I52IysohP/ZUVytVqQosVmINbtyovco0z4ONhtGszbWgxh1FNZMyX22eF7V1ILmPoHcCEJQxoEIoV/lFivBakwgfVa3OsSJQ55EEh5CRJMQI5vuzT7ByVQu5AlqrEsm6DNJpOySYgh5K4Scy1bsQLUgegXxbYDSXQFgtXBSqJvpZzslAtSO5IIBA8FYYN6M9Mska6UM07c0YwJskSFZuv/jbJKGFbW0AWCYEGouxUqlP9RX6F1om+AqIRABCEJRBBXEF0uCJgBAWaBiPnJCrYMp+IWI/asBbXXm28ajVaZsbzxEwCqSAzDkBEsSKHEppYCFgRShTTcdyAjzghwm4yQ2v250C4GxJYBkWBEJ1gjX6b1nSI8EB6nBajA9VGPWuyjJvxDCScm8amlUIVoV2YNfEWIJNCS6I/k4dfd/kej/5EHXVciD7EmyJM9QQk7XcshmZZDHDKNkdqFO68YYXZlmiCFJmihxNAWiBFM3GqMQBohMXb0oAcd3QQLmteA6EN/+nDd/jz6H1UgSB7WUIlkdKMc6GhHNyaRhjWc4R9l/xDIy3Zc7MxSYhOUaLM1+UTUtKiYyw7Js353u2qB8HvgPDgCiQlu7TnXetCdkAShEY7oilO8Ihmvgsmhy4tuoAMeA8lHOcBcBTakPAtqWfM/tMtp+mUbK1gQtqZnjZBp+ujgSlBCQY4Q9H8MHCF6/sjBBQIIXkPXIX2w7sQV/o8z4PfEXxBIHlhBPXncAyHlWFUW9l6Zn/5j1U3AgrN9TpCiE6XJfc6WFjb/DyQU5O4YBwmk10B5brv4H49AiyBinHCB9CHhZWBD1P8BhX8cwQlQOAM00IEOgbRDHsgnyD1m0TI9VHhEHymx6QfS835LQe4C6fmmC3L2PdtXIKM/vf/4/5F3h4hZ4ZTnu+v7noiB5OH2io9xH9hQB1ZXodonPsIX1iCJZDje+MdHEPzgfgNBbwMBfZjALc9VEKeWedNXEHIXcNDmeZVBCFO2a3iCfRUxcBknEGvQgQixcx4YG7JRggMBf+SWB2Vwe08nZiD4ZcFADcUXD/dQD/IgEPkgEI/3D493D4LmEJCSPOxQD/XwDyFXDoYBCCNWYqcGbfxGEE2gBEgQcM+mff/QfVixKv3xNwsjByqTbaQWhALxgKengQRxfgOBhpAmbPZWELXndWXwfmlYeAJxBn7wCtTQDgLBDubwD/EQD3yoh/fQDsUnEPLwayuTiAKhBjtUiDn/qIMCgYSVgAdrwIQmZm1mOBDXJwXl9w9ryFt8lxH0tltRiBFGQG0EMXkvSIdTB4oE0R9y+A/1hwdlUAcqKBApZ11rMAzcwA5/GA/cIAvXQA7hYA3HUAtDUQ7/8HFG6IIOsWppMA4DuIMI0Q7l0A0CEWtCZ3oPaIbYZ4Wd6GRbgHNt532+R3AdqHMEYXisOIJEEXEpqHj/QH9OdgaGl1y1MA7x8A/1AA61oAY+sAS0EA7LYExwgQ7QkJDwhhBXwIMOsY//cIM22A7jQD078A8jhgSml4kaqASmlnoDAYJaIFSrSI61kVUgcX0f8YJSx44DcXIOgUZoeGCKB3+0J4tf/zYc+5gP8WAIJBABIRACsfAO9OAO1VATbYGNAjEO8gANFaFnUUAQWHeDA7GP7dAORSgP6+B7JyYFSOCVqDcQSlAFVJhxJVZtHdh1JSkQ3UcIQ6NOHyF0A3GKAgF26UiH4IditZdy75cHYjZlshAN7pAP+cCHSyAAAuAF5PAN/fAP+7APRQkOAqEJ/xAJ/1AO5fCDvVcRvPAP/IB1OogP8nCV9bAO4wAO4GAO7NAO4FAXmOAHIxEFX4kQXdl5BDcQYJdzr+hDfyZoWzZz1Pds09cDdlecY1kFufkPyWmOBHiLgXcx5FAP/NAP+xAOXEAC/wAAXrAPBNGY/+AOCnEGUP/wBJZgDJLDahgBHPAAmjZYDl9CD7KwBD7ABacADuzgh+aQn9vwCtNEbdBGkqm3li+5m22HVSDGZ8NFgWJZYrvldeRndBVxbyiXcL6ABa2QDjnoD/mQCxQgAAsAAD6gD93JD/hADp7gAzawAy5ABP+ACi3qBHV5eQNBegOhDgXyD5tQDf8wCDLwDxdwAktgDYOZD0QYD+PgCWkgOKeGlmZpYpdXbQPRiZC2cTiHCYZGG31TTVKYiQIXpWGmX+HIfRWRcOd3fpXQCZrABi3QCvjAnf3ADkuwANkZAT6ADwXhD/tQDSQQAv/QAiawAkQABr5QeJspENiXeYRlfEpJkTP/IQzTEA70QKSDwKcAQAKyQA//kIPu0BfEgAlDc2oOgYrouQVnoAVloAUw6YkOIQnFZWgfYQSmxwMOUQWlmqqVIWa1h4WUeHIxJmBQsAIUwAJ26pnccAICsQA+kA32UBD7gA+kgJ3/IAMvAAH/AAaW0A2+AAUl1nva6hCICBUwQQ7LKhD9kA5eEAH/EAFvEA/7MICRSqTHsC0hCW1kaZsY0YH39mv9FapSOHByaZt2WRDpF6EOkXAx1gmVcAQkoAPbkKH4YAghgJgLEAUiihDp0KMC0aMv8A8iUAT/AA31V6hD94AN2Yfl4JSssEYCMYAD0Q/uwKcC0ALbYKf+IBAa/0oOlzBizEeBAlqqBMFXXVZuoQiXMloQPNADF1mcYeoGA+uGWDgQjcYKUrACJDAJw+qyP+CjdAoKFTsQzRoOS/APC/CjNtAEHPAPEzCZQ8d7ScCQ/3AFyWCEg/oPvkANS2AD5TWd3jkQNwEAAoAALWAN3DkQ/uAOfHAFBGJd1zdwmyh3J9Z15SdmQKtXClqcFbFbTatxEUogVeAB/0AGGcoP5OAD/8ACi4AL+MCyLfsOdNCjG7ABMmAD/yC7B6AANeAQUNC207cEmteQa9CHAmEJWWAL/0ACF6AK+VCzzKoGIRABCPAPCIAFEDkQ/OANPyAFi8WAHPiBYzqTrxdjYP+GRk9LEKgnq4a6ezCJuduXFnwltJ8wDISgAxVAAS3Qh/2AD+kgECyADfkwuAShD8egBiwwED2qB0KwAQJhAn9wBwJRqEbQeyTbkHX2CSInEFSQBXz1unqAqf3gD3vbD98gDIZAAf8gABugBOCwt/5ADizQAojAfNAWwwVheLYaiq84k2oEVAY4EGQolk4Kkmw5j2qHEbXXCcngBiewAQ7AAu7AnfUwDbHgDZvADntLEPiADAMRAthJB3pAByfAAAowAWaAcgUBBSL7tgNxBWoctwKBBiYwfSTcBM0wrAXRD/xgDkhQAQLBAFhQhAPRCp6rfY5rqAqDEDNpq0M8fgP/QZxDF6YGJ1+xNBAOEAXk4A4DyJ3f8A34QMfdaa4D3AItEK2ymwnGKhAuQMant5mZ52yah8ZIkAbMOMZnawMnQAIc8AJdAA740LUCSA4/wAD/QAEnsAmPuA/roAP/sAPMtwZTaGIcaGKoWhDfWhAliagVQYayagQBh5ZpkW5RFlylJAgl0AKD4A7/Sw/64L8IQQ+k2wJC4Gw2ILu0DMwIIAIDUahn3MMDEbadUA6hcLsVsLEEcQItwAXY0KYOgQ+ywAIfcAH/sAT04J2t4AAYJ5l3R68h2Yo2PMN0uIqbR6MZQZwq6X2fYAuc8AIOQLp1XMV3ys4ewAJcQAd326PG/yqnBAASA4cETWB6TdCQV9DTWBB3yTCoJiACJSAQtDwQJEACLZALvEy4JXoMpKuYsIausyCZVoieIFHDULh5QQ3SwukQE6hulpQWgMB8swAEDoAAssDSFeEP/qAPxVC6ixAO8ZAOIYLA/7ABwKwAFZAE3st7ApfTadwEdebKeUANf0AFAnECcqAKi+ADtQzMDEACjMDJdVyiouAFwwoOobwC1KCUlvvD5kcUShCFH40QPcylqrq+Zi0Qs4CGJYMR5WoILCAD3lCx3GkOS/C8s/sPDIAAJvAPW7CKTnB3LPqEIO3T/2BdijAQNuAI8/QPSXy2FXABTRAPbk0Q+zANXv9LENSQDJ2walJI2nzXdE42goeneaet09mn2oRNEINMFI4sG7ZQBS9AAhDAxCCxD5MaAsfgv12LDX1K3XoMAvOoBHeXtEbAogWBBD5t2EV7eaGQDDUAAQrQACdgA6AcrT+wBD9wAhXwA9NLFLHQAhHQAgaVNPrcdGd3O8LGb6VYemJN450XbWvgyB+BCcT7CUL1ARUQAaKAFUtQDY8ogP+AD3pwAUJQygoQA3Hwkf/QAz1gvgjRu2Bt2FewBbMQCv+gAAigAAzwugKRtenADYNAAhtACkeOFR/wD7aAGB8hCOO7d0Ighc4mBA+eiTJeuWmBPFjQAzZAwn6IFXS8t/z/AJmLsAF6/A8NQADUGtYIwQN318oFAdI9rQW2kAXDXQDArb9c4Jj8QKLEwAIUcAVNTBQ+IMxw7hPRYBJS4M2G5nbyXeNlPobTB6ofSaNZjRFp9w+OIhefoDKhXLxRoM4I4Z37UMWNiQ/scAonIKf/cLbQO9waKRBU/g9WjhESvmqHLaN8tQUgoAAC8boy0Ieq65jH4AEIQAKR4xC4gMwcIhQKIQViiDSE4KohMaMIkbWqXXoAZ+kO4c0gkQtsLBAvoMfFjhHK653Kiw/1gNfY+bd6rMcEgAE+x40EwQNJSxTMPRCIEAr2HOYC0QLmTJ3L7rXhQLrP8IjbXfIy8B+2/6IXtkFriOBN+KWBjPwP/v4PQtCNhAxsaAcpbUG8BREBJ2DOROGd+mAOP7ABFADMjH4CAh0A/xADTupsP0CcVr7taXzlDjEKSYDxDUDd/9AM+TCdFfvB9fANaaHnTvJNDqHvUDgQP3ADWWsDPeDvYM3aldFznmAYbWSsZEPb/+sOpGCsCMAAFwDMNjAGK/APFWAAGP8PzmZ6e4+0XL8DO9/rX/99oxADYP4PG8sCXYAN7BCpd7oP9kAPV4sRGxDKDBENvpK9CaFOXLoDOyC7PlxqE+4QNYQFjkIIymANjmD5SC3QjukQHvwPe0sP2NCQC1ABJGADTV4CNvADGHDTIv+A9QiR+YuMtLLq+cGJEIgQB8BcASdQAs87tjKQCemQzvugvP9gD/aA7AURtmUdt9ZgJ/xx6QDxT6BAG/9+2PjxT4iSf10GPoToBsvDNW8iDiT0z1anf00Uevx3QgadfRAh8ttHz9sbHwJfvCjY4wREEEn+VZkoEImQHzf+9djR48eOnwNzTpzYJU2Yf0zdCHyK6IYCBBz+7dggkEIEEnLA0dtX8p8+sf1MCrwm418LKf8M/fOkDNy/WmchphGoRQoWhj+A6vyH5N+Vtk2uXPn3BksUKYgtDnyz1G4aT/+GEVKSsKNBgS3FDjRr9l+/fP9IqfHyZhO3ZnpCPsQAAsj/TSkgBSYcGrSnQc0CH5tcE0Yy1DhxTBj4t+IfIh0kSgxkUCJMOnyl7Zq8MDijQI7/lNW95HYgJpO2r+5o4onZJkOD+BjChMnTsWjezHFrxYeMQCxtBTo0yY9WohEoDplKaOGhBP9RAyJ/HkrpH3PccSceevLZJ563BCoBhAxMSAKKf4yQgqGBNOsBKKFuIOos4Z56Sqmz4qgChAIwSAKOgZ6rgIB/ECBhkHQg1Ocsd7xoIUE3/JBDoO26seah7fx4CAvCBJLiEmbY0ScffOoxZ5x1yjEHnXrq+Yef0twJR5iz8PLNkFqiGcccavLYwYQKXhOoh5Bk2AQfiMzSx55//9yhh6zP9nEHiedAEMgEIv6xCaKE/CToqoKCsuspgfCKESIptshCBAgmMGEgG3aQYQUdWvjAgxasEfSfsD4z6QfEANPskzK5+aeVVsizK8txLuSHtC//Gaeccv7ppp1B/6mHnGh+WaWTVjohz49XhonSnGf/eQGEPQca4jrQ9EHUUNEEKomeS0JYwQQMMoDBpipsOiKwEzM9yE+ievDUJC08BRBOLAX7B45URXChz4HGGccaWcjwYRB31P0H2F3dEOw5jOrseJtogmnln1de+UVllYGFqJxxnPmHl5r/oRmef77EJyx81tlmGIGooWYYaoA1R9w+P/gRgX9E9ugHH/+QScfQhwQlq5+SUCpyn3aiaMGEh3H4hwqBjPjnCIZ5wnQgonbwqYc1rsMLzt+wQMK2LJKo4R8XYlhhhQTX+ScffmzFJxxYiiGnniIhwkcUHxhmaiCmT3jBJAK7ARbmjuOB9x/CnTEGFVRK+ceVgaAp5551jvmHnHzyWYeaf4KBRqBxdE+mdzZAQM4AAiAooYSEDDGk8bMUNSmfeJ7R4Z9UTXCBCLPPYpizhGLalId+BWIyjoGWIh8iJbKv4p8szLj+HxEMMgfDh7QWtOp93h2LliuW4E+5rBoQCAn+IQihPWR3tsNZNwrHsX+gzhXG+Ic4BNIOczykHd2g2T8QKBD/VvyjDyuAgAAMsIAIrOAIWvjEK/4RpbOIRR/4oI5A9GGNhLQgcDiYlEnQlj2D+GlF22sbRLbThbk1JC8CaQISzpe9SpmhCAKJGBbiJ5DDmaRWoMlHOBDziYeIDCIdfAg1goG71lHxIdBQ3SEEgroG3uKB0BBHOXR2j3uUBh7Pyh3uBNINapRBIAygwAl2oAUnveESV/yHP/qBD3rQIx3eAIUPQrAEcGDDEBWggAeJYL2z/cMJIzKREXjImavcICEt+h5GCvYPQmKBkP/gCxJ2grZ/MEQJVSiDGQYSsR4AAnSFOxyubAURfRyDDG6YG1FShYF/BOAfAOxDMAZCDWgg/1AepZEHmqQlkFvYBYICUV3uYqbA3GVwIDwoAQdOAKdOsOEfS6jgQPzhDmu8gQUk2MoCBnKBTEJgBTF4iNmgIKJ+GcFEgsle23pzkX8U7JUmOZ+/RjQQE1WBCMrxm/SyMBfE7aw68rOOQOohiyv9gweZOwEHFPCPlVKjG+goh0vHhQ6B6OwcEXxIIAYSCDZ+k2PtsFkw+EiNcVUBnQIBxECOsI0qeq0TH2CASQDwkD2ZAKAiOluJaPkQhikxb0v0lxK2OpBV5uQ3tYTIVg0qhSqcQSA8SAIRaoABA1SBHfmoxymQ8IYrdEEOtbDFnK5onaRONDlWgdSzKjiLVdTUJP/jksZDrHAWaUjjHOPSGUTGMYl/8OENrShHPMrRzhXsoAprkIJghFEaf9SDDCWAAHJ8JEIB/KO2CEAABv4pKiwJxJaAeYhtZJk9sT6krFAxCseU0BYp+EcgRADoBF4whko9xEcIUEAM2vEZAg1kNu4rQd/+wY5kSOEHqRwIHTN70zWuUac8tcs87jEPkyDBByyIgjXawQ7bKYEhn/jEJbghlm0o51QYwAAEFACBD3ygBCcI3AuOMNaBpC99/2CuLb/KH6N4JHujrNIq+YPQn/iXoswVSPqyoAQg2IQHqTJJAAYgkAGAoAfjOBw/onGEHhiUXCB4gY7+AQ5MvcAP47r/jjSM0U02mkSC6aVvPu4hOp0k6AQ6YGEn/0GnHBMjOS/4ZwzgyobisMGdqDVspUp0k4culyElwoJtupATgVxBwxAxRByaNBAA0fkhQoDIlfzj5ipU4ZYm1ZNAVjoQBSwaAhDwg6CqmGLAPSQhFPjACU5wBQWqS4K36KZJ2PsP+v5jytQqRzSwUMN/ZEULZUpG+uLwCRzbaht86MQsfMEGI7BhFskQGiL+Ib70hdJgF8ZwWxjiZz5DpAnONYn4xlc5xCA0or7F8GFEtdxarpkHfYrBDr4tNunFIFU6iCd+BvICQZSDvH90GoIAAY521GPKmaWvOiIoDXFEViCRfTJE/zLrDD8swQYHL0FWSvACoTUjDpnbWeF2JwlBFJoNaxDaKwpbYSzR0kQp1kIV9JLc/5jkrIRhdkMJQaWHdOE3Hpbos5vQn10N5ApJvIIsawMVN8hhO8JWQhYKwQlOrEFhAuEiD2zxj3IQBQGZvMCDe0CIYYwDTZldL07tom9901dnndCBWlwikKysoAccheVcDicMxOjgBTugNTWI9Y8icnwgznWnyC8MbZM85ay9Ne4/CLFnyBRMMB8XDBZSXmckLIF/S/jBEpAQeYFE4R+DqIUyhpFUQHRnGENSqkDKYYdzOa0CG3iwWrowjHboTB35Hsg5JPhkCZaa1PBQBzUS8f8DAc7kNRhgAAieM7cftABO6XhGFGaChU5Egxq2ELFJ0sd3kE8/fQ8VDwMbqn2j4C0wEf24umpukCW0RCDl/8dfraFCHyLhFePAlSCsy6FWZ0Uns/jHNmOv/cwOpAWAbgGYwChBOoI38BQZsIZ0aIUl0IEr8ARgSQZWghOWE4i6e4jTqgJ3YiU2k4KRGwjCu441mAiWo0CIoIPy2LAQg4iUazyIeLw6EwhuqAuBEDt8MIcdKAEl+gcKiCoB8JGsQL0T8YVn0bf9GzVS+4cipK9ziMCiwBshSJLbsDoviYdaYIHnIAWp2QRr2J1PeIPKwYiBsMAjegh3OoO5ubALkzb/BiKkpwBBNxgEu0CMajuf8IOIv4OldxIM/nknPlwCxAAQuoAIbkgIa7iPcagFJIiqfxCgB0uQFjgBIvCFgHsI25uH13sIefA3cvEIyRMIFiCDKzKLfDgGGYi8JfCEubCGDWEgN8iDpyhBu6gChYnF8QCfp9CCiWBFyLiOmWsMvMkJ7BM/x9MJ/uGCgTAPbBCIRRCITYgHZhCI0LAVZVgAH3kOzCE7SfGFSsREgSg1S5wHS6gB5WgBtWGYFojDk7iiK1gEbiAHZeC+h+C8eAQfiJi7FWyL7ZADN9jFs/CzkloDh3gDORhIiAjEibg5PkSidxoI/klAYBE7dgCHehAm/2KgAArggIJYkAvgABPQpVIrQoi4xFK7B3EIggzgkIKYPAHSB/yJnVjojCUghXCoi/egx+vYuFo0iXtsKBFEtps0CWajg360iyUACZDgAvMQiHQgh4ZsCC5oyqshhRMggbZhAAZogAZwgU0UCHUIybMQBxFYMJtDjPA4C2T4By9QA0M4Bm7IhcCjx07YDo4Zw8qwRz+gkv7AAkMAwZtsJYiQA6I0iUDUvhlUC0A7gWaYH1spxYUiAKfJAHEaiK+cTIG4B1+wgANgpoHwAWKgh7Poh29QA8wjB3YYiDiExZvsjoEQTCG6joK5sLmMx4lQDO0ryHjkgrM6QWyoBcRsAf9leBCI2AdrYJgXOIEGKIB/gIBS0Jl5GDXbC0n6ugWUrIAVCAMsWAJD2JjrCAdzYAd3gEffAMp/IA/ZlM2bNMu6Y5Lz5D44ObqzOEE8FIgTXEi7+A1rIAS+esuzwIdj+AEh8IkXQI4DAIP96zpRA6cReIB/ACjvQJYWqhXTfAw+4AN1mbvWFAhP4Em7YE+4HE/67LvxHAgQvQ6LkAWk4QbPEU58AAdIkIGCWKkDYIJzKMLLqinbewhjSAELgAAcSJl/iAcKeRyTiIe5OKu/O895vA5PsMt4bFKO6VBmNMH0o0f5nNJ/4AIu6IIGuY5oYAc0oUgrwgdGMgc3IIoD6ID/CFKHc7gp9rpEu2CCGZiBL9gdoKmGf7iGkBKNcNhPC+3QJf2EVvAEFbJLwiNKT6iFH/2HSwAEVhxDeow+uwDRvhzRgVADwlQXbtjO4BQIcqiG7oyHDGEDHpgBKyhQNuWYIjQG1IkEaJiycUAG2PmHb8iHBzGLbWCgS7DLDZUSiBDUWqiMJ21NYIWLJxXRED3WxMDSfyBRBtqEh6CHSUuHTZCDXMCGcIiHfOgGaIAGCAo1gZCgIzyHyNI3Y4CgZ/GSaniLZ5UFd7iffCCHypBSkzBL7SMFu+QiT7jXVkjUf3hWjpEFgQjYTonHeb0OVsRQiDjG8WyPVvAGfTgceqiL/yt4A0aohXgC11IIBK6kRK0TydJoB5icnNxkhl+SVbtIWJMgBbgQ2E+QhXzVPpj8B1wIWGMlq2Q9i7dgRkbA2YdgD5YViEFohVggBupgh1y4gu0RgkHwhnoQlHJQB2Nog1KIrG+qWmMQhyM8hHOQB8s0hzhEEIHgAlGohmsQhX/gWZOwyyZN24fAhE9gUi4ihU8gBX6VBVmYQQYK2LwdWLi4x/HLPpNgxkV40gptxpQtUe1jhEtYXIFoBVG4W2BdghdIEBI4ARuIhXSoh66NoDZog6oFtar9t3+ILFcQA3TgXIHwAhIQoPNbVlaMxQ2xy4w4z2BdWZWphRlcmZRZWf+bPYtcQEvTENQfnbv3tAuDDdyefYiF1b6UYdIlSJIE4YAL2AASOEZzqAd4kAdxmAIw4Ldv8tZ/wFpj8DcxUIeuvQcVnYld+Vd1MYR6FYh6Xc1PyNvbncG8bd/LG4SzHYhYRQbg9bLKUFTf8LMTJEr4dd/DtQtKBcofrQxDsAHKNYlY2AZ5kJZumAIxEAgIeiDVcQUlQwVxcgVeuAd5uIdhaAkBkgH+GYRjOAZP0MmB8ITw0FlMeIvteIVWeIW+FYi8lVUeHggphUlcEAhkiFUiXtRk5dn8VVvb5DDuC9ZgHV66OIZa6AIWaLXsWIsoAK1/oCkmeAR0uCNeyB1oCOH/geiGcuiGRECFf+habpABLE4QNThbZfSDSH2ItJVS2RXg3FUhdamFvh0EJu7fk43f5P0HhcFQ330IRgZKTL0EQ+BZAR6Ivq0GWTA/AdoALG6sC/4Cm6GWZkGHbUWyCqqHR0gEeECTccACGUgQUziGpqyLxRMI5MGzRtZhWdjhszDkh0Des5RVR0ZZBQbasxAFYWZWw+VFjmFFQa2MupWFVsDbf7hTURgEtagAttjGf4CHbqiDZ+EHfviZdaCpdqAYd6hVfnCGOmg9dBiHV5ACsdPc3WkoNuhLQthFY5XdgAXigbjTh5CF27087iPexW1bKnWLg5Zhf70OQmYgwA00/7tohUCd5oE4hgrahk1oARLoF01gnW7+gnXg1HxAFHcgHHzg1N3Zpm3thDWwhi+lB2XAgjVYwyUFWlsWiFcghWnO24f4Z4Fdxn9gxk0QhWfl3yLmvqfAacFsUk/45fxN2aNj3usID0+Q5n+AnfsNh3WYizTYgTL4g3/whXO4h244g3VIlkQSCEcKnX0oDdtpB3mABptBhUoYB9OswjQoIgZGWZsNZIi402uwhp+WhbNdhHSECFw46gw95HqlzYK05QOGiF+GCAS+yYV9g3zm1x7mbG4gHGJIqiy4gzuwBHGQB2+OhnVwWnuwh33Qh88Ui3eooFFIhnZABzOOhET4B//WqYd4eAW95j5SuFe4eItmvlvAzrJK/ofFhghSkNl/kIUmvYQ/DeKzSNu1tQuztOybhOiFtoyHaAXPHodgAIQssB5dggZ9ywM/kIVr+IaqGQ19eJzP5IZOiIMIfJZIEIgy6INuiAdzkISBqGmI0NeBFWgC52x1ecvnZu6H6N3rqJxVUmi31T6ixOPEoIMLN4k/Fogqdlxm4QZfOAMe2KQnAANX6IZu0ISGMoRqAL3HKRJ6aEqmaEJXiITRFgMo4AV04IYAH7YCUdu6PfDiBm/o5r5+hohn9V327LmbfGaIGITDHuikxsOUo2SI8LKAjYZhSAYqIJsgCIIpEN9uYAX/HvgBJMhcQykSq6EHbJCDuSljVLgDMHiCf3iCR+iGJgSEAX+Is91p06gM+K1XZO7z9o0FonZo6uYYRg7WooaL9kXsW6bH7gZiNxGGWjgGLg8FHMABGPiHIGCC1TGCGDgCWUgHengHQ0n1fwgH/UkDTNgdXriDKXiCICCCJ6gDX6iEn3QS2bTLA2ePTSCPufMEICZiJEZigYDc5Wb2MORVk5hqBmKEflxZwz5edaESDW/kDi/i4M10VigEIsCBGciBgSjtcmCFHUACQ/iGVFf12JkGLvUEmkIFMZiCe38CKriDAeL1hwgP4dbXAh8PYSfkvf1fiDiGZH/u8awMxIj2/2K2bhF99psFSm//h1lY8Rz6h3J/AktQY/PiAmRoStZ+h3/Qhn/YgxPEBGl5BDEwg3undT/qA3Xh2bo9Zn722YlPbLsQhQZHLnX5hDiDaCZVXjxz6Ih4DCs11meAnUwX67AOgo2fARfAgSmAhm7AhMhLBW0o+X8oeW3YhZSng1ZYh3aoAyq49yKYAiooA1Y4AyTAgjAQRhm+3QOv7kWw4cBF8mTv+aNnoEBlSMANVpxF3n6E22MdWGS4U1lNBmj4A1rPgRwIgnIngj4Yh2FYAi/YA64fi3c4+WkAhSUQBUOMB1Yggsgvgie4g0dgBSnwkziLsyQH9OH+c3o88IAWiP9Dv8mCsctd6W6IZyBWpOwif+B/iEW+Ngmmr4ZqYPyyiXoamPxyLwNwWFkv+IdleIdCiZ2T/wdQoINNkAVz6AZxJ4LUr4NKCIY1OPOF8uVmhItptnvug8mjPttNiHSgvLmUO1S7IPSzeAWbBYg3/wYSLFiwlaxa/579q0ZwmC9UZoLgGJgjx8BX/5bs+aftnb1/9t5p+7dr0JJ/V6yNg0Lkycs+rJKt+SfEIBaD/zyR+pdQJ9BB/0QN3KRTlNGBQg2+0QL0aZOn/zBJLejpn6Gk/+jQIai1oCxPV/8Rqvov51NkCwv6+gMTBg0YOCqyubRpDyyC+vSNJKdt2jJk1Qb/WfvHhsgUKmJmUtPy48c/JP+iogVaSxZBqmb/kUIaS5QsoptHD5RctSxp1AS76hw7lvRTsbKOETxGbNgwVv+m/MMBA8Y/Imc8HQs37RvIvSHTfRv4jtw1c+bKJPlnRlOyctSQQCYouTLB1wNb6UzK6KvRWP/UE1y6FDbUp4wGivcTnuCi0WLhn32TUyB+nNVC20DE/PMKNb7c8Q9FBxGTzUDp2IPPP/S849xA5JATTztleFiJL92YY8s/3Zn2VE//XEYQeQZd8s9XMIpCFFJFmVXTWf/g+I8b/9iHiWRIgAfUJ7GpZhAfOrXiWov8FWTIeAr9IwwxwrQSTTJ93EFF/xA5EBHEDp1sQ1tzEuqTDnP/fIMcPf/UY84qkrASTDfocMNGaQRFtRpBPUm5YooEQflPfk+xt0mgOrnhFEE7PqXEQEOO9klZnhxZVZNPsYaTfwQJlN9YuChETCu/UMNKJNYVUcQTO2Bizjr/pKMhPvq88046euHT5j/RDNPNOP+0oxESxUKKqU8EEoQZf4g6+SxBl+pEFSaDEsSHtQTVkil9m11BGjGYtRLsP9C48o8YYjiBxzj19LOPPgT1My9B+4RUTz3loNOOsMNE2uNkkhYkpZKkfYWZeFI5apBmTRxbUBdmXZqtToN60kotCVes0xsASnWMbTslY4486PzjC/80vAw0Dj389COVP/rUQw++NddDjR9pYCGwk9xKJQuzAV7r8Wid/KOEw01cobTSBh1JiNGoaWbWVVW79uRochgix1PKYjIMOvf8g0453UTDTTn1xCtVP/HiO9A97XCzin0DRWwWxgVZw0w0AwX94kCFvtcTZrKQ0hPgAyVJECB1/wOIG4AM5LhBTX9L9U5TwVdka1JtWhVmov4T7raYvDIOvwSts/o6E75MkD/+4DqQO/XgU886w6xSENebBU1QNMzwx6y4mQ/0oiGLw/YwUJKiVmSRZflBsVT7HV/VoNn2XpCzB0H5IjXt1CO+PP+sQ0423pj5zz7vTAPLO/q4k07/PQM5808nms0nRxzVP8VMYeCDmRUNhXuJI0j+jIa/gpSlE0pAmmlysiegXGpqcqBcVaxnEENo7FrviY3fXjGWS7wiVm6q3zfOV4xLeOEfe4iCF4qRDnzYY3UUqt8v/lEkgg1kezr53UCiEcDxtMcghSqIaDRmCENQxROf6MQTNacZo2GiCVI4Fhb2NMF/hIGCBgGED5/yCSCO5j3Ks0pravGJF7XChPhaRzbIUQ93ZAMWsSjGM8gxIXy4Q45w+wd5avGKQWpEc/ThHCnEQgqfDeQYPLzEB73ik4GQYhOyaMUipaKRQjKOWkarghX1NJAtMu4fiGBgtHjkI53Mh4gE/zlge44olEgaDyj7qZoJb+cOb2TDHRWamT3qYY987Ioc66DQPyjUilcIkodSSSQpyDiwsFQlUcsS19UyopP8LRATCpRCTrAAKUhJgT+ooVhZVCMWT3CyILQsIuZ2sp9qbWId8UjmG+NIv3/ECx/ExJ0xkZmPYeStnTociGbEUiSe/C4XzfJbNP12H7OsAhNTm1qkynm0gZBzNE/DGllYVEtooahP15KFPeNxO3qsYxzbIIcvk6nLWa3Ddvn4Rz62wcgDFamQr2iSNWvjzH+8U0ZNIh4Bu3WggSQQE5KjigIHAs5/lPNET8FTHgYiOWltUKKAfCVW/iGQxX0ug0ARIf+L3BEPN67uH9xIhztoNkfzrcMd/qwfPrZBFQMRZBXQAx3BAqsWGz1zWSlyqCszEgyFfMKTGDWIFqSwJ6sq7HGkgZJ4MCoUNfxDDXTgLBfKY5CeHG5ZSm2FL2vqJnfESjrpuOfq3CFb2yUTp9QgIcFeYTROEmOQITWp4QpXENoEVSedCZpaCvcKZilEI36lYlSjWhDJRoajGgUKjtKZSulWJSl1UwNny4qfQRTKKFcBYqDqudaCrANW5kgHO2I7ENqKbSDbWOorMBrVQj52kpz570AcWlyw+G65QDEaFafSid0VhFEOUwJlC4Inw0gOPh0kakFA29mg5GcTorjwQN7/YJR41G4ga2VtOur6j5jSdiDI5MaBnNvYnnLOoISdpCVNK4sYAUW4pvUbwYLBVN8yWIE2VoI482SQMzBKR0/JH+c+UTWDJEx5nOVTUIDrE4X8rhXsIMg952hPX6q1IPXFxz344dadTBHK7bTxU0BDI9IE1aFLWuZAhnrQgnBOlEqerk6csrCdSBl6TiQ0okE8miNSciiYNIgsUjfbeJD4H5RmrS/xSqGbUvkVn+DWJmFDCvWwhymjwUWjL/YPEmmkzwXJH4OpKs6oHKvW/6hCFbSQa9hIub8jNcsg3rOIou6EKIFK0ivuab76VdpNK65fQfyJTH4ES4TO5XMn2olB/+6JpoCb2MQ7aRkow5HHegZ9bAJvzdHR4Jqkp9HJLAuoFAwDxZqDEIhWVldpaD9b2X+s7z/MQR+NYMITUX1stqhHEPVsAhRH5MKVqxm0q3zC0+/2ZqSeYtV2a6EM/2gywKZYEF+7e9iQKMpXOmgIE6ruKfz2503VrJNVvILBKkeoQb5SaoPQIbT0BgqPdchfTDAY4xi9rk7Ged1cb2HXg+6zRd0NI84Ejbz8EXhBMO1snUBbbGrmBrLRGsVsa3Mgkgjrpbq9nhoVxOfuFO1mWsFNBRekCgI70bGM8PGqdMKJJH8WsxDb7aA/ZRtva6vqYlW7MCfzHsicaJFoPpBVGP88M2Gd+n+7TSD20DLihPq5LfH7VaBIDgt2lwrSCKJRXWtB0BNGRKUaq+jNyKY2BhFFeatChisQA7Y6qes9/Q1tgfaNPGjVYSdawTmjP4XwogBF593J6Oth1NWqNiRVJGH3JhuEslVg3hdT+XeCAAyknghu8zFvljdEAROqjWms7Mlyggz/j4Pqsyf86tehA+JFl0BNjhUEqhXF9BkReQnFsBEenrWC3LVIJ0CNZpze0UDYP/RAD4Cfw0hVFegE7EVVn9WNG9gHlJwTkUgTEk3d9FHMt5jDPbWDO7ggv8SKC/Ib/c3XQHwC5Qndp2VEtinQ+D0F9EkFsV0efZQbnGH/Amo0wQYChWRAyhJKlZOUnxehkb8QRDUIjyR9HvdcnsekwUCoFu7gTlXUwz1wmkaIRbbJ3T/Q3NUcHMUcw2ANljt1RLBJXwFqEp7h3CmpRjlhwXV1x7qRErS4ASEKSv+QhhARhNp5kRwAzBWQwUC0g74tW+rQ4MsZRKag1e7oV879A6ohAxweRX7kRySVImw4TidIlxJCChIowU0MRA8gQQau2ymWX/+4wRpAjlnB2WXhxD8ES+pwSFu9DQ3eg02N3KsZ3JL8VEFoRFS1CBwqS84F4T+cHKMdUZKcEfVAibVwzikVBNI8kGS8Yp4IYqPEgR8c4kCEoKKskk5UGLRs/wrXlN8VSAE3rJeJtZxB3BC0zZ9UPNYqGB9BxGH6PcUiGMUHfdAP/qB3sCKEPSQUklRNqONAPCFB2BhxrV+ICcQbXEEUcEPqPAXiuYkx4tTYFNVrvEYVLhVQLEOcKcWw3SFBOI7CUQsSmsUWmcYrUiBkTZhZZBUeSIWu6USR8NVEzVtBSOFZ6Iw9huTKlEPWRRtB5AO5oNJBGNJild1AgOJWNgSkqR0kFBUfDILCURkmFAlDnsUDHY1pQMoQAMUZ/OQ/ZNU/xCX3qRv3Jd/scWQPEQ0WXM4/UANUDuZAYN0XWpqb3JSywZhOXAI8JtaP/UM0buUyYMM1SCbQBY4iwv+TTqjGblmcQWAQoyBdQ0ZYReoEWjiKFJQTrh0L0vmkZtwZ4XERxBhEGlxBMowDNKQMNNTJYBqmGxVEVT4FVRjUMv1EV/4DVw7k2nXiU7wBtpAfpoAmbOgkROrdaQ4EjtwloNFi3Q3EhP2I8cwmU6DFFfxlGrACK/wBFUyBGaBCN+iLPxpE/YzDGaGSZhSSIPmXQTCEoZARjwnFtkmFq11eHKimQRzBTVhVDxjBA1lkVYSSulWBEVyRQQyau6GnFABCGUzBl1BEHQimQcSUQZCLQAAMIFjLWb6GICGEFT7FNYQigB3F2xmEUg4EB7XTpWAoUAzBEYAjFCgBhW6g0zH/oeo5qOpBKCD4mh8AiMeIF0Gcp2FQwRN0yT+4AA6gQrBAJX0WBGPiDZ4ZyLYUhEPoxGV64ktuZlXcaFUIwmNWzkDoXQ+YBZE+ioWqXkHgCCDsqWacXVXQgUCUZU7UYxVQwZfAgAukwAo8Qje0FEE4JUEEy30i44EclTOdKVAMILPEQoqQZ21OTuiRxoPB4lMYwRPWqUEoQTkpwY/GaUQCgiA8Dnf9Fha8gReSRhp0wa0+war8Qw6kgAvUQWFinT0VhO0M55MBEi/CKHNm3tR5mAHSgRcCplnIZKM42Sh5p04YAbdWh1RERTlhJ/iVElWkk59uBi31iEDUBBEwyEVc/2kdxGfLxYMljgOU1I0fEEK+Wt7F6BlBeMNAYGo1qIWmZuHv5IdAmOdTcNVooAX4/UAMzCkPSJUSQIG6AcV16V2FGgQb7KkCvand/MPdEARnRZIPrYHFXsRvpEAKQAE0DCekDkQ4uNsxlOlAOATAFoQc/s4iEoTbydq3DInVXBW2EgRaIMGclohB9MDEuqqsZVyOXJEUaGw5xaWORA4gzOpoEM3PVUYNEAFGpMA/pAAROAOXCgtrORu0ISt89I003ldBLIM0Dpj6Zdxf/mUJfkIiaWFVSJYUmGbSVuAR8AC3jmsXrKofSsWeHknUSZ1BOEERqCwMpAAO0EnimVjq4P/Dl/6aQRSoNJJpV6LaANrIVwQVtfrPklwVwCyhZEHKDwTuQDTtxDYo89xqOGnUappFtlWeuxENyvIAFfjGDFQEDqRKYcrfmLkYY57lU6AVGUljmToEbSSXf32GAHJmQXzL6XrVjGoValKVFrCiQWCnxM6p3pEmxpqeThjUskod2OYADMwAy0LB/agOv6zVYtJekTTJMUTD5zaEQziEHC5Lz24G3hoXQbga10KhHyaZTRAE+AGBrPVh86yBwGAUMzruU/AADhABDiTqP4xAlg4ElyqeDcJtVeygQdDG5wbwQBQsGdFtyGpSM+6tWBHEIeZEFfitkpmmg6IvUNzqNrH/JDOxpAYTBA+4QG+IbQcAax5QQ8CZGO7g45eS3KGtsE7YrERFU0Q1WqJUErSsZPQQBF1+HDjtsDmC4/dRFVAUoln02uyhY/9QJGmsQRnwAA/AL8uOgAikwBfUr4mp1rORhizsoEL0zYt6pc0WjiV1xo0Rz7M0UxEfH1BsoITaGgRTFYTO5OTEAZsyFSbIHfsWhC4OouRwsBITRBM7gUZApT254NYBBQcVBClksO1hZo9xhlEYBSMNoDVt71FSmU5klU9u8olsoBMCBQahoyr9Ax3rxJgKiveeIikPRLuO7Qh0wAiMABFUAmOuQ0j6GyeLERAhMmb+71A4siMXUKKI/weAjCw0h1qojbF2EsTpqeqfbZQUbPJT3KhS9h0nkYfPDOjIRVW2cGgSEEGipkAHaPMI8MAjiKgkrpcJkcMkgCpCaYWBGQQW6iwzyKEnxEJSFA+PnV8H6SqfWcYk7cdjbuB1BUlBhFJlEKJ9EDTtHcSUnQY3jUW56kSsTqwSb3NDdwAM1AE0fGEYmlhMvQhGHRB5SJOyDDASeZizkNYkHY6nGgQzvcJKGnElT+0/tCregccnh+Ybt9NV7NRASE1VlOueelwOVEQKjMAEWAAIdAARwKcMshyJdg4t+03QdHR3DcVVLFImXSVseJpv5dCB5LROuHQPU9WeMIoflDVpmP/ODY6FQCeWTW+GGTRtDojAP3SABDR0CtzBUZ8QQcTU4nT2eZkgUCCFaGyCSANXi8jwY3IOD6GVtNTEJivoZJDeb9loZyNUT6FR6lKQ1kpFJ3gccMBANtd1Q4/AE6jMF0LqpBYkQViDzcbhMaCaeSVFUkRTYQOSDfMaJ50hnWpUW5rmVl1KWYCsfmSOJ2zLhTEsAkUVHPxDDQDFBGgADVgCNEAlPCg1DXohQRdwI+FyzkGyj5m3DANFE221ilByVYwTTGvrcNvosyzUTiifPPEHJ7DCKHCCAvWBQXTAQEjAP2iACAQBKqQ27SgbLOXyo8FHNFE1UpC3YT/4ZnjTVUz/jbVteCVPBnVlYE5cl+R84z+EEX9gFMak7lVUkEEYDSsg2CyMAitwQhm0q9gWhAVogAUQNRGIgXXT1YEj5dWYoBY3xNwC2CbwRDBvxlb91qBIOZGXcaQ4xc5ACrgmLs4RghsIOuQUt1l9FXn02lpblk7oBlP9wyxYeR/I9UCM+T9YwECMAMu6wBf8Qzm8388hOEItwvnB9oKbhXCRW2lFePhhdMEB0uwVRDjxTEEcYhgNyVASZxM5kfItU+PG95FobSGhuK+q8opn+mgXb3zW1Au2whXcJlBg0mUklU5EQ5s/RXB1samThvXM3sKksVU+hemhbxX4pIJdDDOiVQcp/1CWI9CV69DuPMIT/ANwoIBBsLgFWHoQ/AMvjIM91YOBpAEQ5xlmEMPoDoQ19G+vAAUo4kK4TFKTaFARCjPewPpcXmtSDgR3PssSghI/P44glEXBMa/ljUarebUY/Oo2j+0/PMA/sPilqzgMTIEYJAI01BQ1ADN9yPk/5IJRSqY1JPzNmjODK2ctHPzBrDRi6661MUtQVvNmrGo/B5rqgZ/HWRYhJFTFce5TzEKB/oOQLUim2ztBSACmX3oKqEBcd3r4dMM/CPzPIKeyKHxDBD13L7xOyGFQpfUlHTZQ4AEdO9E6SVhNVJjkWDZpSKESJMG4bgHUI5R4lKVX64REGP+ECry8QVjACKBACswAE9QBfAZLFOi8xNfG3iSiFlfDENnewYcqTygarHpT4w4EC7T6b5XfoiS+FpRfnUIoP9f0yBk6QbDaP/hLJbRnDqjACITwpROEBbA456tACjxBqggmGRxBFPwMKTiTMhDItf8Ddw8RHCID0IS4IR1EaW0GIjT1GbSA7UsPfPTIjfo2n2dyVch3VbyCLdhYMFTCvNMAQKD4l+LfPwn/HhRUOBDGk391nJU7E0XKwoWePNWS9a+WxWjMoincZs1iwWcFj+H6t7FkSYwt/8UpCKggJoWb/rFowcKijk42YQZdyLPgmoVSpFSxmCSooX+EhAZ9tRD/lUMaI1QoPKjwwcEUWf89EcNLopQoSGB+YlnQGklm1qpVK+iNpLeCchUe+4dsJamFUC1iXBsUUKd/Nj0tNLrQT9SSSlgoWagFppuClBVW/KdE6ULLjmsafjV1YbJhrKDM+IdCoAWDCRLCtkAwBYwc/6igKvsPLZaFiF/qlVvt2Md/1Uha26YQr8ljwtZeUihdYWJSrQYXtUgTMOh/OmBS9v1vfMk3oJkW5MxZy5rPcRoLBYSJdK1hBaMV/4dq4YgRLSVwDSsVYPhHDFeSKUMJzRRyww9ACElsIeEUCumfurybDiZPssswqBYMa2Gh81oazwiitmupCs2MMGIhySz6/6wgGdn4LahhVnHChQ5m62Ah2AxyTSCCcjAjFFYyizE+T1qRsELmSGoOm3+uCarDi2TB7p9WvHPSOxGDgpGnJlBsULGCOjNCCRf/SaIKyhb7hybCCjLsH9JQ+oeahTL4x4IEhAIrh9x8sYjBixSShZiF4rqwJZI8xJKjkmRUyA+bAFvjDMXmDCoNmNA6tLLFOisIiIKS4MyzqOYrSS+FeCnoPx8nOOgAhP7R4J8ROkCByCksUai8lphkci9hoPzHrqj4KohLLy/SiKUrLWrME6dEjS9ShWBsSdt/3IjTolPRzHBOTD5R6L5/jtmzIBdGSGGEhP4BFNCt/PsnqyLMCP+23Ki0/GfRY/Dyhhtvlj0OLrb28pDLoNYQN0M8ohoWC9+uIK8l7izSgkFy1RNVKJts+mQqZUJq6x9diMCBIIMKGkCBhTrQ9R/bivjH34IO/bQkWWpB9tWCuAmHG4uWW+ik6qBViBSWhv4nMUw6tcipysxUqLt/wlCoCd+UuFiJjMEFraL0SuqsVPdKAqqgV1BWaE8kcWjJXoUs6ACrIKYw445KyhAVC6O0ZbKjf56JprmES2quoGabBg3aOWW8WmNKo2qiorA119g3iQ9TDLNu/2HzH5FLAqTqf9a1hhuSomHFoV07oPefW3flNe8RBPqHCDOSdGwj/RbihptxwiEWx2iFpsTrmGab3DDLgg7fUqHVyy4oIAAh+QQFBAD/ACwAAAAAvwC/AAAI/wD/CRxIsKDBgqQ8Jfzn6eA/RpAWQRI4iGDFQYsqOqTjsKNHh28+HjT07xJBT61IpWwlq1WtjtFi/rMWzdo/bjdzEsRJjls4geFwehPp0NOihg//HRXo6eXLf7IEknr68RTRf6SwRmUotaFXrwnDXhUI6B8mTGOLtvrndCvBYwZp2rTJbRvOgeMEjiNnjm/Bvv/6CnbIjZpAuwO5kVrIqOMnUo9lOWVr0NY/ywN7qbJ6qvNAUrisQqWadeDTsFnFjjVJEG3ag55kvRJYyy1cgcMOUosZ7W5Ob3nD5d1LnNzegz//2fUtECe15dSQfixd65PpqQUxZ/7XK9dAXP9O4f/KJV5g1Ki4auUiJQtyVOuQB0pPW9ZsQT9FCc1n6vLgbY82zSQXTr4F949x4BhnnEDkkKMXODptE802BNlFDYEOkWQQdrWU5pAyBJ3Syz+5qCLQKW6tl956HT7lHW1YYdXQKwshpaFI9RWECSEe8ViQdK9QJRBcufn3TzRHJikQXQQl909w5EAYWII9DWSYQNEMk6Vyz1Fz5UAV3TgQJf98coqQV6nyYonokcLiQFGt+U96G3aoEFGuEYTfa2qR8kpUaBr0n0FILllQXgP9NI5wCkLIzVCGIVloQbsJxJGYHpEi2pAFgViQVbmE6qaa4YEHlZxwviiQd7UEyudAPnr/xJp8BNWyVquS/UOMroHmltsxvh5E4aMF4cQohOE4iCVBWUr6z5XWfNmRHGNqil2aJIYa2nhZsbgVnYMW9FJ7U6nW0X46vipff+ex1epT71I2UJEDTSpgYnYhNhA5itZLaJKSSvsRI5Q0tqmqHZn4j4nelRieVOvlKlJtAq2FLp+AGDKJulz9+ZJLUXlc8T9BwugqQdHSZROFeC16F8v2MruspQOFNFBjMWJlXXieDUTepg696GGHCHt0DLwqLVamhz86hJZrhGw8UJ4ffXLrbPAOtBZU//RXMm66SSqTcnUlNo5vW+p6EL2Y/sMRtQZZtynQJH40XmhumSYQnZLR/0nQrqN12B7HY+1pEI070yabaS7VMttsJGdNUDIHRXNlb/oeFMwrgAP+EdwFmUkm3Z+SSlDDpKpCtMSm5f1RbbluXZDsB/lI9T+xjhT31i290lArviP1OMkCDR+5zDJz05s1dXGDdq20BVM8n5o6JFovvYBKXrbrqVjeQAoTlJ4srMpyWy2DltteK55I9ztTaeWeluzAj/yJV6988srj1kEu0oTKu0tvlAS26VGmFtL7R24WYQg5aKgxjMBZ4oCWvWYIJHuhKlEGfRYaWrElRZIhH9fqtqv/wO4prbAa4cRkONy50CP7udgn9NeJMs0mccGgV0HgErMC/iOBAkmcR/9uFEFS4OwU1QuRBbljFc0w0TvjkcoIP7OVXHxrb0J6EeBewp62tIp2HvyI/Ah3EOuYkWr5k5dDdOiQkxmQeALBGULKxDNVeWdE3GFiHn02R6hkhYtZ61stxveiQOXKcVEBo0cM5waBjHFgSSHIrIjyiU4IsXiBKiHyPDcQ//2jhsUDZRnpqLQQMWMgSxxRw1ZFkMZIhyqDHKGp2OI3g9TmT7P5Ix3J+BqS8Oh2ZhGTKBO3ioJ40iBFahaMCtKJ2XQCmEpppUFUhb2CjAiPpmPlQDYhIzh5yIqsMk9HQlgbFXoiSMckSI7axktCXMKdPDLEjv7BToE8c5cD0U4n17j/T2cORJTMHAszBtqdU4YoeyYKXxxPAr+tHJKcahQnxby5taYQJQ7/yNFAGukQN2h0IBmzjyQcCSv7MBOaH5nNL/7xi129gl7FnJpAblfDGlJiEf+YSHhMBLQlZoYZCZWimjZ1SfnUxkOyQIpThgaopCYyKu37hCyK+pEW8hJP/4zbP1jxClZYp5kG4eRT9neQShDErAKpBDcFQqar5IIZeEQiQTxEirZObRFo2VmHaDS7ETa1FihhSyvWktR0TiujGyUKRw2CUT2R1CCd8BEi7JlVURaTq6zoiD8LAogaAgITgugEIASRUUFAgkw4naZB/zHQDZJIrgcxokHk2DXr/yiSoUECXlJT8if5XMwhccjdGohiVc4OREy5Q2laVvGKmL6iE7Lj0SP/QVrqZnQiOn3NZkgHP8IZhSFfSSHwgNc+311lsQbBghQEst6regSg9+SYKJUrkOqKxGGnOxHPYkTbjmIKZ5vwUYC5SYhNuCYqCWnPY5DyW4dMV70EqQLHhvsaTIjSvqFNKzABalx1IjZhnVGYdzajis10sCA4MwQjqDVdSRbkEv0d5QwPkqcWDyQMaRgIhP/R3uGiF2MiAaUkCBHZStQHEEYm7UgR2wn7EiUPZWlsVU50is2gaT6gw12WOeqGemYobp643/0YKhAxUbgjEJYCFrSgZimw+f81Z8aqayJ7VifXV6OAkPJB8APlq3LXvYDmk3qbwGMlSEHChuaxhF9TFj98dCCVQAtaMyrK0Vr6H334sHXzYJAc4+EfaVjDGvCQ46IQxK6n/geqeUktkrianoF+zXoTneh/VIHNa1g0QX78jzNjVMr1AWWTJT0QO1OX01cpyxkkwQtnUKMbwQDEGdgQBzYMxNoGOa1AIBHjV2FBjODGJ6C/vWYp1Jq9un4Np5GtTtESAske6YOxBXJmLdD7n9AohzwGsg5JpKEK2P4HtmnbbZkSLgyxDiIZ2/sPI1z11wKRsmg1bZCyZJrdBTlDQaqg8TMIghXd+Ic87nGPfAikHHj/cMIWbF2Gf2SZY992iBJi/g+Eg3TXCXfImZUwEJ4LhAc5h/Q/zIpWQQAi08XG+D/KgO2ArxcKDv+HL6hRjn/cY99WN7nVhzHtgSxCDo3RA8eagASf/4PnTZi52j/yaI7ZWMeEFggSBhL1gdza1lpoOceqWwn7wtsgF/9HHvRu94E44QxnAOI/0IEOgvDjH/7Ihy+qQPiOaOgVynjJKqhm7kETpAlViPvcE60FmpPx7QTRghtUb++DDMEheR+Lnv+hZ9JW9/YOwbi1F91eKaShEq/oRjtIXpB7CITkJi+HhPUudoMYwhPciMc98CGPdlS/G7Pp/dk7XxAllL3sA2H4/0FmT5Qli6T1RIm6xjmGcTsr3SNsqPx6a2iOePwjHuyoxz/qEY96lFwe8gAP8FBy5ZAFIjEM8aB1RBEF2ycQcfcPcyd3DoFtXDYQ+FFcB3d2QkAQPVB3tmZrAXcQFBZw5EcQ9jVpmDYQnMZ0mNZ0bJAHw/UK1FB/02cO1hAO6cAO4AAO3IAOxndy8PAP3ZBuBnEFfmB/BoF199B4hlEWZnd2SvCA6RV3RDgW5kcQHAZcPOYQRyAQPId+cUZvGrcG6ycQbkBtHWF7eWBsZfBpZ5AHZVhdnRAN+RcY2JALarAHx3CHZZIM4CAP5RBy3RCEjLVRbhAFwWByPygQ/TcQxP/XEU84EA/IZuh3aLBXECU4WfRVEKYnEB3YEWxQBWFIhgcRgsWWFmdQB/8kWsTADgKBD8dgAyzAAv+wCeSQDtdgPpaDDtDwD704fCjYem7AUVdgGCaHdY7oigIxcvHQDsGwA6Umd084if9gb1WABXd3aD63BWewch+BFs8Ujmnhc0DXc9cmiroWhh1RgqcoEEjnjsiWB2aFCa1ADOnwD/iAf3KwAP/gA14wCPqAD/pQD3xRSdTgC4fgCt3QeOkWBt9mc6BWdYu4f/fQDq74gz+BDvh3NkWSBrPmgIhWBYbmZuxVjVWwaFrQjf+QBepYEJMlSll4EN/2hB3YAw3XawT/oXGV9yrz9hHbEA/7EJTmsAk+IAD/EAUC2Q8EoQ/2pwWRUAZ3YAwLmQxO8A9UsJL/gAUOWXNZiSgiNxDtAA7DsA3ukA6pJRDmwG8HYW6FJhBvtl7iNxApmZI4SRY6IggW1lm5g3oFUY7ptntBJxBlMHiFQBa1sA77gEoswI8CkZgDwQ/9wA/0oAw/oARGgANmYAm9mAhQIBCd+YA0F3L/UA5V9w/t4JWicBssEAEb8A9dcH8GgYHV6GaWGJe6xo0FkQdugHGYgAgWRlklxYmW6Yn/UI5eKBDx15LwRxR4EIKZxgqCcATEoH+MqAYR8A8CIAC0eBDYsAQy0AIv8A8u/zAFdyAQXyB+TaBmpncl5SAOAoEOV3IM35AO+OCYEQAA/8AC1YAP+KgXx9AK+FEfJ8leSsBmVUCSBLEFi2aKdYmFtzNZa+l9DWeTNlmcgVkQTEd4rFAGLwABUfB4DDIQ2jkI71AQ/rAP4HAC1/kCJQACODAFkbBVH3iVPYcFcXcEmbV4UjeaV+IN9OmYjxcF/EgBi1AP/OCY/8APSPhJcploInmgVdhrEhZnJRiT/2BVMxmBxnmcc1mGgBZnrJBZH9A1/CkQa4WfXkAPSkkQSkkHF/APF9ACQsABGFAEfwANIScFSSAQNIoENhqBSOAG7SCE/2AJvnAkCEcO+NAPa/8qEPxADgsgAAsgA+mggP+glNvABwrkhXFZENonEF6KifWlWP+QnmfncF1oEFXIoOtoEOwWcBpXAmlAnfe3BBGwAAsQAoNQpgPBqMr4DwzwD0swBBUwASYwBb5gCZ3ZmZ7pEGlgQeVgDK5wCJfxAjJgCvmglP5QEKATAT9ADiAqEP1gDlHwBrYwC3RnaOoqYboWpRTWdg7xchAIgWbXA8aJfgTxa7xGFNZGWqAkBRXgAa0Aoij6DwvQAjLwBunQqALhD/jADEtwAm96AjLQBOH5DxPwBKjAY3W3pwKxBEjQBE1wBa95f+1gCZYQo5zwAxtAAriApEv5AxTAAEZJAaT/wKsCkQ/CsANagK4dsWgAdwa5JhDNORDD1ZM54iOGgwURyIEV+pf5OmEBhwg/8AEREAUmF3nuoAYk8A/g8KsEsQ/psAkycAL/QAI2wAVNcAMc0AAHIAL/EKOdepxZGXdYYAvyYBiHQARbIAct0LX96Q/9sK2N6Q3KoAUI8A8IUAJdwA6Ee6nCQAIXaxBS4IFSqpyj+mGsemOlegVkpwSRuIVRaoaEMwxY0AIOgAAhMbj08A3eMAhLkJYGcaLfIAP/cAKAS2hi57YZ8A+aQAVOIH4OR3YCgQVXYLxu8AZSICV/UAQv0ARLsAEM0JpSIq4DcaLj0KEE8A8U4An6MBD7/0AG/7ADbIAIFFZ2cBm6BmFn9WFteoZeMce0H3FoNMeOnGgQATcLyRAHFEABg7AJ6bCt+DANsVAN5EAPDkEPRHm7JNC1S/APemADFaAABxADlgAHW/gPHpsEROCAndsFWFCyYxCI/1AEDWC2tssB/2ADcAOzA5EPx1ACiVsBLWANa6oP41ACDlAFtgAIPGduTasFPIe5yElvoysQCPcG5DaTHFh4h4avHwHFBTEKttYCOdur9JAO9KAPDEsQ7uAFZysDP2ADZmsDEXwBBKAAGPAPGFySBgGaIyusc2cL3WAJLtAAHGADA8EBJGDF//ATXcyIg9DAFPAPooAP28oPSP9AASXQCdSAbam6hVLQkgxKhnPpEFdQqqU6c3R7EG92VforCBVAAcTQxfrgwgWhD2pwtj6wBE0wxjLQtcGKsTFAEJ2aBJlcqjaqY1eABFsADZaQAwJxAkvABQNxAhvQmjIQDoF8qe6AFbQ4CAh8f+EZA+CQDEJsbgyHfho3WgZBxK3XBOQmBSAbdzxndmaXbvA6FoKwAgjQAgE8Fv2QDj4QAixAB9ggCzbQAma7AW+KAA2QAVlggIYHBRz8Dx2cwcUrECSbyZXQiwKRxwIhCgLRmsPMDKgMvvQQDmowCInJD6RgtlLQDT1cd0TYWKTlzR8hspr8p6b3fXTXtLHWCVL/8AECoAMZPbv5kA5cQAJqcMDfSw+M4M9mewIckLjpanh7Wo6Z7Kf/4Lk6JhBVEAorKQJrLASksEQNDKf/sAGH/LgHoQ+wMM30oAMRUAGOQNJuwJZfOBAYxQYqPX7DZXqRKNNG4H14rWNqBmhKsAIf4ABLkNPX+w/XoKJXMM0B+Q/64A5LcAEb0AJ6XAAYkAVwIJICEcmft8uEFsKENrIPLHWKYAINIBDhabsrvARCsANdSweWehD7sKb5wLULcAS5kQyfYHNKAJF22ZNuGX5pF3dpp8nd98ZjodseQQIUwALeANaz2w/kQAJecI+9yqgC0dMVrQD/UAN2MKAOQQR1/0dzuUwQWBAHtgAHcEsADEABb/qx2MAO1XAFF3AC3BCuH6EPb0ABJKAFfngZ5HYQ60zcH9EDSCDTpbrXAvGaJfsRnejBJ4AAC7AE3/sR/rAOC9uwlzq4/5AP10ACF1ACFfAPkp0FW4AFkcgDlhtzI2ujXRDeWYkFgDAK5RgABNECdOAOaxoPhuABG9AK9dDMBREOLFABNvAJyZAXtrAGaoZehAChRDGNCs5j6Wl6RIzEXDk5AnEDNvAC/VsNzH0Q/KAPhPu4+7DTcnABDOABFcAACoDdWxC6PVChRmDiUvjGCT4QSbDGBVABXesD7ACZBIEPb4CrMpCWXf7CXHACLf8gB8pAOf+gDH5g4AaBCHxJnJCYlZ1qM2PBUbZgDTizz3BKB9P8EUjKqEGJD7nwA8EqANMLrAfAAefcxDywA/ZquQ5R5wIxC3awxsDKARSwBDhLEDDMAj5ADo5Z6OZw6EjQP9xQDsqwBlfwrsDZEfZmdmNcoW8sBeKsvq8REpAjBwhnkxewAG/g4xY+2Psg1EtgAyXAAAxAABXg4QpAABU8BjQnBD/w5gSxpQtdEMZcsjQXA6NdAbhrA+bw2kFZ7gLhDuRgDx6hD4uA6F3AI8MAIdHwSFa67/9gkzdQ7QbRtLtcELauOwThCMzxymbLAuRQ6Ah/yvuAD9jwAwiQndP/ywEvsAUl8A8QQAAgMHNz99k9IOsCEQM2qe8H8ZqYXl+hYAIAffP/8AKLYA70qQ/5EOGX+g8lysUdwQy4KwNyYB21ACHR4RCgpGdzawMcPxAE/hqgY3rRwiNNi8LxLBItnw7Uwu4ccAJGfQLBrcbYjX4sfe8DYZM7wAM2aXMsXjOJ5QZjMApGsL00vwFGebZCkAv0kJiNyp9Y7xDkwM8tsASt9gkUP+luSWhK0AM2sANX/nkfcfRjseiqr8cy4APhUOjbKrj4SA6ysAQvgMwcEANN8HoloNoKYAAYUAPXSM5NjPoUWqHGbRBvgK+rJxAmQAAQUAI3oOUCwY8y0Avp/8DFgXyiBoEPkGDFMkBztWAYw7CJn4d+XTjGL/ADGwiBWPBtEaheSHAFpXb0yfsPPya+Xh8HAIHkn5Am//7Z+CeDCz1/Bh0+/MdvH7hBMn4sSXOJUJd/JUiUOPFPgcM1WAQOfPijx48dCHv0gPjvjUGOM8OsuQlxS4UADXjYihOSxAWDF2zYwqdPX8x9EPeJurBBBxaHjmw5NHTp36B/mGJCVPIQyRs1SK6cfePHzRtMm455e/Umzdd/buhiGkbt35Yd/04gLHjDoAxvDen+q5cuHLhw3MzRq0cOS4sSIEz8AyGCB5UqYZH8+LrjhkqVX8PEXNMF58MxgoBMMCBiy//BkP8qMAgQIOGxevvyGdTXFGI/bDZY7Cgoh5BBRJ+GRXul9bBBLAUNviFlDh8+d+nG/TP3b9y6f/j+NY2MzBAZLFIe2n3Yapi5cv/WvPi3YYONIbPxt7ginH4eGhA4etJJB5/fHjIHNBNE+GeCh8ISy6CVVrLwH5imc4ijh9z7pwo4ksBgggwMwu+fF14oYYUSKLhgiXQW7GepmPTJBSGqDFKiB4HcoIadcYhpBROv/vHjOodA5Cae8yRyiDzx6qsHH34M2kcfc44pEhNJMAEkyX88qSUag8zRy6ANMODghSGaGOKFE3xgwZsCIXonHXeC+6fA3+oh5IQYRJDQBSL/eDRCibCEEGhD0DR0yYiTvrJrLvi0cKgJLJSoQpAsTjQhBsEe4maYVt7w4Z9jzLvTMCxz+eGNTizE7wSYsEgmPG6oiWaYV7oyEpNfvSLHPIPycWedbnThBRpoXHG2vnzywWefK93hJppokvlnmGGCGcYhdAyK44UK/iHANr96CGOJFpb4Jxvh/vFnH3vM0yeffvppah9r3SHkBQgJdcGhziD6QYhHD3IIJkmng68uTD/Eoop/4CCiYIN2wO+Nes77LZ90aNnkmj2F68cwerz4AQtAIOKghBZe+GEVar7bxqBoqNkmTYO+89cgd/6Bhpd/InHFFWP+ceWfbuSJ7J9r/8yrh1eDuulmnHK+64YavbL4wCEEzv2noDc88Ubfh+xNat+m8rERn3Wi+CcGHCCs4R8ooOBRiSNS2vCfH27YAaYeEv1nR4jCmKkuiKhCQgotwpotCYdMKCGNeHyDSJ8Di/XH1X/eUWOJlv8JiwOy//nghCqCwTpnurg57x9q/6kPmq9K+YeXbu4RbxwrESvHGaOJ1qubZFD5h40SFCAAAQcqeIGHf2z55B9yOMyST9vNuaQFy1wgnwgonIhJiZNeeqilHnaw/m+I4jAIPrs85LFvh7IwCI0aRjDBCl7gCXcIh3NYWgo96PUQetTidEaoDQYMUgAIvIANneBFMBwyjv9uxORKiHHaP3jXCBGS0CDGMIY0ulEOedwDePngxz3K0cHe+Q4d5UiGL5IAAgQsoAIteMivjjEvLPlrH/ighzcWsQRyUMsaJQhbGVxgvTI45AhhSRTi6AKavsQvJn5YjkFO4ziDNEEKYVGUQxJVBjSgAQYiSIEJdoAEZSxoHwUa0AEhQg8+YIEQWOgBfkrwjwYUgAAKAAEPKuELh9DQIMD7hwsdIg1p/OMQ/whEI3gXiFuI0BilMAY0xGEQeDxEd91wBjTKMa5uwGEFINjAC9zwsn8gIgpX+NhD8MGOXJSOBSz4xwL+EYIlnKACI0kCEar4Bb6dMX9G4JBDvNgDQzj/RDnRFAgSgDApiCQhbwa5TA/swI63LSUf1uLHlfiBR3LwQQlsGJFDSlABBBwAAlDg1kM62A14AG+V9XFI0/7RhoGSsA0pnKQq/1HKdhhEHt1IhO+4AY1xoAMdnUgCfnqAiOb5jQzkMIw/8DGMFpBAmA4BgEFS+g8IDLIGWeCfQapgBBBNKI3qwymFDGIEIUDzIWGs31cEQiGdatEhOIgBFWpgAgUgwBbAM48cPOEJUjQDHONoEh7NEQUpcOIfMX3BZf5hAlZ0wxzjSoYzvtNQeZRSHeU4hzg6+EmINKINh7jF0gyiDrq0YxgZ+YchqNHQZAgiCSboAaaOsAMdHOOD//mQBA8UkBsBGKSylhUAASBwmRg8xHI1/UdNpZDNh1hnQj51CCCAGrEJDXVSWHyIxf7xB4OsYAIYaEIo0PUPBBAgegyAAANAMIt8GMYdWtkCWMdqAiKAwyDKAIQUJDEOeMjjIfP4hzri+o+lBaINJgwEJvNaSb4+ch6QrEc7olG6FsjAE+aIBzpmEQcgVIF+hHhDNj44jr4oAAIQOIACDICApk7vAyBYQV8gglqDGeSMZwxLQUxbEAoNNbUQcQMWWPsPJOhUCdBELTcv9o9kWm8FEPqKbkTyAkHgoyH14AOJLxcqjhrEBjJLwzjiUQ9I/uO82D1HJW9RCt79o5MidP/IORwCj/NG0iDUSMMSEAJEQ7CjHdSYRRW2MItkDGN7ffoFFB8UwBesIAY9AMIVtVAFi+k0REpwz5od7OCwuEdxMWlChzvM4A3npGzuyXOFHEKhioWWU1owguWUEAMQQKABByBAAA7wjwMUIAEGUcAKxjGgrRpkDCp6ARw62AwbVGADIdHCYHvcZHhod5RHjomS+YrdUjqkHeb4xA+aYAMSkOAfLUhGPMAxCjR/4hVf5kc00tCHQghCpoqYxSwM4ux/aEEKDA6tTGNisQdj0z1pvPA/5BDU0qKRLtaGiBTMyCnUSVNFJniBCzIgAhSvwCCTsBY5WpE9OPAgBsMYlxv/KEDPU39AC+NoB48Ngl3s/mO7/5AGrA2iZIj0mBgDkcENXrABDvx6DeGxBRASN4zf7IN20W62QaSdjFktSc5aZPCa12wxbjtkYuT+0BVAWxdDxEEO1XQIa0/SYR41ISxYoIriTLIECmvKIYQgBEfjsIUkWO8fgmCDFH7RFH0ooxNriEESwCEPapxgAQxgAAIGaQNE3MyFtfZxdv8xyodUkuLzUAet51EOKMsAiG06QQk4wAEBjsIcyVjDmerVLUzZ+weAoAY3fsUhbBtE5tEM7GFqOkuDrJYmg36caf9xhZgw/R/wWgISlmA6g6jBEJ4wCCOmbQtqJGMbLq4HNwSh/wM2fGcIDPgH2gmgn7804Q3DWId1HVJeg4hDydul+JL37os1UKY24GRABU4Aghfk0waeMJaZ/jFHN8yCdnSh31cn5ubDyBbnX7mzQ+JQTaB+RQl5prCIR/8QLJDeICJeglQRnDfIBWz4hUv4Ni0wBGugB36oB0DogSrglsu4LFOrgHlqAdB4hXJoNbhjPrpziIZbuHLwhTP4NRlIiJC4AZ64wBPQAQ6jAA9wg/CIhR9ggSgQLHMAhxrDvGyzj5gKEZmrAnSzph6UP7rYMKNTQvV5CPzhP4OAl8PwAdCQA2v4B2V4gx4AojQ4BnJKBhuIAfpqqkgLPg5gAP1oARuwgf8fqAR0UAcm26voc7hzOIdZW75uQIUjCKQh+AwbWJHbQAJuWId4YAdlaAEK+IFc8AQUNIRoALmbgwgedAgT/IcqcghLDJHEkwKke78eBDqD8INxc4NPTBwOow4jLMUrEIgoFByD4AKmWwLscC5liIMfaAEfkAV2sIaZ+YQ/mgwGEAC1AwkOaIETmJkYSAZxyLu90i65kzs5lIdzcIUyWIEW6AGTmAyhkIUFoRd+AAfQgBckIAXa4QbYuwLW6oQjMYg1YIPEsw8OOYPEq4L4i4n6A0VUHL08o4rRionGoQt4UcXTOz3T+wcuGD05UAbGqIUrmELHuAJw8A2JwAdwoAD/AWAAEggJIPK1EjACSzgHEVw+ZsQ77AIecTADFxgkBbPFf/ABYdgH0dkHdqgIeJGFcDAHK8Q8WnoINjCIPJgOKbAUujAEdbQPxRk3iMkU/+NEmWAtfzQI/yubgeQmLmgCg7wOUiAHcDgGNfgHOlCgeEiZhwgHD8i+E6gVDuA4E6ACaSivZVzGJBPBebCEFMCAsMlAwQGiaiAi2/GGa6CDVLkCZVAVUsTHdSzMoXQIolwDOStMqHxCh6CD6SC9HWFFg4xCD6GdcDAEFpCBqsIFbHhJfxiQfGAGY3oBP/yHjrsADBABS3jLhRNB5muyKZCQD+CAE/iBsUCCWNjL8vAC/zXgSjogBZyECHsszMPYsIeQjg85Tg55A6ecjoJgxdWLiVzgBit0F11rL3vAo4gIhzREiBcwQwUgTzBgPg7BLnWAAXsapB9wg7PgBm7UpeBEBnDYnsh8iKNMzOaMCUBwAzGhi/rbuZhgBKCDTuT8Cjk40OmgA6sMLEM4BmXYtfywAWOBCG7oAhloAsGogAJAAAMIgnOwLnXgq9fULu1KTxhQgAYAAdBogiiIBRf7CnzIBmygHV10CK6wCwA1iJajCx+NpoiRva+oP8UxzmjyEEiEiAV1CIPEH6r8ipmQA24AB0LogTVkB9ExiH7gBiSwgRsYghUMAANwAXEAMukjpf86rMN56IYgmIADwAAtWIvyeMkZ3THwqAVQ5Ar+REW7gD0+Rco+xTwnLMglDSzHuMlj09JjCQc5sIEWGAIT0I0OMIYzdcaHqMPmCwILmAAQwINhcBLzwIc7AY4qMYjsMQhDYFKI0MnpQFVKSVWD8IRP+FNAlQlbhYjIxM+HUAMn3FVVYYePqYfiupHfIAc3uAERmDQUuIW2zC6QlLXma4MZQIEVeAQnIYfzSwfRQSJzYAZxw1WHoNXsyVOHCMVONIjJwwr+/FUjNARdjQn8xB9CpQtP4AZ6MA8iWgpwSAd2mJZPiIEMoIF/aIRMrY86PE9lNAhpcIVAAAPcyYd42Ab/YoiFTRAGeiBVg2hXiBjSHvzTT5AFh2gFjyWFTyhXXOWKjcW8dnVQel3VarJXeiDW8yCHQSAFbAgHd8iHdWAFV7iFQwgE55u7icsuvhKHo9Uuhq2kSOIHcxCFPx0Ebxief/AGVHxVurja7CEFVCSFjw3SaKrVaDKEjq1VOdhTev2HLlBZutiEZ2jAhpBJLngDR7DOYYUHdDiHW2gDaRDaoaU4ijOGUfJZJXuhbeCKH+AIQ9AOkQnZn1pXwpyOcgVZkH0F2GuFreWQp5WFWqgFWcDcmKBHQO3YhxjdyHTClv0KmAW6QbiEWGiFcFCQdBjIJhACOngGnb0HNxSHQCiF/0ryXb6FuN8VB2M4BGmYBybLh3rwBjpJCNVbBGYgB2YwhE34h9F1iLA9jFkVV1Lg3K3N08+l3ulo3H/43JF9iLlwHHg9TEZYhOt1iPDVWFdERciVhVj4B2vAhloQgjT0CxsYBHLgsVaTRiMTh4gL3oXlLmk4B19ggt9xMnKQBRnQj1b0AR9YhPH9Ck84UohAVVT9Xs6theyp3JjYU4MQBYPAhX/IBVn1hFZo4R4lVD+gg3dtziHF3nCND+olhUHYXznJj38gAR94BgC2Lni4BSYIXGkohVugpBOiJFE6h0OwBJKMB2LwAqFoxYuAzFDkUVkFKqLsin9QV4c42Yco4//35YpNOGFZQIZjUJWQDdnllAks8Ef9JNAeZATZ2+BbjQkHjabL1YpaIIUfMMbUdIgTWIRqIA+8tYQgcIVugIZIgAhpMAal6SBfuAN0aCF0IAMZqA0g4gKrNIQ9dl+DgN9/6ISr/YpjqAU3ft+HSOM1Ngg3buN/kIUbfoiX/YdTfmUjjDGHWFWZsF6RhT0yOQZP6AJCVpNh8oFLQDh4KIdSqANpKIdyQAXm4QVU8IVu8IVKgIZxqYQvKAcXaoe5CAkZWAIvGIRj4IZaYANAGDfIdVxC8Ar4ndVfOePpaN+tGIQThghkUGGDMF/MG2Z8lGc+RkXsbeEWztNWtoY3KMb/E9iAC7iAFsgxizoHVHiEhoqHVPoHavCFGUqGVdAOfEAFJ6gPeUCHX7BFFIQEXPCGLUEEQGADO4YIXI4JzjXjf4iGaiBOEvbnmKBlg8DgKI3V6k3ooD4Mlk3o64XjPD2GXjKdE6CAENiBSuggdUCHSOgGfdnZcTAHcxgHdjCHmIYhfhiHMxjnrYEGNtgB0PAGcnCHeFBHUnaIYX6FVhhjh6iGwxCFTRiEfR4EXgbofyhsg1gETGAEoiTUAkVFpe7B0O2Qeh1oW7ZlawgHZtgEH9gAg2AFaOAndKiDcfggfuiOf3CH8KAHlLmotS6aSqgDnjaHdEgMMMZHHc5nVbnf/90+jD39a8zjZdINrIIu5YfYhM8tTIPkSse86VMl6oc4hrC2Bk94QTbQBF8QB2hGaX4InX/wnDx5h+CoEcRoZ00uB16IhEe4AzZQK3OoB3PABCzgyemAPeQ+aIewBp/+h5z5aVnw50UY7IcQhRSe5c4dE7qgimD+h31GbIhAbhwGV4ho3JCF6pBNh234hLkohEiwhKcRBzbohmoJDn3AB3t4B+4sD3pgB284hVlgoQ6KBDEQg3+og2CoD3OYldmYDlIghVt+cA7Bhuo05a3Y5X+A7KAOWepdDkaQYzF6g08saAanCymHcDK2bFdOV2IwB244EjP4g0ig5m6og0pwDP9ySAd74Lp5cYdwIAU7GAVWMoY7mAIxeAIi+AJqQIdxaFWbvt4eN/DDKOpqCPKvEAWltl8Jt+VbjtLTSFzWKug/7doThuyvKGFYNcJ9g26HcONymIUvsJwpOARXEAdosAQ2QARiqIYzV4oBsQd7OBBmcIMm4IRx0R06nwIiwIEnKKs0sWtZ2FzyrVeDKNefxnKHOGHqnfRY4HFgv+FaRduwJe6YuAQqjyY64HPm/oflKGqDEIaRdYxgOBQieAIwuINSgOQkuD9kcIdWtxGDoIdrGAQtgINXWIeGioQpuPUg+IciqANfYIXEs2u6aPLLPdm+duNjOGyIEIWQ/euGH/L/A4+JV22cXcXpBh+TE97aSo/Xw5CDLj7Fh3i9vQ6Xhv6HibIeIgiCIrgDVBglKKAZTzhzdj/xPNmFJcCCTgiGengoKvgHMCgCfScCnteE5jnCmAjbyo6JXz+MFTbhWBCFQz/lTWjfDdbeUmxupIaIgw5uHF7Qcj0GLK8FamAFg4CBfwgCK7AEVeKFHQACOQgHemj10fmHdJiGPeAwPxiG9DL7IgCDIMCBIAj6SPAqupC9+vYERf/xh8DcXHDji3sIAjcIzA1qKj/l+sue6ljf46Q/WT1qI9zrYg8XKsABHDCIIpiCDv+qI0gDZkiHE3eI7dmDBr2CcKEGKPj7HICB/5SnAjHQhEqQrfRLeqqq+If39X/I0xVm+q/Y9nXN9mBPnCuQbPouTDC2bQQVdoMIF57W/m4xCDMoghwIghzAASJwhXJgBdUDhXBw/Xf4B23YhT3gSj4YhnYIBifAARhQARoIgicQAzPQhE4ACClS/mn5Z/DgP1KeZP3zRIqULFIHPTX8t8miQYYINxqMtUkUx41+Ro5E6OkTliZXQrIM+Qkho5YyN8qRSdFTq1q1/h072HMYNVSHzBQxiOMfDmr/3njZM+2dvX/v0hncs2TQJk/DVpX5B+NrDhxU7rDqpOSfkiZY/rnZeNEgxIQNKRp8a1AURIkacW3EO9PgGpevWP8yMvT38L9Fgw4uMimzJse2DTXyrGbt4LBursyImZKj6L8cydotWrJnF1Sp5LRVpfNv0BI/lYgyyQGDhxlNs2ahPbj2H2SQGEnhqkV54+KDcTsuF76xMcffBwkZfIlELWKWpF5mN5izO0dZO/9Fs8zTYDJoke4EydGeyL9k7ITvShfV3jtt5Hb9U8OFiw+GvFIGFVP8EwQRkfiSDG8/LNFEEyHFBJ5d/wh3HHgbYXJQE9chRhdCG4JHVyvcbfQGS1igyFFP1Rz0yz+sRGJGe0EUQQQR1ICzR1OpvKPPP/ghhAwz/3BxzCdJ/FPEE0SY4Uoy3XRi0BBLINGSeOL9w1D/hXX1taVwwr3VGHQj9vZPhBm2ZIhrM4F4IkcrhjceR770cQcYoRURRBLjkCMKLKDwh9BU2lBFzj/f/PNKFfD90wcqUXbTxQ8GeRjSQwfJ8qZbXx4UCyljJqfmQVceJBlMHFFn0KoVnWoQZAi1clNIdBiGEIpyTvQPnQcNlp4vfzCJoxPkmFPNNdNo8yOQCFH1zTv54ENNJY+yEgw15bBji6luYpjdR6B25BxigcmkRLf/dKErS34Y5Al1nCL0Vi0SvbuRYbaeKN2tw1G2EzH/DDMONJas94QYUGxjzj/IfPNUVPRMRc5q5NjTjz8GBcOKL0qVEw84BVmKGGWUXWJQ/79eiiJKLCtHZNCopCIkBKmYcMfpYikbVEsrslIEnc64wppyLT2dZ1A35fjCCiqP1HHGMeZsE0sx00wTJD3kfGPoPxj7o0886/zTzTjotBNPO9QNlGZL8jLUa1+ZHvSRcvLKfBZCKyE2pasHBW3QK7IM1l2uGzFyUS7/JK6lJ6+gg043ZDuzCjfrmOMNxeQwq489+xjkTz9Z0xMPN+3Uc0897VgnHdvdfcuSKD0rZy9HWqC6kbks6a33QSZyJOJhhtEOV0hvrCgnF9JNNLyspddTDzzllLNOPPE8T489+vSzPff6ZP0UPuusg3o75gyWe4ZGbzm3QWUOAp3cO2HoLv9Lt4e4kXTKs4RJJ4zwjdgrmOeYf9ChTb45SOEQcoyiecc70VjH8553j3zcAx/1SAc98rGPfXivULtYxjvwQY9xQHAd44CRQbogMplgSBmXmYjskFMmDMkLVW6QTFvcAAiZteQTnvgfYVjVHdfo6zDFOZonajGYYIwvghWUVj3coQ994OMdWtPGNDQ3xXSQIx4M+8cqgteSaFgjGjJZRIWYp5GU8aEtO/zHG2XShCw0AW//wALvWiKiT0ypVX8hRQwn9I+/GYZdHFlOLZDRilfQihunq4c8JGjBdLgDe/SQmMSi4j2KuYMawZjFlLaTHbj9w4XZkUguXocQ+gkRE4L/+IckEBJLNKElQldQi/4QgghCIAKIBolDzSbUJYS4Rg58aMkmsqQTEyljghb8RwQv6KdK4qOa+JCWO/4xjrA5g0622ImJYkW8nanvH9Yo53NCosoeAo9/O5ylQaoQIbatJZe6hCUh/AhMNzHPj8BLDEf+ppCNfMKHBolGPRBSj2r+I2x+ooc1pUUPyzXxF8QIoE5IOaV/bqlo6AQP7RjikE1txBMXeQkfB4eQ/2kBC+gyyG+6IJNX0gQ40xkkR3yo0pmUySYDjQg4/0GdYcTDIAuNoAVNGI51QNQeUcwmBKH5j1+M5xWzUOJBgPiJn9YiFx9VH4a61IrmHKdnnjiZ/x4B0Ql4wjQt2MHlTA2CiIPMdSNucBd1BFkdg6A1JGXq6UbsZa9ebYIPsrAeNPGBugi6Yx3pMEc6queOySZWqjvbyE59NTgt8SokyJCfTMg1Vk0Bsm8CA9w/+LahTmAijP+oAkLmac9/0HQjvDQI/VhZUrP6jofjjIiJBkGMokYzivFobGPTwQ6oumOh/6hgPaLxCjqR0iQmkkWWtpS4f/AlnTi9y7ti4RCEGGc8MQwRazfqS4O81Y4siSOr5rpPm8hCp30zhGEGEbOWJMdeo93rQYb7VIMUVXxicwc7imq9hULxoDkZzCs+odLMkixxyFgfS95Ct71o6iA64Uh6U//LUdjasXUtycNG6qomOfghZgUkoBo4Uia6/Gt4wzUI9Q5iYPHFY3TPs2A+pDqtVsjuJZ2IcCd6G56EbEqAM5HbJmhHXdCGhH//EJFrEYIFl9LyHwMJCRvga5BO1JW1LTlvS7jQnxg/Z1SCNU7vNGW9xuJYxzxGLELwYZB7RGNWgMPEK1pL4ZAsJC6U4cs6E9KKWPwFqwRdaWqz/FqDpEUJQkDCWUz83n+YiDocPYyaN0IHNiNEMXVxsqygedw5/0NsDBPbcQ8irSA72BONgzRiQrUlAYIkZvu1G0JUaoudcqe1B5kve7/cGyzA1iBaYENL3vhp7vSVO6vS2aj70xL/6LxlpC+TM47rUVQci20dzSWutJ57TfIsaqMQDsmguySLVDJEFuTiiChMihDsZmQn4xlGsD+RZTPvFAsFqeNGmiAF2FZBC1v4RxY48kZCiKhxBjWtaf/G35Lm+yJvqsW4xWYQd1RPfDjOJpD/oecgbwNwPmStif633pCIixT3fo125OJhjdQC4LawxUHCOLjB8NE3Aykxh6qghBUGZoW/M2hBe3cSYG/7IO/br3KibBfD9KrA4151jg2y8nsYJB/c6F2gj8zpDQl85ohZBGABCl5+K27XgPvwRmQ+Zmd7eZ4tga3TQ1LXH9LKVwbZENXd0mvFxN1LnCLDeMad0Gxu/yShG9GzrF7RsxKtQuB755uYZ7IyUf+l3iB6t5I7QZ03aqHZHMH0RkSmhYi3hBCdmLrb9SqTj9jl6pAYxOgRQq7FYGLcUD3IuAl8EMuv3DHcOTLfBqdalOH7IN0VNakBCxLsSsReEu5t0UV804YfxL201IISjECQg0BbVYgA3pSUfGXds1A4v7dQdgbRDpVTvtwktyzmPVPZ/UPLzQWEbUgY/dOU+MGn/QOj9YUoQMLu9RRe2BtmlRSuxdNvmB+lsc1AkB9L2N5J7Aqr+IEftYQg2YtGXMQi3JxMjINB7B9HTFbyCRnZ/UM+mNE/lMgIvoTNmBnwiBlF2MWF4R9LGP/Qa2xC48WZiXyC7PwP8ChbSDTBCjVbFQRG+6XYlSmZxgkVY8xOYGXYTOggnW0Ej/3fnlkQ2VkeTjjhQZTI4DzfQWCCXtFOOYlCTyGh1UEHuVxEz7zCoKWWIDqbPHEEuuDNWVTBQAReS0DhCVJf23BW9WXHFcSQuf0DcoVdDUKT5Vked5QIHLaC2g0ieLTMfmXffg1TnAGOJ/wT/2zIWsBWExxBqaRLFYag6s2cH9lPTgESQ2wXBrrgQdQEGfCVyLVa6qQOuaGhyg3gHDYOIHZCK7gW9AEPdTziQSCD0TBaBC4hzHAbRuTUYIhiz0xJiLFEtwxBW6Ffd/xTPrFEF9b/HzwikDjp2EHs3zq0A+UpVDP+Azuw3WAA2isk2TSiVgPqHEIsg/r0mm/5ihvOoYodhBRIB83EVqbREgcexg69ES8ihKQZxAvdC6mMm+ksH6xtBOrQmkssUuf9TkuoDzMsgwNahATWZPtcHUdgXQiOGUcdnBSIjBDQ4pVcZHdM3E0BQhzw4hrMl/yFJKq9i+7lEblBE8kVlQxCk0q2mmEYAnwNxkksEkK8BIi8yYXJ5NHcxVvgpEFIIHLcT0i80czJohSkCSIm3JlwRBxg40YAgh+gj8R1VkjAzSDIQcz40Zb5wTi4gwy2g8i1A2NGURoqFuZ9kUsYHkGB4kaUk0zC/wL+2R9CJIepzeNOtsRvRMgh/gOmwV48dUc9ophfimNgJpohyMFWIkQakNAxahNHJJ9iPZduskQMyY6jAabiFGHDKJCM+R50NMZiDEKLzeG7yF9EhsQGboSpmJ/r2dVGQFsexNEZHETDZWdqMdK+7QTz9Isb0EFbiNMVpAE4/EM5jIN8wud81llI4MPZIURfQecSDadBAGNImCWGgQTcdUpDnos9XdpdrkEVZCFLrAEeoI8URsa7TNdjyMQbbNk/pMHZOYMk1EEirML0lEPloRzqGIRSHMbQ9RtlHINxIgs2hOFdLN5BCKNvKdtvqCZa6Oj6HcQWvGZ0/IMRCIR4Ev8aIPpZSNTjRqTBP1yBFMwCK5iBE+AADjiBM/zmPVaWVBWgbWXVeF6W5vmbQWjmQVwDd9VbS5BLW+AXTnlaWC6K/LGEEqyFe+HNENhRQXxnnByQEkhBn76WEhRpTvlWhv5DHlCBGAQBguBAJLQaDB4E5fXmNXEDk7KFEHkppxkEbyxKSLiITDylc6znh6BZisyMe6XLpKUqQhREGPiGe0kBFPypHh1eTHgjR8gUQnQFFRzFFLiAGDzqo/6DDDoXNBWgX8bRS0TYPwQDagXoRlSD0ajSAyIEix1oS6CLOipBD+BND/SAEQSqQSwiYihBrIInkEKh3yCQQXTkHR2Enub/QGikABFAgzYd4z6K3Q3+BUdNl5b0REg+K0JcXzi2zF/o5aZRZxOo4z8IgfqFhNKt6hW2BKqGq6AGT03oIUJ0QRqsxRM8AbzOgAvMQB1wg/RQ5ibiZ0joFqeB5c4kmjeY6ZjumygwBLnY6A0Nkl42XuiVCkv0AEtogdO1alshxFkYQbOFGSAIwkEuhXTIgZIihBtARmAQwRMEwT+4wD+IgBN0Q71SZuW9p261hQmSYHd4g09kREdwxFvgoSG4QRfgqrUeBDtqa0j4LKVBQWSITC41LEK0n5Xd1LqqyGwhRtXOwD/I65XuJvL9Q37alm4F4kbAbGYiA4Ba4IBuBNyu/4UhyQyEoKYd/UAP3MA/8IDd/oOS9KhMTOhB7GxIsOth8IBBWO0/gAAOoBBlZpPlGUR+umNIkCpLeOrZjpMqyoSKuG79QO1GvNQ/lK7oku5B4O1PritH+OlqIgQg7JDbZcgbsKmcEAG8HgUKiIALrEKwxuAmNq6qzESLtIRCbgRl2GiodRnhhMQ+bZkSuFel/MMOwG4PwC54MuJafFmfVqyZra5MYOxf4IhXqEAKjIALJILHMAxkouEmQidHUNg5ccQLFUndCR/doBJDYN1KSOVGIOlMNJ2GLi9HHIH/bkSRngUWTORfdELnFXDBZocRFEEOMPAIXO0TQEPLiY0+xv+agnGpgTbEVu2UDraEi/RETyyOKPAeYtQTpgQQxkXGGvjkX/Rv/azBWpiLDKuuhMFppr4dRyQefDTwPzgwKpwdieojchnVv7IEee4U8CLEC13GRwmfjHXHJ9AJp9BUHLUee2VHRuLPTCjrOEIuSyTeP+Dt96bAGndACogB146DOShmDDbUh6hUdR3EZbzQHoukb9EJD+7lQWTxRM6lQfTAlZSuQfAtR1Rqdowgajlyl+4nR3SFQcCAQYhAB4yAo5TDqx1YBTsGRUiY3ZjRKHfwU/Kx7lww3AxPbUkGbA2E/sAypalqdsSRzWzEJ/+Dyp4xSwATEeCAC2BtD4+AA0f/QtKggzmUW3aMFXeoVDPPsZdohI1mB3f4GyOHawznUkWWX7gehm6tis0I5GWVMV42cnaowD90wD9YADvjACpw7fTIc0j8zVgFjkygU+VaxLQi5BUHlMuNhxJVl5gJxB0pb/ktXEFb72iyxO0FGyrPBCZ4wiqAiC4bBdZG9Ah0QDB3AA+wQtLk472KxOG9Kdy0iIsahIvcMd1tyRAekpqEswGDZ2maX+sdsvG2jSIrESB6ob6O2Q+xBBuksQj0MFCPgAW4wBOwAokm1DH30KIwRMCY00Zo41nmm3B4gl+44DMHWy0EQ2H7in/KKfV2x9jKxDhz2uA0ThuimR/Yj4io/16mZi9SHG4HZIAFRHQwB8EdQEM5wAOkWl5JLDUGDnZg0Q3dtAJJdcnwpitm6QTA9U4tKJki9qksE23cVkdkN9CbXAKyXWojbgQRwIA6p4BET4AEdAAK5IAY8ALXfl12iBSdcPBhxM5fm5ZC7PObDkZKWyin/kNxE/RZnOb9/nZ1gBOg3QtdgMjqkTVLsALgUoGjuEAPT8ADaMADsDMK4EAZQAM6mDYn/0NPY4rvqlNCaJhzRESTUTVJbfQFBuY/C3D5IZy1MiXRgcgfvqFBsC5HjMJhSMADWMADDLW8PgLXKt+rqG1g1QJflAc+HydC6JoRygV2oWm+ARBmBaRMKP+iQQil+RnlP0znCR/GpoCIyrqdfe8yQrD1P0iABFgAJavADDCq9ERVPBgCkx5T2xzGHcqFvfjhTylHdsSfQdy2f4o4anquh3yxXA3Qg67q7+S0SVTXal2Z0h75RpA4S/iylJt4B6gAA/uqMZDQyGlbGghU970JPkd1h914z/jiDpbWgldmQeWEEsXpRhzdUG6zDMMlQpy3w3LE++1WdVHHlACCJNSWID45R0i5QVC5QbDzCKhADkQCNFDmJdAyS6ApwEKrpx6DpyLaQgzH+hTa8uByGYvIux3GXMoThIRxu+6QiuWQeU8vIQaeWr2JeOCEI/PNzLECJ5RBWED0Rkj/gAZ0gAVY+QjkABg8ghntnx98mf3QBdyMRwb/QzUsMaYomkIsB0NYOkIQAqdYY7+Q58FO4V2GePriDnjG3j9kYW8tkq35jmYjBCtwRx3IBJVXuZXnwBR8AQSfDSYwaUdCRHYhhBnpYE88g5LnxbeVtIacWXlvRByIGS0P7jCm7tL9JAii7pGz3SJBmLwIgop1AhBxAmTL+j9ANK1vhAWgAAwgSB3wwscEw0DQsq6ASHEcUcyO/ZCc6XFM+A6W8MDvzaLcmiwAKcTHLSGvd/WGhJpXRwzxpe2RIiiNwpTs1JPjAApI9EEkgEFoQJUbhK7PwBegAmn/QxSsxFd3sE/A/3w0OHGwb1fNr0+9pP1MIJtYMpInsIEfxEFgiJnxnoUMHwbePGxIvBIgRCTk1pWIcMInAPpG+MJBSDLhc4QEjIDVM/AT/EMlxOcRRIEWFGpJoRoZsdvlH4MT90QRXthTB/xCjBVFYD9HkD5tFX1DqFQWwiUgbIibaxrrA57cNtsrRWSSHQQr3Y4v4f5GGAgKSPlnc4Qk+7IYsHg3RMHqdylA/CMl619Bg8oKMmP2L1q1fw4dHjNYEFmuiRf/tTJICiNGQZg6dbwoyCAhkf/cGJTSRKSWji61VDlZ0o9Jg4ZOdsJ0charf08KpkAxM8WIgkHE/Os27kwaKVhmdoy2kP/hxG0GF0r8p7UgR5GtPMnyFLUgJkQX13QMWTKqFINhorqUaVCmy39sMOIse9FmQUBrXxm0NfGRE4NGDT6wIOFw0CD/zEAr6Ham14kSrWV2OFGzQa4bT2r8R3CiXoMkyf5DLeMfIh1kWVBGafckVLtVlFSpu8VgSoN+UketRCTHvxQzLRRNoeLflCe+VJ70VOuyMoRVC1q7qP2ixFqkO34S+M+T6JMfMc7l+7r2xSYk/kE1eEJknIlVksxVX9B+fUAYWwFsomCCQcWwfxCbKIF/HlhQBeZUgCGHJ0LpJjqMxPsEPIS061A7bv7xBsTsNttstFpIGaujwMKi7qI8Rkr/7aMWQmINuIt8iyqtmaRQAgooCsKvCtouutGg/yYSsKBhmBxmoqES+4exgjooCIaCijDDF8mOIAu8aP7psCFrvMHIxK2e+eyfS1QE0EW0/kFyr4LYnAkkFoIrCAv4MMpxojXmUmIiJbTAiz+M8DgyuGQ6mlLKBQ+DQVIi0PDFF8qIxKi8N6M5BiKRrinzzOBqaUWW7/IUSU6M8KxNUPjk47O3k3wU9J/9Zu0IxtSc/MeFf6rs4AFHH6ASwuMg8yUUvCiTD8A2t7vIm6tSxegVUlyEVqSdyPsnLUM74ja4HrGwNbVMC8rNrjjcWBUjQM4y6M2JdClIBAQnkGCCfxaU/0ACCwpCDAYizEDFJ3QvAgus0ci6JsyHPDNIrI7GIogYF+fdtiBG/tFiR7KMPImlf66ISs60cBt0yDxJAimwgtQsCAeDHGXwH4ANitCgQgpaA2FNTRUmqmqsqaZMiD/TyDxtqbMoyYKAc/efTcaSDWSUaIXK3In8vC+3rW9F+OMj15IqqgMgDbiDEVQobgqMiOz6n8DAaxhimJHpyDx5L5Ll5bInEjc4qQ2CCqomnJ0p3vtu/ScJxu3a0T5wDVpLvGgLOrCgfRc8wGYq2abBIE1uxZUtiUk75hhqMSInnOwettPN8HA8yeqLpE7Jt5H/UaLcK8D2rS+ylFDC6kx3RDdNJDC144WImY9jzPO0/9GgygiDmIKKgs6oInGRXt6qI27IKaj8glh/SCsV95bXRa7CF/dG0wICACH5BAUEAP8ALAAAAAC/AL8AAAj/AP8J/GdooMGBjDYdXMjwIKVFDyH9WzRo4aBFAjEeLNiwIZ2FfAS+YeiHIR83ITt6unTQkyyXrWS1WjhM4DGG27htY+htXLiF3rh1bFiL1EFG/5AO/GRQVq1/TocO7CXwVFWpAmX9MwrVKClPWwdyxbqRrFmwM//V0ko22lCh48CNI2fuH91x5ujW1TuU2s6dLcEqJfSPsNKwT58aHCuQKtWBp6xuVXXwFK61a9Uy/sfUIFiBnj6TBXSJEEuzWFt5qjUz6sCnw24KTDbQrUBr/3QK5MY7rsG54/7ltZvX3FyhugH/i0Ytt99/yhsefu1UFqmnbAXmsnWwF+Wq343i/+K6dux1UtZrPf3q6WtYqZgGEpZkCBBqg4Rb/mulGCrDmgdFg5tt/1jDDW67kePTggL9JFBwApHzzzjeRGdQNIA1hxpTkR3EmDKV9XKKiLmocooqufwz3ilOXZbdYgOxRcon7ol2nx/5mZXjQqvJ8oprZt0kW23QDcTNOEc2COFA5IDDEIG1bfPcQHL844ZAV3p4Sn/3eZeiZZZRZll6Lnq4UGYNbbJjR2uSNd1Arfyoln8vHgQgQ0NCmZtB3EgoEDgKhhPcTtHYdueFGg505aJVCkQJZGcelKJBqjzGEC6SxbjQZuhtZhBH8p1230FteiZndVqlOlRsHbmVkzd7wv96pKDhBLpbdMNEU1NNtmGIFUaPjjpQiib+kwumyI5Z1JwHaTWWs6Fx9ZlCwgoE6lDXUvdKLa+0EqePPgq07bZDDbkcdELllNODsy4oVIAC7frPMIQe1Kh8hzFCyin7GpVpR94ZCxmmbK1VnUBlhvUiZi995V61/8RHyCQNSdzRJ/zNhOa4qW7Lrbi1/CIVNa4K9OpBS2IFYE0fVVtLLpNW9s+/32m34njNQiXLzv5xKRAprRjFVGijckRxYQOVZJAfhijd0icusSauTPt1q94r5P7zykBbH0Qygnyuyy6sRAokcjAQC+TIjPtKRWxDKcJMmSwsZgUVdliVRyNnaTf/5IbTpIrqSVpQ/bitaqq9Mvg/YHXtuNbxgsgQN9EcqG7KuhoqELciV8s231MZ1MuX/w6r4rGWYYaVMA3JyDhDNg4k6kIlAT7UZ6FhzFScWrfyieJQg9WZQMNjhZs1U9aW66EAYu3zWUNZKvCJJSIc93d1Q3VZ61KlB1bsoAnrh+3y/XNam4OHFprvnM00E9SfxC9u8VJRfqCAUkrVCeRYb/7PvbAjhadm1ovHjKhDMctFmMSTIq5cZyDby8qkcMEQ60AlTuoTFiHIJxAOkoVw8UFLZzzRifiAbiDEWMgxYqOn25wrXgbp2j/2Vy2mfMlYBXyMDmf2JdRh6me5QM9B/yJInYbcJFXL2priwFeqG/3Dg0gzyOwGEkLPHESGz+vbKjizit99YotSMY/AGiK9MbKFLe15z916Vp1cAMlcVwTX4iCWJYbUUSA5Elz5GLI/TJSwE41jiAwNcgwoHeogNBSICV+RyIXQiF8c6g5VmnGV0mlnUgLMZHvOWIvtlWlnnTRIf8CFGahtDXx9q1a2TFgYwhDGE/HBBP1UNi+DdM4gq/hjH4cSrPf8ixkCYQYlB8KMERnkhmGBhI3IQ8HNUVAxQLJbVn70O6cQLZVDqV1DdsRKVg4EEN4c5D9mccWQfZCKETuINwdCCUZohBQokkwB/wFMYv6jGY8p0fWs4v8easXIKKOsIBIXIhNPvIIUr4Ba0tg0Kvu4wRDZ+od9FjLFhbBSnEwB40LOlsJaBKM/62wkJhAhkIkCaxGLgMSjTjQsYFISmMzoxTLoSZUTRaZE/BSNP+9WJ+owjCEzMShntoVKbBpkomYBFUcmCs4Zxq4TrACjRmPYP8gJpJHpRCphJooIo1CCEpCQyEC+kwtglvWlCYRZpjrUEoh6QiEGFaIoryMLGqnujGDRimhm+bc4ZIsQTZSKH+KApX+soSFNa4h97EMYrAqyE+K06EIFIolvSkIQgJgoKZDCGFXA01jMmNSkUKQKyijQUbB7k1jY15G6OiVj0KxFIBfi0JL/LuSOWCDLYTtSR0CQryRINYgf17mQTuQSkelcmmIFkoefNYSllBqWZIr1j0eJlRSUMMoiVEuWzxTFKFaLk/uERpbAGkQLUoDYbgur3MUK17GowUR8gisQPNB2KFyhXs3+QVZ+maeXA/HEYSJ6u4yABmOMIxzxPiUVwjJECrn9R3q1kDZtFtbCxWWlfSQRn8pKtBMe7vBBbIeHONgXNdkNi1Vsaiz/ckW1GmHISLrbkKBdM5uKGhWFIfwPCqetjlfyg3sbgojLevibtk2yYZeMZDz4Yb1myW6Kv7PfhmhEDoxoFIGhp59tQgzCSpCwQKSAXh9XCw9XOvFRFyIJQoD4/6iVjbNEkcxkgez2znYGBJSjDCN7dcRpMx7Jlu9DP28O2iBZgnB6ByIFJRhBIFXAwhlGddg1uIENdywpff8hiCMbBLN9WLNBdpveSZs6DZMWyBmaK5AycKWXYhVIrItKpf/ZWiqHxuamG4IFLCgBC1VotBGMcIR/GEEK6a1CGqogrN2yYSCCmCFSPQ2ISgACs2ZJb6UHwgpeBCMYksDDYSlchmcz5CH/COtAFuGJGJOlC/+YcRhoVy3iLhg1WqhjE6TQBEcTmwcCMQKz/xHsVA/F3IbF9EI6XeROHwQQfYD4YqM9lDNQONV52CI62iEQeVBjz/8oA2oXooeDLOISjP/ItYwZMtHB4nrXAb5Ppv8R5jDz4NHGljCztVCFgUP65wep9J6rzWmDeLoSrBbEIxYC5UUbhBcDkcdA7vELKRj82e72c1k6EuF/dL3rA9ntzI2Kla+H+R9I6EHAB4Jzg/hc1UwfNcLnPGRJhPqofWB1HvrAhnKLfL1QkIIT/tHcbnTcIPz4Rz7GUQmt31oOAHzDtQA4kH73O7dNyC0SBAJ2Kw1l7GQ3yNn/0QO1k34go4e0Fgw+ENaP+uGcziy0O7J3g4ic4E6HAuENLxCOS/0g/GhH39/+j5IfhA50kIOaMLFBwPUaCVjYfKNproQwN2HMmf/HvDsC8oGoXCrwZoj/EEhv+oOcYeA8lwqU3QDlIdO59gaBf6t/XmpJBGMc8VB8/gVyD8TzIx+cAHSUJxIzYQ7sYBzjMA7J0AniZhBNsHlIIAWb9w/XN4FilltmRhZuAAhZYm9zBjE/MBDFxmgHwWzE9w+uZ2e0RXHfRHF39w95lwdlUHvl9g/mZnDoMBDxEA/1wIP3kA/3cA/wIBD58A+uMBQz9g8cx38D0Q4KWAlrYHATqASbN3pUSH0013lDsQZPdhBHo2QNwUH99g8jeHpsJxCrV2esZ4Jh9w9xsAZzp2TXRnjMFXJ1mAfNFYfBVQ/1ICHkwA63YQ6/9w/loA79B18CEX6vUA+KV4RT/ycQ6EANs5AHaZAGyIZ6AhFmFiiBEfhraLgQThd0ntcRHsgQqWeGZ/h2xHcGh8WKcdcQzTVxoXZ3zXUGdSAQzxZtnRBt1MBx+fcum3ANKsIf1JCDOWh49yAP0ZYEoTgQaUAG5ZB4jvgP9SAP+Sd18oAO4xAMmIAHR6AEyGaBBlGFC1EFFGZmTrcGWcAQliYVMDcUbUdzBLeOKJiGBuGKKQhy78hqt3iLBlEJW9MJ0bAOAsEOtfADMvAPMkAL/xAOsWAU1AAh0PAP3XAP7XB7A5Fb4RdvjPgP89B//ceI7RAP8lAPQdgO5ZAMOsB5U4gEVoh6ybZjOicFJ9h6LCdfEP8zgWVobKPHBlWgjvfRffF3EDNIeC/oaebAh/hgDiEYAf/gA8+AD/+ADxIiFMlgeJYAdfDQDfGYkSNxBZLgiL9nkv8gDxyHkiPJg+hgXK/gB3hwBVJwBOlVc44mjwOxc8RXBT45EBnIJp1ACKVoEM3YA4/2aGE2cMwGhwxRk0IJc/3IasZFMd5QD0WYD+BQCywAAAIwCPVADwPhD/qAD+MgZKhwB4cADeXwD6zwaFDQmpwnEGkQMf0HD/LQf/9wD/mHf/jADe2RDODADvlnHIUyDH5QiciGBXMpZj1mjsw5ZnepBVnQigOhh26mSIh4EFooEGpnBGeHkUGpmGTRdzL/GGqzEIDbUA+Jxw/4QAokQAEC8A+g0A8DIZ//sA/s4An7BgVEYISGVweDx2jXhx9BCA/ogA6/xw3D0ArREA60sAQksAEtsAS5AA7tkA/4sIPrwA2stGijN3DAlls1WQbS+Xrf5EfpZG91lF5IUJgNUQUWl4K6NRR5YHC1xwqcwAZSwA1S+Q/8kA4+sAADEQWJZxD9gA/IcAX/8AIxsAI4cAf/MJFSoHv/kARZOHpSgAkmyXHlYKAQIguxgAzkQA/eIAMLIAAOIAPbgA/q2YPmMAyXwAcbtAY0iWwmCGyQxpjr+JP1hRpNpIUAR4bO2TdCORB4UG53VwlQUAIe0Ar0/7kPx0ACBrEH+nAQ/ZAPvUACF3ACLWACIvAPYIAK/1AJ/6l7VPCArykFayAP+bCVFKmNw6AM1RAO7vAP8pkPspCZABACnqCm+1AP7sCH60AMcdIJUVgF4EhzwUanLUphNSlcqKGiZ6d2pQdwj9acdWYWiqmH8zcQlaADJHAE2+CI9KAGFCAQEaAGPHoQ+yAQIfAPG2ADNvABIkAFh9AN0PAF/yCluheB+3Z9ShAF45CMRugL5UANsmUN7qAP6zoQ9UAMCwAAC/AD5rAP/ECfU7kNLJFLcbBoxwaO4NiMBNdjruiOZEFhVziCf8poegmjoTdD6bUCreCI/EAOLWCuHv8ACwv7mftADjJQrhdAgTbQABmAA38ADX9wEFS6BGh3fb0mBbZwD+gADa5wB74wDm4gA7iAD+vqD0MEAAKxAYRAD/zAtQLBD+YQBVJQC7MACDhafTRHk6hBWA6mIxtoENGnBGW4A+WHi3O3bWTBanwrUY3HFDvgASQwDmSLD8dwAhFwAicwCH5CpO4wUxswEONXAgrwDxlgBvnaucYmpRQoEEh6BW/QDvIADahwCP/gC1pwAiyADftgsQOxDy2AAAIgAADgAcqQD2QrEPgQDRHYCZ0QB8bajD6njqvnbLLXglIBQLuVemoHcABHZj3WEXPbENdrRy/gARQgDPIpn+T/8AMhIAPckA4dURH/AKn/oLT/gAEF8A8ugAplEI+tSaVo9w9XkH1I0Av3QA13gApEkAWO0AIX0ALMwLv+0A+9qw+yEAUvQAAAgAAtcAz10Lv8YA0s0AJxsLYd22geHHapVpNs+4HmNlFyyxD5y7GPtgOYyJephGmsNguvgAQkgAAUQMEJnA7ecA1c4AWzyhD6gAz/0AKQegI20AWU0AQcoAAKYAJ/8AitmWr2u74BegVYcAVdYMXggA6+YAlmEAOEdQIXQAJ6wA6xK5/+wLX7kA/5EA0lQAAEgAAlIAu8KxD9gAkeUAJrgAjEO5eNdpij5nrYZhDPxnpx0JejGKAG/8EDf3pskXa8MXoQdZQMs4AEDsAC/xALO0oPyAALP7GjC+EOoiADLPCgiah9J9AABzABVOALt5deuqd7bZdbVywQSBAHTmIJaGACJdAEBMwAGyAEp2DG/aDAB4EPnlACCLAAFOAD27APXJsP5nAFEPACr4AIcRmXFshzA9d+cYiCXDeK22fLOWcQhJlscHut4Tyd0DYLs3AEJ+AD1mCx+fAO/2APOUup5OADIXAC/2AD/ry+/3ACDCAQIjAHZcBsrjnF+1l5XgdvmzcL6BAKZpABCgCvAF0CJXACEpoO+mDMiLcOXLABFRABCxAF+EC23EABH2AE1IAI1beJPOdj2v/aEHvWBF3AtA+NBU2ApKjIdkqAXpAMMTSkBA7QAuvQu7S61B1BD0sQApgsBEsAr45buQhgABjQ0BImcAZBBDzwgJnX09d3BVfgkt3gC0QgAg1wAkIgBABduSRAAj9gCOkA0gaxD+FgCFxAAueaDtHsBhRQAqNADYCQXkfQdjOtgnM2yOBsk6YY1jztdCtafmr3wdU7qBlZvZ+WDLawBiCwAFcwqfchIRGQkLWgETX7swiQuSuwBQtRmESAc+JIxRR4BHkADWhQAy7AAS/ABesrAydQuf+AACQAu0ptEPmQDrTgBf9AD1xrDi3wASuQDC/9dloQ1DZ4VNGGVJjNEBH/NoZ4OwSlV3pod4nZiRo0JAg94AD/gAzH3RH6QA5ewAJe8A31mQ/hYAMXINwcUAH/0AAAlwR1ma9GsJ84l32QLbplLQWaAA2FkAQgUAJC4AnNQApEvAEMcAEUsAG5oA/vbRD6AAvPoMayUAELgATUkAyE0GgrWmzNmm1jaLeKjHbfONlHIH37plxS0Zf7MwyIwMIV4AHX8OEMAak+PKSTig/MUMQ20AIN8A+dugWh2MixnbKjS4E5ncJYQE4mgAEKUAFCIAe+7c8t8AIlsAEesAjQPBT74Ny0OqYO8AEkpQyd4AZK8AM9EIGIvGvPNnc5fr9KUIELMdvHynndHZvF//UPtkAIRnACFOABXgDKDaHA1UABSiu79akP6dACRnzmBtAASeDaAx5wN3dzBpG/XkeBPu11cWALW2ACClAADbABJOC4LfADdJALhtACEYAE8ZDGZKEP1QCpNtAZyuAGaTfbAoFZLDgUYTYELunsB6EEqK5jbhBhn5AMyhAHmxcCAkAB3oDplJrA3xC5nymfyDzG/swATezaEigQKdvVoou/M34FSptbgmALScABEADHGb4BJyADsoAP+VAPx1DKV5AOY0vkA5EPS0ABJLAGykAN4JAMyP6aoxKge3uK0w6yAzHOG6LoFMjCJVDanjkUaizpDf8PTvIPG/4PCoAADf8QA5l4EDvAA8Vm6gfR0waRxQMRB4UABLBOAMBM63RADwrMtTPbAg5AApvgDsDeEdtQsz9gC9TNDdTgB6u+EIjwjtd9ECHIEBAoYf1qt6qkDCCS0y/QnixQDeI+6QLhDxTb3P8gBOWKACQ93O0eimG/yAfh0xvJR6FgAg3wvhuwASEQDvyQeEnPo/scASHwzMX84fiACzLQAoTxCskwDtSACTxmEIgAWIgmFTbQA6Xf96jXa2Vv9ufdEbVADUyRWwDNzN7A8AKxsAmseOygCnIgBJCKAO4qEBAQAKAeBipqECzMAz2gt1hx5V53JaMABBCgAAzAAQ/aDLG7xrRKtkX/Gg7FkLD0+d48+w9zrTXUYA6dj+gZRhYhCK94Ts41T3Zv4Aa1YA21YAjwJgQvUMpLoPJmYQMA8e8fgQoC/w3h0ECBARNbpCz5h8SgDYM7/vHoYVCjwDQbNcYJFUOBggonTiDBhk/fvn3/9vnzZ9Ddv5UCY27E94PEiSaePL2y9o/bpzUeO/3DhMijQSUCfwjcccOgkH9Nlxpc0+XqxqIGo9n6d+VfEyQySJDwgm+rwJYGyf3jIHBDiRIbXvzrUWFCAww8wkKMuLWHRSwCC68VqGUUooIVWpygsICEEFXmVOrrF7MfPno1/fXzuI8Oi3823vyT8ymoNUynBRL69wnx/z8pAnvY2GHjh+6ISg4jdp147SdbteRckfgPMAsv9JZ+/mzQXK5/LUhUKEHRRokTNkD8UyCChxQpv/Fu/MHD4j8sWjV27CjQvcExiF4QgMDhBAgBAhZEIIGLcFQCjSaNPusnM42wWeIEGZBw7ZNmwKHmE0P+uWS2f7RooorkfrCIon+eCiuiJbAQC4krajNMI63eiM+gNPx45Z9OtDAIR6oEikWfrRTMJ5x/fHjwCjfeaEKgD0z4B4KNpBBrxKUGI3G2jub7pyg7OCBAgRLiwKKFDy6IjAIbKLGswAIP1IgeGTw46UKDkrGGGk80dMOgI/6x6AeIovwnRkM2+Seabf/uJKNF865qRaBRmnihhBamsuGEf9RwLrS2nPPGmmisCSced6yR4gQSShAIg+8EqkKgHTX6YbAbYl1vo+AMegPHjezIAgIDKkhiFCUsJYECBPpbYAlyVKJpTY/oabCFH9wgxA+BPnlFGWqGufMfObdKTqxj2KnHHXPG2eafcdb1aB1vZOGDNkCvokagV5oq4QJUXbXUh0HcuckjtciZCZ989Mnnn3y4ueuf7zL4JwmBjFAiOYH21MiGwWpdStd/wujKoMO2SAKD8GKIwYYWHiuhAggqiCCsdPBpayXQAv7HnCV0sJg9JeIApJZzibkkQ1sNY7GVcTLtJ596BCrHIHT/BErYoHre6nYjQxrl5h90xplFChMwqAA7ipT4YeUh08FZIHzceYeehNtyKZ945DBhBY+SoNiInkm8rYcfpNohI8Q83giL2vrIIgMIIC5NICXWAASPI1gIQYZn8OmHn63ouYIqQtzw+AffXjFHXWqIGeYXTDDxY5LYX/+HGHN8VBifdv6Bhvd/jOHln27+edrgf5peJ12Nghkmmn+iVneWKlZg4B8D/tnghLuwkOGfQf4hZ01naWppzX3WEQgEFyDGwSCKDfphR8FLm59PvIwwSI6lFmXqn1bhIIIIRLCCGDhFCl2rBz7ikQ5kqOEf4ejMPsbXj3D8wEiGWcEG/lGC/xW8YAd+6EbX1CWQ5jVvW4Uyx9MEUo91jEMgkSiFQUqBiufVIx7eQAY5EoY+Z/CuXt1w4Zw4sYOCDCR9J3ADI/4hi3S8RCO4Y4tAECadI6jPBQIhgkAk9g+/wQ8vT8kIbm5jkR5kJE//iINHwqCRM7boH1l4Yw1csAI6lmAHOnQJPzq3D3qQw4/uGN8+kOGDfxyBWj04QUEaUIG57KAT9RoHNYIIxH/US1344EfC8gEP3hkjhhrxJO/KIQ+BmEOT8nBh73o4vH8EgxWcMAIGjvWPCHwgBkgAxCsWwURn9QN3LfFR1fKhFkn8Y0kCKaAR8LcRiyGBRLECEW8ugrGtpP8hDDEaS22Q0KokwBEOZqiBCQaIIXdUrXwx0Qc+1IkZjeDjGGKBzQtMwAEMNAAB/2BACaTQCV7UC5LdqFfwdreRqIXyk5+8hStcIQ6BwEOFCuOkRnonPGhwIgZOquULjAAIgWQofGuZyR4GQQ+1KGOD/3CCQJ4ABYFEgYuIycjgaGW4f7RRIGl0YxfOiIWKaWSZWZjDFGAwwBW0gA/jwGT5PFegdB4vOgpDBhJg0wN5loADFSgAAQwAghicYRXBGwf0Jlq1hqKDoZ5sQxv+EQiDGMMgNOwGKwVyj3IMrxu9s2Qlk2BVEtC0pj7YBFn/4bnU0cEL3YtAfx50FwjEgAj/SaCCGOA4sb5ZpWdX8etatKAVbDbFs1VZJhW2YAYXXDEGkcKCOdZRNZu1hSV6NAg9NqE4LvIgBiswwQZGslVB+GKS6uoG9KBmkG4Y4xYCsYJaBcJWtxL3HAJZR0Tb0UNnRFIg7eiGIICgtxzVhg+ZGmw9ZLMBARikP/8AgEZWNbHa1KYpfROIROQbGCQ0EwlHsMpVDmNNwzTlslXhYqsuYgIcEGFsELiC8ehhDnKMgxzmoEc9IswPzdCDD0fgKBuA8I8b7EdVPKgXOszRjWFQI2qcjOg/zsFQcRiXrf9QbiDA8OJ/MHQr46iRQcYRj3bMAg5+2UgUyHGTp73gngIp/296/3FkAzCAux6pghKk4FkjuPezGslvYJZi06Ugwb//2PDEpFyFKmShDETIAhWS4AIIlEAR4DBHGBzAyLlob2WtwMdN3NGKNQgCDklIglQM0odSzgITadBF1B4KD3ioAx4MlcY/StEGtjZCI59s6D/uMY97aGQctSADIX/wCnbIAxw5EoRbqOaMJ4/kABuJGaqAjGVau5eZWEjSWAzyX/3mKjg8LcyXQUsbKeCvVam+yApAUIIYMCm959WIAV5AjTwrjBjFFggQGmaEZKCDHadowQpk0AlztKPTHlGHQNx63Ev/I9L/SPc/4MFpjazjFbXpHgtaUAuv/UNY/wBLNP/MEZN84OEDIBABk/7RwYr4D3EbMfZSpgzgXLvxCoXxssWs5ZGOYMENPPWZbSa2ESlLgcxwlBgUAg2CAxggAC8nQAEOEIABDKBJK+AGhfPRih+0agvb5cEsysGOWUCGLi3wQxANsul/zMMg7xbIu29h46vUAx3ceIMQhNCCunjgCOBgxz+U0pRaoE9hq9AImdkgELCkXSMsBfCGquAxARN7I+6ZT5RYZJAz4lRkpykMWc6DZW2WXHKI44EJFG8CEIDABBmYwAQwkIEMYOADZKiHP+pRNIFsIQZV6EY80GGDCjBgAXQ5gSRSd26nCyTe7p7NPObtFUxwwQa3T6QGX4D/CXQIt1AtyccwKpGMf3BCIH4Yxj9mwdEcLUXKrPLI3jW0ljjIYXRbAZTFlNAEKJFHIGuUAvdpsyGNaGELccgCEHjgghgYIQtHeEEU4uGPfKSjRlVw5NRGQQIEVAAB1TsPbvA9g5iH59oIqIM3g0Cxf3iFp7CUjeCOf0gGcLCFwngD9MmHbcCEPYkBHZCCV+AGaji06VuKVjE5k9uKN+Ay9liKb9mfJqgYIbiyVrk4w8iTJriCKyCL+loCHMTBNyCETxBCQFi7SuCEZHiFYQAYfjCHYZCCHngFdAAHIzOI6iGBSbkCP6CGdkgxgzDAGjPA53q9pkOHbniEIzCJSSGB/3+Ypwb4gBL4gCOwBfv4gUbBB3IQBh2YlH8gBOLjO4FwgzUImS2oO+jzn/ITjukLGY0YHULQn60ItvqSiPDTCPOoQcAwkR/QRD+5lFpQhlfwgzQ4A6D5BGIgh33IB3BYAyNABGqIAw5AAAIQAALYgCLagO65grxqvY34Qo9otH9ABSnQDo0wMgL4gBPQgad4ChJYBHYwh0vwgT3smnq5FcSoAik4gypggzPYCBN8OBIEx12rCi/biHkRiCipOE7UiCW4AkM4hmiohTUAkRPYAVngBqeJg8JZuHuapbK5gCcJhnTbxa04h4HknT7YgdyouOrAHkwwh3j4B4g8AQ9YAv9m+B6BCIrYWEGBYD6NWINWWUQ2KIM1OIOP/AduXMRw3IhHNIQVhEFx9AgsOUflwESBqMkl6IJPwAZzSAY5QMN/eANuiIdPKIEfIARc+wFY/AcKEIgINAiW6kWnS7eCdL0xrDFLWCYSsQp9GwfPMYh9wAYfsAGxuAJiODVrgI3fsBZM8IiNvIo1qA0tSEmV3DjE+A1yBESPMEddA4zk4AIu0LV2tIZTUwZD6J5BYIegYIeD2Qd8YAdDWAAE0BdUkQGT+IcTEANX2Ah1cDqDPEAiWIFTEZHLZIEoCIfxSUXA3Ihj2ApMOAqDqEuuWAtsak2V1EuL2cvZAJQlUE2B4AL/TNwEazAHayCFIQGHfFiWjdgHOVgAuBCIPXSYFbgDjZDKeXg9dRhDdbgDEXCSjSABGTCH8cGHasAFwFiCahAh2/SItdOIjrRN6Tu+2eCfpaCDrdCKKAFM1cRJjVgEcmAHbwDMJWiGXgCfNeEH0AmB7HgBS9GguHABzTSIdLPKAmy9c6iBB8CeDcBCMlADbxiff0iHKPCCRPkHfpMF9eRIFJVPalFRFcUC3tQI1VRNOuAGcuAGWZABGVgCIWABLoCiwcIH/XmKGLCUI5uAQ0AMq5SGFDCABrhMiVgCPjjFpZgJgTgGcggHUnCgFmXL2XBLFHXB90hE/qGDL12LJqhP/4MwBFkoTk+gClR5A7oxiHwghSX4gSGolAZggACAADDgTIHoxQg9h3S7B2lwgVcrASi9gmsQLI2o0lMzB377w6Xo0qtgy2KaDUA4I0xQohYNx0e8ijTdiN70zVEVCDm4k2NAAoroArUQmGOIH4F4AQUQiCAQQy/UCKt0hSvykjzxhFO7igLBh6fxhMIYhHi5SE9FUaNRVhIU1bV41qXQH7McB2uohVp4KI3gB3zIhS6QAYrAgH84gBkQh4iCHk6SygSMOhjoAAgwgUToGnpYII8ADc5gB27oVDbaCqWAzbXwBNnQkE/4V8QIUy9tVt9MU9Xsgi31CFl4SFHBJHodJv96aIYkwYABeIAcgDoDdLQ/PUAm+IcUwAFoqId6QBdk+AdA2gh34AZJ3QrYWAr37FLY+Nd/bRSNiE2BKNil2Dg5aEkNiVZ93YhBcI1o1YoZ9QhS9QhrmJl6YCeNSAdzYAd62Id4iAMX6IAcAAO3OodyCFQV04jnOoRDKAVeQJ91OAZZIBSB8Ep+qNK1uBBmBUdPONFWyJq8NIhF0IhaIIUaAVj3tE06yNm1SFZoDcdNiIaZ8UqBCAdRoA5wcA5wCIV/cIU2QFJ0+8J3azF2U4d8yIdxaIULKdx/GM/ZMARPoFl/Hdg7sdk7OdHZ8ARSONFaiF2PAFzE0NvRbUFvyVv/gQhaXAnH74kFHSqQdDhVUmCGZbkHeSgHcSiFQ2AxL6S6Fos0aCgFqOOHTvMCJPCBebnD4jRdxMCE2K0FgfWE8mVTgeiWu9UIQnndfwDfLWvRauzdtWBYoPxdrfkHTzCaVkCGdBim1BGZf/AGFYKHc5CGy20xjxAHaWiuUkCDcyCle7iHdYgFGdiAK/wBH6hPIfEWQyhYQ5DbgCUFISQFvmXA6RMFgaCOjWBfcNTboTWITfiWTYhhElSDhf0HmdSIDNmEm71ScChOEWkBHxCF1LG6GjuEQHi3Umgu2DMucSgHY3gCqouHbFADFvhHEtCNHB0E6uCDjYRZmPWJ/TUI/7asWYAtUYN4hRON37z9HlHYhFhYihP1hJtVyay54aVYBBteW8Qg1Rz2iD0WiFYgFLtdhCbIUYPQIC64hlL7B3lAh0NoA2lw4I0wBgd2hUgrhzuQhgk2Bz4wiw3IYB0lpDXeWZ31hAvplkoViKN4hRfWiPflz38glBX2iBa226MBXhXtY+BQVvf9B0YgpErJlwu4RVPghoESBzAAA2kQB1c4BEvI5H/wBWhwBVSYKFSIhIEqhyg4iwz+BxkgJFreitO9hFUOU7aUjU8w5zquZYHAZX/dClDN36XQXbj9NYLVkFoghLTBHoM4gStoBXOQB1Iyg0joBnQIHl8ARle4K/9UYIVyaAdoqINIkDfmlQIWIIHsUcdj+ASOYr7BfQ0aVlM2Vl+PcFmNiN/vsWFbXk2UXaK1uJWCJWSBGIRUFghCBtV/IFGDIFX6NYg7XiJJJQWdwJ5/HBJMKAdOKgczgIZOcyEg4gU/fIVoiId8QAc8QDtJ7gZWYKkSiIILYU20/Adku4qdNZrxbRRaPtFjsIZjqAYWft9BeGm7/od53gg8vgpQvRCdVlOjEYXaTcGcxYJAJkH23QQ7lYELuAASOIIaKYfey4N24IdtFeBxMIdzSdmWqIdVmIWpQQdoYIU6+AIoyINh0OxCyRJASKOe5l3EON/znd20/Yd33AjqeN3/RYhjgbhllYRtldyE4nxjof07FD3h2b3tf6gGUeiCFqCAE2CRqOmdfLgJfFiHmVgH4+Wc46mHWfBDyrWE6TSDOphoHlMGNkhJmL2EfPUIOaHbWnhn5raGuZ5lnN6IFdZrgVjpMG2jVFaimwZsj3iDW8lNQHlWwJ5rbjgGLiCBF4CDWZCGcrgHX6iCe7iJzXgH8HGOfkBFfOCGV0iGhe4GVxjvKaCCJzCCVaBoaug7g4BZgyjuDGEEZi1OfuM31qyG+taIFvbtGdaIeUYG1sQQQrgEQvhjoEQNjXDvjpqN/W5Lm4oPLsjNq3Bdl+U3D8YEJNACQUAFX3guX8iCxZQi/3ywhw33ER9Jh3Ao3xGPGmmwhCcogicgAiKAguBxRfKz8m4hhTvZBNhI8hJ937muBmxo2BXehEAXCFmghY2oVFfOH9j464OVX7u08lbg60JWHjT6hz6Y5uHhhSwYBgZLB3fQB9xZCXugh3TIBUKIA1uoK+E5hCCYgiIogiAggjKgBoc2CL/biD6f6bzFhEXo0laQb4PY8WvISI8glE2QYyiXcZhOQZu6ad7VW0K5dtu0KaG+ilcA3+RLPukwh1VoFSowg9+RBl8og9h4IKbBHXp4B29gBC3QAqFbaHEwgyL4hyLIgRwggidgBVaAg/XWCE9YYdmtX3hmhn8ICvuW6f+rSHJoX4suoN98lZMYt2VSSPJqj5elcA2hzs2fMAhi8Ih2SAYgyKJ/mOZr1oSxMAQIMpB/sId/6CNciBJbCC508AUioPUccAEcwIEn+APjY8+laPa73Vm6fV8iPwaUxYUWPlFc3m9Fp3QXBt9qf1bYdoP6DG6NcA225OtaIHKDKIdxSIIsyoEpOASIhga/6AKYP3V7OPN/mAZcxoRkqCtouIN+hwEYyIEgeAIquAPjYyPYJgXZ7fPilBMQZun5Noj5puMWpPqUrnKd3YobLmMUNdOtGAYfN4hh4IZuoIIayIF9vwOI7oYqeIErsIZ3mHl92PAH2gWblEB0oIY6MAL/HICBFFCBHHgCMyiDPuiENZDLpejz4a7d2mVWZs0aXDgGXMjt+5bncBTYsajBcBxwDcn+q5DUcN8IakgGM8giIpgCMPgDXxjtPVkECJr5f3gHctCGaZARdbEFNsgCoMeBGfj7338EVmCPuQSIf57+kWoliyApgYv+Gfrn8OGmhAcd4jr2D9fDh6IycnTop6NDT5/+XWkC8iRHQihXqnR4qeFJOSAx/WvF0aLFf8n+waFCJEiRoGh2+vGhZtk7e//ecaQz6NKnV1gAVTJChEgOHDie9NGUbA0WlKQ8bfx3cCDaf5cWQky40qGoTW9RfhoYNqPMfy0zsuUoci5ITwMf/7oB/LDWQ2vW/lX7N8yhL0v/phRxWMNMuWZX/qVKZ08fU20PvYjiY6iJDFm1pFwNSqTMP19fkShJqdETqYNu1XYc9E/uw9xlOcYazvHNw7seQ45UfnKvWIeMeve95NdwR5sOozlkxl0ntG6RwTz5RwRHEnTmvHDWplTpP3L/roFSs4SLjyXhkL3RQoTKFP9Y4gs11Ejxg0Mm8cVRLTmt5FtEE4kii3F9QciQQ2k4tIYUGX30D00drjSdXp5A99Bgc/Ul0CsTEQYSch2leIw1x1Tz3T/iWXJIUE8UQQU6/wzCnnsciUaLWZAsAYs95MiiRRZ/9IEKK/+A48s/SCBxkv9cuDmUi4srAfcbXGGC5Ns/Gp70oUPOYfcmSDZ5oh0hDRWGUoxqtTKjg4+J58ohlE1BRRXmyOdQkfD9k84033gTzjXMfPYOOW6woQkryXSjXhw/ICHESrkhhthZHMEEkUOxpAqXQ4MshCaGgO2FxWaBwekQHf/kGWtG2rn0UF63ZhSMpqFYYoYZPvWxzj+q7JGKe/ooxdRS8n3j2T7vvENPNLZoOk487IyypUNbKpjRJmEmJOeYHQG3UVll+bbIhbyetEZGtP0T1q4OEeLIXCb+Q6K91xmMkpq2gmRLN+KhEkmylbDj0DK7PKToouEshQ9o2qRTTzjdmIOOPO2cdO7/P3Q0JFFGcwIWUXGbTPiPccI6pIS5Dt0pI2AEP8RHyymilCtgDaUoy0GyvPIKNeWMAw0vqFTCCjrsYPPPMosy9U46oZGz7TvhaEOOPfSEY0489fzTTEdIoIzqQWC+MteEw8VVk0ObtCssIeSCFOxbKfos084hCRa0QDYf9g+p/7xijjzjONMNNM6gHc4xouyyi2fphBNOOvQsFU4qu5DDMTnhpJ1jYc6d28VDKzNoJqpm0fxPzDIn3dGp/+Cb8Ftvu/mcXigC5skrQjvUe0ZqwH5cRhiZVYswtbSCCTX1tFOOOeWg00498ZjzqDee0fPZP/rgkw45174j7dn0sENN/+sZlXSSJ7TbvhK8v+kPUmHw1RFAgEQJCmoCFtzks4x0QjqJm8snZJEi5a0EeCBBTEYw8Ypx4OMf96jHPUL4QXzUo4P4wEc+HKI+e+CDhdLyXDjGUYsTdSRPK8pFYHzFEZnRbEy64cgg2GSzWsnKZodb3kmYd5LC/eMYGFSaBInxj3zcAx8inGI+UPiPE55wH/vIhz6yqI9/uMNz2zjGqdzwPJC0JH+BQ5coSDEmUdSMdrD6BwEJiMe3bGl4KFEJJjpBQ1O1LHab6N2pGqLElciieg75xEhaQYx4TPGDIAzhFk9ID3dwkotcLKM5uFGNPb0lWAvJHwa7wxEdskUu9f9yiATz1iohIdEwteHIFe5iQQYmriWDlJFgrAOiOikuJG5RDWLq4hBzoFCEH2xHPMBXD3esIx3rcAc96jHNMlYzGsc4xkDmVjw2hqQjylgMMx7yv15NZDdvaWAnAklDTNTmgFhAmZsIgQhCqGQkOvPDInnGF0z88mdy4APgNKJOU2GCG9q8BxWvGD61raOiFXWHNt1BSXfUKBejKuc4CwnLVL6JhwSBEyY+QZN/NHClILrZP0yChS0RcV9heAg/QbTPBmYkoB0R51sGcUcx0UyHGckeJe+xRSr+A4TazChG04bReuRjHdypRS3mJk6eFo9EA3ELSecyVI4URBStKEj/R2jyiqh0RBIcqc09Y4pAmxniQwUdiD8fRC+HrKgjcjyMLJTpEGuEz4NObeoWq/jJeKSthClkVkYQA9SHYEJo7lTcJlTVFl9R0DAimqnb7vI2hwjCIXokYBz04ofCneoSwnQIKfVyiUESjWj4S4iXzGQIbvyDkg4pLCWf6lThavEfJgPqZP3yirGQ4pgnQcYx1nm7MeXGRXOiIAbzyhGeaiGm3g0LApsgotTisbQduWtGYpm8BzokodQhK4pIgZjBWMehvfXtfaPJWMZqk4QozGIKiaG0hwC1E0BtxSdie5KDSHGhIOGhWc2yG9VMJEWPcQhPA7kSJYDXIVoQ0VzQ/+sJmJCSgm8AWvO4cBK2HE6CSItgRhYTD8g6hLEOqWg8NKo2pTokhfX4heNI6s+R+NOlJ1UNSKy7ElVt5KxfeoivlFaLYGQwng9ZRUY+LF58KocNHCGvXogpUE+89iS7UoOKAaMb+Q44xtPMiG/N8Q9zmMOiD+ngFHsbjRbNTU4OwbJD5jYQTGxiMCkaC0rGmrhCz8whyFBnnx9iC8pyFcMc6ZBJbplpwABinys18kO8mpET1TRlasjIWAtipiNyx7eri884yEHnOq+DklpMIWJfoR1/VhrKGPIEW1zsxpMo+nZzadFPT5LX7v5DCjO95b5WAmZCgNohKX1Imf/RV/+QqMG2fHVVR5D8yIdEI3ycfLNDyDGOOePYIUpNoVLrYZG18hqvDgnrSWrmkMuS1agnySpJ14oSAWYE2lvi8D+qwBFmn6SBee3sW7hAh253ZCHbFlUtwpQTtaWNxvH5x0UdgueRwxYTreiEvx+i3ZNIhI6/AY6iZdYKfeONQRkBKqBRIoUm4OwhSqgCFqqgBYX/4wwNf6RIVl7Mh6TadrnhSLmNW2NqgjzdGQFhB3kM5U4M2nEGvhWFDqLZt5Rld/emcCuAKlmW/uMTgM45SDZ9s59XQehr2IKXDTNBwb6p2CtpxWtxREZmuaO3dq41fvPskG6gqKVuJ3CvDTMmvwP/JyEJwQVJEXPhkywtIyD+B7SzdDMp1Ebo/8gCwwleUNi2XaxC2qtc6LVXWsJXlmkq9wcdQk3C57i3hb8zj1O4bl2naOWABkS1UQIKMvHv324ZyKTZutWBdOITLd0wqBxihJ8n3Hce4khdVPrS8xpmEHHR9yIWsje5CBNoxOAxjdvdW8Q+RG24/gdvbRIVf/oqw5FHiarszakRDay0S24gGoFBHoi0VCesQifoUdChjBKAihDUhgVKAdEJXd5xBE1wHbWJ39LxG1vQ3D+gWE0E1zrI2aKAnI79VgepDdRBGVsBmidc30sln7FlxPL53SzBhVzszbip3NxYGSboUbO9/8Utkd4/DN1JIEJILd1bQAIQogQfqCBkyRkW1tpEcQSe3UODBZoQ1kQ8dUKvLdBDOAjzPYTEndpDzJ5CpRwYotynZQTR/UP2vZVDKKFD1GFa4dTSDUYtSA9K+JRDjIPJeNycPcTvJV5GfGGvoFxe0QQOpmFHQAJHpBlfoAkQ2tvNIc/4vRTQVYGCkEv2GdDcVUGHSAHDOQQidKC10dW+Tc+jLZRckCBIRIPJ3FjVMQuzMGJHABmCrVXnIVjOnRy2vUn6EdssueFPJZd2aJiGJVxYhB7oPYQWKAGzYcEqjto4rd5ctBnL6c1cvAEZSMEkrUM78GJFrVtG/F5TZV1v7f8aXhHjgf1fR6Bh3oDCXu1BxWkbmjyFEgmWrkkiSACdEnzeW2GBKRqGdQgRnCjdP+CIHPFbLUEHJjBLO8gZL95YReUiSEBWZXWe4/zFejmOHzqYo+HjJmwb09HeTMAW8WHCShEQESbIEn5eDzyEudxSbTDhmkCh0gkeRb7FJaBDNP0DOlQUyCnlOqDbbz2ECoKIMJKkSBRYcnEEdGGNg4DCJkCCq/yjS/7MrUTjQxhkNZ6EAZki9wHQPxQGE6EEIGwgGJKUNXwHvnVEtv2DH5gDNJXDQ6TjjGlP4lURVE4CZfXK43HE3PDfRDwaGmaNZskMuPGVtgGRCRLlXHBYzyH/QU76zVnuIUe4JcHBCZiplUPgo4S9yWaUg8mgwzj4JUfeWHCpDVVpnV4ipjDij67txqPNokM0xtgxXV+x5CtOItt1RCpumejdDG34TYdsI1xyxGju4Sq6FBwC0fcZQuF8BDqUwzAEAzX8A/e8RQnhn7K51GBsHsAhhm92RHvezl4NgiWuBCacSmfhIIiNFkowm8Kt4jYaIR2W5RJmkCcC1lDOBRsEgy/wQh44QR2wo8ch4klMwl5c5Stsnpm8Z0eIQnBaoqJd5tIh5FwMndAZnYe9CdGJSN4RkAalHWwJDSE+xBtcQYf0AbJQwRNAAS+I57rBZuHNprvx1qgR5JUt/07N/UNvZkTWXMOT7c9vWBy6OASIvmQkQaQ1ZsQ04iEd+mRHTKfnhR4fZsdXmRlIwE4adEECacEZQEEQ/MQ/POg6OE0K6qIH4Zl5ciNI8JQ4LY2L+OYyWMTVRM9FsIp82h5KOORL1QXEXRrPLWe5VKMRCOiASued4IuboOKV/gOYvWJPvUka0EqHQMET5IBDOAE0/MM4zCmdalOQ3maeatAFZYRFIMMz2MhJ4IL0yBFxAg0PEpiCteWGxJ3o6YsF+k0VROqJsmVMiWj3ZYQRrhRtrcTzbEat4KhDBAEOPEI5rMNrWqGtwSCevQGbQAdPuehKoKE3MCka7kZZQNj31f+SsrUhYHSYEuTkZ/7D9iErFITpEhYOtBmBFCDrEZITiJyKbblXR4TFXWDrP+DAP3wB44nnQ9QaR8DgSbiiSPbKbzLGSTgIhxrb+eWNLZ6EMBECS1pKwsKUziUBHXpptH3m9oHmQ5gXFD4EEVFBEeBACjgEDiSCnEJoxVos+a1E42REY7gnSDDZdMkLSiAse9VsHvqcwtWhpR7kwOLr1drGu+rKm8RIh/hEw+7sCqCqX6aqbN7ZnTrrE6ZdWJFUNWRDRjCpo6WXWWyEzBQHZdpsMdEssHKEZ2YED+Qhy0rqKooIiFHjHvGUW73ILt1KEDhECqCACDgBqhaiQ3gk/UH/0JxcpYY+hNw2kfTQ0XBMIdTi0QZ2V5ZyhL3+Qw8ELr5KActS7T/cVJs0G7IK7MUm7Bv4UQU9xHk87gyIgAhkBDvOGJz9Q6C+BYKhxDNkhDdgZXAkzd3EIkqQy/AQGfSYFpgxnH7+AA/swOrmYd0RnRYw0UEqAcAG60O0ItsVYZkKyxl0CAw4rEOMwApUAlRCVgvOn2G46OadptFmBDNkTXu6nFywK6zUSk25CYLF0kmwwVs6akb0QE7uwFuF6U05G7RJAbNyBPKthBsQza74hsqARFb8w84Obx1wx2santCKTh/+lL+lU0ccLZIegyCKLCyhBK0oLBEVjgS5hRIB/+hDNMHf/kPgui7rat++dIguYYHhYm2zPmFNYgfzTKlVYAUMPEQKEMGOVm49XJPHCSnfjZ9WeQJJoeZgAXBF4EIuCGLILt1yXedDbKpCvgk1MhwUN3GH8GvrDZwV96BDQIFD5AAMqEAKjIBDJEJ4rptSUhPHqRxd3CJINEY1NEbnkgnpYsehWenCdUjPqW5HRGoHa0Hjgp9JglRoFhOyBsEWj4Dk/gMUnKpfMqXHNYSVfgLLzEU1WMPR/pA7RYSTCgtb7fATgoQGP4S9GkHMzoWanPIqrZInPwSirgQV/MP8/sMI7CzPfnE70tg2PK1iLm/K2XC4GfOb1I9u3pvjlP8kR8hl1P7tEUixyr6FhqjJnfzfZEWwaQEGcqwBFATuKz9EB/zDHZAtjRVeYb0RLF1lDXOEWUV0dMDrSijPXXLEHndEDyBuswXdWzBRNbcz663ERwDoWvmbmhDBFsPACIxAB7y0Q9QBNMAmC5JRDN8cKSxX0T5ErYJEDteizACHutSSLnVEXbzCejq0XKpis4FyBdJhH3cEP/ftTEBSVjGOQ39ESKtUXkGHIBAySChywz5C5Sol/1obJuRloCGbYYTJDxKESWlsR0BzoF01Siw1KC8nuVSB1RrGh0x12+1pTWhXSP/D4oIICJaZIJRBEpAqN/+DBUB2B3TxHcw0ZMH/IDsSrai4iDnfRJTG0SYnzkJ4WxoUDvLUwi9MGYNAJImCnh4uZxKu8lyM5ofIJP8JxBEBCxFTmkutlB+0hE/kgAtoc0ZogAV0wAwQQSTwQjd43KEQgmEWTNuNhbhB7zEUsEk5WZI1V0IYgiG8gRvkCT8PQ1gpkxGuwdDltUP0gN+gzBoURmE7BB6gxLWJFLYRQjXbI6f+Q2nxgMNus1g7hARMdg5MgRkw91MmkV/YBO3M6g3PYru89US2zPTGSmH702N8IR339bCKXujFQWHHaALu9zHS91w0EAHhwBanwPBqwARIgAQ8gAaMgAo8wRQ8wiM4AztG5VsUGkfQMP7Y/+1vFMdZyUKR79tAjImYMVExO4awaAlPUurSFUZK9VpakLiw8O1DPMA/wLgERDYK5EAQ4CgeREOQTEzAlN1pWgOQzyo+uoUBrllaLCqGrZTSeTITKqHBnaUWvDee1jFySqe/SKLQuMxKWNlKOOFDbLEKQPaWS/Y/IHIQmMEXrMK6BYkbfAia9M7zPd0/pFNOtCdGDIT0hgTSSJiLIKCCK+ZFw/MUF9xDOFs/nyR29Pl0lpmuzQX+zgVsuIAKDHdBS8A/PACMK3JLw8AUiEEiOMN41oobRHDS7HKbn2Y1eGxGqMpEyEJBHKBRGWfXBVqB7mcdKgHOQNseT+emnoSItP+29+lRmYHjQ2QYae22Q3DCP3BCJcDBSnz5Q4wADASBGDwCKjSNzryIym07SCwGAPvVST1f4jRXLHm64vzFHp2EKJJ7bewcTIEYITSQN14al1a8MCHPnviboq9ElcxCRsBACnBzZDsEsf+DcVsAChQBGERCH/DCOKxBGrDJG+xKxj1RIG7sd6BmDu/wQdiEdghGbDECTeyFHxihQyafAHlZ3vHhPYGyeFE1oOtcwvHnEgoQvdPxO72CvS86CmSEsD+EsFvACDABGNRBHQw8HkiBG2yj0UjEEy28rD7E0R49SPnbgVY8nLisug9Puhcc93Gf6X29aa3UYOxJggkLK/D/VB8QAUF3RMwPeKPnQMAPPNx1Kiwd00WfRC4Ig19pd2CoOjXPRH3PurAohxzEgU/VXaSSL0coHBt0GuQTGMQZYSeovKVlRCSUx2PDvIDLvASI9VbUwSNQA5U5sYwm2TBzLNJSRJjoBlksWMqFtEz6WmqlFjzTe4J0cEd0F5jydVnqPn93/LhN/tAqusqrfF6lPCr8A6l2QIAngIBHdmQ3OkDgYCKmDrRkTqT8U7iQYUOHCq0pjPbvWENkxy4ulEXKIUeGslopNOSH4Ro3gBp6eriQUKWFbl5ieQhzpcIqSmxWsblQp844Dlt56vTPEKaFKBsOVfiqJo2GEp7+G/Fv/0YOhdCoJUz4T+bDWrIaWjsW8V+0ataqLazYsOLXmgw3iXy4BhAgQm8VIlWIyKHMrv+UdKX5VosULTodainT8C7ehZiU/vv0b5bCyQrvrLTwD6rCqSmm/rsDrds/xIPlqgTLNmLEtAxfO37oiVQrjpcUknQIqJNRx3pXamGIU7ZCKVgQ81QovCGgoo59M7RVmeETh5s5NwS9kIqv0gr/5l6o0mE0ZdWikV25VuGx1Y7Jxx25cM0/lMAVnmmusMU/TC3wW6mJ5RY6YaUqCvtHuJt2cqix4hqqZSFW/rFuhtA6+CcBhiSQIDQY/iniH1RKM0KJ4xgyZDyPGmLGIW/+2f9GodgUQuYfsFicrZX3FlJRITbsewtIhlqIziHUAmOoKxYQ02uN+qrYqookkoNwv8j+YWoWpv7RRKEUUPgnzM44HCEFFWDA4R8iLPEFCsBWMoq8hZiZaKLXZOQGxvUUkmXOmjzhUTyGAJFkIdweAkQQHSBjwciFwluIOBL8YoivhqJMYisTGWIDNYXiQCkPhzDxjUuFggmmQs9SWGjDfx7QcLMzYcghh+7cJO4tT0Kq5ZhomKlGWLTIUs8bYWfECELV/gyyvtkWcUwHK41gQQkWtsKLOYcQpC+vbxdi46fHFJJwmIqGGYbCGf7pAIURHoiVIXkbMkPSf7aKdLwdhaH/KJpf/0HrH2xk/KcabAxeKSRAQZpJoU//ebAkpBz9hwUrMf6nPik0NUIhTrcF1b5xGxLEKKVqOVehdBnabLNXFdrQgjAXIkIhVqJcSTeFgrqxX4oShkihawLeM+NaFm6IpPqeBZehnf+B+Mg0HsICCYaoxivnJBpSArGmFcIDaoYg6+QVCYH+R10nFOqgAwsekOCBAxYis9VW/7Fkp8PiXCjphWhUyBuBGbJRtmb9/BZsmAJcyA+wMyZOX8c8VgiIJLx2TDdALvUtZYqGmahCFxaaIN6YFcLOIUGqrmk1YgwP+B+jqzk2xsIZ4rXZmhZuzKSHHzMkWoXAJhnjJhJC2p4rCJXgergqiWcItbIfmohCh+h26MMQu6wp651bWbhfswTnJhxuGFIP40AjDKm3l46qGnrZBvynCSykQP4KLK5YvjiPgfAPHihEV+D5B0n8kECHmK0h0RBdTQ6woQRkaAQz+4dVGpKQ+SGQZzcCHEPQFw4RAs4aRGvI3/72D0+4RSNI201N8MeQPEjtIfnDQpKQoIQcWqmAw0HODx2nwCCtRHTU+AcrngADF4wgNAvJ3tssEBqb/aMPxnFI1hiSwoMJ7nzh+Ac50PcQZXnQP83a0Uouw5CfGC8gACH5BAUEAP8ALAAAAAC/AL8AAAj/AP8JZCSwoEGBmA4e9ESKoUKDjCgtkgjp3yKDFy8+3MiRjqF/fuQo9MOx5MeSCkm1UimrVa2Hw0pu46aQJjdy/7iFyxmOpjeUBxuS+qSQoECHAl/KqiULaK+Upx42lbWUVFOBpGq9NCj03ydPBwkZJATWYEKDnf6J5bj24aurQP9Fsya3IDe6B8GNe0jO3D+c5nAW1HuQG7WZ1B5q5Ag2qlWOvWpFLniq19Ncp06pivrvFKlcuF5m/SwrF9N/L7V2dfiJ1MOTYAklJPnvZNy4st5uLansIN67B8cJVkhunF+DOPfmpEbz3zZq0f4xP9x8IyHYXjvXGv0vq0FlTw/2/1J12XGu0rgKMv38z7T7pFiRxmV0aa1thYQA3T74FvXSjcMcc1B0eBm0TUHjhKPcP8KNA05xfUUoEDcUSsfRc/u55l0uBXGoEDMGkWcQLqfIspkqubimnkFUrYhaQ939Y1RZCxXU1n4F0ShVav/AVVJMtyVYEDnV/fOgX8IZFJ2SFkZTZFykeMbZQx4aFNV4HOaCokAplsjeeSySomKOYxZ0EUH3YWIUjmwK1BSPcQGpkDVzGTTOTwbdNKSC3jzZ5kFndudZmSWJOGWVWuKS4lZVJrWbmw1tpeNDkyp01p8FueTfVnBiWtCBE+IpEDkPgiPQTErKWZhAIhn0xj9yiP/VKlanfDIlUOSpwqUqteDyWZQtpjdVj48pJAuMB21iEFEonXWpp2/2qJWb+w2zpEBOHujnhMX5ZKFc1hpkbTSJ4UiKIypmhtlBUU0pokG5gMYZLryWllRoVsEpIFfdyYfpJfq99qxCntTi0puaovaKwf+00oqLJeFV7qd5DsfkQ9d+5AZKa1KWmXi9xBtlhwdxyF6PJaLW3ktZGvRoQUNtxOxRBtWX0MBqWersQ7Us7FJqP3N60FaqTlwnXYnhBSo34xQZ7j/EvEJMMA95BKtCixnV2m2alcQhilmFhtoxYi+V3kakvOKdmPv5IdaNBSUk1sZxi1WfQWDptlVuuTn//MrCQgd+0MQFkYvqTKD+o+owwTD+9z9Us2lUu1be+k94ulKpqIeunc2lm4wWtC/MW82c6UFntQXI3QLZJxDdOT+7FlGvKBytwcz+/cnCBb1ieklLWpO0YdJFo6pAtvReyzC1Yz1rQYycS+hDnIW82ecFbUZij40KhIx/KC1F1UsP89esdTmPBVTttZff/iutgNXK7v+wT/9t1x7opOIoETVMz4yzCPRS0pkycSg8AnmKZULUHg6dYnOeK1lB7IU9nvWoR58oH5veJhD9BEws9zlIx/jzsOZ9ZWa5ax5Qjoct/gkkcr27H3xQAqORRSUXvbAcZ5pxuQT+Y0vE+kd6/8bkml79AxkvM8jo/KMipqiNYQ8rX6UeAjcqWoosDcuRW7JTkLRwESjEwNh+PsGK+g2kNmekUooOwkMeciReXsIbxF4iNqC86So++8qf2lLFfwTsgzZ6yCW0qMVOYOITh1RI8lSmkABdTCEqFIghs1PGoERPSlFaFwKZ4cYehqeTJEOb+MAEpiQq5DQq2w7u5FiSgLVSfair0UbKApZPpOV3kJwagAQSRoG8ohO//IcXhfmsEFqpPQUBEYgsA6IEIjBEnCGFsmDWov+ATlrgg4tW/qOVlfxNbTQLSyBxFAc/lBN2JUnIIMXZRU8YEpdD8yVQcDbJf2BimAWhhED0yf+lrhWkjQVBoK4y98MpiUlDWEli4Li5KYYyhSif2E7tvtJHVsHKlQbRgkI2Bog40C0OrcOPQTCqkFsuK5IbUeEw/ucVfNrTpQJBhEAgQYmK0LQzKMpcM7nEjFwwoxc7XddDXKMshE4vX01BaKeORZVXeCJ+PasFUWhEG08dBJ0HAcTASFrSRCqEFbXrRCfg+RCcCRMQhhSEWAVSiYLQdExT+mkyn0mZMhGRIIuY1GiOJSlP+FUp1xRIK1oyFU+0pnk0AilIDfI8gawBKCB9bAcV8pG3GXMj95SnJF9RxjKmpZKV7CJRuKqQSnRCEDNlVwUVoqUsATEuhqCRXz2BUpf/FcyMTIlfFP8BFlMWxA2L3cjGpGAQrJYEpBgViyRuY0iYllSSa23nbVD7D+qWyXIbOZHlFkNLGWEEKIuRhV+XUjtZfMK8vI0fYj1x2eA+BAtYIK5V5/uQYZr1lRtBLWm7I9SBeogzAAbKCP8xTYEsZhHXIRin2HdBswjkJBqNC3yJG+GHVFgheHCvSNuyXElmVpKCMO0/EFEJEodYP6htK0r8wIas7jefnemnQE7RPQ3xcz+eqKLreGtGrGgwOz8GC0n044YLx4XC8t1Phg2CXDcAAqP2dWknACEIQKi4ugWpcogFQTfJPiQPxmWTrrA734rGpbYISR+mqoAFNrP5/wxtwkNJ1irTThCixP8oMSa03Na2opa6BdFwSbwc3CnGhZ+BCrRFHxJmWI6TlcxKy5qqChQsNOEfWPiHFJQgECkYodNagPNtFgvmJ5c0LYCQaUEqQWVAazkPCmnxQSSbh1WwghWrAEQe9CNrgbBhwDX9h00FWJGDtApughZuXNa5LPoKRAlNIG6bNV2QTVfhH1qogpf301E/FgQQa0GrJBDR4ZFSF9AKyfZjr/2PPFQiGeUohzzksY5h5CEOsi6DQvgJCT3oUw/7xlEYMP0QkSDb2WreSIQ3rQROV4HTR6h2Qdjdto2kWj+EQDeWNY5lg8BZvhSvBCu6AQ953OMf+f/gxz1WkWQR7jO1ixnggLFqZPpOAuEHufQ/kGAQI/DAIBSPtUBq/o+NUbqLVO4wugHRh4P0oekKqcK1oQAFNrCCGvIuiMn/ofJo5CELLRZ1Y+kA8EU09rcPacKl114QThdkDQNnclZxHhchPNvtKAl6r6dL5U6omNVZzkMfmA5rqHtcCsR1QhXOcIZkoGPe/2gHOgqSj3/4gx/l0PcAnwfwgpxdw5lGguijbRC36xxT+bmsp07PEQofhOgKSbZBAA3rgjRd8IL/R9PZsPd/QOEfZ7AyNdpReYGY/OQCKX4+OPEPWRNED3LofBcEwoV/DOIkJBG02v/RBJ4XRO2cZjj/9zP9pxcrJGBnL7pATv+Dgnx6I+wWtcf348WAndvp7da9r3n/jyrgARDDMA7tcHLxcA/1UA/3kA/FBw/wMA8CkQyaFz7WAA7m0DTdQA3BUG4N9w9KIAXRhgQtt4EcqGmkxxFrcHRlZU8vJisb0QRu1wPwh22ilm3zRWWzR1pNB3W1J2toRQ3jwA73gA/mgA3mwA7sYA4UeHLygA7lMID34AsH0XnQJxAkEQ8PgQ7dACRpIF/EJXp4dxDERVxfyBGLBVLA9W0b4VyxR3AcAQRDp210l2X60XRXZngCUQcCAQecMGWzYA7xEA/mMISDIArXgA2m8QnU8HhYCA1Zxwq9/2cQV5AG3KB8CiF53aAQIsh9z2Z3HNhw0NZyrxd0BrEGgGBcalgSWDCGbbIGcLZt/6BYCgFostYHeYB7BSF/LZYHnTALimMO9aCA4GAIPyADMhAL4RAOsbAJxzCBiwgN/wB5/SeKBeEH9SAQyCcQ7SBhLQgU2TZtAlEGW4AjaZEWsrMRYwiDAvF+GlUFj/gPkgV7OKJvtycQ7oYJ9ugJ4BAP1RgPi0ABC/APJDAI9WAP+EAO20AOn+AL3eAKriAQ8NAN0igQ0ydMlXcP1/gP9yAP8ZCNJSF+qmgQUqAFFFYFGuV2WpAFoTaKaShMxHSKBRFfH1lt13YGLbYGEYhztP/YfALRB2VQBoJQO5cQDeRQD/uQD+nQDEuwAADgA+6QDvrgD/3gD/lAD+uQH6FwB//AiOigC7/3DzdpEMHADwdhhf9ghWT5XAKxhSOIbc/Wdq/Hlg8hiiQ1bvdECF7kkgQXcQbhhun4D+HYa64Il+f3J02nCbzYCuaAD/zgD0biAyEAAP/gA/vgD5TZD5PZD//ADKlIBUTwD64ADd1QB1KQBT+SD8gnD8nHkdW4EeuQEwsSkkP3D+8XhtlWmwIRke54EIJml80lSQlHCIvFc18Ig+goBVLXfzq5H3FgfgZRBoLXB5rACZywBq0QD0/5D/jACBEAAAKwACFwnQVhmdj/IAcy8AI9sAI48A+RAA3Q8AVdKRDkV22zUHmTx5GTBxTsIBCraUZYVQWuh5t+yY4CQZMoIQgD41KpBlKZpgRIwGk/9w8PagQfWXu+dlxkeBCCcGuCwAMf8AYpx5jpoANK+Q8R4APpwJh50QIUcAItYAIiUANg4ArdsAqKJxBdKQXxiQXz+Q/3GU8FsRMF0QLVoBDRwGC5yWnZJl/xeRAkyY4kqXn7hQlthXEb1RYuKIJH8KCyiXOyJ2si53slQAJREA+MuQ/WcAICwJ0+8A34gKIC0Q/0cAon8I8vYAMc8A9FcAjd0J5dmQRU0JZtJwim+Q/SoBDHQA7vwHXYqRBn/5l87tBjzdeBGmVtbDho9GhxBVFurQOcbiAW8HUFCsEDO/Bsa8AGpaqbOEJatZhneSYFH7AD67CY2MkF/rgAJfqUbvoPcLoEF8AADHACQ/APGIABNZCVbfUFSVAQSQBtSBCfUlCfBtENa4IPmFkQ+CAMDiAQPkAOxUd56cZwHdiByHmbbweHBUGhilYSxwaf4cppMMgDPfBzJimYAgGLQNGOfjQLrLAGJeABl5APjNkP7rAEEUACGyADsACe1hoOdEACF3ABJ2B3J/APCQACZmAJVACK34cEl3YFV5AMBYEKWQkOWGADywAUAkABXZAOkxme6/AGtCFT/tlpHwmP+f8nEBxnRepHs5xmBFk6qrJJXMepaHFgrxvhirwmEDGBBR/gAFFQfALrBRRAAqTQDNSaq3CKCzIwsQe7BE0wBBxwAP9gApZQB0ZAcVDwft3XffB1aRvpC5bwD3cwCzGpEAQgEBVQC21qEPvADVGAdyI5hi2Hi7OXZRgaeyKBTt0HqOj4D0AgdVIXmIAQmLOGTmxQtIJQC4TwAhFAAVFgDlBplOGwBDJgDfsgqwbRD+SwBC1wAiRwAjLQBHowBhygAAogAmYQCVTHbsn6fpqoc1fQBCDrjHELKxN7As2wD9V6EMjwBuhIACUQBuYglgLhDzQxsbaAWu0KdI5Fr4aLhrz/9ohx0CobA1+puJZaCgTSZpw1J3tX5W2SlAxrsAEewAIy4A5QqQ/TEAtHBA5RqRD44A1L4LobALFdkAl6YAMNILZUEAr6Jn9QkARUB7xYcAWZtgT/cBz/QAU8oAXT94+torxuapn/cKYQgLddsLeWdxXEJQjxyaCfFpIk+RBVdhDtuAZ0E3cGYWli6K6N24GwOV+Xy5Kd0AIRcAX0kA/V6g7XQA70oA/UexD0QAcsQAItsLUTe2k2wAAEcLtwUAbJWgXvyRFLioUHIQMCcQE3cGMtaxD5UAsnwAAI8A8tIAvFtw/xkAYI0AKjMK5td21BDL4HAWusCHtNYL7xeciA/1p6StBm7WuCIyVZnZAMnQACJBANCtsP+KAPUZmrBaEPg0AC9isETWADNnACqFwBd5sBRFAISWAEnmajvQsUROELf3oQxysEmWAxBuEP8fAGJ+ABF/APS0AP1QoOHlABP0cUYrhpJZGzFSp/3xcGLvi7PDyCXxh+gqlYKBgXyTALK0AALPCovUyZHIEPg+ABxLwJIoHG/7ABDPAPDNAAJgAH4Ri0vtuXL9kEoMp9S1BhGYAB/2ADBcEBBnsCNtAF5NDGqesO1bAJMhACf4GZ++AJFfABjtANMuV9/UeDq5hROnfIzRpta9uJElp6m5ZkzJmbWeVFVQABAjAIy4sSmv9cDTLAAnQQDvSAD6ZyARvwDydQAhUAAQoQA3BAbX35e8laqQTHegJhBv+wAgWhB6X8IQp7EJp8DWpgEOyAxiVgJAchrh/1Jwu6fpZmEKK3c5zmdp92yEvqKclgC1WwAxWAADIdF1MsyriAD/ugD/+wD/jADCdAAQN9A/9QABgQjtfG1gVBBEQQwx37D1zAz6cXCnArEHeamf8gAxxwARzAABXQHSq8EfuADN8gEGJJAQzwAgLxCXTjfURng/WKquMHbQZxabZ9dw3qiWuNozuLKd8cBy9AAhTAAry8EenAAiywCW1apgKhD/QwwKfMAQigADVQCH5cED/3fpYWvGf/3QVNMJFIbRAEjcEFccrv/AajvRF76w/V4AMUsAGAkAzWYAti0QMN+tY4+23lVHQe9ZK5zWku6NTCeRDnux/GRQivkAyfMAYw6AALwAf7UBJR2Q/ewNzmXL3J1wwbYMXwjAAZMAZwELgFsQM88H5E8KDb592TjQVLELz/ALIcQdDNIAs6QAEtAA7dStPk0AJ0bBdp0aCxKNsdRDdsEGYMmtutx676jRJaADuEYAvNkDyG7eMREA6efBBQiZ3/+6anuw/0gA1xvAEVwAC2y9qdKBBHEK/x6n7wqXbBK96RHQcgCwINMMfvDJAFAdjg0H4tcAz1MNOkTQce8NWLRA2O/9DkMbXo+kFpNcegOicE7VcQIJhp8fXWiv6+bGgNnwBSp0wCJEAH+EDTAjHhulqt+UAOvXACCIAAw/zT/yACW3BpHC0QPQCDEaelBdHiEqlz8bnUAWAQkKCY1eoP+EAGDFCi4aC8JWEOP9ACNvAJtgCy3PAKafAQqiZTqgYUjfsQnJaKmQ4UXQA7idEqPTCnFIALWa4Qpq6rRYmEpDDYd1sBJYABDRDsQBAH8KXkKDF9lkYH/wDwHKEABrEBNIGZUWzsniDR1aAP7c7u2HDKr4IJwwAO5WDtG6FqadEWdIPbAvEDBP0PnHjbz2a+G4U+aPQdbhR3LQDqx43V1Vqt7P+gBxfQ6hdQARzAAcF65/8AAluABd53aTDYfmwOrwrRz24gB68i3sraAOKx539dEP6wD+nwEw+vEO7gAyUgAxvzCQEIDsPQaF6BCYhQUe5q6zYw6etXqU2e6WHWG669fjbwul5AD0Ax4UVJD70gA/EM2jm/Ak0QjgowAQrwAvouEF5r6wVBnLp+EBNJfq8ydLPAAzyvrbkQD/gw6ig30/SQDtTKEfowkZPuCb0BDsrQR3wE0gbRAzawA2mfc/N1EkuvMq7Nc6RsAy1wxeSsEFHJ7NgZDnrQAsNcAS8wBDZQAidw7gpwABgQA8n6BqBKyiIP8qv/D93ezw/B9P+gCAL/0QAsGs8X0AJdgA12H/Xmbw9vmuX9kAkycMX9TAgvAfa0sRY60hbXHps8Z9gCof9rr4kc8eQA8U/gGy0CDRoEVOsfpn9IfjQJ00SgjIMH+wns509gukU+ZNj4IUSkkBMCV2Aw0MDFljNY3lwx+OOfkB47/vXAadONm39hDHZJ00Wgz4oCefxjUOLfCgQLkF6QkSsdvn3/qtrbd/Gfv31VD8b7R6LkP0L/PNmixm2YQD//DBU16LOJFiVKYgqR+QPJP5hvsFx5Y8hTGiRXDB8syPPgW4GYhiVraOPFw4L/TrTg4q6oxqr98sXjlmuQoVrgzB1z0+KD0hIVMNTIIlCL/xSBSJCIFLjDxr8fu2Ue3OmzskDFAuMINPEPAQg7hF6Q2HDh3wISS3K50ycwe0WtAvH929Di4CdEn2xFU+ZJ4CW4AtMQFdjjoSdrxwxdMoTp1bBh0biBc6eedY65hA6+/qGtPYE8oWacfzrpwYQNOJCtIm+K6qcfffTBJx1y3KEHH3zy6Qocm0oQAYQMRAAiiySSqOug3/6xYYcebJBPwaLWMAiLnf6JYwyUMFAiFCwM2oABgQggYZN08snOK7j0yYWiI7DwQw6e4kCkk2TGiUa9oor7RyIEN7HmyX3ywSeecsxpB51yDuJnzXzSOWYTP9L4Zw032jJIsGjGYWccCP+VqmCDilr4wQdyNtvHHndApKrOrvL5p5YTksvgHxGIiM0uGWO6sSYcbTiqPTLbq+KfLDLA4J8XBJLshRNKwICECiJg4RgdDcLnih98FEiJHl5QQgs3qDEHzF9aeWUhtthyY400lImnq3/Y/GedcboBF5pu0FlHnjX/6WcffMzZhr9hgnkFE0leUYabcdphhxoIQYAAAQg4aOGGf5R4gQUkvHimO3T1sUdEfbJKF1hrdijBhU5ToIKKF+NT4oceaqP1RpA+/vUfH4/8Zzi7UN5ChAYEukHgh+JY5RM/rpChhUHS0dYiYMtkjEalTrARibXKGYcbaqL55ZVXoP3l3WD/olkHU37+EbAbXiJBxZh/ujYGmnLuqSceENU1RyBq/qGGmm7sNWjtLUxAQAACBKiAgxKUcKSLK2IJsSJ86NEn3Yu01YfNS0pYwQQTRHAhiX8kN+hj+YTYi6becqwcoYrcqCyxypAwcwvkTHDBIBuOUGbbfNjE859nyCFcII0MYsaHMt2Ig+BY8y7hhCNeWVsgpbl5e21nWOkWUyjxKaebf1wp5Z9Srr/FlX+gQUcec2RpJR5+8lmHGl22h8Zt6ZOZxRdBXoBAIH9LeGEHR2pZBBt8bheoqg17tsqa6jGOKHzgHzH4hwuAQAUoVCRGtuEN536zA5nYpGQHQdle/lGF/ypIDg3/qAFy/tGCteSjTvzwBz/0QQ/NpCM73elHOOggrH984gUmUIpyGlCBFbBhFv+Q3tu68S1nOMMX1KjaP672j3b8Qxram55BSuGK7HVDHetoRz22NT54gKsb0ODF2spRDl/8MH4EcAAJVoAENnyidcegB/8Mso+rDS4cy/jOP8CBBKLxYAX/IELGimIXUQlECPHx2G5u5DnjlMU9cFECFpSAhLq0SnJlmMM/UoAcJJDjO2t6GEY29I88aqUf6djEPxDxjxtsigMVaAABCAABE1QhD6w4XzfmJBBxwcN5+biHPNAhDWj8IxCHCEQjGiGQUhijmbyQxhjhgY57VP/zH3P6ojPEJidqZIEDEKiA8NzQiYFcwRxyVBc7whEOUeyBBREQwBKYwYgTIOAFWdAYFcpgBCMgaGADMwIhGwKymdzEYwchRNAOQhQeGWSShfynQOCABiL8IzmTaUUS/7GdqtQpShmxXTrUwIc1KIEHMVhBCTjAAAMQQAEggIKXsAlE6VHzHvBoR5zUIT2BHOIfbWjDMgUijVtEERri+McV/wGPaXYDFeBim4PQAYcY4NAGqwTEcZAQi+7wIx6eWMIGFrAAAQgAAGcVwAIIsJwVxMAMZUhCA6UQUIPQFaIF7ZwGhdBPt8TBEMcZ00HMdBBRJaEM/0hVDVwAghUAghn/FZHStuhokH544wpH+IcgsgCEGMQAVxCIHyegAY52dGMt10THUgWijn+IoxviIKpA2mAFYx6iDaUoqjSkIQ6kwkO1ArlHOVbhh/68QnrtSMYaEAikkvZAB5fIIz/W8YkSlPUfZrVuWQWgHBOsIHKT+0c/ObhBiArULk1QwmA1KFBV6eiuxfoHGwC5ghCG0AAvYMd34kEKUmxCFrWwhjmsgS3b9WMbZOBRIWAkq8clpxvmYAc4ktGJVXRjHf+o5j2Wqg7WOlEa1RNIIGR726ImVbXzwHCK28ENvvzgB8RghzzA0YktzOofgFgDEvigxW0N4wMVUEBLC9BSAyhnAQ4A/6cJeAAEyaWqVQhSQhWkIGWB0EZUKMNCE9CL3of+ik8OpCRBAaoEKSSICnAQSAxAAIIYhKIZLwDA3RAw5wYogAAmAAem0LWOS2ghC5sFgkFs/A90uOEINpDCOOShYeDKA8WsReotqne9RlwPt9IwCIrhUg6GyIRR2MoXJ5TAhlHYoj/7+0c8dlCBf2QABCkqAQhKUAIT1A8nRniyQJIw10K2KtdSIHOZTCaQLB8py/BV0KrKBOyB3pWQT0bz5Dr7RwgEIAD/sHZFAjCBGMwCU/5wBx8cutwqUCPCiNhAeHbQiXKApSjzgAdsvXaLEhO1xOfI9G8Nooy92OAEJKDAD/9IC45QbNB4eVxHFFZgBDYAgQdKyEIcBIEIQQAiq2woSK4nN96CVEbjWDB2GOBTEGNX2S6OJIQjicMnktMmzP/ALESRwGyUucpVW0iCCSagAAUgoAAF4PkBDpCAf+xcBw7yhzmigAU7xCEJs7JF96h7AQSQIHiGaHemNQyPeajjHLx14j/q/asVHyMMMrEBhTZwglWWwxay0sIn4qGReGBiFsnwRSjyIIVOUCMZ0QISxjf4ZL4mKGUHoU2rak4ULfFEMSBftkHckPJ/yEHlRXl5ReZSZcijrDJZUAIQRI/StppgRSlyHAg+gAk6ruMZiBeIOZqgJAYw4FY7sAU40KH/xZvC+9Ff5y3YW9vaDnfYt+VohRRydoJZcYBCRLOFOZIRhx0owRpXu7AftFAFI9DGuLYgREMNbhDuk1828pXNeHNNJjnIQfLDhoscACubmpfpvcVCGUwM0oRiS8RMcWg6RBDAONCCIzCCLNAEQWCDMyCGfOCK0wKStEGECyCA2iOACWkBIciPcuCxpPIt1sI3gxC+f0CxEkyqbugEHRgLy7CVf6gAHAKCtVECG5CDeOgHd/AGQ5CB+vmBZQGHWgAU92oguMi4Kas/gXAk93M/MkEZQPgHxXC/z4ELDZIN/ruC+luCLOuCJRA2IVgCL8SC9pOFY6iFSfgHSRAEW4AM/27QB3+oB2rgkTzgqbshAIFggA2YNUa5AmpoonzjMIEIwa8rCqa6sRF6ASFogZI4AQwgAFYbIZAjARIghHigh20wBPGQAgaRsDj4MrLIqvk7vPHqE4PYgirIuIIwvAsiiCcUCEDYElZsj8GKkaJ4AwwSiCa4gi/kwl3kQh9YgkH4B2t4BT+Qgh6oCzewBnrgB3YollHQAgxQkuuKxug4ARuwASxIhtTyLYHQNLjoMBKUB3FgBSPQDSFoAmtkJUUpATcYBmuwBk25ACTABmv4gRaIAvowB3D4hDjgEcVgCCIUCB5ZgzLgkTNgA1O0xZJ5i+J4iygsmSxLrzLJvDAQiv9hq8WKvIIm4EIqPIglaAJSsAZuUAY32IsTSANZmIpReIEVIEnnYwAEUI4SwEMS8LePsAGx+cak+kMO47BuPIg/iAHxKJMmIIl/KAEdyBZ+6Ic6AYcWaAFGgIlBOAZw+IdkcAOUKQuVWyVQPLyiQD+DGI5AaY/Lu6CigEj4Aw64wMiKOCSBWAIu4IJ/eAOFAAdlIASZ8AFPYIdXOAFDYAcIYwdlOCQEmJAT4IDdOIFboQJfCMGK6DoT7LB76LpD4AETIAFkWQIksIkWuII4sgh88AQZWIIrkIMAG4da8Ita1BEn5EodWQONa4+gcUKBsDyDiEJDcMiKOBItMxmOPAj/mBAK1TQIw9hFYZOIuOwCLiCExwqNXIwCCKuFufOH6eSKI1mAtXsBoUw3E6ACaWhMn+RGddA0TasBVxOL32iBDeADZbQIsDCQH/CCXACHcJCFwEAogSCnX5nNg2jNsoQLshRLs9Q/tLRNZfuHteRNg6CD4zQILpCFfyCHY/ACGaADdkgHcKAHKekHfPiBRNmN3UAKvTGBP2hMuJiHrss0VOgABcAAPLQB0hEW6TyIfaADL1CDt1QDgdgENchNBQnCitjPzPLPoiBLAP2VAR3SC3pLLjSIQQCQcLjEFpADRuCCJaAHdPGHdAkWErgBdCwJBqgzIijREiVBniTBeTAD/6EDARppgi2UBXeQI+1QgyjggkHIBRZLJWAUCIW6IHLKTyFNUmn5x66kzfZghF/pR5SBjx4tCrgcLC4wk5f4BzXIhfqwBi6wAUTcgBfwzK2YTnzYhL0Ygla6gAJAgABwgV36hxAEz4OYhylQgAPggBcgii7gmSmhBf/ihghTDwMJVCTET0CtiP4c1D0F1grREUYwUjcQCsUojtv81X+Ay+EMjEGohWZghB9ITBtwt4Pwh3xgBiRYglF9gQY4VRFAqopgLQ2bh3PwOvFUhynIgANogCHoCUN4kvbIB3Jgh3iIB3BYBIMQt/b4UwAlp7LIz1VqD0Bwv0M9iEE10l8VTv//9FUF/RXhLE1w2AQsiIMmSBsMwYdTWAIbuIEhKAkB0ACvEUHxzDTWYi14OAcwsIAJgIAt+ARwYMZ6KBy4oAdMwQbGkANg/FFVUhCV+9P8/ISSKdaKKAs/6M+SYVQFUShCiFqL1RE5MIQAMwdy4AZziCzb4Yd1UYVDeoEBGAALKAWXDcHiQ7HGPIdDgIEUAIEyKIfP4AZsqIZ16I7bAYte4Ak+rdqSUY+kTdr2iMKANYtPADxpYSQD1RE+LUtDQNxGFYqKrYigMYRjSBt8qId8UJiNYocQaRNCWIH4+YdGSNc5wTeXFQhxCEFxuAWgugNeuId84IZjkAVRiAV3WKL/bVkHa1APyE1Shx1cT/gEUviHVrhctzgIxPUET1CITxATg2iLN3AD4W1e7NURPRWIRWAMy43LipjYihgET9BcesjQg8CHa8gFbDCHDDUHKXiCKUAmTBNE111bJ8LfbrgF3SoHeOAHdxAGMZFKejicf6iGC5peHZle6SWFWnjgotDeB35g9fAETHCkIC1L76087YWLRVgEh23UEf4Hy23SQaiGfBWIfPAGOpCDXugFcKgH6HktV2iDW0hXTMNfpPo6Y4g0VxAH8bwH6dqENxjNNxgET4qsBf5V40XeBamF532FCE7SJzaIpVXgf5hcY93g6TVhgaCDiiyZS9gEYXAH/zrSh0dZgi4IAzlghp7Nh2mShmTCtDpGKt3KYSc6BFdQB3mQh9cZBzVoARLIwCXYBG5IB/o8CCYe0k8o3H9A3gqWBfWwYgVB3geN3kpmiCMsikVgj4qYXENw3F/tgvFdELMwCPaQhVhIk3/NVmu0gSUwBHOY4WtSh1K44d2it7ALOxATBzBYJnnYxmfwARK4AEK2AR/wAQNZBMuN2JKRXoFQiGmGZIU45S/WXYHAZFmwYuWN1m/2BDn44oPoghwN34pIJVT+B1nYBP8iBU/oAhtogReQyWpchgsLLnWQhjZwBUyTNJUdKmMAYnQwhjuIzF/wgrAQiGrES0jWkaUlBP9PIEvFdejxyJRa8GbyDdhNEIV0NggyXGfkZeTFSFZ1/uaDmNhyLoqRVl5PyIXQvAyhvIALOAFI2NV7aAd1gAYmAGJpiIRI0B7tKabpCZc/gAbfqgczVOjLkAEZ4AKRVoyInd5PPohocWQdseYhRYZ/yIX2qL/APWmBcFhGFWNpPQgRhgv1yIU3sJXnmBDwWAJRYDFhMoYn4ONyQIWugQZUACJf0ARnQIfUuoOhlodWSMRIdMslWARfGVKGwOJ1zuqi6GqFqGSB6OiD2GrGRgaM/pVRhotUoupT9uj4q4gcHQgF9mblVQZDsAHokI5/uAAWIINtyCl5gAYzoCZ5iAb/cXEqIKKGVRiHeriHYKgEaPBjdICGNGiBEHiBJgBGWeAGhai4QvwVtF4Q5V3cjy4Kytbif0hn7hWIY9hqg8jo6i5pHTUI/nLo0Q5QgxhfU34LT+DT522FJ1aGN1BEpBghP9Cl/7UEvh4fbzEHpCE0B6mHOumGYKCGYPoHX0CFPDiCM8CEaNiGdDAHHnnasmyFT/ivda6IarCGiuBmLdbTRQDvf8jsf8Bd9QhY6+5R626PTUDcVHpQ5GVv5j0IPlFNJAXj5iXv5G2FrGaGQajSE6AAqBAEcSG0R4CM6fSqf3CHdbBQc8CHjLDdZKAGP54eVKiDw6qDYViHAQq8shxt/8b4rw4XiK5G4BAPcQVp538QhaJAhmPA3fIW3/v8YIOI84OIZI/eYtzUzXPm8R5faU8Y8YMgB2bYhCUIgQ3oAU0AIkKryiXiinqgh3SAcozY11pQwznxhX+wBDN4AiIgAieghnhwENMZ0lSa3spuD2xQcYFA3oA1cYNIpVg4iGPAhQd17IoQYxjn4qLw6E2o5BsH9J8YiLKuP1Fe5H/IbhXvWm8Aqx6IA0tgBWkQpjKwBRJJlw2xh394B6tYoQglhFmwhSDymiKYAlIngj4g8LKMbBxfEFl40IOwBhBvD1Hg3j0XCFVI600gBIBn4lp0JMhlhBtH519JqGO3zbK+gv+ylgNTrncVJwVfOc22gANNOATuEYc+EAScdYd0sIcNySODIAdGkANESIYgkgYzCIJ1L4InEINPFwQgqYhHVm/u/odLkG+DeF40D8Z/wIZt+JU9x3XLVoWjr+hgv/NDBXY+d2gr9uDFYAye6FEeV4yAhd5MifWL7pZhWKUkMIM9FpdHsNlj+Aba+Y5uxx058LMv+QfbLgJ1r6giIAJIr/mieGSThmAFAXo2T+CD6Orc5feKwPU4J4WJN2lYPGtUtm5MWAQxeWc4X/rIPfbcFAq/KQqeVw+g/wdiaAVucBMt4AFSH3tXgAZf2IItCAOpoIeRN4hvDweDYAPIGKNDCAL/gYCBf8ABIjADTkhAg5i/vU/8xIcLhvCEVkDze8/1iojzW4/zy0bvka4h4MhNT3h6Q2AMSqDk7j1xMP5+7Wf6ZPfPWnjQYYCTKgi0HHiCQzgEcNksG8DXf/h2gXiHdwgHUxiEH1iDUFibbgAIS09yEISRowgVKv8E/Wvo8OHDWrIabmq46NJDTxAfHsv1cKJDUrFEbSK5ESNEjRsfEiLUkNHKhqRkOly0CKKhf4M2GuoZsyEWiJ9+NqSGjk2NHDWCgLH0TxynHTvohKNnz56+d//IaQPlhcsSScPKzcpCBQeOGTSK/CvTpxJDLTFJqfxHamJdiCD1/sP1z2NDWaIE/zcUtRFTw7wOh3b5F3QlzH+RIcKcXLEmUUyLEP/LSXRjq5/HqI3rQ4RHwymHfJVDV2XHm2Xp/l1tyHUXqEVR3HxKtqZTHx45cPzLQUQhq07/4jiUwxck3X8aPT+cKQsw4GP/kAGWGevf5Y2TUwJtcmXjUIeKN65/eFN9Ys4NnX+GX0s7xGPDqMGhYvxfEUWY4Qs6vvyzhCjhPKSVNqnsscgmhBiChAzEfJIEEQHiQEQfmiQzC0QuyUSXJ57cVZhG4dW1V0O5INMiXyv5QV9DIi7WXkqeMIJjQ+lBdNMg71mUkUY20lGfXaH9lIwvhZgxBRFBKEUFNOYYssQey2hlT/9D4Wizyx6iLLJEFz54EY4sbGRBBJRmWDJLN7Mo4Rh7Jmoki0YzkbdRd0QZhmRKnzSBJI8jDhWekDG1Uot0RLnRUGNueKbkP8xw9E8y1PhiCRpPADicL+wos4QXqbyD1T9acbXMHldwwcU/u9jDjSFm/WGJU8mU88kPTQzaGEU3XeZJLsfIAtJ4/wg52EqqhAToSp94gkUTQT3GUqMatffJJ3pudFOiDsnyCk6d/eMGsA4BS0hd+FnDTDX/RJPMP9D80ymARRCRTDzYeFGqNg3Z8847t4EyCDOm7JHOwLWwAQcqviSTTDfgPNoEEp8d+08t3q4UrkOqsNhQkBuF4VD/Gj8pQW192s7lI6CtSNsQZ57R+Kii+VWj3X7/uGLJFP9MYUYN3fyDDRde7KGNPvo0RLA234QTDjnMpKMVPuTMMovE3aATTzMZH6guRCc+CyhhgzFrGMg0IjnnT8n+NFRectBxJGgazdyouTNuhDN9dzLqUDQNBUOvL3+A8eQUSVDjDjap/JOKNqhy+U465GSujeYBZ01NN+OUE889DYk9KNmfofSZYaLE4rFDO0G7kq9EwRyTjQ0ZYjfO6/HoNlEaDQ6RLRT//McUVJjRTTxVL7MMOVjZQ88/1HsZzjte0oZPNdys0448+fzjSA9IejzRyKs7ZNI/37n+j0ngXkLd/+wOKVFtF2G80UXv/9zuECMQsx6/RaR+qYsJSCRyDGLU4hXJGEc3oIGKStyhD91gRzqY8TxtYK1g5ODK095BD3rgIx3bcAc+7nEPdnQCdf/A2LX2NLi91EUlorgLKUTRuvY95E8GhAjcgNIYLLzhH+z6H5Lk8AacLeYzOZEdRIq4xLI1ZHAM/McrmDcOaHAxGMxjBzdwQYtlcJBL4fjGqfAxPXroAx/4oFo98oEPdDgCC0FB3RI2Qh9vSaQWrcDLXEpCEfDgcGQQkcvbGjKo8wDlDfRhBBL9RxSfGHFEw/thQ5j4j71MhFGYGEY76lGOdaCjHKGshzvMMbWqqJGN/f/oRxvxEct0eMMc+PiHOT6BhKAwMibAA82PdgIh8MBvEzmkIiYfMihqmedXOIskIvhWyZj4xBOvUIywHEI/h7zhCkXcyOCKRQzdtWIc9TinCtN5Dze6MZbi4wc/9pEPfeSDHu744D/iwQ1y/SMMj7KjHRtyMszExI8bEST74OeQSyZTmXPCwhXMQ6dfPgQTQ4nkSkr0E5V4hjppSNeeINJAa5pDfLesR0PycQ/x5UN87iAhPuT4j3PSYx3mWEcGF+GH2THijwX9kV1mUrJN4OkjBtzpShDZzBg6hzkQ6QQhPmHR3P0kdznZpjbn8xO8BYahn/BjK9qh0pP+Q4XnvOX/P9zhjnWolR71cOs62DoOWbSiSDlxw0Drx4xoHMOPsNtEeIhJxbzwIatIykJDgkinxTb1IRedXWBr9JLEYJIUHqvF4DxxCW7cUqX3kMc/5BGPdoTyHziNq1rPyVZ3oJQYuagFt6b5D4ouFCLWKCBEoFiRP3nkLiZyiPqmiRjl/KQJ93thQAUaw4YgQj58QypRJpMXTMBkESqpLrQ8cZlO+i8nykBnQ1J4j3qUrh1sjWs64tqQc+ajHrfFLGYl2RKnbiQ6K7ktNWWnQ2OK6yEVuQwUpUrcn2RBCw994T96+RC3RRNbgEBSt35yCZD9gw6DcAMU/TuTmUjkE+TChCFs/7Hedf5DfA0p3TlZy1qUzrSl9RgGP4chYv9hlCYbwW99IiuT30pzkA0Z8D+A/A9MGFcuvlLwRuIQzQY7tyEPtp3esPUtIVEYIvwNSXpeEQ+HpPCcZXXjOt2IUpS6UXwoVdIwOKbmTqRHqiHhMUQK95NwmY1v0LGydMi1ivQMd8jErYLp/rGyarmwfjhjosvUkx5CBBeoJfuJnu5SC0/QTc0PqceWtzzeL5/Tyy3trJxfUYtZwNZ/r+gEP/nJ0IL2tT7MKszGNkmpn6xCOZiohEMQ+cI5EZplUnjIgwXBkI20RLaUdQi5PjHrhjYqOh2DzzjzqWlMSzse1t5yeEsc0/+ybqMVqX4IPxvyCmVn6y8xwc9nPBELT8hCJBFp96w1kmYsPsTWQn6MFgr9mDU0RBBPXghPOkPVhrSCFKEhxf8yDFSQ8Rckf4RZLrbsDodgO67rMG0+Z6rtEv8DH92mFBI9fE37qFkiMDp5TC5D1Dprx+ShWVQt5u3nTmCC5sSl7x2xcL/7LZcoDf4JZ1QS7iga0OCWZRQpBgeT4a3D2g2xaUNuqt6Os/SW99jnJv23io18Wz1JB0kC/xHtzxwzMIbsoyxqQYxhpPnUQa65n538D347RucOMW5M6PuPBiPi58TWSLxjooZ/eIEOg3+IwvWU9rRj1keysPbEGzJxc4z/g/K4vKmmudxxbnh7KORSzqmHzk/N9LfOH1uJwQ3zHYd0hxiM57pD4J7UhkjBuHhvAqCR9PMB+0g+Pgru4N/AVa5mVDqSPps040FtXDrk4uuFCEv3OfLPe0I56alFMD6srB1PxLIirY8hc5H2rMPXITN2yNY/o3OM3f3XBnysJB0LKOLHbhE7MYxKTC6TYSm/Hc+fuHpd3MRhG1p11jgI0LiRi54pIMcMnX8R0kYYEhWZXhVxFzEoQ0PMmwJ+AqoN2L8l1nIZVxVoQRVUwRb8g1zkXkzURY0t2EN8U0wkimFEGuxlXGqxVUOMAznEhEqV2Dh4BmIgxifsGUSMW8BR/0S7ZZ1dmA9E5MI4MUoDyVy9ed6PFddxzUm+KcEIjiBibQEbfEaWxZ//UNpKyIEZVticgYt61BUhzZqWPYT/pRWLOV/Tddw6ydQ/jAMWOVcHgpvb+cnrOIQg/URFvE4Sdsfi/YOIjZoY/iG9PQQW1J6grYQSpKDPgcbtwB816Y6ybALIPFp1/FddDN1qOV/kpZXGedot8YM5ZMRiECG9CZnG6BDb/IRJtBvYQSG9gcjc0ExDWKIkIlgQAVoQrQGgneBDNJi0dAIZ/hilWRS07NZGKFxi+BB8PIQpPp/GhVccmRjzeZt0eAJihB4meYT7iElDGJ6VWaNMTITMeJ7IBf+Zm9kcuXxgoQmaECiBECTWP0hB7uXeFz4VpanEY1HVZGCVRQyiRQTJIECCQsYEH/jBluFDHG4Ei0FECjUEP5RDnuUFMwIZVFWUdAjJXvjFfjnE3RweRCSUkiBcM/bIKlhUn9HcP3zgJOqjEohNQxjBJP4EQ0QTM6bHSwLKZCheTUCC7DgkOyIeH6RBK97DKdKhO2DbNqaUQ4zDJYRGPNLbBv5DrdlkijyER+CCLLjPe9ABrBBiYVQEyDlgK9hczWECIGACCT6ETg4BgiVWFbjf3D3EsKmHLM5OntTFJS3CUvoXDF7BNlClaZnDDj7dAGZcHDlEPmzDTlnTIzbKUND/5FwsYUMgg3aIkWCcpeERH0MWBjGFBwMuxltW4UPommJlDK9VwaBg4T+o4F/u3U/gDHQRxSskHV8YxkOuRMqkQRRE2yk+XSs2RDywVniRWMcVTl0lIBa9wiuswtAFZkOs3nY0BC6I0UZwFbhQo1BUEcF1QmsOmHJEooFtBK8dl1xUomI9lUsE5pNp0k/oIrrNDnVIASY0XUVG3dM5H7bVwy1ZXeFgQgLy2cjZnJRRFX4ABi6MxPalo3sspI7J3yOqBE1y5kMEUU4qUiW6kBL4o64BnN9BBG1lVPkRzkr+SYaaSze5wXL+Azo0HzZmnDZ2HDFcpgJap8xgEap5pZA5/9cxgOYxLIN2CIYOkQyg6Jg1AR7MNFlQ1F4VzGdODort8eOJhoixMds/WEO8WFqMrgcRmVM83OhKtANjdhyL3cPwPNYQGuErLBvNIMZM4IJ2JKmlrI+yQEKFbl+Vscd0DliTNQRt0gne/cMRJJZi1aYWsEGXSpZD9KaK+qZD4IeclaGj/EMagENpOYT/+V+mUSVKkVg8kItLiGN6vKVWIluQHVtD4Ee8XIN3KlSg3gSghovCHSqlxgQJGlhyOQQSuNCiQgt+AgpnDE804BiL7MQg0AhVScEVcENDlFIr0qFp1YPzddw2xgOOWNNQLFuqeQKjFEt3NoStrg9JbEJD7v/EkTikYYFpPzpGtSjBnMimMuUaoCSrQ+QBRNBdEUphfznEo8DgRqTBFRhNOYzDMDhD5XHk07XDKarUZGJb7nAGJlQfZwzD4MiMdTLKnq6EX/wIoDYEJKRsyWwTQvoqRNyRFDwGvqrMbQLKiuaaCtIMFf4DwRKFEkGEwg4DkzyCE+yALpiWHuLoehloQ7BDo0mHkHlYMDCKqLHeMaDbMhzNNVgKLXCnTigLO74HecaEdqKgQ1iLoCHBnMynoOWewAZkfZxByvwiojrEg4Vhwf7ENyVmzFZCGZSBGPwDD9SB6DTsQxToieWDOTxtj2ECpUAhpVztfh7NrRKGQumqn87/joeJ4ewpUu0FkdgMoxbU5UoIbH1cac4mRp0i30NwFUUFFBskwRQEQZQ4gb2sAzmsA0eyFYsVYI02hKX6T2s+IrmI7D9c7aw+Q0Ngg0PQgru9zp8spb+ih0Y4YH2gjtoSq/1o4aTWD182REA+mUVplC/FBLBcwa8lARUEAQ7QLio0bDn87sVdpOJ+BtwN3eAMj6Ug75g2hKWYJPyAhE0Uhg8h5Apeqt6dbb5NYj5mb0MMARDMbEOUAVGAlENIARRshOnGKiadxxVcy/oexBM4QTdcXNJCBIrhgzk0pe142PU94uDwVTW8yD94w7qybusElpiMbUGFxmQERQIDxQL//8M+ZowD9wBPwk0JmiC/IpLdTSIUlChRAAKQUcfNAgWdgLBB5MAM4AAvSCwczhRa1cMKQ0RvjuMLW9rwxMuYXoM3eEO69kXBsuNlGHBIrUQQ7xoRz4kQ9ECjOoQRKAFP7mTqQsT3lmgS/Bqg2WRMSIpWERtEKJh/uAAMwIALlEEJ6+FyJmdZrfCj+KoQUorHYtFEuItD2DAcw0jJos9KlkSMEoV1rQQjK5LY/PFGBPJGFLKg/VoQDTJEUPFDSMLsgEwRuV+U4EAKJLMXr4Mexq9pEWDH/e5D9CZmgtOsUu4pN8TOBOd/tQ/7DCq0DBsgxEEcuMEX4hXe9YBOPvA/lP9PEtfsCK5EJLJtX/abJMhi7vTcQ0wGjfAbETyBhqAACLhAJSTtCV8a8xmCy1LWsk2uNdhwQ6Ty8fbQfumQ5TYHFhOKLNfkB14MP25E+dwkv27EsNIeURDXwEELfcQQEeDAFCDzCKQAJjNfPl0cYy7ukEGZnTq0ujrEiwBGWU4ESXjLYZ4ttCDsPwCsQ6wBy8xJSP/DDzhEDKAGRKggE0Wi2e4yoPFbsAEbZ4gIUs+Wzz4EhvwDccC0CDgBvYiqO1QkStVoXTSZJ4SG9f5D/4ZpfojLTIjCsq1euFwBkvXmb/7mSsBtEO/jQ/RAD6DGDvDAYv/DO9POPN+mLv8QD7//4BpkMGpUcgr8QwrggC50wzbo4TpQm9ORcY+kW2hckjJs80oo6UasnmHshSfeBB0MUUmfSyVJCxL95RfCLQqGaEM8dUNQ9Ua4H85U6U5C9vd2gnI8NwcvR0PwW7Je1UMYAhO5wZMRAQz8Q3ePwAi4ABWQRuVRrADmUz2QA2ekxzbJjDVNhBTeNV7j9THoqbmh5kOiIyQm2E+Qi8FtRG6StHA7RPmUjy1PYsw+xKNgYXxuRDQx4Of56tw6kSEMAnRJAQ/oi3enQEyPgBcbzT+wadOxlfIt51Aq2olfM0RUA/OO6USU7CaBXX+FS1g7FsI920/EwQYHWlQjwRAgMRDs/yRx/wQW0B2gde+PBqlgXqO5OARqcPd3/0NM98E/OLNpnddMlfFnrHYGavN94Zch7fUmwQ5R6LOerBrANUQCP7Hp5CtkH9KJ6pob7LhuL4aP1HWdp9s0L0cG/0MNNEQyj0AHjAAVMGxMLKeSp8S4kYIDYuBGVIM17CddbNhwblJRv+D3xYSwqTlENEGD2w9ewg09P8r0xsTGgluRzHLxJcZ6nAFEgPcI/IMI5AAqdEP8moPUoeLiMq50dEvVVu1EZ+pPUEpoANYSesTIgFTPfZX5xVeSSbcT209Pri08/0RHo0zsDdn1kUuQyuU4Z1KeC4V1+mJDFBEF/3kNdPY/dP+AlI8AEbBClYOxtaH2RimbAvrR4Izp5NaWIMkCUbFjn6ChgkdLBrLdFD/EXhbaEKzzLx653UpZTZo6M4qhRnhgfXQlROAMDwTBP6iAuo+ABfyDBRA6NHSDOVTklnUrpV6Gkphcx6xxd+57rFUEKZSEDwU8N30Go8wb1eYdCkqBsD7GU3u6FpotnW8EIwu2qK1uEAIK6EX3B5ZBWbsAeFtAyHeABXQADIgBL4C45OFSaOSEH2CEjXRLtzAUjqWrdnTH+UzEdgXGIHlGshJX1XpsmuniTxgYL4u6IsmFFvyarj1YSn8pe9CMOObF4BsRcT23LHYCGxABd3f4umd91qf/ABFwva136zooiXOFx8ykMY5pBw3TcH0ZkyufzUx4AiURPMew3d2LmtkHuNnysr4GkVzwm1MBgqpDS9CVC4gBAn4S12bWiHNPEyCwAQ8QgUOIQKxngAU8gAWkAA08wRQkAjVwZMqrhI3Qj54UnKVZg5iquLhkqDVuGHhURInYcX7S21AAt7R/qIhmdcRXVX0IP3Dxvu0AGRG4gGc7xARoAEA8+CdhRIogU+5E0rUN3b94nf79cxMx4iWKET3J8hSx1j9r/6r9OybyIqmLEVv982SSokZZFz0xOnny08yIrzZGZDNTCkUh/3pEVNIEy7+iEePYpGhI6UVMNSlatIix/+k/iFUjdupUhocLGDkiWnhgYaCFDiNg/BPz5Esibu3itZo4canNjbI6egQZ8RgykhpFURS1idRdioVNslQpEyvFYY1PKrmIBPJJQo3XUMR0cmrKyhRHsTrZiQ0RiilGkP0nMOIIFSpymBHzxVm5dq2kvDnJ1KbikXv/IRt5bOTgl7FSEnb57+XywDN5/yN0NaKtx7VqvZJuk83OKjMlN7GJyOblk5kvxkH/b3NEQ5em1vJsExN1ip04zexjpMY/GCk6GGigBySgyLUpxLijktpeSUO3f+SgaBGKVjLJsH+iiaia30Bi5pjm/gkssMRkIUWjluarqj2obqIqojwoEv/kH/SaUEKyf2rsqQkpsMgMkensM+8fPz6rC6VXUsqpKhkpmoWVUf7hhJM+qPhPhX9GoKjAizpQIYgn7lBwHNGI5AwjE1M86SO+NOTwpU1OXCmjlk5iTCmoPPlEO5VYBGQmNrTQwigcsWjC0H+k2BGLifz8MQ5CksKqCkGVeg+l7Jqyb7R/RJslPyP+SSGiAC1QTYJSO7AgSzDMqKOPbhBtaiMTI6KVTWuqeSYiv/jChTnmAmtOFsJqaU5JFyHLqRUWldJi0kAL/Y4iydZrTNCeJpX2JD//4a0V+Y6N6DJE2rOpEyg5YaUPInCAIcsO4I2oQAm27CCIf8Co4xFoJJH/Yo2jInKDN1KKzQsvvqIJKeGZjsklouZMNOyllib+h5FyK3uFFGYvAiQOQGcqSmQeL7qMEDkAiVCiGf+hNCKXtZ1JOz3zjIhciMjDqhPtKvkHhxxEHSHLkyzY8qAEH/lnFUTTAPhBlUgxsaNiKRopJOAoEm4mE02s+Fevi5z5lZe49RM9QbhVCoueLlI5orT/UU8LKZR49saWy/hHRkQ6qammV7LzJE2TLxLtolec/KcSKn4+K1QLEpD3ohTAeiKRpJ1BlK6I6CjppVocPikaDjOsGhcOKaK6YqpbISWlidNE6iL7PlkjKdtn8tMNLTafdm3IdtciiRvvbvkk8jjm/7jjiEb55MmIWGFRkzpymOGfAFUYIYHIyVLNvxmCuKMOX7qRgrKTBMZoo45Q1wvXizgcSZa+IspFFrBrobX1OTcSkqI49maViHziWJGy2Ux6h4VCAawpboiDs4QyvCxchFJo+xFF9KS85VllFqPYU4s49Y8n5AAFjhua5AiSghR46Qmc6sYXYnWRp63kV6G7yEeYYQ1mLAwkw9FaRIihlNa1hIaNuYoGIxJA8hDCfxc5CgNtErwqSEYyMPvHFpTylMaYBypQah5FWBEJMQQhBShozT+8d5GC/GMK//BFOc4AqpM8TSUHs0np1mSNj1wNa77qiGI8IzjB/Qpj5hIgZP86gTGmhKF3FMSKoKTlMopUYSe7sYxN/OSnv9mEFXm710m2NLmC5CBMqPhHH/5RhSsUhY6XWQnY8KjHk2BjTfD7R16a8joXmcdPkRJEE5vyy0MC04n/KF7AbOIsBt5tUpgsk4oGaAuKSBN6YsBBqFY4tMhpKUAUAQMYLFEOQUDBCD1xQxpKNsDP6eUY1lBGLdWkoZn8ESsTaw/hjndIirDgJC3QQX3Yg8CVTWsm/ExP3DJTlJ4koQpGoCLL4mYkrAB0moWDQkTKiKWiRSQBYkkA9v4BliL84R9waExNFPORDNWSG//Yxj+44Q2PvG8mNWuKLFoBNqRUUm9K8ZNBI8L/Aq3IQAfEpAgWiHeRE1Bkc3EAhBvWcK2ILLRuSvEf3N5WyFlQk1NfwEGW3vWPBBSIQAYKKVgiAo0sXHSqACOSK9fXTj1aIxprkmkt73oRZOAiiIqZyRBJgROnjCcimLBTRFpAEUC0IJE62M5JwjDQowaVbRuMqBbWUIUpUmR43+EpRFnmMZtABZf/eEwwyvDVbnpUrFsK5UUsAasjJMszx8hQhq6GjZm8tEgnwQtOe1vJNQD1IixgUbUuIgV+NoEEWGjuTNZjQEgWLwktw2JEI0Ikp/4Dbvb5IEWCwTgRqOofE9jmeSlyJcr9IxTQqALJlAKRZWXtHx7iI0h0K8+m/7BESdFx3dR0epHNhWtGT0UPIADh2H8k9pkzEQ8LpHCFf0gYioqliLOUUN2LaNin2M1KIimyp8dEBLXXvF4HJPCACXB0S675x5VqIAZL+GInFT7JrGKHV4pY4xrw/Ix2cIlLjGXGgJNFzxoAgYfNAeIqTWQkeAZVFdFG5Dt3A8I/hudT9HzWKq/QDuBGjKESYylLEjBvRFbsPbR85R95K2ZTPuGZWvDqIi39xzUoItOq/ZXAfv0HMVoxnwZjRrK9M6pSzteUKRvzJFc+yXbh5svpUPS7JC5DDq70jwyI9R8HkMBYM5Dpi4jhD6hgQ8wu0uC71EIY7eNGOFqqZ5oqZf8jcW5MLQQH4rRhNSJNq2xoe2sUyShwW5ehzqLleBEjaIENRQ6YkjellI8E4wv9eRyn/9EAAV2PIveiQiRQkdBfu8wPrtxT+/4Ba3WH4x8yzW9VCFxajqRE11XhkRTwjUw/sGHQ3FWbEgplPgErJSkZVkrx1oPcqnzkI8MQg3/C0umLbJosWUoLG0m6hjMYrzxUkfdMyEGOV7e7GnoOdkSuc0vtaMombFtbUdbAhrnk7s3iMQplzueyTnjCPgZMNmdTOTct6Kbf/8hZU6xBDdSCRVSsPcA2yZKqiOSgCE8wwyPYkIZfK+WDo/PxP0SeborclyQqOcl8CGZa+GGKu4UEvEhAAAAh+QQFBAD/ACwAAAAAvwC/AAAI/wD/CTQksOC/QW8KGsK0yKDDgp7+RXxI6R8lSA8zatzIkWPCjgX9uAFp0FMrk6RayWpFMpq1aAW3/fPmcJu3ceH+catZLeOwfz8NMvrHKCIhhf8ICvRESmDTWiQFnupl8BSpXA+bNpVVq6nAVl6bMmW61CGhiVH/Hb2UEVPSsg5bQX2ItSNMawJlahxXkBxfcub+kXu40yC1bdxk6hW4SKkhOQ+VfnrqlaOtglhP5Tol1auqWrhqyfrXtavT0wJfkfI0OSJag0fTyv7nFqLEWipnG5SZ2GC4v8D/jfP7zxxfgcMFHl4eDWZzatwOE6STEbJST2RJj9ZusG7Vf5xVnf9SJfXf1e1ct/+TVXm9+fWvOTLCFPsfII6TMh49WtugXJbpzQZTQdYUJhA4O/3GjV+/geMXYODg9I9ehw0Y1HO6TUZKe+39Y0suVBXUCzO9aPYPeeB5pZ57BdXinUCyRFTZJgWx1VF/stWXkSevjMaVbgYNOKFA3PDFTZE54TScg+QgOKSQ/8D0U3PbQPnPSBkZsshQTX0CJFW9qJKLmC2SYtqPDs1VkCyjrRYZSDj+4wdIBOm4VCs9sgQjkP8cI5CVOhnIzW+/KanTkAYF5VA01LxFEpeyhRhiQbhshSKbGZGCKYyiubmhQDRuEmdU9/FpHoCiqZmRqh0hhthMBhX/+Q+h44zjakGK4poXoBkxMhSXn5zCKkdYvcjZiaV1lcuPUKWqHlRcgRWfoxIJRIiNupXKkUlrcvefQ69wlOs/BS425E5FFuZNlVCOO8wwjIIEmUCMdPlpRsWC98+kDuVS11UdrsfeewLV4udc27lpqlocETSnUg7FiKYsr+D2j54s9RhuuAVr1NxLUUbDDV4FoXscrw4pSl1UQ6XlHTP4CoRLxw6pqNHA2E0LV0Zz9owJxB0BfecrGf+zMcUXF8RSsxu/MgxU70apnNTbNJrYTuYKBC+8AgVj9D+/dDSIQQ0VtKGX39FFJkcz77mnd7K8qCZXmoqls0Z2koTtP5fU//cJdkRfjFstGn/FcUEVE54aMQUBqlfVD0Wztda1KHr4bKSg3dFU+6L4kCrkbfVPLufJDK3MpKVuMIwxVuvQ3SRp++ZSR0V0EtGtnJR7tRO18omeqSGuaqMEluwcTNuMa/QsBr3idNhhFyRH2VlNhplA/Pab/fXL6stVaHH/E1q/jLdYcErTwj7Q+g/5cZT7UWHHkkm/84jnUmh5+con+l/+57jHmxDxChKMy6QGbc4jHKuEZjaBeIcqzfhHBDXinTG9x0zm2VSa1BM+VmHqP+rLm0Bkp5D7YCkt8zuJa8oCOKPV5hPhgqH/gOInP/mkIL9Qleb+0YnggcReo7ueQf8m6BCY1YV0qOkYB8U3rGPUYnU0Q9pXVqi+kKhlThvBYkHyNqq98Yg1/anN/nyYFssVRH8w/MQqUtPDHtKLJC9rRi+IqBEjVkZhAWLiPxiHJhZBMXXokeFrDCFCORnyISccobUKMqrZYKITbomk5pgmLqBwZI0PccsO30gWrZhIIDCjihEjCLN/lBKU5VnKJlZTNxjlYlgdmYvvwuW71xRyNm4ARCL1wxEuMpKHBlFTLYJRi+hpxJiYOAltIglJSGoEIw3U1772BTNmvKggnhOI50hBo39sgima4lTcfsRBVQUIeATLokMYyJE4YPE+JNQPW9jJyE5MZJOI+1q4jGn/Po24pZmLJFtV1lbEEQlkGSMKE3jIo9CSeHMpKYmYwNyDnnOuRyVfZA3/XOeQOGxRDvFMiyG0yDNDAg0TOPKEPf+hRqO58YwZ+cUrcui1rznEmc3EhCD+UYmdGuQiJ+oXKkvZC4SCaTwnOpZTfsW3h3qCPemphYxEI4tPDEw9YEmhRE6Cm/jcEkiAWMNGQuoQt2DxkThC2ydY8Q+2ruKlHNlhbSQhiH/uFBCCQIQnILEJoGIzPKi8ZlBHdyxKeK5lRqGWa1j5kIiohjQcs12MlFnLgG7kKLsECRbZ0BGSRqWRLe3hW92ISYOgtTYkvCteAQGIoVTkIcc6okPIoxml/xIFsa9tmUZg91TBjQZAORsNU3boWYHMiyNS0I1YM7sfODmzI9paY2kbCd1MGSSbBflkZTzxWqKQomWNUQgh6LlO1wFuNfa7J1roKQc/eFQgWvhHfB2ChX8kNy1i5dNzOSKIHkril//4LxYH/A88hDQP/+CsRrzyyfEglWABm51CfkYbhsWmm15U798kUsWNuAELHxaIFOr7jyroxg1YzK99MhvQ/tQHE6XqqYwB0QlASOI+ldANZ9/LkU+FhzO2va2vDKIHjRBkJNjaW3nRIj+JbNiWC5NCFbBQheTeNy14KEiWNxJJRuY4wAaxcSX+a58ys7bMDlHxRhBMEhRVJP/CDJMeIY5rEDmg+JBBy9vfYLgwg2BBCfcFtBQGLeUrn/gfarbPffZTY7f8V1urFQRZMyJWsZ7hH2mYDTQLsumCUK+jcuAxkIq7owpzFCRaULMS/oEFKaza1VIwAqyrvAYTd4Sz+U20aX+5U0kgohLwLIhPHaJgg1xaIJVwRjfG0Y1hkFkgZfhHtIlCEU83ZEskCcM/tC2QLgiE2yWdzWseyacmrPrVsBaIrAVSZVtHZQ2kttZL8frof/TB3sG+d7H/cYYqVKHWBUEwK7qBDnncIx/5QAeipb1vansaEkXeNEEW0eGMdCEN3hYIltzgMIeQ+pbrnQ0S/jHyWG8kvu7/Bkl+4z3CeiuyIPfeSJUFcuk8rMIX5ZBHQQ7Oj3FsuQxaKANnj8sISuihbHROStlEWN+mPwQLGdd4QXR5paonctJpITGrBYIFc5P8H0bQSHL/XWKHHBu+GmeDGxouEJ3SG8ySyEOp2Ex3aRtk0PYtSDIILpB2FIQf/+DHPWrqEMgc99MrI4kSmtB1LTThH02QwuO57hAWG7nPD5m8QHqQEUNv5OwPIaHsBHHju8a87g7JwrGhkPd/5KEbBr9HOwr+j3vUPvD+uEcfzsD2gtChyAb5CMsL4mokrFogxpd8cuubaYOM5PmYt+KVoE/542sk7LbeQtlTrhGxinrqwIb5/3/7EE8E31voC887HlYxDHTEQyDxMDjCBSIPeNj+H74o+z8Mv//dvsITmPBsIqYEf+Z1DnF8SoAErgZolAckECOAD3EUENN8XKcE1mcQPKBu3Qd6ZwBwD/F99jFsYFZm09YHeXBvbJZmgPAK3OB+9cAO7FAP/xAP8Xd/fmd/+Bd0IOEJ3MAO7cAO5YAO5cANsxB39pVcJaeACfgP1md8JbdqkQdfKlZpBuEHbEBgcjIJWKcWeSNW83UEBQGGGTFfZ4ByxhZfoCd1UcFm03aCCJYHQlcGwzYM3GAO7VAP8cANzOAN6WAO4FAgfvcP3dAN5SAQoWB3/xAH80JnteB3+f/wD49If+XQDcEQUku4ESPHhNwHX/P1EGuwZVymESGVXEIghg+hBFWgBWm4BmkIVgIhd6cXbWdwbKzYX6nBDfFge+DADJvgBYOADdcgC5sAFeDwD+UADYOIbJu4bf/wBlfgCTLoEPUgD9PYDpNYiZjWeiOXicb3dV/nahpha/6mgwaxZVoECEcBVyThamD4A51nEEC3igVxdlToEKUiaa+Yj/dWB1mGB3VQYP/FI7iID//ADovQAixAAv/wDOmQDtUQC9GgDNRwjPkHDfCADmXgeQXhbWTQDQ9xDzpnEPLQDuMQDKsgBWCId5n4dRfYjcRXYlqQimNHc1nwgWFGCDn/pY5i5xAZ+A+cd3zutgUeeGzHtomc1XsOEXMF8Y8hkTvHwA74QIPg4AMCEAG+WA36kA/6QA+A8QqdkAyoYAnG8A8Kp5EOkQaB8Yg6p3P1YIN3SI1CmEhR8A9HsJIFEXYGgXJaYGXsVhAmBnqJRgj34RaIECdM5xBAIBCJaQSAlopm9xDLmI8PUWwp+I91wFk9dAmt4A3xkA/8gA/YQAckAAALAAta2Q+4xw/5kA6XsAZ9IAZ34AuEiAp+SV+slgbRiIMh6Xd3KBzm4IPsMA7KEA2vgAl+kAZSoIB5d19GYJfEl3Impn0x2YlrkGhnBlC3BIIGkZiJWXbTNhtI6RBM/5mPhcBDmBAN7pAP/tAP+GAIIbAAoIKaBsEP+sCaS3AEPIADZnAIBQEFX6AR2pYGnXkP8NB39xAP42AN5lAPgaEGb+AJ2BAY7LAOgTEOxDAJcxJfg6YEeKl/fQmZDmFrKsZZrCUJR1GY5jl1DrGAYggEPaluDMgR4bkRxQaKyMZTbIAF24AP+xB45mAD8AkAVukQ/uAP+AAJCNkCL2ACLiAG/MkLGQGFXLcG6JAP8BCEvDkO1PALsXAM1SAKUUACF9ACP8CD9ZAP+ICH5hANmJAGfqBifCkFe7mXIlabJlYFnOWYuRZmNoainYCTZhEb9zVynAcE+JkRNRl9CbYRa/+wAhSAe/+wD9gQAgDwDwvAArBAkAbBnqoQAgygkCXwD/opEI/Aev+QBAURhQWRBlUakoWIDjBxDMjQE/9AD9XQAg4gAA6wBOGAcGm6Dgn6CyhVKmP3Z/Y1cxlhYuTIb2uQB7rGWm5hJ/URG1iABM5pBD15gYracOYnEDvwAT4gDJoaD4awAZUaAaCAD/JZEPsQDkvwqBvQAgIBAkQwB/gnBk4gEFDAeskVeY/XauWQD/JQDtJgjAbhDe4Qqf/gD/RwCSzwDwLAAsNAkGgaqflgDsTQCqvgFlrAgICGii8JmcW2BkcZemGmEVhirdraAxkoZX1GsuWoYGLlU1KgAy3/kAb4UKT8YA4yIBAREAKxsK4C0Q/6EA4+wAALcAEG0QApgAaucAfJZar/AAXWCnn1dQVH4CUDCw2oAA3lYAtycAzp8A/6MJ/44AUCAAAUQAbssA+AN7T4EA1k4AZeqX/pxoQauYyW1xHUt40PwXlhp4qRqWOAwFn99QmdoAQfsEdvuw/e0LMt0AJ0QA5C+w/94A6k0LP/cAL/YAMFcQAT8A+asK8FgarrhnyPhwSseg/dwAuRgArd8AoywAWDsQ+Vqw8PC7Ek4An08LYL67hy0kNxIFYb2np16m7uFgcp+HIdAYIry7KcB5MeqmumEgctEAKPWhCryQUh0ALYkA77/1CkBrEP6dAQCkkCLfB4N5ABCgABLhAJU+sQpIsES4AETfB4V4AEysC6/xAJkaAJiNACJOAD4PsQ/kAOLBABCACxLGAN6loQ/pAPwtACyeVGSghrMYpotgZ6kFYqJWuTslNyGEiXPHAEx+ey6ScbutYJtoAEJ+AADqAG6dAPDPsN3jAIXkC54lsQ/ZAPxyADJxACG1AQmSAHoXoALmAJSqmvSSC1ArEEXHcFXYAO7UCbZsADgCAEYuoD4OC2QysQDHsMr9ACacsAJ0AI8eC7+XAJH9AC/dVqMYqXY3dpqWhrR3lgGcFtu9QEzrkDBSFokUm9lBaBHhABatBNRvoM///wDeTgDjvMw+4gCjJAAidAAhsgA48nBy/wDwVwAEmQf/FrEEZABJn4r1fAakvQQx75BzXAeT9wAWNKCuygD/ywrv5Qy/jwCiWAAAKAACRwDJEIiYPQAiuABJ3AY0jQnNgXkxmxvGkGep24kdFMl3iZgT1ZBU2wicOXEW7AZrbAWS2wCfogvv1gD+RAD/rQD5UrEOmwBAr5Dz/QAjJgA0swBvIaAAYBBZ6HqgbBePjLakhgC+jgC6xcATagxRuwASfQBKeAzpZLpPXgCSUQAf/QvdHQo7dsDiTgAEpgC4BwgbJ2p8TGEayoig7hz083ckoQvQ+Bd6bSzQXBPB/gAdf/4LsCUbaP7BBnGwL/4ANQbBAkwAACgQFJAAfqZnJNLBAvymqnzAVYcMpYQIhosAL/wAFCIBAlQAIlIANLQArpkM4P0Q/moAYIGQEUAAz2gJr7kFwlgAjJkF8oyW7z1YlsoC3K64kP4Xis5s9dZ4F3GaWYp0Wd8AILPBv90M7/wAKDwAyeYAMnIK//cAEI0AAKAAKFkKj/kK8dKhBXwMeQ19mcba2K0A13YAJVnb5N0AKca8mP/QbusM7+sA/uEA6bIAMs0Ar0sLDxoAMV8ALJkAxxgICFNpmDLBtdN3JaZ31AoIRaZ3W6ES4yDQAy0KMkoQ/kMAgs4AXX4A486g5Q/6y0m/sPCiAQO8V9o9wRS9AEp3wEvuAKVFADJlAC7igHXdACHPAPj8oAP0AO1G3A+0AP1zAIyICa/JALJVABPUANyVAqKzlf+UWiIggS2qp5DqHM52aWAIpIPiQFL7ABhkwS/cANMhACXjDDqFm2giEDSgvZ/wACcKBgHcoDYdeTkocEnd3ZWEBi+StWvpAFJlABCz0VS3ACCZ3QY+oN62wQDPsMOL0OLUABFUAI1GALhGCsX2di1hlwLOZ4BeichOqNYK6Aqmoqr2ALn7AGnusAaTEYURAO69oP1P1+JCAEJbABBPAPQGDUGP4PPEAEXGe/oP0PpyzoV5IMcAAC4v8t3wbRs/EcAiRQDf2dEbEtn/iADE++A5/QDMlw5siXERGOaPEkeRe4eF7unEw45rLRiVAxC1qABCWwAAKgBiBBw+TA35saeP+AD71wAQpdAf9gABywBVuAhN7KAyyrbqaIBektEOrd7FegBYgwC0mAAQqAAAwwxJTcAldQIJvQAh5gCL1LEv6gD4PgASQgBbZADeAwDJm2kvmFdSdE4Vft2RmRiR/LatoadSj7EMnAMS9wAhFwAcuQFuRcEFlpDoywAfkNAQZxiQaxA5wn4zwweVAN2t7GBVLMaqMQCi9A7ZZaAeC9Cb27D/igDJMcBd7wwBzhD+ZwvT/wCcrADd3/UAvE20t4LRAXeARDEBUULl8npO8cUQubzmruSAEU4AW5DeLjuw/10AthsAG97Ou+DuxVQIAakYFgyAPNbRBc8A9dUF9drwWdAAc80AAGcOeRvQTu4LbyyQ/c0AIL4AGDsPYcoQ+yIAMtgAW1YAtS4geDDhvU1c8X6I4OQfgJCIV7HhWZ5iW5gEXxHAERAAlJ/hDjDOcz2AuMQOcMwAAIwAEcUAHjTXz3S6juyLI74McZ0fXe1gWJVxBuYAtbMAF37uuGHIn94LvkSwbZnfRJ7g/x0PUyQAgwRA1aSlIjoSOEgAhj6BA3AM8N3+lbt/zTrIaJdBTK8OfhrbkbodYC/7EPJA8OQsDLBnEC8aUAoZ9f9LtqpS8QN2DsqM/ZDvERaWYHiEDVCgDk/8AF71fL3c/D+BAOAJFO3z+C/Qge/LdvE4kTSwh5esVtHDVM/9IgJFgR48aDNnb8+9HjYJN/SkhyRInR0MaVyQj9Q4Lkn4wTJGS8S/nP4EF85vSQQMBgQ4kTH04oUQKBIIQYa0bKBIlwB48dIg9eyZkGi5sqiOBw+MegxL8WXMCxo4fvn759O/3he2dv3z6U/rDVbOHmH6Fa3P5x67RRIyOCgBCaLAlyh42DP3JixKJlo1OCehG+/McIC0HEM/+R49jPXz9+/P7hS5eL5IahCEvsKGGAIP8PJRih9nD87+NHyI8PSr5hAAHRDQIW2JQTjl5Bnfvw0RvoTydGf+6WkP3x5p+cT9T+WdPo59JKlJL/mReZOypBJJv/YTmJEIv2N+YJvnGPEZOtV3Gw/BDinyZqy2m0g/jRxxyCfECCjDe6wMKGEj74x4R/FMCAh6ugOkIIx3a4wTEbPsypi3+0M/GgMOIYAwMEKijhhbEYiIACErhQLp/p9GFLp35+3IkgfUg5AST3+EqGIE8IEu+fS1LSookqDvroCCR8OCiKBlXCiqCL3nPDvo38wOiFFmxALMATfAhnI9ES2oced/7B5phjvGHHHWuweOEgEDAwgYckkpBiQIT/chNpMdz+seo8jtLoAtLzLNsijiEgKAACJT5RYqwKGAirhTDIwUdH3/YRJQQSsiOIEMwIagWhJ1HqQgqEoPKGmFhbGeafaP4Zx5x1/qFnHFlm/ecKW9977KUVKtigzyaaMLOFf64JUifpCKrnn3TSymegg3QYiyBAiUgJiQB/CDEq3jjSi7J/ulgjjH+ckkwLO2JQQIEYtsiCsRNKqIAAgiiI4ht7TE2pH3O4WA8hQAixhRtqXnESpTSu6PKfiszBhx+66lmnHIy63Ufkf9ypRpaN+OAIHYI+qoAgacmaSYZssjWQoHfwoStbfD75ZwURMKjwn0GNUOIIRtVrTNEd/9jV0LfNvjwIiyrYiGGCCUww4YYYGHvBhBJAIIGCEAZxp0e6mDvwGAazlkkkLGz5xxxqiHmlFYyRJRMhd0zd5x6CuoEGmn+cgaacctrRUUeD5vz1oFX+iTWnF094oYcmAvRhkLU2UqtHhHSMZxhyD3LhHygOMgImqxxzTKQbdJsZoTh8y/ofW9mAo2ukayDohiH+mSWZV9yIQgYvvFHrbYJ63ocUJPQixI0eiozRsU7GAX8ci4kh6BfyEVIwIYQU/8eV9tt3pht4Vk4nHn3ycWebYZw5nBrwCTJHNzAiAANAYCg9YAQdBnEM9R1kH+KS3kDykY99tCMKGMEBRmLHnv8ALSokPwgJY2bjm0hBpj1S2FoWauACC/1jbDv4RDwQEg9vEOQbcwraQarjhR8gwURY2AFY/oG012jkIBbjRje2QZBgOANkCNLRsDhijFIc7h/r+JU5RsaNJi7uH9AYRze8M4uiOQABsokAQY6AmWowjCM80odpCOKOVxwBBP9o3T/QZYQNsqePP3DaQXrQg6kRslEEWcmrNmIZkhTqIFmgwj9qYCGw+aEe/DCVaN6WDlK9aXru2ARBNgMVDNRMAf8ogRE6kQzFUaMb4KMGNXjBOHMYjiD4mB9CqniQUhjji46bny35IY9yeIcgihvHQahwRwTYTAqGqcU/XIaRuVD/MB/0IEcu1MCO0zRjYFWAggsE5TqMEAgqTxMkSESyzo3EATOWwUJ+NrOsktSGQFSAQYVesINeXNKa0znIQNrSM3w84wpusIURrDVEUF0IBEcowypm+Q8BfjEn3TCG+wLxj0AcYiPGMIYAZZbLXCKkogI0Qc0wQogrRAE0p4tHOEixiCXIIAQL+McJ5NADEkBgBUqDwhM2wrQNGuGcakTIITf4kuxh5kv5eY8SjvoPpimhDP8oggtEYIIY9MAN4CgVW3KYrbbwJBYXkUzZLFSBZhaQB48Ixj9MhpC5EkRm5RDHQTZKkI0ewn3u2+VG1jE/XiiuogTpBBBsBog4rAEL/1K4gjDkCMArtKACAsDsPwRAEAAQYLNb/UcWCNLHQCYGJgTiSEwOUhvMMFWRohyJFAjUAyQoljNVKEMS8ChOEZRAC68oVUIkyBYKJmSyoMTIDV6wAhBMYIhsSMY40DEOZ7hSrgg5h1zFIUBfYqSKez2IyeaBEXm0A1bko4bMqHGGHdxRXphj2DgAQaEAEEQAANiIUlxIBN2OliCyRYhRYXJa1W4ECQK+zGtPZOAB/0OxsVPClKgQAxzo1gQOAAE4usUOTzzpEq1ABjeyaCp/rEMNUehEKLaQhOOhUgQxCAY4zEsQSRgzJXnlXXbV8Y+SbkQHPviEOepR139MyXetUP/LaSTxD/0KhyAIQIADHFCBCnygTwTRrWKXZWSqlgTAMkHCSUgC5phI9R+BOYirDmIZ+Zj5eFYSiRKYRpAplQEOVOCBCD6wAjvYYgeZFYDBGAABBFCAEJf8hz/qQYw0aOF1LkTlCqpQUUT8QAdHoAY8unWQe+Qyu9Lo7kbBi5H5jRcjybwOQVrwCXbIrMhnnkUttmGqdehgiHcEmwlWsOvOxQ7C/6ia6wgkJt+htiQkgQ+zOAM7NLcKIWwWpZkJQluqotYIy9oCGxASgxdgQDab3SxGDrCCOMw4H5fYAYGA8FMjzAId5vjECWDUAilQox2bJsg8DKeOT/+jirfgSHb/CQIPW/6jHumDmgyiwc1RMO0TeEOIE3TwuiQYYWudINo/BEEQLUyJnv+lc8eLDOBiS8FWUEXIFcx8TsYuEiEkkaqxESIFqHycqllQwrMIooAzIuSUEICACX6hI3w8yTBTikEnwBGPZFh2ATUrAaZn/I9O/2MenpaGNACekh0PXK7D8EQTRPiPKv+DDeBIn5I2bY5JHISM/8BYmum82sOgpAomVwI9Uc4RmbN5d/+AdlSRIFVqc+YkeZ/5fwkUA5v9o08iIAjkV2ChK9RD0ePI3D+OkIx2oCMMFHgyUVoACGqYQx4HgYc6epwSgZuaIOPwg2OKxL2DvMDdBOkhN3by/4siG6EHThsGN2YROI5XQV5TivDHOy5yFKKQ4xjRDkFShBHD/AMQcnDDO+uTNZqbkyBN0IISoOqeLh11Rf/4+7Kh0AeCrKEV3eoHaNigAyl0Ax22AEozX2QUG+jFxjx2Pd4JL2gQBJogiBIolwP8gB1IEiTgDTl6Ax2wliMwhG4AjH8gPpSgpynhsiqQjLvjsoOQg4OIPi8BOYyQg+pDiOkTEJiDicFjFpTjmCs4iSWQCccIM+3whGjSCEAIjFc4BncQGfm6lyQBAgYIgEAjuwogAYYgiGFwNYJQh/HKrnPAsX+oQoSYB3SABvbDPQN8AbCAABIAOVX5B25KuU8Ah/9/wBs3KMGNsA+bO4gO3DsBtD5DUEFDWIkRhAyTMDOpGj+OoEGE8IHrcIzrUANSiIZjwISLwA0kOAZzyAd8qIgeYKwSOKUn2wCCYEKQQAJWKIfUO4iu8435cZ+NaIEX+AAEWDVq8IthsJYfUIZ/WAJbyxy/EBPy4AgPPIgtOAhtkxetsUOW+AddPAhjzJomaA8wQ4mOOYjrQIJUgxpalINosoZP4BOQuARvqIc1PAEpSIMWOAEP+Af8+gew4ICFshZfwAhTOwd+s7qUuKoTeJfcIAEkuCR/mKyaij41qAZ4wUDywIz0ewx5eSomEUBDyL6V0EPREZ2UoMFlgQqsSQn/lEs1griOK+ACQrAGc+CGV8AKGRgEcMCGHXgDd4iHeDi4WmAAAYCRnMKIJHCFK4zHnBgvcbiDGFiBdFStanmDJMMIUvABqFlDjkDGwrA+DPSNKbkapUQJZBnGjcCCLrGV+CDBqPw+EiQFbAAHZjCEKPCBaogHbDCHydKJXHAAUGmBFSgSgrgAPequUdRCjoCGPCKIESEID1gEfOgZgmAHbFiQf9iEcOCGJUEJTMCEZoMXFTSMPFBBl0OIo0TIZ/ONK9gMZ8yP6ONDlMCCJWiCVOMCiLmKYgwHc/AG0fEBtMMGgdAhfdiETbwBG2jLf2gAgjgEmtyIHXvHgzgE5yKI/yJZgisIziTbFoLYgyjwAoSwBqxECUCoPhUMvJwwBCMqMsvgQ8kEvN5JiTd4w5zgGITgAs8kCKx4g2pQkGP4ARZoAjlYgh9Ih0RzoE1gAREKQ06USyn8B1IkxYMQKlQCC6g4BnxDiH0QneQEyOiMysfkiAxUCQVFUOZUCQEUTYKY0OhbhGOoBWYghOsQmLRzIGYgAxlovIPIJ7kUuHzDwvzMTyY4AAz5hzGwwUWIh2xxoGeIhWjCCAYdxldJTIxgs/d6SpTwg808xkWQymdjwWLcCDqwQ0TcCE+wBltAAmt5gTbZiH2ooYM4AQ4wmH+QBpQwtR3runOgAufSr38gBf93kB6M0AcpEtBmyQke/YdPoM4xIQiofAwixcoH/YeHXDCMoIMuYFIBjKZjMAQ/wAK/QInlPIgW6gAVVQdxOIdzyCXVw0IdI4gMeACCeAVzUMm0QAm1kCESJJNBPYg6FYy9YE5DMNIFhVCsNNXteIwu6M6XqYVxSAdzWEM3cqB8SIdmkAOSqK9HrULdhFR4FDhxiAQaKJp/QAd8GJZ/JAezNLh/KMrs9NOUQFWEWJJP8ASiiTve+Vbf0FOUWIlsfQxkjNV5QQg1QIg3NFU68ARuSIduCRmE6AfUQItJfIUX6AARYAKCqEIiQ4grrKJD8Kh8qIclaoVY+Iw1TYdjWIT/WtWPw+RWwxzXV/iEWsi4+8jOg8DYViAaw3xVJWWSci3ZJJXOWvCGOREXgqAHZsAFax0cd0iEPjiEjmK9fxAHceAfi8KIdTDUQRAdZBBQZMDOqPyEjiWFjSWFaHoFUvCEd0oJWXjajk3akk3IlBDNJOVTWSAVhPhHND0FK20Hk/ElX8JNHBOHrCMIV9il+ckHBbmCH1gCMviHNtGRJdqLpDUEkk2JbyWFOfXWU+DYaOJYwN0IUTgIWZAFks1ac0UJPqAPlMhWPQTPg4AYlV1XjIgFcqAgfLhWgsiFOSEIvOIojPhSgljd7rqDUpCHrjMcL2AB3OtTwERTPTzKl6iI/21FiJF92rhD3FogXt7JPJfxBMXNUQXqzlZNCT5A15SI1TeYUIJwV3aNTJRohWMgB3YIh818ARt4AysVWMDCzX/orltwn3Pwq6s7CGEQ0X/YxKsY3MpICTzlCE8Q2VcY3mlyGRxFiVBi3MYVTJCF0FAK0k3IWmO83px4w014lczbhGD9zX+4gA2QgWN4z3pAh/mxAl46RfSNS2koB2mIBIKQh3pohQvagAv2DIJwmTcY0qdkBCM6ynEFYIKoBZeRBQBGYIIQHVHYhGkiCFzYYTRNXszxGOgbhM7VWpN9Ym49FDIcmIMggUHoSB5Dh7iEBlSoou7yhTBmH1Y4CHmAB/8+aIEQ2EQnhGHeWQRkaVVdBNdXIOJpOgb/JWIgDuJ/cFhhyAVkIGAljuLAlVw68IMSbODMRaQb3ggRPYEWhuTQIYh2UAdfEANoMC9esKgT/iJUsDeCqAMUJggdIIENCIEiwZKcINJLYIRZIYQfXmKRreONEIaZdVg9XgRYFoZ/QAZkOIaZbYUffpLuXFdjJAyjHEZT/ZIuSOQ18w3DZAQdmN8LaCgp4IYORgdNNq+FTQaTYUeTYYVayocuNiYBqoQv0IEfSINL2IRfwQQ22B2CzN5NqAhDgOWD2OFwzeOxlSZZ+OFsHWCsfENGYGSUWBJSuOcolszMOwhrqV2cwgj/dUAFVtCRfTi4vDGHd/sMtdCRXjm993mEq+oE//FIeR5GXayFWOnhfeZnhAjoPs3lTRCFWz4IXMic8fBdZ8MI5cUIxt0EhB5kQl6SPA7oC6AAG8iDYBAHkwnlg+gHkiGIdFiHwZGOeuiVbpYZVHCFO/iHMnCCSSiH1NEdXSSMY97ps85hsbWGlkaIUNrjjWAgmw6lyBXAhJamqOzO6iVGWLlrHa4GcPAGl2lCJXgEX4CGj2ZHhIALmBUretiGT5iFYXAlaDjFKXgCHuABXTCHJBHBnFBcXdTf+uUIbODnXJAmxiXae35pZEhpgihr/DVZul5cu8bKqXw2OnjDWlDe/xpaIqiIBEuABnWYq3gIF6CMC7rAB3cIB5cZhWSgBsX50iAQKiaAgjughrhCCJRtY9c+xoNQabX+x9ImiE0IpfJ26ftt5UGuX9rmHZXdiIdE6RxuhWgwBwVZAyOo7jtwhW6oqGYAB3J4qdGhC3ugE4KIA+9onG6YgiL4hyewbDPgBV/QNvv9hyRWkgonhTz2jbGtBkZFCCJG4ICWBVGYWb6GbfvV7vytX0946YMgWoJwYq3VcFn4BXIwLzbgASJ4AjOoImiohCxAhE9gBoQYCAL/jGmKA/52VlcIggUPghzQ8X8g4+y+cOcd3MFdEnYmiFbVX4xoaUA+CCGW6TEf7/9/EPH6JQxCOPG9VtK/ZdXMaGuMQNfotRrt/YcclgWM2QZ54Ib+woEnuAPgdp0haILBNfKDeAdymAYDH+kwggYzyIEiyAEoL4In6ANWEASTrvBN3wRPyHDRRiRMQOChJogvxwgNL2AhLmDPfoycZoRQMuuSpdiSNZkM+ocg0O8vgoIrI4fl8BmC0AZQoEUsYIXo6kIzwAEcgAHpFoMy4GoVIYgRVCRRIAVQv1OOQPUixgXTHu8BHvEy1w8F44gUF+otB2IXvw8dpXABhIiU4L1uyIJkj/RcLwdfcBouuAac+Ad7OHRY6NMr8INgoIZOEIRQzifppgKu5oR7kec3H2//T3AZaz/raQLzqo3z7n4Mkn1D2YZi3rlcKHYDhfSNl1iStD6IaPAFKOCBGggCrEIDaUCHclgDHbgCWngM0WEpJAiGTiCCIJDuSu8DTvAFcV+JJSHZWJF4I/ppaYqmaSrxU39pZIxcrFBZo4/ibJ0VPFV3rOyVWSiDJ+h5IoDyP+iGcng7UNAGfUeIXfACSDgROpABNSCHYXgdIrBsMbCEWaAGRFA2WWXVg2boVTf3tq5fHq5pBgpzmd4I7SCTxj9rAXHGoB78thb3YVySzKuGyvmHXmEFru5PGMABM3glOsCSXRgdYCcHbTB9HkrOaXAHYmA/KjiEO4gEX0gSP4BB/4MmBVHw9AiVlfHO8JSoX1V/FB99/Do04KAGbZ72jaytHGiwhDuYginQIxygAgGydn7/DG04CDVg3D1Ih3eQBTfogz9gBVew/W4ABywQiTBjV1306Qy3WuY/iFAKflH4dlUYcYdl796o2CYACCxNsFz5Z/Afo3+eDjJs6PBhQ0MHFxrExNANxIYUDVo79s/jMGjJUP0B8y8IESJZqJnD9W/PnncNZU67Vi3cNG303nl7xWkWtG7dwJlLhuRoEyQD39BxSFGWLIiDFg0yuInUQVGi/kVtWNXgVywM1zD0cxALEoIZG1p06rDpWk+eSLVa2/DNQYlca300GM1gsGT/LP+ZOUikDDdwtLz8S8XQ3r905CSTC/fOnr1347YJHVcOnTxzcX78+4HkX5OCTP8t+neVVNeuDS813HQwVtaDXxnutnuwiW9Cvn3Tpk3R06uHdPAO9ySLr0GPDFHdMfOEyL8+5sjRApVql8yZ/yrTs4cPMrl/69q1i3cvni0kpP8hWQLcIHPXBqNCH+4a61aygdWafw6d9o9YGW1U4EFwEchQXQxGZJBzB3WVHDX/+BKJGWbcIUg55nhjkDYMuZNOOuFoY5k++OBDzzrruFPPPTXG04sSBzZU0D9wbcQXKQtSmNtBtkUlCm6sVdUbRgYlyJAWDylxH0M+fiIkQwkJ95D/XhJhWWCCTRrUGmwNYVjOOP/wwgsqmozTTnrIGJROeel88w2d9rTYojvkrINPPvn8w84saDW0xD88NoRVV620shBtFtHm2iaibHKpfrYBaFtDZjkk1pMOJYXaQ1faRdGWBvHBEIFfFmmQpw2FapCXUR1TS1Sy1PUmmkJRg45641RzzUEvvoNPP8m2+OI65LgD6D3seHKUEldM6aR/US3UJUOYWqXVP0m62tAaUdrVhBI7MvQJI19i8sk/FqWq4D/JPcSpQ2T4xhcu0NX1ijnt1MMee/f8E08866Tjjp747LPPP/xA/E896cRYTz71rBONFDyKdcXH+P3zRm8C/vPo/6QHUWXVySzHgtU/pOD7KYL+pYvgQGxBJJypBXoSIavDzWphQ9piQsyfBtNoUKDF1kOPi4Hi87Q765jz7D3uWOOHWGt0wdB9+R3UynNFf2kbp5UmyRVX47oxdFkPXZFaagbN+9C4D919CSMpv5WRmAxBh+vJrWxTz0EG/2OwwS4i/nQ9L9ZTtYz11GNONMLJYZC5a20yrsn/GLJJa/hexRDMDMYBEZUGKXrQ3Z28W5GEQ4peu0OMll3LvwaNA+1BlsdD8eTquUO8O5RbjnktpMB7kYTH/DU2Q3oxJIrJQE9Y4JTdzz233gch0tY/zw/ntyd+/6M+4BrNtRdUCtE2DP+N+BikNDwGJazeQcOvY7niDsIXeN2tNvtpyDGssZYHsSwXuSJFkPxDPimhy3UMwULg7DY+2OGOIZiwnm/oEKvrxWw/yfGERYgxPMTlQ2kUU0/C3JGweqzwH/b7xzBaYa96KcRuDikd2xpiDWVQryEEupQo8tbBf2ihe8B5XUNW9w9CIEI45JPiCKs3RYVspG8F5I1uMmKbhfCHISq04eLQGECDPK5YjGOILWrRnwn6RzoCrIttepMR7emshwZJDvkA8Q9A3AxssmKIIAepSIZg8SGtWYhcDtI3qRBIj7nTT1d69sLg3QMfw1scPhhnv07+Q1AGyaFBamGL5AByIg7/Cd1D8PgPS57OIDIzkids47dP8PEfnYiXIi2iBCmgRikGyVkTiMkQQiQSkf/YHJe2WD7bXeKLs1QZLSeCFTLyZof3OxjiQpmPqT1EUIjTYS3s5U14tQJezbOl4B4CS9RpKogwe9T6KNLLijTTIsos5DGxoIShAaKZa0mkcAj0PCV6hTX0suU8iddGg7THIZ0cp5nWZZBOtIKjvDxOmQxCjIbUAhn9udc/tuJHokXyIK9I50E+0RY6YqEKxyykFHLWEIMaNCMJSYhcFqJJsIitoWuBGV8okpCRQqQdx1tPQwCV0eTAtHzJ+WUvGUU0hshJFguxpEEsRQrspS5XP/vZ/0N+OUFMkA8LORUoupLZBJsahCwZsaY0GfIKIRVVQtw0yPMwAZd/HG+T/GvIJ2PZsldw1JuplCfqthpEiHjCUq1Q6T/4kiuFnNSDav0slG5WwX9IAaB23SlxIORDdR2EC8O5iizKutKDrEN/ta3teNIEkQBapJ3txMQvSVqkjWi1aL6pbCvGyhBZ9GsvGVlFvIJLx4bkKF0DVeY/wvAPspCFDTvz5WxdmRG8fM0gajjVQVKnWoMcr3jpUY+fomqQG7asVIyt1w5n5kdOwSyiVrnnQfpVRod0thPQ3eiBM3KgYRrEplrQAl29+5B3eQJeQmKoeQeLzdY8aC6Ee8gMC/9b2zS9Vz30MKwpuaGQVmDiFTI1Fbzg5djIWiq2JcSKbRh4zTHGTL3OXQu8oGvg6GaQVNdCQrqkUAVzrcHBxw0vhcx3EGg26CGDuPJXOBVbqJxUe7ctbENwizg0enBImFjFJ1YRXMD6hhQvM8jaGHLehvQyV/E7yDD++I9VzFjKdBULkk+jhCTbtApbgIhZUgVJeNERw1JZUmRt5xDE/Y+NhU2POcppkEx3FG/gLd90ISszS0klrLApU1RcwrZWQGcY6XyFRVqckZwWsnUNJmaUsvCQnlZ4QcexyyA2tzKHXhPSw4XnQ9ph24OFGcwNMeVayIeJnjpEv/qxJFiXW1//M7G126E+SCGFQJ+DSMEIDR5LQ7b0rnVDiMIUYiipiT0m/7wiHp5siMZoSFiGhFNx/GgIvNb8PNmt2TcusRQorD0g47IttvjkYUXq8vCGaAG7BxHCzYDwDyMYgcF2uZsV0Ws3BpJaK1VpDSQU/pBJaSzTmd73JxPLNFOa0refYGV9Z0yr2y0xI0mky0Jc7GIdLiRCsV6zFJpoECRgHOM6asiSl+zMkJfZp7TTCGzZthXSscw3fKitxg7ycv4db3ifHOW/uZFFwAZXpuD9tn5qNxU6ixc5Y3MUJuoC3LYAQurjHsK4BU1dukZYkQZ1tF3KlAs7dj0vRjUIN8bMkLEb/8/Z9P0HNcDqKB7uveCTquyCVJ3Sa/7jvHSY87xf1a368sVREgfmp/9B138cgSHV/Uf3SOvxgxhU3QVfZtzk+WHGh1XlDNEXQ3DLkPfGKB6FjZzk/zGJ8ulw4EKN7retbUfMVgmMixg2Q4zDSt61LO+x9g+S5Uru2SOyE+qWskGatKURCocin+gK8U/GfS3G/yBXqEv0+Y6JxIO+HYQp5ZlCCJ1MXZWeTZd+yckxyEnxQUK2zV1vDIIu6VXrbZ7e/Z7FXRx9pN9AGcQw+R3vrcXa/UMKGkRdCIgd3RKngFBGrMdtFQgp1cMrfN40+ZJv7VUr2YUE1gYkPJp/IIcONf/E78meQAHUP/QACf4TttTOCJmFIaSg3TFENChQ2+wfq9BRQZhDPCjbPwBLmE1a/wCNJ3hUO7FgJzCWJyTYev0DBC6DQ3zFbkzFyTXHiqXVQVQcaZWWQRyBuI2bE6WLg0lYBwFCk5hFrATdKf2DFr7W3YjFOCBM8rVDDR4WKEkeHbXFgencQ6iaHdEhbogCKAzCEFIFBZKeqvzDqjDI+KSKg70VE/6DEAheg3XOIg0SCFnTaamgG/zizT3iP1TDfvjYM2VboqSBQciD8v2DGCIMAQbPN60D+2CCEUJZDxXdP4jiNEgHM3TjtyhJ0DAEH/QG+4RPXhmExdUikt3MkiH/YoGIyS/uYrzsE9ukjhwoo+tggYopGzVswz+Ug/Jh4jqcnQ0hztj5QSPODvm8AgK+wuvJYQRW5EEYY5z9AyQQyB5MxffxY7TNGnBMyWkEGgnahRQ5REpuF0SwgXeJSdF5k41hBVj5gQwaBDWUAzWwwhlIgTOswzg8Y1RZzj9Q3ggtiKwNAwJCXFQEoZwQS1bEGYcRCGbxwSvyXEYAV6esxTsuHX3UnuwxEftlxBr4QRzgQUZogV01yewc4cnIzHBQWRpcgRTMAiv0wRf8ww4kgu+QQzkchLNt0hRmxC8FQy242ksdhJxIoAReQziWmuk8xArGi4XZzBIGmnWRG4Qx/8QZMAQzQoQyJV0fMhmEvMIraEsYOQReuMEgBA6PQAEVYAd2BEttvVxtJZbkfSassMUrHFh/nCZXGQQyGONBLIN0uNnWpWLjuSLwOUUS9t9Z/IYyvWNJ5oi5haVNsUFn+gYxDdN1jiVE4CN+FJkFHQQVTAEOBME/OAE0BMtfAmYasZHI7GYWTVBVNcRiNqZD4AIpqNom9Aan5Ad5+sZksqMtFtKBOOFwpIEuDpMSVEG5faBByKND4o6ilEFs5gBK4AAqlAOaCKV82o9uQcQELciHRcc/PAMd/sM1jIi2HRBrcB++iMlkfhTupMuBAJ5BmJsSfOc/lIFDNIlOmVuEGv8BMdnVGiAitYFF92XEk5hBDhgEDqTAF+jWiDLbJuHDlZIoLzkEcB5E/v3DijqEVszMVtxkzz2EQCydEmicQxjB7EGBLtYMOwJUx5XbQcijIhUcRvQVd/7DdeCACsyAC3Bomryn/vCblhrCqqAphUgkw13kQbQoVIrjjaUUp2xd3D0ERgROqPmpQ9SiQyQB1LHOWvxiQfmHhq2Fbh6ECPyDGKCJ74DoC1WhXXTpKzEEcU7qP3xjQ2xFLJBasFbKISGIbqZKyiQERKwBWUSJFiSIqPYADzAEeFqcW4HmWEpCcOHV3/gGETBBEKTACKQAezqEwECEo8IexC2lrvKqYjr/BG4gUUb6X4EY33Z51+q4gXatxbSa2+xB6EG0KvsV0nb6UqrO1DoWyKr+Q3oSwQyMgAjgACt4Bnxu0vCkRzoyBBmB4kVmQyg+xFaolMJ1jIRQGUSEwZwaRA/sQAzsAA9I6z9AwUPoolhYHDFl5z9IQiUAwprBnePVoUNgVw6Iqwi4QB50wyWW3UGMw3Rxy6OKp7sKpxxu1f6p1FeUV80UxNBEyLgYlHYliBCAJUNMq7RepxHILHiGCjEZqU39okVIl12AKl5c5UHkQJSmgHk6wziM6PDMyNJK2s6ZCdQ+BDIgwzGInpuhzf71RkFAEcCVEFbO7DHllEP8wLSCZs1g/8GzgpuB3ixLCpJFwJq6dpBEeApZ8IB6MsQKEIEzdINA4paygV0fYcKWEAIhYONL8QXxhemuih6S6Fds6RczggydakQttJQz/QMbuAEiSmhDXC5DGGkh6ea1ElNowg5w3Ve9WMRNYgTd+gZZQEENEEGUHsQI4MAjQINuUY6zjair9BoxDkcQXs/WYRZNZoTjVhgEnZTJsiTNNOEP9ICCgqWC7p5nRieoIJJFwJ8SpetWSqnd/oO44m0KsO4/UOy+McQ4GEfi2Ysd7eoHL0oJdQWxSsis9AeWJBKz+sYgUpeSLVFbVNhBLWn4XR2skAURwAAMGMQIQOw/uAAvXLBD4P8WORgH+VjPo9SC+TAVijLerrLgqRVJLWFqzx0vavkvMbkVjjJE2G7cjorqWjyJHwBCW6zhyVBErJhF4HBrp2QBDvxD+RpEB3TACoiB+vIPbsmQEE8I+vyRyXhEmGaFLGxCK8zMZsElg9iLq+2gQTRTMHauFh/BD4gbElwn7pWWFMCNav7DZ8ZBFg0jcmxEk1AbIHiKDzIyrAgSEbyxCjgEDNRBhuxxjNRWiVHWXr0TrnTW/BoELsRWLOSSKIwVEgVYk17Qz/pRZz2EXWVydzKEEz6d9frHgMKevRidCj6wQ8TYrnUCG5BvCojrQWRAB/xwHXRDUNbgiGlERt1fcjz/hx0VLpguSoTgkUrFxpAMwsI+hGlmVkTC30GQRdJJQXd2pROWoBL4oSYPh6dgI64uBB2tpM6k2UbFiyAJUh9QQQ18M0OMswQw7B2058qxRcqEcnIJyBOjqKViCmYpHMw4MOwlM5vN2iWD7YJZb8o+E6KF5EH4TekyiFaqK5AaBDhbgDhbQEfv8D+gAh4PjzlkrPtkhOFOrXTYhqbGDH+p1rYMxz67VDopsScAgp6SG+555dPVVZo+bnFMiCHczU9bhKsIAhSs8kb/Qwd0dAeggHqKwT+AdG1Oygq2lHN0RTXs6i7DDKd4wi8XTQSV44S5GEMssi3t1cwC7LjR3hM6/0SBUpvbFshNPicSCoKU6vA/jEBDPIAGoIBB6LVf3BYmgGptFNdjvqt0ZOQgh0vbQJSQOCodHWZ/PE9Yb+ZaWFyBXvNZH8RwZ4QgUMFBILUETEBHHwQK5AAT/ENeTkI3xAM6TEKrMghh94XvhmyljFEUX9Zc2KtG+bNdmMtA/wZpMcjdWJyE3c3M/NoyyQ4fOgSQuoAEj8A4G0RHa8A/oHYKBIEY5OUYlsOkbDcJAS4CFeNkbcIgmwxWTDg+mTcwUYQc4Zer5AG5Oa+BNmft1CNEeFMvevY/sAJDFEIZ5HBp/8MD/IMF8PA/0ACg1gF0MS3ytWKu2thaSAfietVybf/Elk2cb2Cj3SXmFK1dSlYBjm4xOz4JFU0RIhxEHKDpv/6zyE2QcHSCJEDEKHACQ6z4XDsEapP2E0xBHZx4N2i3XWyWQ/yFdAShR7zMZQFISb/lkCNjVk6E/WU1IrIBaLMjk6vfdA7UGjSTcGxJuuIa4dmFRNYFqoBXqgT6QaD4P9jlj84mQzw3jBuEBfQ3rP5DJQwDHqRBq4qNJ7zTZP3DX1TDMRBn/tEF9gTzpepKEQXHiHsCG9OM9VocDX+KaGLnhFZdvfzMCU20IFXCWjAWK3ACkMIA3sK4BcT4Q4zAFIQ6KjgDhxOTgiuEbECHKL669KRopMLolqVOcm3EJij/a4E8is9KyVkYekPIAURTKxjTyxpSxPn9eqUbxB0YBAyQdn9TewI8wHNHO5pXAjR0OUQ8iCw4UC4fxF9Mz+7ucsOxYHoxyCez4EKI+CC95IBeaxRBJxM9KyDiXhWkfIPhLOiy4M3ZqPgo0pawgj+v2RPMAN6O8whIAKf/gwRoAGkfxL93wypEQZvjClSYTGz3hWLmQlQLkI3deVSQTS7lEoNP2MlUJrlwqi4CB+UaRP/KCpP36FhTa/IC7g7d7pLuM817kxhMqVD7/EF0tARQ+wz8w3QnAjUEgxMI9FGxzYmy+kccw6tLLX6KMER4FSIvqyCFnJFnBCBMObcmyE2b/8uDlb3sjaXKe1fkVwRFcKy62os2G4RSB8HdB71RuzhDCDgM5IAYJAI0QIMUiO1a5AJEEH40TI/gZwRqjg1sOJxXPQqRUzkHQdkoF3+TaMHbGJL/QkkfKtkLFxqUzB4gUPo9mk9bxIokTBArJQeKU8cUxHGn9zy1G0QQmERQQAF2uYGCk0Lg62rhV4M1nHRfBGFsbQRacfxc6PlOsZUETTlA+Pn3z81AgwOlNJEyUMtBhw61LHxY5eHDS4QwYXqocdW/TwNH/Xs1EJWYfzn+jagowaDKf0EG+vpXRooRLP/SGBToaaCsWg6P/VN2TFlFg9UMIvsn6x/PgZscemLqqf/VQEMCHwJCZJSNUZ1eHzZs+HDNQCwLJQ5UMpBiRY0aL/0j5LbTq5Gz/uEdWOkJyn8oDkp4cHDEiBT/ivwz46tbGSMSbx50SurgsWhCrf27XDHzP6Q9/1F2arSqQ6wDuw6cO9dhi4edMOkwBFatFBIsHJ5wGMdgWoNVkkBp6xDQv0kHZw/EVBwsL744aKA4/I/lvwQSWEowPDDIlCeooJX5h/YflrKSlxoM+s/aZvYGvR1NGtXjQKf3ZfGM+w9rWd6C3rLKoK5cc0ijFgTKyaA3DloICSN6YyEy2qSoAsJ/klBiuIIGOu2f5A7SqLR/ahnmJ5JaSmG66gQzSEUYBnr/IhSZHjtIQftAGyiaaqJh5rN/tvGqmmcMmkqjiqhaasSBmCPIINYqwm0gQXQwaD/a1PoHiIFIMOg8L9kaz4i1Bkrinyo4dIgQDw3SCLaBXjlxoGFYESOFDkYArLqBEjCKiH98kcmgCY16hal/mOlxoM7+iQ/IayrzKjkQpboPS4MW2eQMgwociIVOLukULCy6ROKfKwb9qqIqFroQQyXIBMvDN0ci0aFkWHnChQ4MemCwig5LQYU/fUlGiiPI20gkqZZctBprrrHmR9pG+/Cg0g5t9tKBEDxI1EuVwE0JQi/1bSAgNBzoSycfEgQjsHDV1SALBuuTuj5VUikFF3Io/4OVM8e7tFr5tjWo2itxPDQ9Jgve9J8mB+KDtrEOusLUggN26MIND2KOQwBh6+SjEg0ahs4naPiH1wkG+vWh6f78A6GMD/JQqhwdctRRz7ABiydMEDZqtPPwKDgPNgvGYq0r1iL30i3/GbMKitUVCGKD6jKKzj9TUMmCgQ5I4DoL8DwIJTMe4eQMKXyb0MOqZCFGqZx39ubZSAcasZWB5Sxy7+U67tAgqMyqKLVRHbr4Ytq+jFVLtaj2ChGN7IrToct4IQLGlP55IGwF+vx6oMNyKOIJMzSp5Aynha5KmIe4CSf2gcJ5lFGDr/0HaJ5qUfgg3yu6BEQwMY4MiyYMQpNCCcgeflJVKRzX8kJzHSpIEINGMtmgaNr7hxUicpiuItEN8gvtf1bHWH27f19YuX+upOzE9WR55aMja3borLP++fLqbdNiLiiBqUKPO5dBlse//rlFJP/QnkGsQY3L5AoGKmiZvR5iAcPkIAhPoMI/8kAzsLSidwNBSpByRhvg/aMVmBjNKyhzjGEYBX8DSdM/AgIAIfkEBQQA/wAsAAAAAL8AvwAACP8A/wkcSLCgQYGkBnoi5elgwUWL/kUsOOggnX8VHRaUU9CNxo8G+fwzBFJjw5LHPnIj6G0lwXD/uMH8Z+1gtGHR/qVESHARyYMJBdYaOPTgKYK5jv5TekqVwZOkSMkS2DDoP6hU/5H6NJBQya8Df2LSWKtVUY07D7p0CXIcuX/j/pEzB5bav2008/5jpJEvwVOkzv4TTHTg0V5O/zk9heuoqqhap06tJTXhSa0LGR7kO9Yr2K+XC7YabNbhsWGfCXIbB9OtQXNu6QokFzcmtW23B1KzFs0aN24Nf36MejYXYY29TiU3rJUorn+5AickFZ3n0OuQDU5MPVCS565XP77/kjV0tEFi3AuOY1179r9wscHRBff73227NvV+ZZSwllKBuRTUizIDBfhPLwcSBNlRQRU1mUDPDUSeZldZtddBoaV34UdlHZdeTbz9401Mcc0U03tugUPbe2+daFBOutVUEn+UCASYQWkZZOBSNgLYWIQSIlXLVP9IZllzBfmlkR8CATLQWCCNlaFQZo2nIUEw1sSWQOOMyCV8MJEDTlzbbKlRiCVx9E+NPKaW2EC4BAjYjx4OhiR0dsoiS4ZKfuYklA4JFx5Bslh5JUGoqVbmXWZ+6dZvuKEVTUq9cXSRQV71ydNR/2nkFDN/xSlLU6fIEhgutbyJ0JAGTdfThtx9/6fhJ2YVKktpQg32ynUf5ejQlvDRhtc2ePWKk4xfJfTJVp0WpFRSH6kSIJG1AFkLr0UaNJV5h343iawEyTqWoFfRmu2Q473yTyvqCmTeWYmqZI01xarX6EfxDnTpqwNtxSaADv3HDIIOSRsYeYTqeRB6Z6lrIUGtcBUoSIRcMhCThgA6UCuT7cqthO0KpO6ug9VJTTT49VYQN2W2d9NN//zyyivEBIOeQfuquYiaA31ySrMEp9fYudnmQqSOBQ1l6qCxjuQQk04K5AfGGodH65AeFlrU1jPrGm8yNkUTDTfICtRoLcPMkmt6Qf1LUNACIZjUjkg/59Soshg9GMJFCv/m652ilWSxRnE4LTW5Pdva7sjqRvzxQdcWROBAYudkjV2X4wZjQbYUNAzN/+TrUI2cMtfmUst1CqpBTkUVoNF0Gz2k3g5J5ckrHxvarR+EeEWIH4AgDrHj7q7L7u3/0PrJyAOFXNBNOebG8j+VF6S2QFy9InEwoZd0Eqe5IHhKMwjCXdK0CgZZUEp/23ndnq9MeaUbJJHkpEeGHxT/uvL3HP/yBFEX2kpSNrEJhBi/0MgqSvKwo8SOIORrRoIGArdSGYQygskFMfQ2O4L4Sk+fsFWdKPYP3mmEJOD6R6aqZpL9SeyFztPIzbAkkF8QhhUD6cRnOvXAoAVNgv8AFaj/6EaVBqFKdrggBpBkwT4O/eMVW/GExASCif6lMD2MOIlfHqeRToxFh6tY3hS/kpPTbK4gY8SEDnUYwxplZymn2NHqBgbEf5DPjuZb2z9EoS3BKA1PAWpf87AVlkMdhH4pBFT/uqhGT7AxgM1D4AwXNpAwetEgLDSKYwxERzzO8SPQIggfj0SWwhBJMiLbU/JaQYoYagR/hvzKFRWSPEx8YoGuPM8/JimyVf4DUGvUmA49ZZBmfFIVA5tgUwQirackTSp6xFqezuKJWw0lQzGU1SxjaZCoPckPYxkLIKCkQzUKRIcADOAsCFOzmo2wasP8RycoQQlIkAISSHubHQPE/4xcMGN1hmnmQbbTHwWZJzALwSB5plLN0WxLirIY41eYlBpY/sObFyshFbupwid14jLtut4aXUnIX3ZHngTRoZMEEU9I4JN1ufCnPwUC0GTxRyCLqBorF8LFVgaGSueyyrIuM6XCFQSjX1kDR7mJ0uThUCCreOoqOrGKXP4jjIAaJ0EEIYl/cNWrayJmEJk5kGbmIjGdsoqmRuKJiTzMIazE3VWg2LiGmKsks8TCQLTAVIoy1aMio2o843nSQ511R4hFa1/e+qTUBCWEXPkE8kh5EKUKpHA8s+g/pKBXKfyDr4b8jl8Z+ZFhDraxApFV1KomiL9o5LCKOesyuckITP9sAhM53Q5ONRZDLnYULFhYg14NAtqO/CMNH8HDUgvS1UwOpLVrFAgicjiWrv41Wsuk200Ze0IVeiJj6ZHoXz2LBSxUwbxYOINnHWLUgij3H25470HGidRzSgIRkmhtJQCxX7AOpBICsezT/pEHAg+kvSDhlKquCxqNTJGwGpKCEgRShYFUWAoVBkvhELwGpJqTsJ0gRCf4W1+vAqK1AkHxQDR73DMMBBAlBgkkKKFbgvDsMze+LoQ/0wQp9FjC/6iCEiRshM/+w8UaYnEnTosJFau4SSkGiVKlsIY15KESq5gqHs5gWTaUwcsCWatAXOrMjZTkDQwuSYwJ4pEJdzb/yFIo8kG0gGSwKFW+KQVUZ/4x3ROf2MQFPvA/lFrcNVRhDWfIwyqgUY52yEMe5VBXFdgQ5JLUKMcFQXMXCDJcsHhzm9sECywFLJBO/0MJEyZIqrVQYVY7hK+UNkisT6rD6Z5UEN60bn2VmuFBn+EMgEBFN/7RDoLUAxBSOAOYCfKvidBhZyDR63Cb8A9qU1sg1+bmaP+qBCQMJNVGAAJBWu0QQw8k1rPuJowvCuD9VqISTwZroGdt6CpgWCBQyEMwujGOe8hDIPLIh0DgMQwvs7oMAtGDHBSuh380nCBoNkinm9AEJFRcCVhI9ZxZHAc/IBg8of6rETROYeL2OsB1/y7IGvCcWhX+Ocpe7UMf8jDzgrgY0RhWb7LLQI1HPxodjoYHQfgxbJA8+yt6vTa1vd1tJVDbzRjfa7lBYl28puYH/xiCQHjwDzkb5NB2TneUOxHvQAskDwgXSNopbFkoULkPq+hGsQX+6HsI5B73EDg/7gFgUhukCxFHWy1mBmEpIGG9hj/8qZ9++An7OJYlrnq42GwQb/+jBwTxekHYQGeD+H3zDgHwfwWRh9bWgdKUnnnay+DiKvwaENQoRzzqEY94/KMe9bB7PvLx73/AY++cIEjDw6Cdf8TjHviQRzuW341gSJ7aWDD8qS0vkKafWsKcfXVBNszyNRck5BpJtf/YET0Q8m//H2Kfb2tbW/MCI7zm6GdDHwYtiFUMAxzxyEc9zMENc7CDHbDBDv/gb+Xge7ynCCeHM69AF/wgEAI3gPFQDs0HCGmQBno1ZEjQbQfRbdL3D9HnEAlYWdykcVhXEgJmWVw2aCGoESj2ZChGc3lweqeHfn3QWuNEDehgfABYE7iADdZwDK2Eg/KADtDwDwUoD2Z3EF2QBgxod3YHcP+gfOjQfAWGXJ61XtUnEFp3alyIhQRhbp+VBVWwggaBCM51URsIZJj3D+LGdZV2crGWcmR4EK2VB5RmXfNHYDPnYkimbCwVYtFAF/rXDFfgAy3gA8gAE5uwCTQxDkT/KBDdcA/osHaHdAm6Z2wCYXv3UA/Kxw3U0Ak7cASmloUFkWpSwFe95lniVwXFRRCjdYYfMYoGMWFakAVKRYlKlYKD5hDed3btRxB4cGWT8AqXsID1gA/4wA5X8A8RIAMsgAv0gA/24A0tAYmo4ArQ0A3yUHQDQXwFoS4NSBB213v/AHRR2A7UcARS4AZpIAVHABKp1mqneG/nVmHKVmn/8HFNNWAHIQVCoBFJkICoR1xggWIYlYdn935UxQeXsA3mgA/8gA/gwAwyAAACMAj04A770A8c+Q/4QBeVgAr/EAlFiA6PIAVQUBDeuFnc04C9Vw/Gtw45uA5wIR//AIDj/0ANrYAJmNCOQdZj9nZqpuhqRnYQW8AGa5B+BRFOZshnrtiPqQYEmpeFrJhyBKGUqRFoMfgPdVCDrDALmIAM65AP/OAP+ZALMhAB/wAAsNAPAuEPbukP/EAPtWBeRvAE/+AK/1B0ZVAGWZBtBDE5A/Fo9VAOymAN60CXS/ADS8AI/WcO8dAO6xAP40AMmEAIbiBc37ZZ5jVkXShrrceK5ccGeOBNw2ROmGBrsoIIbhB1BSFnbmiPGtGKXzFrgFAGaOdlBVYJocAJguAGx1AP++AP/hAPXLAA/yAAABAFbjkQ/WCW2CAHMrADMbACOXAHfwANqOAE/0CJHnhtSqA2kv9YDjkoD+CgE60gCsdwDLLgAxFAARsgA57gDv8gcLhnDkUBCPVWfZ4lZBmmBAJJEGlXYHmgjyPWchezYfnogQMxBOH2EZ93JWwQNXjwZWXQBwDGCmzwAh9wDA0ol+HAAsoJACEQBfhAEMS5D9hAAhtwAi1gAiIQBGbgCt1QB54FBUlQfRk3EFLQOZI4bEDnEsfgJfuAD7UQAmsZAYOwDvuwe/FADr+RQKsgCfWGfbQoEF5YXIfGBqjnJAWmXPgjCJgQYx5hUalGcl2HjxF6biUhdlwqEKd3Zb5QCRyqA5ewD/9glrkQAsq5AF6QDvqAovtAD5SwAfApAy9QASYwBTT/6gspORBQUHFliHfw0A3ZWA7UUBTpIBBx6Q6x4AEAsAAyQA750KQCZ5a18QqdgGAAqgWnWIqbVXID8V5GFWtPZk4CIQezRHJuiKZMtW6WVXr/UAlrsAMfMAn48Jz+wA4+4AALsAARcAmBOhDE2Q/kIAPJeQEn0AQtMAEiUASWAA19wJ0DQQWeJalN0FnmIIl5iUPnuQjhQA8FQZz0gKQC4AGkQA94+pb9EA+X4G3D0FoJaG9CVn7oF2Qnp1xJyItNIgeAUKb8yYWX54axqoIEoY+eFmAwJgiz0AnvWALjEJf8wA0tsAAnQAJeMA3N+ZaDGg5L8A8XsAEbcANNwAEN/5AAJmAJlkAFkPoPkaqBFYcFV4AEXEGEqHAIydANTSADkHCi/7CyeUoOArCWAvABpOC0b5kPeOEGihAKcWBZjRer9LhXVomGMMcdWEB9A/GOFkabV1kScZB+LGULcWCsEUAMcbkP1xoBJ6AM4bCv1NoP9DAILUAC/0ACMiAEQnADGKAAB5ADqFAG5CoQRmAE1rYE3pauS5AG7CAPvnAIltAHo0BtJCAKyQqXBNEPm8ACDMAAFrkD4PCAb1kPUfACcRAKttZ4VlqxvLam/gUIE+oQ4KJXGTgQPcB1a9hXlOZNgNAJiIAEhhsCg2B7ghsO2LAEPmAO/RCOb+kP+lALhv/IoidwAl2QCWPAAQowAS7wD3eQBFiYko+auf+wjEL7Cdv4D39ABEognTIrB/EwnFDrD+swDsrwAQIgAAxQAp+Atf5QDy1QAT3wCoDwgdenBFPptsArggMRaH7nEelaED2QvAxKm1gJEvp5UZ2QDD+wACTgA2pwooL7D7EQDscgr/MquLKArQKBuF1ACXrwAg0wABPwB6FQEEmQkjn6j9WGbVxQXjjoCzu7Ak3QBScAszbQC+yApx2Zp3KJD4RQAghAAAggA7H7lumQBi1QAmzwCZalikBGEJ1XEmcQxwFmXKUGmJdHENj3hZf1GaVZOM2bDJQWAsKwkXmKp9+QDvv/MK0Fobcv66I2gLg2oAd6cAIMEAAHYAKF0Aea96jVprYeuIyfBQ7oYAlZgAEc8A8tUMUcIANL0Aw2HMDF+QYU8A8UQAEt4A4imwYIUAKjkAzDtV606FliR3pGlYQoCMcO0WMf8arLlRqBvAYVIAO6TK37YA+AaxD+gA8+EAIt4Mr/aAOqfAIIEAAFIAJJkHZu57NH3HWWJ78DcQVCwAno4Ao1MAENYANCYAMnwAEc8M1CkAv6qs16GwUyQAICwALfgKf+YA4c+gLdwBWotlnxqCEpZ2okl7ZP9w/Ux3RXaEhKBQizYAuCAAILcAXZDBLE6Q7uGQJesAhYgK38/A8M/yDGChADf5AFBpGSRkAESldeA9EEy5gE0OALOCAC/3AC4vyPJ7AB2iqzpnsQ/lCk5FARPnANDF0LHFABWQAOo4BkI8egsnZRNnh++FiU1XYF1KbWFVsQR+CrL8YdbgAIr5AMo7ADCIAA2AAWcFkPe8ACMkAL6ZAP+EAKhrvDDNAAEKAASdBaqUauPf0PPl1x6SrUWACYfQANc5AEMcABVRwVTXCyFdC6G8AFNizV+kAP1+AF8rrNfFUBnNANtjBhGvgRUXM/GpF0GU0QGfiOFgzXh+IGhFDXs2AEK8CMJqIRcEkO3bwEb9EPArcP8XARDKDUQGwAJgAHlNZrcla5PP8gykmn1vSLpYoADaEQAxhQAS+gB81AB2lMAhxQAoa6BKftENb6Dpw6CCQgqv+QDJ/gBp2mBMXlTSoWB3ngBvo4YU3gdARBcRwtEMXb4K55KB02C/6NBS9AAhRgoiWhuhQgA9dAEPrQD1QtAy3AzxtgAA2QBXCg06l2BG7IA0TAdZctygLRBdDngVjwyy5QATR9Aj9gAy0gEEKwmC3gATYQD9wr1dQ6uIfrBsnQDMlACBonBe3VgipGUR4xBqXmdBK24AteEP84letlaisJoeFi4Z+gBT2wAQtAAd8AtTf8D/pwCeSwsnAJl0VKCbh8AhWAAAUQA3CwBQX7DzxwvIj/bugNjm3D1QVXsGlxMArn3QD/QAAXYLgkcAIykAvuMA6ewAIhcLVLrtzpwAK4/AnJMA7gQAheSBCqSXkC4RGtSNt4rBE9JoslQXwA7gafMAz+zeaRnNBY+xH5MK3+kKf/sA/8MKikcAH/MNoNgAANAARbMGQat4aYR+PQx9abVutaYAtbYAINUAAIIBAbwAJ0oMvEiQ/H0AIU4APcMOwOsQ90QAIt4Aa2QA3ckAyw6LxOeRBLNxBCgATwDKsSNopu4LYfwY6EoAz+HQdK8AIyywK0kNLzeshxCZfbSw/koAcb8A8I4OMMoAAGUAJCOWHUd+g7cOh/N78fEQpbIALl/84AhnsC5MAPJM6y1rDfIWC6W6zN7sAF/2ADXIEa3NCTZThGtragAsFXbJvHYp5m+IMFb2ALzfAKAI4EP+DmJLCpJbGRqDuo7IANXbABYVzuz64ABIABW6AFsrgDx3sDInzHQh8G+wLHiJAMJlAA/0DpG5DL+4Cnhpyn/ZAOahAF3/CAci4Q+9DuJ7CMvf4P4LBAEepFOwarPWADQc7boqYFLJY/U/8GmGANtuAVTSAEq0wCS8DI2vy0ztkPEmkDYcwA/7ABHPACN6DYBkAAK8DlHE1tPVCCAtEDcM9pNn7mNsYGo5AEjZvA49sMeuec3YsP5DDQDuEP6SAD8fkGkv8FNuDgIbAo1gJxA0N/A8LPVCz2BoxADcpACMj1D6h/uJCw+NRKEEWaDnJg9q1bAhVw+2NA/gDRQAGGJGuu/EOIsIeNhD0c7kj4D0tEiv/cINSyJdQNBQg2vCDBggs2cPTw/dO3L6HKdykrJsS35N8Jmf88KfsHbpifipherpEYscePfzts/BCSUMlLim+YJjSE0A2WN57+KSN0EMk/JDJasPCir6I/hP1U7sPHjpkQEgwYcLDR5MWGFT8wBFAgIsaZoP+WLP3RA+GPwBDddNHyFGGaoG6qILJTgcDHFgwALLjQgg64k/v6/ftsryzTfrm82pj4DxFObq8UR3wTpiL/RIQMiTbZ+jrx64RpMCl7NZWrliZCZPzzgUvlU7P4vC2RIeMHEiFIhtgoUaJFCQgHMgDZIuXfFZlJBffYIXjHDaIRZTvlrUUREAUKKvzrQWLDBQaYlzBzZx8B//FsJbEi8iedfy7QIaJPbKGGm1p4QygMxHb7hygNfSAKiSgQUuOfTUTk40MpumDsNZ78eIWaWbTo4YUXbvvnhX9kGGS5hPzp57PmFBRRFmvMMYcUJE7AoAQT/sFgyX+qqEK8DAcTgrCIaJPKvSwT0+IiDBF5wQAESlBkFBtI0C8CARD4YAlyTiJQsQSPa+EghBAhZBRb/hmGKUAQ4gkhLJb654h//wgJxxxvoiEGoWj+4eafdNz5Bx93qmllkBB5M2QYbsYJRosXSqjghBuG0GKImX4QBU6EePRHJX3oSdQkOPnBB5MTTChBBCZdSCILpSoSjCGIfrgBS8XcgK+vf+KAY0kMeNhCCIZOOEEyARzY4Io3X/MnH2xssDEiLBJDhBpwonENIZ8omohQivjJJ5940PkHnn/KieceV/XBh5xjPAn0pUuOiRSdYapY4YN/GDBViSZu+OerQQ7csR+x0jFJH34i0ieeK3YFAYQMgIVCCSNUpk4oopI9Cj2KFcPQDaAiUiILOGL4pwERXqD4Bht20CEGHUi4gAVZXGXKH3ZkIoQQhP+WOgEJJdwApx1zuInmlwn/weSShKRmESF+Ps7nn3b+4eUfaKBxppt9VxIwHnIqWoVPhPAdZxg2Xqigo39K+McGiV9g4R81KN1xOXtO+vizs+IRe4UlM6iBCoSA4CqhHwyN6KhkBaNIaorS6EKqi6ZGqIp/4HAhAxFW4DlDLKghkutBllDjTYxBIws0bH5I7R8lVtigghWGVqLPcv4ZJ9Jhhmm0T4T6ZLqd51GJpBRXjPmeF2jWtpsceiqNNCFquuGmG3OeLyeZWXiowIB/1vyAgxO0YOQfQ8j53Wf+IRoBImRA+zCHDkqwAhf8QwQ8+IfmhvWUoRgFIliKiukSchH/2XQJZwgRVhZqUCMXyKgFSGjHcviBFgVVgxzuOBCPDDiI42wlDtjBQM8qYIITVGEWcgPip6gxjog8L20IWRtTXPG98dWDiN7IBz/uQUSEvG19RPTFP2aRBIcJ4B8IuM8OxmCTRcSjgKBBS1kEpJJ87CMf68BECyBgghG6gAj/uGNCjGA1hFSJIoEZzD8g+JrUuCFFxXtSsOBABSK4QAQiKMEOwnHENvYjVvpwB8cKtJJwDCIKRIkDQjjQMwTY5wV9mEUyELK+5xWxHhF55T+McQiK3OIfrpCl3NBxj7T18h9AhEYwoCE3avhCECvoCAI8UIIerAERw6jFILzxscbp/6NH+bBHOpARDgLhoxbbMQIOXMCDIkgwIkYwXkQM1R78IIudCJGa6UyXuoisbim5+QcQkpCEf/whCCaYXQmQgA18uFFHBFoO03jkDrE96wUrKAEHMICAABhgjkfoAyoQQsRh7g0h9yiiNIxRijYgpBG3RAj4qiiOcrTyiOUYJjQQUg50lCMUNoLABn4ghT8h4iKxOGJZ8kEPcjADF2rwwQX+EYFFGKIJ/6iAEbJABX6WASGgW9kEE5KUp6wunhu8GYYQ8tRCIUQKRgACFMzwhxwgpIE9UII58IEPai7HLPvwWET6QY5BpAFKPLBRRBvwj4qaIA+80dc/8IWQWxwiEP9WSEgjaAm+Jf4yIc/T1/PaFim5/YMaSeBZCbSgQSmoIZb/CJc1lnCCBfxjAQCIiBcFcB8T3JEKTkCnE5ayMnQaj48UkZcegysVDVZkUFs5j7yMUFUiMLCRGADBC3Dyj7TNda4oyYerYuWNK4hHEEngwQ1GhQEMQMAIQ9zXMKCxDYq0Qx3/OEc3xPEPaUQEsv8IREkjco58zeMf84ilPMYxCUn8oxXDMMe9BKEEXlUhDuJ5QRTW8ap6DGMHBvAiRWCLkADQtnbAlZISxKOE3/6jCU99KqHuqQQ8lS5L/5CNoILrENYhBAp4jAFVXQACBBwBHPWIRxhaEB0f+MAQaXj/QyvMWJZtkAEQiIDDUnigpH+sQBCKxdcr/BCM5502X/94b0pLgd+IBCIQsqwvQvxLkXqUwypL0AEXuBGPeCRDEECIQWIAgYU0mOMz/EhgRAxAgAAQ4IsLiAAEKACCD79EPFFKyIhNPBFKn/jEU1MCJhBBkT/Vc6x9QcJ5/oFOlVVBXnOAA3hLEN0t2AgAAQCAAARAAEITYAXJqEfkzDGJI/AznwgxgRFUyY5avKAFOwhGPUBKkXnAQx38RciY/yFtikD7H/dYMxJrcYUmHKdq4IgHOOyshCvbohUTJtAkKAABhIBgcLziYYPw0wMpKcXXkU6nFET8DylgITXFo7R4/0q86UPVE5E1DkyJlaCy1r1OkDxAqwkQQFhaI2QA9rt4A0zQibT5wxxRMJSpbcSDTijWFiugwOB2MItWfjQi6hCHOIxhS2lLQxq3sLaaE3vtdYADC0KQS7ZIQAh0oCMZcehBHGYxjHV8Bh+r2IFUXSfVUI4CIVcOpRRcF5GtUyRKW5dCEwq5uhhLBAviqffYnkLpzpX1ScNSQmK2sBR9PwkIJqjABCAAAftMoD7/mEDgIfACaoCmGmTARCfiAIQVxKEb7ACHDTaAAIjV6BXo8HK+1JHY+da3vrcQhzTmC+0w+1cerZHDD671jw2U4AfNQAc4Nn2EOKQPH8ToROH/0f+JKlykG7b4RMn/oQUMpezGinHdo18ihxdLJO1Sc0PUInKzhBTPaklpghaUAGl5YeGp/nY+EBYOhBuEdwWWOz8PeHD+YZyNHo8ShBF2cHl2IOIDE2d9CU4gBWVkLSLwyLac6zz4UjN1aLZ/kIdyGAbQQYgXOIF/4AD9kwJzAIdRWApPOAl82IZLAIodiAEpwARqoIZPQIhOS4wyEKu3U8GK6DqoQAg5YL4sAb+E+JPoswgNWh1BqQg+Io4ZFJQmOIglQIIlAMImkA3m+4QkJAQpYIxO6IRPwIRx4Ad/8KZXiDpV6oYHjIjWewGx8wR0iAeE2DwxJMCE4K/5CjOd6wb/VhCPFpiJf1iSEhisVWMDaoiD6bCGSiEHYvABY5OIZBiH6WIKNmg4SEvBhKiCgys4hIiKqHADZnGWeioueEmnpCAUsqqQCkmNICQPmfABv+ACLoiKf6gFTMCDNWADEvyEcNgHf4gHW0CnWfiHMZAMAsiwhCAB6SCEccAXfck2hMi5l4CHcogEKXDA0DmBAmATNNkBN5CBCtCBHyOHVvjEHXgDbjCHZNg0P0iRhAilfyBEQuw6q3qKrUuMHIyIUXzE5quIgjEXE9PB4WKKJSAPhFiCd/KLRfgHaziGQBmaT5izfUgGJNiBKiAEE2AA/AuAUaqADdiAwrEBx1usAnyJ/2eLiHlQB2iwKqOYEhtxww8ghE8hB3BwgxA4gUUAh0FoAR+4hP4zB1uIg4MTPooACi6hvoQ4g8SoAuKjkA3yH3gCynT0yR9UseqLCHr6B3qyk4SoiYhogkWwBm7Aiq3QgTfAhXhgByQgASQwhB/YgRNoAFmrAMKZCRs4AXIBBHEIxoR4r7YEs4SYh26whCQwgRcQAtkgq+wAh1dBLXwwDU+8gmNACG4guImQmneJiD/ptE5jijWgvpusCKt4ilGMQcpsPiywkyYIu5dYSkHhts50SploAjeoBXAAB2UwBB+ok2owByxYAnawrnqIvIdJCC1swEeQhjT8r7c0wN1MCP9sM4Y7+oCzfKojeEAk4CYE2QdwWIJPpANmQAjUtIix6bSZLMF/UMyXIESEcEzIVIxJLDjwbMSIOAjvk4juSsqnaBZuGw+mTAguYMpR5AZZCBE6+AdzwAa76ssWAKMTsJFyab0YsITXMMCcU4cpYJIS+AjbCAEZ8DMZ6st/yAXoWAIu8AZyqAVDQMeEcELEfAlAWINvvDqEENHXMARMONGXiKdRfInV+bfXaJakvAKknFEiZIrUeYNqYIdwOAbVPIV/aIaS0Kt0cMMTGIJyuYAK4AAQIILcfAqM/EVxgIEDaAAFbYEfWII3QIJxOCPU8oZPTAghkYWepAjhqwTFAIT/EjXRd/wHOSCEi9jQ/lkWqZiIGIzRhLhTeHyJ1OGCMf0HbHiDK0WIFsiFAuoHfnAH1ayRwQkcBnAgY4BL/sq2bAuzbuiAAEiSB3yqTUiHLkWtb/iHKFADZIAUUiDTl+gEQkhV4buyxDxVFu1JOV3HLIFTLEDHPD3VmqhPWfCEXKiFJliCpNiAH6UIf3CHQSCMp5LDfzCACcgiitDNt5TUWxABKi2BJuBTbjioHbmbY8hDc/iaU6UIRCgwhOgEn0jViFDTU91Q3rhT4ZhOcbVP+0QILmjKdFQGbmA+GzEEakIQd9iErbCBGyiBiTuAQ3gvjCzDijiHzXOFEZiAAzCB/1BiBHLIB08FDXqIh3pIC0/oAkPgg0GAU1i9E6awzt3DBBJcRKaQ03RE0RblDTloV3mliHlVDDkwBPuUGgnxBEPwhKBqnHQYBCR4ASSIAQUIgANAUGAUQ1/0L3UIM3VwhRSQgANYgU5In3+oh99BrSPCh71MiEH4B3ckOBqMCA9FCCgkQU/4BMkU10XstJmNWU55W/jAVRGxBnZYBwVhGpCJB3PYBK9UgH+QACtAw3NopTVztv0yBiaYgRTAAWewl718hmpgmn7AB3owh7fljbZV2U+oBZX9SYqAVdcgQbQ9VXrl3H9Q3YhQXdVFynYchFrY3M5AkH8gh3SAzXzghv8jEIEOoAH6MsOFfQljMLNSQIV2yIe7QYhNyAY4iZV4sAa3XV21owiVbRdGJFl9RAhSIIUJadvqbccYFN96bV1OOYa7uViYuIYRwcZKWYU7+IdGaANbIl5o4y9ILQdxKAXQk5t62YYRad508AzMrQYBrt6SswqV9QRSAF2EqIXQlczt7d5WmJBaMFWwocS3pVexXd3zhc+KON+I2IRtoAcB2ofkdIRaqIZ1yAd5QIdukIZAOCmECL1/UEscxmFIlaVDqC//4od6qAbk+AEuUINjiAc3Yt7yFd2vceALTogMfgoEjmA/1eDy9clBcMfm7cm7fQ2x3YRqiCVzYATsCyX/coglqL2FNigF0bsF+7XhiBCHQ2gDcZAHdeCldYiF48jFIj6GREEG1SUE6j1VtmVbB34Jtk2IEf6HWEiIXJAFKVa7ZuEJsWXkp9jiyRTX1JHTTXDbVkAIXLgGcyAHT0iKG2iBLnwGrb0HdFCHGfZhxSgFuTGGKVAHeUAibvACLXxATxwEU/XiRSDklo0I15DkCfFTWbDif3AKOhgED44IZKgFSJYFUDYwNm1TkYVm3uADpqBgitiUiAjnRH6KpuTlQSCHdbgHZ3ueQ5gvV+hfHq4ihJCvO6gveLgHbrgEGQiBBSEBN2SIRcgFknUXMlVFSYbgMF3mbkYIfRSFTaAF/4Q4BmTIhWNQZgNDXXb8B2Je3UFAYN6IXUZUjO+dCMIhgYdhgAtYgvSVh5YWhym4A/n6hwGVqe9BCFwqhyxCBXXYJWpggRO4gAt4SDcE04Z6DbFJUYrwhFf4BAtOiHA9hkZBiGVGCI/eBFFwZFyQaGQ4Bkj2BKMWV0/gXgr5aKiQg4IJ6fQk01dIhlNAghY4aQpQqqS5gmFoB5f+B1QoB3jQPbnBJbn0BXSQB1V6hL3elyPo5wv45+iwTxIET3QUYEK4BIL+h1eoBT+F4ogQzH8QhZe46ljABVkQTK7+h4sOytfgaKYQYIRePoamiLRm3afwBGu+4PbYgP6YCR8Ihv92cOVuqINuqJd1GKJyKLwY/oVxKKg15AV8KYdu4AW+OIEfEFuxzd4pjgphVoxwfYkhltB/IIXOFpFBAG8EJlXB3OynYL47BU+OXu3uxeKeGN2IkAUMbl6vaIGHXAASWIJk6Czflgd/OBtKmbC1IQdzyAcABxXFAilfcAVUyIMqwINo4AZyGAfwjMyIIOTKJsWnFoZcSIg8fOTSbmgw5uzOFoWI3upqrl4WzfAwLeuafe8wDddqOIZB8ILjyAwtYIVhkgdfqATo3QdKYRx6UInPkMX1sSxUcAUz+Ic6IAbMexRA2AISJd3vHBFTpep/GGJr2HKE8HBZAO9/WASPbt7/MC/vas7ontwEyuZiTwjzngyR1AFNGL9e0ZboCT+GN2CBEIhITdgXebCERKgHAdIYeniHAZIVRvyEZMDCW7KEOzADJziCZIiHYLiIKRfRr3JvKY5shHiFMc3yf7gG9lJtaAbvrMaFY7BoRuxZQm4WQ0htishg1o7xKqcI7SZFa1gHDL2CF1CCPrgDSxAHeGAFNgC3kxANrsVdq3AEhPCFYXKFKZiCJyACIsiDbniFEJ3yZ3kKUojkDOZoq9BuLgdxihhTUdjmiCAFUwhl736N1CFf8VR3EREFWq/1NmWK864FqY4GQNgBHrCqAS0HSygDQjiGa/iHd8CHHtEYDEeI/2QoB1boBnUYUDTQnCmoA2iQRXUtONH17jH9BFr3CWt+jc0G74emCBM31QyWTEYgaDnwYlYX842+99fuTPK9ZlyvhVbgBifiixogAph2hTVcgyrogk3whgECDYxJTmgZIplCByZHgykogimgAlZ4DbdtYGW2d5uw4mrg8oQ4bxGnd86m949GYMRM8/hObalxW1JoYAqR27el9TE9Bt6+MRz4hxyYgkhAiDIYijfwhvMRDdEgT3ruhuZ2haovgiAIAjz6A18oBIrA+Shuha6PCFxPCK3u7oRAeTAv+4Y+bQuniLGOdVl/8Zp/iT7Rd1Cmon+oARjAgSmwhGGqhB34gf83uIZDF43zQQhY+AcukIKSW58zfYIgYIKqN4O1etaRlkxvR2g2pwjOjwhHLm2sJufq9YT+yXCxFvO4j4ixho2bJVO3leqp7hNf4IEaaKug3xu5IYplIAfeRwgFSYU9EIUQSVks6ARWoILjB4gpZu5o0jSLTRxCYf4xbPjPE0NZ/1r9I/Vvk0OHECUey+ixoaiPIkViGfmP0UmPmExmHCTHI0SGhliKHNbR4bBklXgQIcIwx79uQf8tYajtI6g9kDD+87Fk3DgqRKaAoUKFla9ka0xafFhRIs2I/2qNtAjWo5t/gNSOLHnl4yev/1aiDPtv0UhMhjx5Wtnwpcgwb0T/WvtXzWGnPlL/BcHxz5Kvf8Ou+NjDUJ/Dd8tA/ePyoyktfObKJDFziMofTZHdNFHyb2FGT7K6MqQoVyTtkbH+iWIqcuvWjyWxvLVr3K7f4w/J/rNW+HC0hn8YTimSg0godNa8FGVoD/M/cke17VlS1Ms7euRYwbFk6Y8vaP+oIfnXpGzMVqRmZ7wU899MHoXUEH92leRRXAw1wYVDhDSonHGvMFTXcf8Z1lx087kyHXX/EFFGMsoM4oVlGb3TEDK4XAPKN+qlE8w/vPjiSzfdoNMMEjk2UZ9HTPFXy1kp9VgRQwOCZFxwJhUHEyGeOHjbcYM0ROFYtn0EWEaAtXLW/03/dJSML+9NQVUR//RBCCleMJTKP/qAx9A74YRDDjnv2PPON+5sM0uN5aDDECKf/YPEfWUxlAtDfll4UUM+CjjIIHh59IYWYbl2IJMNJRcWHTR9sihDg4UFpEcw/rMhGE9URwUnrYgCyR6paHOiPQzRcyJD4XyHD53umDNOOe0Ie08zVfzzQ6H2iSQLcyNdAiG00Y4EqkeSOtQKtcfp51Cz/yTj3j8CmVEJNcxUE442R2GGDz3p/JNOuu/sg8875LiDTz3xyBPPPfWY40YPxzLEo3EBjrRJb7vJIspuouC1SKQQruWaXXFlC62FfEl7KDH/gCUUNJqYaQkr/4BTzf814Xzzj50sq/yNrvrs0+469eCDzz04/8OOIwE7VNQVXSzJrURBbmIwQwjzhrAoA3blcEPPRnsfplj+82mCcxX8Rqd2XSwSRP8xJ4sn4/zZDTTOQOMLOutwg8xh/4SDT3jkpGNPPvswlI69OOfzzz35gBOHQ010x9DQH+XWkIUIx0JKLL1dFMtujG7MkBJUf4RS1ggy7pAbUnqekaQzGSLq5cP8Y07b5ZTTTTv/xGMOOSqT4yY+bvIzLz3uuENOPfnovDoWgipr3xWJJw2TlQIyhFcrGIW0X4GX/0Nxsl38k9Y/Dj4JF0OL+vGRJ7U0/xHS2oeVS5cMUcNvPfUA/o//3/TUQ8/N+eivTz69u5OOOeKXj8DV4xVIOFATsNAE5WnEI1sSySZoIz3bMEskBkuSXRL4D/Ux5CVUyshKPtGJ4yTIEJeYSdh88xEGEolb/5BQK8YRvPn942+Ay4c95NeQm9EjHu5Yxz/qEbh8FLAhYeAe4gz1EdtQRGpH8phHFjeI8YUFiZi7zwIXeCArZgQR/0DEfz44EishzSFWC1VZgsSQT0iIGOYYIN0cEr/4xSNf8svXOoAYRP3p0CEcjJb5QDWIAA0oSBKxUBntUql/lESDWfoH4T4ywrAgDSIr0QuAMskQ0SWSJYiSiEUuEY0+3kMe92iHHRkSj1XGI4/r/zAHQwIXu0+c4mvkY4kaexQSRIUvN5cQ3XGSYJI0MIRwkYzNPyYJIU9sAiKEQKFHOikgC9XiFVlzh0di9w9XOoSbeszHOD7Ri1NkJA5ntEthPgJMh1CPnRdR4XEAsciGKHBJXVhkHAjnxS9aTy5Sk6YZ1xm+jJAlQa1gR0NyRkN4/ENYwmpoO+oIuHvcI5y5IOfVuteQ74VFGQ5Ro7UUh63FgXCSyhRJ5hSkQJp4cZ8aZYnBSJEgTIRUWrkBUtYwwY5+0Q9wcVSl7BySs7/9jRrnKygIMcaSbUFRFEzNiApX0ZARbspYjHTNAbFoEpc+qKsIstKmWIIX1DWQFDGxEP8m9CjEOMqDlCbBBzdeKJla2CKjWrPrJ8xqVutZpCuzcRUUYQIqTEwSE4QY4TwdslKPCOIfjXUIFf8xvicZ7D+L4mhYasoQv3blP4YAYjxwNkeG6FChCf0pPsbhQrJIqCFsvNor/NqQ9v0DGWGJ4Cb4Y0iKWDYjcVlFJzAhCWUuUgr30UKyPgKIx0IIha/wRGudKFaBiqQWizuoR+LREO0K1SFELUe3HPKJVbwCE69oLdEywiVQanJIRCIFbUjVwPAm9R9rWKQSFOgain2EucZhBCakdshJ/YMPy+xrYB2yiQACtSHr0CZ3ubvDGpqjFRKqpm+t2Vr0QkS+3MLFMXD/MZGw6EeNQJKNx1pbV7lCKL9SMAkbwmKxBoKOug5RQ0MEapZWAKkWHjYhgz8Cy4/E8R41VO1YGiKhVbwWN+9NcoI365GuVWQ3TDFLksliPpEEFzErOSZyX8wj/toFs+H7VPjOauaMMIjKOUYmWJD6vHXQgyHY1K45aAdLcsjRyD3Nx5AZcl7fMkR1nRNLQ3IjEYzY+B+x2IjYIkIM9KokmWjJiBYypwSClXmqibraoUXCxX+42SGRWmdXmnUWQ8BSuxKGJZIbgs0+2jDQayTsP6RK6U8vD9EZIaniqidiAjGEOaoTdK5PGlYFkflSVv1HjLcwrWR6As3WvCWETh1s/4k0i9X5cke+fPjDboJbJHrcsGtH17hEzyaXDDGwgkOSW4+42yMjlCpwSTIohgwBcw6Rdoy5bKHz2XUkDMKxcgpkJT/YWnY1Ywg5xsHnf8yafjbkRzwoQulOvGKEnfMEQC3nMSPdhSGlvkj1ZMFLsXSEOZ2Iy3gdsmv8tsYjZGaItLnsl1DbkiEIN46FgnSJPzV0m/UYN0NeqUeG4CyO/KiHxnNaGxYfBxcLU5pJpFegbjVv0JhYRdg8bZKbO8RYa8iCSTARaouFeiTaLnlIUe0JIzHls0Gk+MPB3UeP/PTpFGmWsqGFqIaVHIIXmd5HZdEK2zDnPwTPSEmwhwT+Kv9BCUZQghaMlVjEmOQ/axYSlaX3j3XaGJF88AM7iCjrbfpQ1hL2qZHzkXGmSAiGLzTpsp+XkY7EAhe94cxtRaHogWuqFcnpXBWwkNKMIGEIQrg8Q4xVhcxz+SFx6QSoxMiSkMhiE0yJFMktWGDV3uP1DdHh3ul3M4a0gyIWprTFTuoQTDACnhkhfEPUQAcchxRhESxSM7lf7U3E4oVVcmjBizmEENyca0gBxUwfTdhS7ikOlvFGWEiJgV0BN+gQEJnD0lGchJUW3fzNOlwCJlhY59gGk/EaS4AYQ+DCbkCCQ5QapCgYRVgZ89hF5QVMD0xeQxQKxWSeFmyepa2RR/j/wedVS0aIWC4szBOhT0OkQRT8QjygkoNNXEa4Gmlx4CQYoZJ1QisoU5dtVFjQguWc3OhtkgVWV6V9BAL6m0MMQbJUQc29YUM8FiFw1cbEhUXUwrD9QxMuDUz9g6iklUQ1BCy9kkjYDEMA2lyo3bVoWKKMoaZsVvhlxCUW3l0AU6ORRfMY31QtG9lNXhPQIeY44LN1EU2MD2CsRRTRl5dE2UjA2z9EgRuUg/ltExYGEbhxl5+Bk8yx0ct52Ul1Em01ykjUlI0tnvlgS2tNYCra3PUglymSXUO44kesmTR1mENkiFiEH1OgBB8MhhukARmMQxXSRB/hC9NFh4UJ2idY/xh0xSMMKVNyxAQy3AQzLAPvraFJaJZ4KdldJRMkOkQCYsrACIGCLOT1/MMZECFLYCNDrIX3GMeJKUcUxNU2tY1I5GIsZQillVeubdiufQ5DHAPcMAQzPGFLAKRJiORAZoQUVEqlJJcQHMG+7dd9BGE5NURkKZenQNk/REM6yVfdOYTBGExG/oM8rM5H1MM6hGAsBVHHeISGeQIYZkTHeUQu2FbcnCRIMIUM6p7u0QEfANMEZsRhOUSlTJ9rZJpHDAGP7GQVRCO0QRLo/OREbo8fxEFf5sFdJgobSYjqZEgTWoQKnRM9DaVEceQ2OVi+8B3gMAdHxWNcYIsDvRal5f9jQ1zDSlZOQ1jLHgzCWG4SvGEWaiqHDw4MThYOBDoEBjWEGxwTIOCBSARcJWKYC8kiS1zBsa0DsHygHJ2fn8XDM25KPJqkZAgahgUiSn7EH+oeXnRNSEhKo42EHrJlSVRKs43EPK0Bbv4DMR1hQ5wBWzIEG8QmvTEKXhgCHcwEg5wRcUhGO6BDOVCDM4wDrGVhQ/wN3Rhn9TVEGDZEeK1cRmBDLJphaF7ndXbaR0iB8kmjvz2bef6DtHHPd1LRGaSBFEjBGeScseScplBavdGEG7xFN7DCI3yBE0ADcD7mdn1EPITV562ELdReNUkEMXTEMV7DMjCEKZxFabLkcUz/kvYVjnE1BMUQTOUJ4T9M37MNoXh6REkYwZM2hF2uRbVZWIl6xBmNZyeYwT88QYuWwzY1nEfkQztc1k9eX0MEA3OE1zFeiKO1UPg1Tck16BpJSNsd01a8mBYciBIo5KBsWuXBoUOyQTSqJ6YoQQJ6RHC4IiakpUPABpaMp32ZZxBcBy+Y6T+UwzgoYlCt4zpQqhHKH1l0yU10iTdgAz8SW5GIxCCM2ktmxB99RKHcpDXa5TwRoQOi4pNaqRZUqFpYURKyxIG8xVaIKVBEgpkiWaBhEw0dnXSZhG2gW0NUg7aKBG1JjiZmBBrCRGsl0jFlBOX9wxH0AKEGTBKQmbGE/+ciRShDOCCWOgQgSKRIyIE0rVlJlAEV/MQTdIOnfqpJlCBNPBe3vIIafaVDXEOXAFujeGtDGAKtjoRiFg5/3SRKNUQS1CVsco+jyqQRPKpI4GtYfM9gXAEWVAEVPEEOwEAK4IArPGtGaBPTQSXIqaVesuFHeMM1eANYioXROFomMsStTsmVONalwUZDcBpNUJ9IWOlINBYimOrl5MAMpEAdCIWn5llG6JC0Qssx0Nc2MMTPGsarQs6ASE7RMgRCygFHcZSFYGM+bU9DVMoCEqpD+ExDZsRrsuWjWh6ZCcIIBZfJHodiQsETFMETBEEKEAE0lEPDCafseJ5J5FL7pP/Tz17DbN2fRbRtQ7CQcsSBG2jBViBXtPSqhErtozZWJ3TC96zFzkLIo+YADqRACrDCsyIZhDkEO4AVQ/ykX7zCOxpHNaDkykmQQwyIS04s2NymdubXP/DtZ/TADcTADvBAwEgBFDygvv2DFEDfR/iFJLBFtHCRsfjEDMBsCvQBqA4sxcVOH1GuSPDYRzCsR9zEyinMRy1oRryFFIjucSDkP+gtQ/RAD8QAQ/DAP0AB5sDlg9IEJR4uFJqaQ4ynEeDADLgAQzxuN5Rt2cISVEamdq2DlbRdbbAWQzwHbSFo5yIDL+0Hnl6ipDDIcKis3X4EWEDES5gs9yiQvDZED2T/70gYC8l+RBWELEM0loS8rqhNKSGGBVkZAVA0RAq4QCgIRayxnu8wRIVlRGVBBNaIBMNWQzotYVNhBNZJBHUlK1zIQl4x1kQCZr3SIcUYj3HMU6NeKV661qBZGgVXrEgMhhQwcEOowD+kgBlAQ9myH8VlxBdHk0Y81yswhzdmrhnHokjIG+gq1rJ8AhzLxUs8Vrl+hM/0W0YAAaRiAaNGH/l4XGsdK4QY8svibgrUgCVoMZom3T9ITedIzXN9grHdL0Nk8kgECcQ2BFkpzmbFBUpYTSkraX0YjyqrMkNc3iLFZlocCAHPH5p5ld1SMEv4wRnwAFBUcSKnABVAg2pF/6udrQ7B3SMoI+zuecQZf1Ju7YcFdjK0WAREGEL5FhNDVAqEGlezoXJDSm1YlIR6EtZ/EC9DfM9WSCQSGkc5W/E/iMAIiIALoIJQQFw3bdP5rER+8OnflaRDGPN6AiA/H0clP0QZRVI3+0wPNNuvhoV6+sFaEFYrxIXtmQThGEyToXQeUHFGjIAFpMATPAJDhOrE+VArBWUlS0gyO4SBjphESE5VZ4Qgc8unGAw2ImBiVd5qPqkS1KUdXs6i2NLsjhhQEgEip8A/jABDjEAH4EAfUAPBJh0eQdYJPcuzeIJ+WFeWxeJNeCWdohzTIONWR7FdDEM1SUju4ReE7kjA8P9IFbxY8kXLMVVW7aF0X7JE4RpgAxcBBzsEXVsAXf8DKlAD0eXRDzWPIZRRtVVbRDDHYRx255JCSEgsbTT2YvpxsUE2gX6zK0ZSZvvbfmHaEbPE95RrZPWcZNmF/GGjCsh1BlhABnSABVjAP+TAE/RB5BadSGObXJDNR3REPj6ngiGjbfzfQB2HlhFocYuEFFjVEeSIvyXXXna1SKRBZGEfCu/lSATXJyRHYXVCGfAAD8BARst1B/yDd2vAP9AAVZxKcK7SL7wBEiIR0uiVPZ8kSnaJE+qwoiHTSDRZQxxbNX3CgI9EE6R1FZmETqsdSku3BCeGITcEUk+ABPyDBET/eLj8Qx1Egi6gYzz8Qj/FIgwvb5EgGFORDXB/hC3UwrFZH0u82KEqKSMZhyADR0UXHHVbLUN0Qh74RA3MtQhYwANQ+D9Q+AioQBBMgRj8wxc4Azq0QzCQgWyGJjM3hDIcr5fYliaTgo94K8lN+UdU8pXTRGaT3aUch14SIRIVViQCCCAYTNXKH0OwQqj1QRI4BsyuNkN091yjQIWDgRgstV4PQxTYrYdjIoo5REfgb0csDCi5im3sFdkUDQnhhI+h1+FCbUOmVKQ3REvxk0NE82+YRAltTCfAgRikeV13gAQ8wI9LgHczBCLT+SOgwj8EAzFhqnGs5BkzxDN4SUfk/9YmPJpTVWBuKDpsKUdxZU5rNEET0Ov8RfRG0eqjEvtIQLQkdU8lcNksOIRiOIZcp7ZDdACpzzkY/MMjQAOMYEpa0Gr1nOQZH2PGBx0UQcTjiQQYvfhHsAFNYgEWBKr0ekTVcpU4R6nmhad4yaNDeFEeOtZy2RtDjEInsAKo17VcS7iEJ8A/dECEW0AH5AAagIEZPIIvrEKH2pcys1OzyNcxRMMxVEM04G8syoLXe4zX+3oLQQmEOCOOuy3a9+1xiPWTLhLADyTxzthasmCBdxwrFDwOwACqG72Qe4QFKD2dR8LTz6skj33nNgQLe2NuRxG3BZbY05hIYFZyAjWV8v8XFkBoT3on+N5tvYqET28coJjqVrICFeRAFa+2tjME0TuEqtzBIziDqTCEeobFMd6ERAgDQRHJWXSpWmYE9k3ErnGPK65Zvt9HkjaEOT1xPJ2ZbVyW/A1gpw/mP7BCHWjwaquABSTA6kt4kDcEE9TBP/gCNUjBqzME97xBgMCXqonE1qO7l4BYkyeeWf0HWLBXhCRnV8SBK7qif+Uw2jsSQPyL849gQYP/tFSRYlDJwTIH/3X694ngq0+tIB58NerfLIqcCs56FOQfipL/RhB8UFACihQqYAQRU4dXty9GCq4h+OYfIYO5CNYqaM0awWoFox3L+A+ZUoKeSP0j1Wr/KsGpVDFm9FOwUsFX/2QdHPhPEKalEJucJajFDcEqBpMcTEhQ0D9AiAp++krxrFmDrzxO/MdK05Mc/zoQHJHAggSVKFOmwPGEZjmFSw359BR2aVGiRNUeOwY0akFPp/95Sl1adUadBSXytVsQEEFEmBBJ7EnQDZaDC9VqWTtXiXDhBd8WFHTXoGy/ajX+e8Wqj5ggKlKOSHnQcUEYU/75+pfn3+V/bnS21SyrFmeCSqMVJejtn7Wj8gk2bYpL6MHWp7NqTa3coMuIEJ+W8s2g485ji62CEpKCwQIpNKsTTCSapSBbpBusjiCuQ8GkESSwgCATu0vhnxzA+AeVf0KB/+IfKRZaQ0GDSjMomvqI2hEibI466h+nSJGltOf+yQqs1pAciywKCZIEr4IQLCiMg5rAoiEotZBCQSiUqGLL5JbCxA8k/0FTMA4rYqUOHA5LSYV/LEggAYM6SCGlHNBAw5J/NPnHCCWAywgqg5z6pxr8IGK0IFmg+gTBKlVTDSMBCRoIkLo60S2nvvDCpAWI3BCOBRL+UeJUKBEqaMtCD2qLoNqg+4ogNgmaJZg3ZziJToK6S2Clglik4o9u/iiPoIVuNO0gRwniBiJv5EuUoEsNMUSt1qqkrS5nCSoDEBYOwpAFHf5pQVaDZMWCBSWQQLUgWA0aS7i3ZCQoLnYrJP/I01dqGUbgf4IhD7GCVlopAcfuHEGFOf8h4o5u+jCo2eY2I4goIX2ETki1/AqLlM2ULGirJwnc7dNRZzUI0zR4OyiEf+LFggR3aVtXoHnJdLVVVj3d8KBk3kQsJROXGgGGf2A4DBVo2CAIC3oh6u+faJjp2KiCqsGGvq2PQQbKjEsmaCudwS2IXIPqQjfdf04uaF0WsDCChSbIJQE4P16D6Lgt9VWWNp36jsNg2HSzFalgxPhHBMQ6mOCfYQ+SUzIwQvnnDC+x6DmjVsKydtFFCdrmH2w0PohIg5A8TZay09yZQhb6Nmjts1YlCNUrUr19tqXeArygfQ+Keqmuzhr/JpgycNgugxIlP+CfEpH+RwUVqYjkn6gvZnUpb476GiL3UsvIatbhNihugyTE4zy4X6M1I/TaevWfuhc8a6A1PIcuDp1qQ6u7YGgVFbGaUoJBBSLoCTHDulMDCjKnERzmMGbYntQKBDqMJApa/xAfoj6HKdCpZX0JipXBnGQQWqGtIFfAAhIw2C2C+GQsYjIIDwgivNpBJGj/ON/VEoiDpaWgAwyT3p2qVxAiEAQVO1TL6/4hDGsZJBwFAd9SONMKTyjpEuXLCEWQ5D6IEGpGN0LP7yiUllQdpHtLwYlBBlUe40EnNhXJSDKgcBiCJOaBwDrRdoIwhew18Qze49pZusgxH2t8kCDkE1AXPfFDsBAEQy2jDYKkQCjfUM2JBlFjlqSgRprxKyKxEtxShCcWS94qGAbBzzC+IESCZOABdypIBpK4NILc4R9roJohlyItiIitbFp0Fvl82IpXKG5WLFzjsgjSSYgwq1BK4N0z1TIQ88BFCTjZ5lIk0kOCxMca0UiGGGqQgqVJYFgDGIBiEGMBmOSgCP8QQ8X6171XyIIYwQwHN8jhjUTOpz4FmWJBMGIWTIGzXgcJCAAh+QQFBAD/ACwAAAAAvwC/AAAI/wD/CRxIsKBBg6Q8kTpIcBElhgwXLfq3CaJFPhYzGjT0xpDGjwyjgfzHzVvJcf/CcUu50ts/axCPiRToaaLHgTYZytJYi+CpXv9U/TulaiFIUjtrker5L6HTf7UUDmT0jxEmhlcxAfroSeOrnbKYGhx2ECbMkeRQkhtpkBu2lQPlFJR7cyCpU0btGjzFFOipXALxkhqMUOBOhl0JGl3YlVDFxAYJ/QN0aaQnQld1fq11uOAxsgdnHhwXbhy4gWo1brNIjRvMiVz/fQJcUCzEXqcU576L618usEuX7kzYM/grp1LZKq/6jxBknZxtCwTN8OzH0hZVarRmDa5yvN8Jqv/KLeuULKG1CYaVlXeh+3+Jn4Osu1xxq1qt6hcUTZLgStIHrfUPShnBFI13Bb1hEFUC3ZXXQcocpEoupxAVFCm5TJieekxFB1lyBMlXkGT/XLLVP35MRl9BjIj4T35fESSdZwWRRd0/0Vizmn8IEkTgPy5tx98/dGTE4EK5ffTXXv/0lguGA/VWEFKd/ROWeyDql2Jl9ZFyX1j6DTRkd6uVdBA4AI6U40F0uFEkIXQZ9AlUIAFGm08C4RKcLIDV0puUVQ4kS35NhWkoQfkNGt1h0Rk6pEFrldYjQzKJFE2RH1FFyiebQnTnpwRJaddvfgpqJZiFJQTfgyNJMlBmFsH/alArnnDWipcvEoofZ/+80tMrr4CkIzWH7meQXHPRFBieB+EmEFAH9UZUo/WxB99BrXziYnMC+XHVVisOlCJEtWbbSiu++tqKLMEKlG5PMxokmnUD7UgSsf8ME82NxTLSaUFJGnSnQbj8pWEtqsQLVaBTMjwQoRadeBCJBslqkCeenIvfi119gm5XwPYqUC2+KlzQsP9sM9NM1PFbH4MMBTzUzANHi1R0NR+U80Au0goRxRN360ZBFiOKMchdZfyKx68k1q5Ac/b6tED4EmQNsd1Fo/WjwU5N50iaFpoRUIChV/OTog7G58hWggQmq/Btq5wb42Zl0dEgx4031EvL/7YhQTYeM5A1lopGXTDSrfJJsEx5XRAl/gI8VC7QgiQUKU4itXCp1eIXbLaGSiaxQCcSMi5EhGbM0JyedDJQ1BmBJjiOgA809eKdLL0KW4k5+JfMzzYDVDMCMVN8RmHh0iifzBdEzNd6wat5sQcBIpm3IWoEtN//ZOa4ctQR83TX3OsH9z+9CE/8s/8wg95A7xd02NpsDwTv7AZx9klUS0Mm2fYgGR3phpaRrnApM+GCGiY+kbvFuYtkFhHcMGxkENdVbCAWzMhdBgIUZqSvF8YDIfsIAhjgNUhsdArUYfAnv/wQCm6n+4gAB3KiOMSQIf8bkUAAeBXHiaUWv/gVRP/a1QmfCaQTmECi6zJIEYFQAjYCEUqGnmU89DFjZ71Aj1A0dDErCYdXhlkUGO2XwlthrH8WIaByTjQ0AFJPNq6DXUHaFbI5vkqHkkHiQSABiX/0EX53qlwzlgGtKhIlSbihkF5C5ImkdIZaqCKj0qx0Lm1BcD42fCNEDEEI+szwOayIGiv+4bpZ2LFr7XqOBQGhlTwKohOAYIRE/gHFZcWPGcIznp2gNZ6gEGVgrFJVU9bTyDlVqTP3OZe1jAixgqTohm5IoCb1MycmQm2Uo3SXyBQoEElIRhKAYCUgJCEITLzyRLKUEGCueEXfFIQ2JhzIQwbiES415TiNtAgpGNf/Ky99DD5Tc6NACOgGNYaJgJkkiB++yRbFYdCCS+xENglSRIOM7kSAEMSJFrGJPzLLnQwRym7kCZvzYWIRnvCI3OzyFcZwpivuyQ/G0vgPuSBrIFj4hxRyaqgZokigyoFoRO9IEFdlKmZBOUiSwONET8xTIzDjnbaaJptsrfQgMUyDQapAvRtmJIlFHQgi/iGI7jFEYl6dTEEAwYZrnW9CBhtKLw/iiH88dT4EAapAUsc6OVp0IGE4iEF3KhApDMSw01yOxFyl0clU4h+PZQge2poHgeDhH21dUEYOiUKCUOUmi7jpG+W4QPgwkJvKWcNBDMtaLRREqwJRbWK7J4jI/woksoIgJ1khIts1qFa2A8ksTVYqlLtmRKA3kYOCDJU0ghSNLU0giBS4Kl1D+QG4pCsaIDqhW7Jm9LuNJd0/4vAR7ArXieI5CCUgYdzZKidqfjWIQRmCBerqVAlSkIIRpKCEf1SBp/pZg0Gtp1ZJdMJ12/2HUcMrkMpmJA6wPQMeJpwGKcBWIGwog2vbS1KPho0hgU3QJhniVXtq0rUCUQIW+svaglRhuv/AbnnPiuBXWpTBwY0xhs+gY53qGA+sgEY3usENXayBxwIpwz+UbNc9hkkLXfgHFkLMEDWqcbni+oc0lQPgFCsBCV/2b38Pa1iuasG+9RnwZF752D74NP8PZf0Hko+M4h5L4Qx58EU3/iEPgdyjHBcGLlWiKhBIyKGWGsFCE7osZYukaMvuHUh0B4IEI4x5IGM+8xnqTJA1oNkg571tWcMJ2X84GCI8ZrJBznCGPqwiGOUYyD3u8Y98dCMNZ8gwZuWgBzkwgteHFgimIDJfKY95xU0grEbS2q2fMvuNlQ4wkkfyWECc2tTYzvZAlFyFMxxZIFyFghQq0Q10tIPP8oBHnwXCD3lYsAplEC1B6MCFkeQUzF9uQn+RIIXo9huxA8GyMwdS7DdGFwkE6YFBEMuGT0/72wFUa4MFEmeCsKEP1x4IV8vManL/Y9b/QIc85FGPWvPjH/7/aIeSVc2QesMHgp+QVU77jYQVK+HmKUb4oQpOSrNCRA7kJQgBm6BvgfyAIDywiBY2Pe3YfhqzEDGqeAVx7TqYug+6ru4ZAJGMcaDjH/WYdTxkDXJa58O/gC1IlAfhCWuwIx71aMfXy0GNqeFXIDr/x6UpHaY44EGAmMiM1KdpBIFMuwqehniMmT4Q8xKE1AJJhKnzQHmD5KEPS8ZwbPPQiWCMI+zxMAfY4xGPdpRcIPCQ9UQLEmI3yOLrZ//4QM5NjWwilr/9vXTe9c77jGjh9wfJrE8TW3jED2QLSOaq4gsi48dTdiDXruypM5wHNghCEGzoBDXM0Q7Ss8MbxwBH/zrAQQ1ljOPc8CjHONTxcdsehAyGWMdAzp4Pkg8EHXRfBY8RG2aC7B7h/MYQVYBiA4hV84UISbREH5FTSnAE/5B0DKEFSnYGyBdbhrd4zVc9B3F5E2cQZVBZ1/cK1MAO95AP7JAMpKAG/yAK3sAMohAW1FAO7RBrAyEPofZarxB7BdFn54Zu6EANw+AqAAcS9eVj4AZjGpcRZaVESWQxNxQGQ3gQRjCAiKd8BrF8GiFc2JVxEnYGdZAHCQYItSB6+YAP4OADIcACIeAF4eAO6YAMwmANw9AN5eALvOBnX2cRV/AoAlEPp/cP6zB28YAOw7AD/1BhbOFaA4iEe/cPFf/IaRSVV4J1EEjggEAAEk1XH6NzWdoWXHVQWwJBDNuwDvmQD/HADrlAAQAQArGwCe6wD7C4DukwDn4wC9CACpbwD90gD74ABQYBYFewZzrIZwJhbgQhegIxDkB4FX5we2PWX4XXaAXoX1IAiWi3BWvFEEoEEo1YH9aYEcKVWSyHbY9VRNwQD/vQD/zADpvgAwvwDxTgDvzQDyhHj/2ADygBCHcgBpEgDf9QDpXli7/4D0hQNT1IegPhDvFACkiwBG5QC+DADvJnDhRJDa0ACOOyeymWUy+mU09nX0uXjQfxXDWEBfn1Dz0QjQvXeMvhBqHGBqOTB2XABnWga31QCaH/wAqA0ArmgA/sBg4y8I7/sAACIhD7MI/4wA10cARGAIGo8A/QIJD/QAWSxlNSQA33kH55OCAicQmx0CR0IAMUsAEsgATHMHY++Q/xMA6vcDqGVXhFqAQdKZeQSF1N91uceETeNBlGBUDXdXB6p5LBF2AFEY5Ql2T/wAn/8AhSsAKTgA/8wA/+QA+DoIpDGQLPYBD9QA9X0AIs8A8xYAI48A+RAA2P4AT/kAW+OGkAl3c0SDX5IgvVEA59WJkCEQLHcHr4sA7goDJXYU16V41ISBBPB2oXVRBMtD1IAGb/EI0qmWkaRpiF+Q95ORCswAqNWQI6MHb/0A/rIAMI8A8C/+ABe+AO9DgQ/rAP7MAFF0ABLdACICACQXAHekYQSWCEe8cJwxhyA1EN6PkP/JAOZOAA/xABZICO/4AP+JAP+1APOwJLqqUEhSecVdCRGndm/wCJN1gxBLZDQccWXJWJhiJjDlYJDqgD4xB7+SALISCeC8AC5HCe6IkPqsACCEABJPADNiAQYKCLT0kQUMCc/5BssXVuNMgLe+YRRSmj/UAOESAQLeAN+CCjALoOgxAFc0JeJykQJtlfFioQKCZbecBzD4ZTLNaICneFhvKhkyExriMFJfABv3B6/RAPahABFxABIRAF71AQ6YkPuEACC7AADGADQnACFTABLvAPrv+gZKj5D76IBNHVBJLKe8QTa64QCb5ADUiwoxBREQKBADoQDidHEPhADG+ACKMwVgJxBfyVX15KnJ42mOJlEXIxNDx1BXeHdEm4dN/YU/8wC51gWA7AB7EXoEswlnJgCOSgD36qD+HgBSywAf9wAidgA0PAAQXwDylgCX0ABY/Kd5IaXfemlgKRiwIhBC26DPpQqgSxD1dAARQgAEOZBvJYEOvgAzcgCKOwFVGAd0lIXQOYgaD2MwOhVZSqd3nHA2mqkpwGXGQKEm7QAjiqA+mAcviQDtvgAyQgC/ngrAWxmciwBCfQoiQgBF0QBifQAAowAUSgCVTgi4h1nwJBrgP/cQVI0Az3AA0CkQTkdQIkQAKU4JP94A8E0Q/jYA1+AAEAAKXWsA8EIX8fMGZSAIACYWksaYEFqxHklVA5ZZJ4142HhaHTmVqHhaMh4AP1cHL44J/TsAjeALV+2g/p4AUk8A8hsAHXqgeU0AQVsK1EYAksBwU0O6RWu2hvEF2nMRAvMAZLQAIM8A9CgA1piXIDMY/xIAQVQAAIsAA+YA7uOg5IcAIrgKtScATQqFPTdWZWSHGVtaGHOZA8FV25p3T2FXQEy1sEMVYRwAfxkA/2mA7F8A3xQA9UKhD+gA/I4AMscAItUK0yAAmZkK0FEAAZAAd/AAUqmQQCWalDigVX/zBp/zAG6LBnAnEC1UqtAhEG4YAPzmq07zoORycQHrAE9AC/+fCvwWpKfIdYXPVpW5FxF5ihBbFoBqFizSmAUZi7vAUIQxNn2ukNICsQ+uAO9nC87yoKLNC8PlCtLSADTSAEG0AAAdAAOAAHUvkP3HufPBBdSyC+V4B3MfwP6CoQnvoPemsDXEC5GFxr1uADJfsPPlCU5FACFPAPVYNwuzqcBFFWwjWOjTak4iu+Q4pzQoCSmKZTNjuismFKJuAAS7Cf3WkR/eANIUABMvDCOioDBCEACGACcDAQKll4RCCYXNoEXbAES7BiAkEE/4ABkvsPnnq3Hhy3DIEP7uANXv/wD0vgDfTID55QARsQx8P6nGj2jbDrWk1QBQasxSaZsIB5wEZYLKM0Cw74D/4JEv4wmV6QhoMQDuawCNYqENSKAArwDzUQx4Lpx0ZABBBYwIxMpAJhBv/wAhjwAnLBCEfHARcQniRAC2I8EP2wD+kACwQRD9GFAbPADcNKkP3FaE2seSy5BijWbzWraIqWd0VXEEaAcGA7UIfyCUrwAgRalBbhD9CqBiywBO3brv+QDu54Af/QAoiqABCQBHBQBXb8y1WpaFeQU5NWBaHgC3DgAg2wATbwVCfAAThMASEwCJXLEPuQDQXhAYI8EFrAX8F5VuLyWwXMxwTBUzqnkZj/5s7UYwvBsgIfsAEdrBH+kA4yEAEtUJQfKxDhcAIb0AI2cAIKoABAIAjYWHiGaBDRFb7h2wVWzchgmwyKYAINgAAV8AJLMBBKjQQyQAIXQAb4AL8MQaXpIHDWYAtxIL5YAFyQN3wh9owEqW/r7H8FcWlRyBbzdcPXkBH+0A/9MAhDLLf1KBD5AA7oawMfwAAGIAKH1V89MNVHkHQqGcNRdgVcsGiTGl2hsAUloACcS8vO28HpYA1kQAEnwA35wNYZYc//AA6TQjQF4QZb0VZ1hnBCQNMQgV8qdmlaxcBBQxAvYLL04NP6kA6M3Z2IzQ/UbAMRQAIVELkKEANwkAV3/8cDhgjeV8ulQ/oPUSYQny2+cRAKQAAC/8C5DLABLcpuAOoOrUACIZAG0P0RVzDfAgEOoDHDkogJosMQmA3MV/zXWlyzRshT4HwQWkU3tlA1z/sPMgAKEwwR/aCDRYtyZcgOiyCoBVEBQIBi/fUDSbcDDPsPUz1p0dUF580QigAEGMC5Y7kBbAy17ooPhkCgMmDItF0QF/sPR1cLyXBEu90cWYEIekUQ8+vkAFtYMH0QyC0QCmLkYnHDPn2eRUuP+1CG2LAELerGAgEB/7DdVTxmmZ2m4U0QV+0m5i1fbDAKhYABBsAADEACaDyl09zhjl0NPuAD4aAPUBvkA7EJn/8ZZU/jhALxm4nBpgRxxT9wAzaQplTN4Mz3DzxHptFQOQORtvagHPuAD7kAxBtAAXiutxXw1QZQAlvQb2IrEDGAxTh13gJHEOSlCDHQAGaO1C1gDukY3dLsDv8Q6hZBDi1wt/L2CreePQexd1ourrFOcL/6WgLhCKIRhfFzEIf9D/pA6PhADk1wAQJAAJFbrVkwBBVg506txd77Dzcw1Sz+EW8AznAwCiYwEEvdAqRgDhfLoGMc8MSeEZ4q4P8gesxOT8rxAzuwAzbwA5Ze3k1AZQNJU5JI3gVxt8Iest7+5elACs+LADl8Ah/wAkpgAuGJASIgBWsg4Do3v/JuEQr/0uyOOApbgAAIUPInIAD0Ksi4kA7O6ucfsQ+QUOEDQQhHbg1XlbUFEe1X/O4Vvxy1EDUQT9YfHPDSDL/nmQ/uIAoxTNDW2gND8AIkUAIvUAEDoAArkAT/xRA3YHQEEWVuAM5dEOEEsQVjUMwE0AAlIMgRUAFDKdSQQA4hTejSHCD/QAJsfDoRcuTMhgkxBIlTPdZw36oxPAgLwQUGbxAxXhCeoAy2YMMyIASuZQPPywKm0MPSvA/ucAxq4ANL8Ab74whK0AIbAAIrUAIQoAAukAUZCr4ECRE7kNkHEWVRFmgH0fegmQxy0AIlsAEXsAAE4J6eQA+xp/oEMa0jggi1/yAWz2YQgukN5LAawqALSDwMO7IO+FAP5PAMm/AGF3awByGCQBgHhqj8RNcD6CsDKqiZ/wCLAIEvHTly6dKxo5evXi0bK/6VABExRpJ/FbEoqZixYo+MNnZw1BhSpEg7WSoEALGlYouKJRgIqMhikLt8//SN1HiK5RWNbtxU5MatVqt/fnAeHdkuY72K+/7lozdO5BqRr6KZM0dNywsO/yr8E9Jki40SJ/5tEtnP3z979Nylw3cz4z58hkiUMJHhXwYeWZIoMaJESRMhPzT2+HEj8UekFdOExKKxCpwsGBRgKPHPhuYXL1asKHEhggxv+fo1rvjD57+fO/5hWYNonP+5cdGI/XuFtNa6phXj8R4JPGM+d9yGhcSE6V80bub+laOWEQKDDSdsCAF74oSPKPRC9ttnz907fOD5acQ3roWJfxj+mSBC5R9FIBWRZESc0fWPzY1/unmjIi0yiqwiQbIAYYIMXrjhH8PciGYcbqLZxAsfRHFHH6cqUuu0isDx4R9PLOJqIxvW4KYcqUaKprEVQ3JFl24qcqcifP6pZ5tgjqsounF+REeqTnr4AAEC/qEuM9aWuMIbem6cS5+45HLqNNPwaWUHE7bMIAUiQjpCpB9A0uyHjxirKA6R3ChQCzcGtKgijMxIgr0VXoihogDngmqaWKZJxzuR9NkkxAL/Ofqqgg9KeEELHrnRiJsZM3oxJGNGMsaVGdfZ5hJyKqqHGl0ycqabcWZMpqIqlITpnxNWEOKTitKpKSN/TqOHSpuc2iefdfCoAIQ8RaiBCvk0Ciyk/P7pYYcbdnCNzIoI+UeOnkTC6B8psv3HjBpqeA+EFa5wbh8NO/yHHoNwOuaK+yo6wYQNMmrgnx0ASYYaaCo6dcZgMoIStYqMQQWacv5RqqLz7tHIGV5mHIcXVipCoCJFX1ACkIyqqTUj8HiV8smK8mHnEh1WAOEfF2qID1mcDEtNJB4qcgMQazV6TCM4Q0qCoizguAMGEdh7QY51eu31n/P+6UcuWyvSh5w3/3j6ZwX2vFLgSAxegOKfiZ/7R9+K1MnonpraEWffQwKp6JB/SnHlbY0O1ojhbrrZNzp0yulGEPaoe+HdTwhJYxGmbDWXHre8wcWLEGQ4CJwWIHjhHyN4eMKMYwXGCSRADKnWZo3CwBaJ+5AAzPL5svjDDBdUxvOfT+LJR0ONltZww6a24QMQLZSI4TOvKjIgI19W9DGkhNWZ9O02NDok7n+MKeVSaTKCZ6S7pWrHFyBW6CrAOOJY44oo0tGon3iO6YKFEEiIYIFWQ6ggAgVKiGHmMqCAwoh/juAW50Liv5AQ4masGQm3kGCEHhCwIlTAAXtqYIIK7IAMzvmHU2r3lP9e6cM0GdHHM5BQhX+o6R95qggE/jGzSTnjH3eriDz+oY5ynKMc4hjJ8yrCtorsKyTwyF72qIGHVUTDGalqRzniQEAp6OcI3FgaP9bBiq5kRAAAwCIA/gEAASAgZezZ3LaksEDLYQR17zqjnN6FE0Sk6ShKoBpOqkCRirxuZioERDxuxAgkRGEJUVCDLFpxiWrgYy0Z/EUU/hGK+TThBuxJ2T+k4hxZ/UM4/7jHPCpyDpHosCJtKIVI4KHJkKxjFf+4jyG4Z4sTYqwiY4yGU/xRDz98AAIFCEAu/yEAXhpAAARAAATwtwMiJGFmDiThtpQghWSZbjD/aAIWmpARM/7/7x/UElhkAsiRAM6nInAohF9Q9g8gqKl4vNTiPxBgAATsYBz5OOQ4+BBAq4XEFjqo3D9kqJF5MKwiOLzFLQIRSo0QtCKkHA4ml/OGd7VADuhgxzhmwYYkxKETr/DEOM7Dj22wBAIY+OgEKgABCCiKBCt4lWsciExtJRMj2/qHYI4yzWxp7JqhQw3q/qdTZDXxm2w44Q5i8AIQFO8fAWiVLgPQnhhQ4zz9GEeYtmWEPB1BEOVgxz9ewIC7HAWhRwnoD//x1X9wQ2NCYEl1XpFVjbByHE7h6MnyF4MYGCEwbGDDFrTABi1IgYQYmVlMM1IFODWxiS/16VHc1RibYium//fpJir/UQUlaIGwMTWCT0sAAQX8o7Mq/McB/qFCFUZBKfsQxkiogQ57VYAB7yFBRehWkXuMcpQauYU0boGTc5AyiP+oxRsKU5ELfOUf4AibmpSACGucZx/bkMQsZjHYWVAjGbkRxEiSldnJiiSxyxTJnjTCE26pyWbWAt1R7tODdw1Gma+ZZkYSC9MeAOEGdM0Te9hD1xLoQCr7WMcx/tEJrRK4IvMSSb5EQrYZCnAe8sjev2DmqszMqwVArUh9CBEPpUnFD2yYYxXwkJthYDMjZ6jCX/uX2AERNplVkEJiC/QTPTUmvRk5oHozotMChYRJVLtCZAqECGwCIg1OIP+hRsyxFu90QgcZAUdmjvTaRbHkH60wx/JCIg5ONsafGTELCbTDla+A4AScAAchAChgpzxDCg15wQ86EZRKiqQMO2NpRixr2CQLkGZGsZYcTHzjkDxTsnES2BLe9QOY7SkadRbELGxBjE/9wxy5aSI1VLJLYLbkHwg2ilIYvOXGaNIXVdhBZvrDlYpx4AMf+AcmfvABG3ADH+Zo1z90IIVXUIMbtmgjAkeC4ldOdmcakUJf4UTjxuQsI4agFqFHEs0z3qfHftYIzEaEGzVUZAc/GBE+8qEMjrABESfo7FKPpBEZVIQq2cO2Pl/YBx7YwMpgJkAFsOCJYSgjGk3wAHD/zdEKH8jgCp/gBji4Eex/pMEoR0lxn/Xs4gI9xtkCcwPoctyY+CKhiWscCU+otoQmLMFBOOECKbhhjVq4wTCVO8bhmFWRF5CAAUsNiZVb0IfmaWTUY+XkV7u8gv4INsyx5MdG48GIFlxhEQ4ahDXGAY5aqIkqASI0jdeAYapw7tohYcRINo4aqkWG2pF5gxu68I+1FwjITbiCokPChZAYohlYAbMXuEGOJnK4IuyAlBa7oiSN3GHBmpyHJn8+VnhILzM/kKYQHKKD5ooEUoZJeXOEsoa1i0Q5OFmDCeMN9tHXOCRlj8yx/0F3ntA9I0sweUam6fqMXIEUGfEE1QT1/7R/xMMsFUGhkjjAg0jgMCPzWPwMfw6GioCgBDb4gRBkQIIXeEN3GflUiCpiDXBg4/MaMQohMMFw1PThH4DAMOcwYYj1l97P4j39ayrShJJrJPYasUY6vLEJlmCDHcz4h4ABj3+QAQoYiUgaK9TgJH96HQjois2IJhmoPJFYAjXwgSXgAkPwBma4hKMwMJGwqcYykNL7PvcLCTZhDSxgtmqBP0TzMwH7lCVggX9ghCaQgdvzEKb5BxY4Af74vYooABCQBlJisOTTCGnIANF6iCboPHK4vozIhgskg004Bm9QBkNoQQEChE4ghEoAhOy6FhOsFhtzvyysiM4bCQw8Q/81WARrOAZl+IQf8IEf4AASqDONSIduA6CKeK2lkh7OuQdX6ID2gK9/WAKOOYpBGIRccI5joAMBeriMAAQTy4gPbAxC2LajcANKFMOQeMTGoIMuoAPaW73xyohmYAae0A5HOKT0+Qc6iIL4+ocC8KyMUIcugzeRSLxDEIED6Kw2kgNwCBiRcAdyWAcOOwY54ANDWMaMGwlOzAhMsMSQ8IMVNEFpGz1sHL37E4kRsYZNcIMr0MaKkBpFapbGGLV56LKKKAUUeIATAph6sIcntAlBMYda0IhBiLdIvKZPwIRPkBVoDAm0QAprFCAzHIlPBMWMUAPXo70bAx1uWAd2IIf/StEID6IHcBgE1witd9wkn8seI8yBFOgA17gHejAHb8gGcnCapWAHawi7iqADP3gDPnC/TASuTxgRfsSJV5AVnKw7ATIEhfQzbeyCAAnFinDIiiA0fRSwhBoJv7MGjoQBHVIHHBKHn/u5cpCGQ2iDNngE1jIHa0gtYCCHpXkKeuAGWYg3EUQNnzxBnCAFT8BHnRTDp3tEohQJffwHpHw2nHgDNDwKhUQLDAoJAGQG5Cq8fwiE69EIHPo5F+Kk3ZIGaSgHhgkHUrgEtIgFd0AXbyCK0fs8bMLJTyCF3KgInRxH3GNLUpjL0ORHgxSgsStDv8Q23fGGiohJd7iRgzE+/8d0TJGoTHYcm6e4ETr4o38YBG9gCqeQBUPYhJiMt074Pk/QyW0jBbasCKAcCVm4vYr4zoqwqa/rRI0AnadrDFKsCDXovNUUu/ginQCUt3NwBbYRB2m4lH+4HmMIzuuJBLfRCHcgBRvgQSRYAj7whnRYh2rQTaTgRGmzTtkZkVcIz4pgy0w0BDlAz6PYtg6sCKMgz4zYhA3FCZvUiKcbR71UylJcu6OUyX8AnfTatk3YhFj4hwSNGVexgStokS/7B1DSz4GpCPycniD9BzRIQBwhhz1ogQ0IgX+YQ0PEhYrgS5FgP8/DRp00zX8IT3y80Hz8h6cjUZFohW0rQYEZU/+cuLExTVOk0Ev31IjfMy604DB0gAdxEIN/2BdU+Ie4yU923JdyOITZIgdhWIJ5oYATaLcWkAmC5IMVTC9slM5Yq4hWQM2MuD229M4RWc1Y0M6MYMvQDAmEPIvSW1M41Qj23BNDYASCxAl8nCazCA0K2IB5eQbDrIhEEIdy4IWCyQho+EO8sQRXgLB/2AYfmMF/uIASaLclWIRPPYobw4RJHbDt/ARotdBsLdUqDVPOAco3CFEaxLY2HVVS1ZNHhE7uvLLt7AVZOQEWMK55kQE1aJEZmpFuqId66AZnOJiCKQdf+Bo9rQjWChUZ2IALgJcW8AG6w0fR+0vkqAhXzQj/u8THkUCGY9BOV10EvhSFjLjYivhYUfXQkKDNxhiE9JLYkQAQOTBXMSSBC7gABlgAErgPdJChfYGHpKsHcyiHvdkbbtiGdcgHfpAKVjgYdICGPHiBD9gAGfACk7MGmqkIOQi/kfCEpxvZDvxUbNWIp5zSUlXORSDIjg0JZPjaowiQjSNX84zY7azQMPQzOQAddV1XKiXAjIiAE0ACX5ghdPAFTaiJtcCHdXCHdVBQmvAQcPCFZDiYcoAGXniEI1iBNyCGY1g5Qei6EhqJkcWJTKxYfESG5WDQjJhSUkCLQUjZf7BRkUhdkYhJQxjHNvUEUWgFslVZg+w2c6VWkcBH/2tgSy5gCQp4AaDqBrKZmI7pB3x4h38gj33oh37wlYrVp3KIG0uoA9wYh4k8DjbI3NGL0H9gy4oVMAa1htEFz4zg1k2w3ZDwhNadWvPcXfcVCbLlXBgVCTTsvC5wUZwITVKoBS+tiHBYPRIggR7oA0v4B3RgLUFAh33gh6ZhC3ewh9PQh2LEx3xZrX/whUs5hDLIg2GIh3Y4U4fFVE+Yy2fbBEPYttCUXo3Ahn+4hor4WveV2GNAhqFojBzDRkKb0X/oWPmF25FgPY2Q2+6sBWxNB6m4jyQogz49h24wv1dI0BphGn2w4rYgB2YwhDhQMBjyhUMwgyaugnIwBzcgYf/UMNOQkIUjDonyHQlSEAUaPQpa0Ij2LcibUlNGGFPTBeJX1IiWrYg4otoDeltt5Y0qmBkimALD8wXzW4M3mNJcsQl9aIt0uIaqY4NRoIZu4FtxcJspmAIigAJWoIb0Q4pNMGEuFdWQaAVN3b5/qAZsMF+N6GPwBV+67TyWLVm2vVpMlVhuVVMTVNdXkAWpSIauyYF/yBwN7gMj+AEkkIV0sAeoeYd3IIdroIU3IARE4IRJ6YaDeYJ/uAMwMANNaOQzDomnEwW6PGEVFpiofWMRRYrwvLFJXcHdZcqMWIRtm92QAGaa+efSo9vlCBsiYBlFPgS+ZQXJRYJqoGJKfof/dNCGXRCFIOuE6ToVxw1nM0ADNBCDO0gGTTCh+Ozc2xto1MgFZMiF0h3bUxaRjKjfTsxEfRyEtc0IgYw3HpmbWcABF4CBHCgCV4AGvKkCHbiCa0CfiqhmcpjoPRDP6hoHvqkIUAZl+fCFWYCDxuDnTe1GGUWKlc4Isu3YOC7PZ+TQtkXfkeBJHCsKlNMInK6I40iGMujpfwiCIPiDffEFN/ACL9gFaZ7mf2DqiaYFUngDoxgGalDsSAhnK3iCPC0DVOBbzY3n22sFUihT+6VBziWKXMiI26iIlBYJG5VYbRTIOEIKfEZVMC3rjGhhgp6FLCCCIKgIHJgCS/CFYeCD/yXwglTQBnu4ieX9B22AhT3ABU8AHTUYhNuABid4guc2A1Qw5+lCihExYU/wTmz72qfUiOzWiJGNUY4L10z00NW227Sm5XwOL12OS5FAzBZJhmAQBDMA5ScoAiIwA1YYhkHwgT1IBXIAbnt4B22oCAKHBNgbBC/YhHSoB6nIUzGIbl/ohk84gmSTS1DNToIEnZjWVpE42x9ubdSQXWzjcAGillVmUAGzLlZoHTCYgieIj0rwBDrwAv/Whne4CXuotH9YBkX8By8AhXWwh1urhEeIhDu4A8nuhk5wjcTqxlLNTtONt0/9ztUNL4EZkSuAu2s76ZGwS5wIaPC9wz++X/813r5jsIZ6TQZfiAT6VuYi8GBDUIMa34V3AG6lZmqQjWFYIAd8sId6WAddWAVUQAVSPi5AmDBZDAlRcE1NHZH2M+8ot/LTXRPBnClpenJM1OqXPooNvYRMvFRIxIlqaJHjANg2p28qKANA2ARa2IVduPEr3j2DIIh0II9/cIcaoQZn0Je7CZLEagKQE8qjINvbi4X1DdOaLr3BUHSzRoovd1BWLuTGyMIWfspkYHH6NgMz6INO2ARm8IZwIAc7p2TmXerhlmZ8cAt6yFepWIeehShbiBYkqD+c4FpsHFNXjQVSsPK6S1mSFglsaoLIelhx7cQS/N6gFKBa4G4B+4X/fAHYO6iDPtCETogGBv0GbbB1Sh4PgiCHb0gHDaGHd6gHfLiRdchXeaiHeBgHLZgwAfLuxrBdZN8ESEANgB8JYa/ugG8MExUY2CVzgfHfkMDHFNl1Vih0UxmHbQh3kB9yay4IctcHdeFNcfMns5EHcAAEJBgTyGC7kMjU1z5l9VXdRdfYo6CKcEXjAvK8m86IAPmJDceJ0h69Qn4FZeDZsrqbbmgHDjPccceHXqEH4DaXdEkHdyj5fFB8hsmHeKAGLFgj04GmkZjb78xOTyCKtSV7V71s1sYJtefJGZODFdRJnLZuPJZJP1BR8t5OjaCDMBcgS72KdtindqgHs8kH/3yQx7jIh31IGnUv3AAUN0yqFWp4qWA/HZJDik8lCu2MabRg9FhQX4JszRAf+NFzBE/4vNU+zUxchEsYU/jrNj9jy08gBnMoeYZhfMXXfcS3EZOvh1xHH5PPhy9jh0gM9mlqdjMHbS9d5ZEACFH/Bv4TJYvUP1kEF/5zsxDLGogMJyppgqTJREITF3b65ImQp40i/7UaiOlfSIIa6TDEcgXLSIULFYb8NfAewXw4/9Wr5y4ez3/x6tGL545nvXv5/vGDNyzNQCwY/12ZupDlQFm1js2sRTAlQYSbBooqiVCkHzkEtTj8B3PkwCZKKmKpS9DQSI3/Pg00hBfuV4YnJ//K+Qs4IUOtr0K2Wofv39KB8HoS/Ck03rrM9XjubMdQy0DQC+W8uQvYU0mGYwduinU27L9FDNtujEObYUWMVf9Z/UfIjV6CnU4GPzzR0CVDmy55MgR2IB2sxgkKe0UyJLeF9dq1WwdvXbzu/9q5yzxw3XjJ1Fo5Gqj2MF5SMkWmFikw68CQz/k4vH14rlxyEXTFdJ9gUtx0BDHC0CUTSWfaYR4NFE08+NyzWT3fZdYOUJ5NBA9kOL1SSy18EfTecQTVJ9J8BA1CkECrpYgXHwkSlEWASlA1UVtyBOeJiQshmGCDEP4zyINHGldLSZgYgskw8dzzmIX1hLcOh0KZ9w//ekItZJ1XhA204HTWqAjYJvexhtJAsin5z4FwygmYgAkOOV1KnoAFlmHTyZgYKc+ts9k/UxZajzyEAgUUQUk99g83YBLEFyI2EqTMRn2qNhObGw1GUier8CXJP4BMhJFFvW2EiEamkmrpXnoaOdEiL7q4iHL/jEXmmflZt9FOSQ1E6E0WarfNKl7VMsyIE+XpSaCvwbpQSWDJAi1YmPCa2qedEGTqQEpUES5vUkklBUxsDESIIHfOepibCcr2Z34DyQdXPY8ySpCxNxE7UHb/NGvLK3zx5UknrfBVS6ALhclQLsaJsgkpMpISS0omfkrSQKl56xtcTYj2jxQTIRKH/6WDPWtivIANsgi9sNnbIkpdAkZoT/VEVug4JYXplXXWfVLtrxspJFMtyIS54kRlGSTfQWY93HHRHw8E7kIl24h1goYtNi1cDYdUtEg4ezkRUIYS1DPTAn9i3UnVLnQWzQRFHPNGqyEkytR6ohZ0wh8PJ1JdTWhN0LgDoQw2Q23/U9pIWL1sa70oaXXQwzWePd2/A5lD0q8F/9OJ6CM9p9BruKw50iar0YRfQq3UDedwVtM+ERY6Zs34Qs/B6sVCtbYsM2IDUT7QUOf98zk5n3M5LENsfx3kQL965fs/0dZ7VsRqsn4fQgqpnpAs85G9ECa2E2S4XBetRdAWsG4Ml//mC6khkvCATa3dvv+QM846yCGSR8EJSCWxTkm8Rb3VzU1N85kdQyaWEFJ4r3wDEQZBHsYX9TFEChipiO42woaRjWQ4Hnkb9v7Bq8jdbyLHI0iL6jYod/jkeeQI4HmOEpRCea4VPtwLXCS0kCLpSldnkY+0RNK6JMLQggQpWsFesQrA5I43OkLCQA43kDWQUDCx8kgKO7UQyL3hDXRoIf4IMhZoleRaEyFPO3yCmfPccICQ8UxqNoiJg73iY+fbCBONZ5/s3WsgtRjfSH51EquRbiFVYJ/uQiiSKnQxMCbK2ECCtMIT/SNJw2taQbLHNOetQ4elXBsOj0IonUBmX2D/GdxJTrJA02WPLAQZXrzG8poYOqx6IbEaXzaWuPUNBItZlCRgOgGkjQgxRQvyyy2NV6vg9U4UnsBbekqpyn/okCD9I2A7LvFDk8BpMOmbH2BUFyNRvHAhAvHeRBRCjNCVpBWY8JgjrbgQJQzBmANJXBXWADaVKVNO6GzTC+O1iE9OpEYN2onyuEkeLiVvIAQ8zyXuqbDRnTOWB83bP5DxD1zEoiCbgARBkhSbIk7wTD4T2AHnVL2NXFEIQvgHEvr5jyEYIYv/0EJAtaAuwXzihHHioEkY8REFbcqWbZLgJtpJEM2hpx42kyg3z7avzezkqkGK5eBul6BYxGilnVQD/0ts9aKJxaikCUFNkIo2To4ORgpaUNVGjDBMoI5klgPxQ4I2CUEGLqR+/xjHzp43EB36xEpewpDnqtcKsiFsdLASqSrI+qazckGQsaHcxGIho6LV4mv2bJLVQDMuvBIkhFUQ10BG+I+h+qYjTIWVc9iEkIhFEJsTIcMweuIZ5q3DHFflZg0dhRNz3PNtQWrFKqRIkPRNJ2JuZYgauHDGW75INsMLY8dEYlct/qMHOJWk7ii5kMUtJJjw2QhISOEVWfB2pIQVSY3IEN4aEgQ9zhuIZxiFj3wNZBwkeZvABuKtPVrWRiIdyHXtd6TjSTW8T5wIUgniTyzqKDck++dGAP+BiMG4iyCANd0fYeM9TW3EHOJZSB0rA9me4AQf1AAdEFEiKrj18aMi4YpT4fUyll74FUHz3TmzqAUpkDdcWNSCEu6qOykMc1olzuREzJSVkOCNEH9Kg36ng57+DYsY5VRR0DDRx1aQzsf/yAUyjrGMgYi0rAz9LENeuFHUeFGs/0icVfzZ2gD9s5KAcYMbTvwPP7B4OoHciGGzeVztTAQn9fgFH56EZYTtWTiAifM/mEGQko6lwm3K1ETQucfgjKtkSngLbgQNYsa5IQ6KNrFIovEPXbf0KoC5ghS28Tyb2cwdE7XojK1z61fkUVQckWkrQqI6rsyZzu6EywsbnaD/KsDEg66eSD/nEhreOYRrAt1ImIAcmDz7ZyFXoAZ3FBvReJB5IfFIDRF9qbC2SYjZBAHyNf6BjQhuRDqfLJK7inTQcQ0TCUoQNDJ1VOUtHoZrC7n1hf+h7mttYpp0MAzkWrLrLpln0sc+lKFSw2iGgIW0k5qaSI9RjX944x/VhhdDIg2Yg5L34Q4fSZPhYnGK16ZxMOzUNAcSclyLJDPrAOBxiYUhfLQjjM/5VDD+COqBzBkbASfeQFCKUlBs9uLJpO5GtChuWct6I+ceCFSuFgdTreEMaQjquDHsCbkeBkULgcow0NENZ3SjHE+fNHgYgg92wMoWKnoYItWtcQhT/7OpE8H4pBIMmFbrE72CpqR6NwLr3QVdJIuJNjXv/JArkOEKnXBGHaCAinWUYxyGN7CBswrZf+BjHfmmzxNrEYz9pTOUcFmEmnQuGAO6nSAwgfUVz0uuf/T0HyEsw09nk4YwQEVrUjBCk0VzYh8Pb+kESUMXFiKIOjihDgB8HgCNu1iRxF0k8wvdQkSq/4F44xrXOMaDZVYtwYUhmF9fcYxxvNrDdVjb9VR6nUH8tARMzEWHSUESVIFe/ZmnVI7qiQSBLEQZlAERfEHhPR2XvB/0NAo+oMNI3NpkJcZCcAUyzNxAXEPN3VzxDJKdiNFEvB1DYAQSGIEQ8JO4LUT1Ef+EbE2EFAThQBgB+IHf4dAWOYmESoEMQ1wBsAmUE+CAE0BD7R1eOfwXvxCEGI7EvhkHDn7d0anRQqSJb02LD1LETYmEEhwh4Vhf7hzBRExcqsEKitQFTGgBFBBBEDgBKpRD7dWegRXX5vAEPpjDJSjfVwwNFAGGDarhzBCcZomEHLRbxU2EaEyFMekh46CLcQCCIGDNqzQEQaSfjRCIFEDBP+TAP9zBONziOJBDORwWenjIQkzaRuwd09RC3dBg/lFeQqiJjLxhMBrHGgjUyIgiTo2EHdLUT30fQeghKZbKusAFFhigjRBiLXrhLe4iYDAeQwyJX/3D1FyDsNVczVn/2wCKAqm900iMHu+I3EjwgHm1FuJ0kBFKUkApmJuxYoL4HfURwT8EwRO4gu3lnvMwyr98jrYZx4MRRMDFY0gdAyJNRElF2KG1l428XfQNRA/8wD/sAD8ShBPKYvbt0zFRGZONSxzmI0NgBSwORA7kAA48QjfgIkNkCfIsj+P8Hlw8g0jMWZyNz1nAk+gZh8HY5EDwAD/ywBG61g+WjGhUAZNpgUABVkEWXErxyN9JwRbiAE8+ATni3vMABWMR5brJ1IURH0MYo6jBIJE92o7AhSfUQl9ORxiESxP04z+gZHmZF2EeE9ApgRToyPcZ2hSxWT5GmkDhwD/MgAvgQCRA/0M3bMM4CJtxkRxBkMNJGNl0sZzAzIfkjcT41FcFwUgHPs5EVEsSYQ17fVjuGBNhViVFTJyhGYfjBNZYEoRCWuY/4MAT8EI5UEM3BAx6lNxRjMMlXAKCgcz8oAZdbsTMXWRYiFaQHcYHshyJ0OXQZZHh6IhhltdC8EATukXpEQS6hJ7pDc2i2WT9GIFlBgFmusBm3hhDPKcOCZAv9Y6vkEKKaafR2Aun5KA+MhM7GhJ4wSes6eZO/YM2tpYWVVJNbsQUdQxfYB5guEm+QQ4RoCUM/EMKpEARsAI0EMQuCpBo/kOR+Jt+ZNK1tJGNHMQAMk54UstADIMh8cUmKWGdsP9kD1SfA0pl45gIiG7EkGrKGuDniRIEDkyBJvDCjY2D/OXQYTXIC1YODClLK+yPzC0EM6hb6yjofcHKMg3DsrDjHwnUudnV9Pkj9WGoklILeN3mV2DSP9AIQ+RACqDoQLhAEVABKnRDgZHcoBiHgfqMLMjOYczHO8kCNg3WP6QBTLSFibyCm8IFHowEEoyqEvTAEIRLq3FbC+bpSMyPX2GCIDhBDpzoCBBEiooALfoCNeTeedRDGU7EwSSEdWDq3LTCaoCkcfQogaIbXIwLY3YYA2YRH0plR5zWQlTkRKxChM6qCgxEB2RAB9TqQDxBHawCIvaX8/hBkyIGsS6oSYX/Res4pfEdxvkAqeb1oLRGBU6Zl6DRKas2E0OU50CMGEMMx2BMApz0ARRYZgrUqgX8QwcMhAakQBAQgRiggjMYXuJlan2e2pfMjEzQ4EXGmUi9hihYk9Ow1XwEJ9x17EwxRLN8wmucm2g0ZriUJDIZJKxw6mkORIP0SaN9SqV0wsdggqkAAqkQQQ64wD+MgMNOBBhYwR0kApZ2A5YsGp/ODbY8KEFUAwCGFFy0gkAgEWIghLQsglEyRKfCLAoRxNtxZc6GiylKZagKTOnYCCxl60SIINMShAhowD8A7j+gAArQohiIQR2gwi+MAwtmrYwWKwQBGcnCyGqkqSccBOrc/1cHulxGgCLc6sgR+JMHfRjj4OPoLFjKhNVEsAJDYN8sMm0HaIAESMBA0O4/nCgTTMETlEElUEM5vIJDXNm8hmyZTu5G2CMppAYbGUeT2sKbAsaG7g6rqoQVgmlKGMLQbYwgjA4rdO9C1IFCwoAKjEDELoTg/oMKqMAUDIQm6OossIGi6RyXIai6SV5qiK3sYK6OBoo1HQaIfurdSiFuTKP0+dS3sEr1usd0OO51oN5BYYLRHhTrLsQT0GK3dsDDMsQIdOsIFAH7/kMyeAttIOQAMlGZDsTMGWOlpgm0oE7dYKpehNU6/of06Yjpjlil2EjinIEAb0TbEIK3IAK4rP+igk1wLT4BDNRqCkSs7T7AQpTvP5jBP1SCL3iLD2aaSPiO1wKGG7URTcgEY7jRmviOQzAYD4IXuIDGkulIE0yF4ZDMW2iERsSBITBwVExrXzTO1wjJQgAC0W4EK3SC9/7DE0zE7C5EBt8uGCxEJUAjXDzQw3DFMUxy2MxNVhCjElnK3oWEHV8jMTkf44wLX4lEn/zNaZ4EIBxIiQXyQDzC7Q7qQCTyQsxuB7jAFKDBHbRvH5zBq8EFJmtFR2pcNeiauvHaRISJ2cYlKR/GRhXdP8Sht03F3CYIk70aHm+Eaa6IXgAxIHTzQEzwFK3CBGvCE8wADKCAt84yQYQrDKz/byS0LytcM2zkwuX8W9cuhMjaVwYdTSAxTWzOie+cGx4MlePmzgTiY3n6h7hE2UKQkNUYmawUrEZ0wvaeLiO9wgRXghigL0HU6gM8QAL8wwPY7kAEQS3+gzMkA8m8Z0rUQi649I/ZM3cSBC54RSExxFkwI8ulhCzIaRwK7EP0hic262GMzRNhz8YQ7R/f6z/UAS1CcfmStAVs8JSedBaZbu84UQzSoK4RM3CKzeWmRCsgRESHWDfWS0ioCxs849V0AlBL6Ej0x0QkgfXtbamg4iSKDhor0F7YzgRHwj/QgK3+w+yGNGEPBCwPxB38QzekgRPQknxFrjVEQwpPHkEg/wOcPTJJ4Gj2zEer9OFJeELaXk2CxC1BIBpMUlldiwQqBoeBvEsQ7QVG/0MkrG9iR6wsMwQNFLJyngHpjoR8eAWQmYk1zBxxD4SZGOPWWfJsrmFBhiXIDEelDHVUhFBb/OZLHsadaFqpnFg3Gy3MzsI/GHEhN6y3WgBJL4S4FvJACAKTuYXSJShDiJquGeNGrKYYOwvHQEseu+23JIggbAzGLV0TGHRoOMTIdBG3DRPDxRbz9jHWeIt4T8RGDy6K1urspjdi1yoYVDh8cjFBaFlXT4Q3CJsxVgN3nsVSTYReCgZ0swBH3eNAkACM/wON24hMomri9DAh+MFoR3hKnP8P69KiEsOyBBj2SCM2xeruYvfBbz8zsILFZP+DcROEsAkbPu9cc0+H1eRbTbYAQ9T4SJCAw4k5fBP1alvfxL31t5gK2mWQdbBCHVj4CKDACEgASIv0RAyqcf5DHhgHnw2EzHX1zGH5RmiZ0fX3X+jH6zDEuYHLQfl2mIvEUJNA88GFTEJBNbJ2XvjZiPxKMATDHfStcXRrDpi0JmQNVmPZmAp6qEkeokulpGr5dLQApHeCmW8ECcwFCZABCUgBC6x61rxWmqOFy/4Vac/JZJEIQfhCGcwAxDatExsyQcAADBCBGfiCLwhUT73n0CQv2OJzcfPfPeNlhI6pTLRrGzL/RN3+g5h7iw5gK0ywABI8XwgYB0AxhBHA1mwozp9fzYg1kiFthAvgtgU8wARMe+0yBAwEgRR/+GnM+kKMOz4bOiBNr6ZgQZWtwW0CsUiAxltggRRcgSRRN8TH9cVl7fbWjoXtj2XidnobdtOiKAzkgEI6+T+9J6trxUXaN0YKnH3PtNyADWBZ3HvKtYJ9xgAXOMkTnUicmxLQNV3f6US89afwxYiYmcYNgy/MIiwf/EAowD9MgIYPxPregRFPh3CXu0ZmmX6zSYQOfDMTxOLgxV80JrpoEZvHRVx0W9Mr6+bFrRFoQSWhjDdzI8wyRDQEAxWcqAgQxAMcgMwzRBCsrK8ZaIIm5IEURG9iyAIxSPJChAM3iP4/hMNCfN0zrKaFVaRWcAuqEZPO36MHiXyBM2bbTSGOP7mcmp7jEUQ0KIOZdD0i/8MBhD1DRGwOePA3c2yrdkx2ikTNXUOsgyn1x3aGAaS+Jki32UWBG5OwUwSmw8S5retABMPERwOvlcGJdusEyLxhP2wG0+L6Yp/mS7qN2Lfo15zpx4SzMI1CDANAHPs3kGBBgn4MBgQAOw==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7Z15sGXHWdh/fZa7vjdv3uybNDMaaSRjyVpsIy+xiS27wAFjoFIm5RBIUgQSilTFWVxJZSlcyV8pKhDKSUjFoSgIpEKBkxBIiA0GGyNvspAtS7Ita/VIo9Hsb7n33XvO6c4f5/Q53X363O3dkSrg79V5957eu7+1v16uUErxbfjzC8Gr3YBvw6sLEQDPfN/PKSH+Xk4PxSMCQIAIi6QhCFHEi+IJ8w+KNLV4TV+iKI8qTug0bryRxoxv+hQ44KZx45TRVgNKSWiksRM4n+arG+f7VFh5lbTjlZPGipdGnDTamhVJMk98VpRTxClZlJM/Qqmf5/TvfDAAuLYx7gmrkUaDlGzojG6Y8amcMjDyNnbYjKd6r5Xjhun22ePamM7qQ9FW87HyTyvHfG1K52uzzjvLWPiQb7bVGXtfP3U5Dl4Eimsb4x4ULHrp6mgPoc6gH5MI9GdGrVNKU5w0KnUo1uqoEefruEVw5kBgp7XKlwYydbI5iGiWtOVXsx9uOrONnj6U/fMhX1X98CLfHBvdX187M7tcZeTXZYQFzilUQJbJoKIsM0OQZ9BSUYjiPajiywYFICQgQAkQ5kAU4bp4U/pqZJkiWRVlC7M9wsloimrzu6raUAPl1wxOkuYIN3IacZpRPsQ76WsS1CFAK53LZAZB6PiSQFwpUuCcggDysdfIo0CeMfBK5WEasUoZyNEjqoxX3WCcARdOnKK0GZRJBLoD2l5wB9ut2yzfHNRaAxoIwy130rsZ1sT1ygj2EYSZTzrpnDwuUSinLDdcl+UlsOpdD3WUB+UUohQ5F6sAhEKU4tuUBIGRRscbBp8uo3xXhoFnSAI0Qckqv9LfhUGERZ3gJ6aqUuPdFTE1kTMjzMLx7rs5+NKJNpHn6mczXiPMUYeuurDCzU+T8yXKkgq5DaCKtkW1ihWFqFc5fiwRbKbRnxrZ+lMZxGFyt6riS4IpiABlEAJVeCkRDOmETmYi1rXcdZwpETDSToImjp9BEkzkeAfJyslrqQhpZHeQa6U1iMKdRRTflRlX2mdVvZHdcAPJBaKVUBURaMTrTgmw9b1RRk0SCOPdJSqMsgO7DCgIweQwUaURkzjfFz4NJnG5J7wmao34GpI10nz1uMg3OL1JSuh0JvKN78qNs8Yw/1ZJAGkMVsmxFJJAEwFURqCBZKUNNtMwhJoxWL4LKnVgcKoqwi0fgW63mdfojDLSlllchPuQ2mRETgIfYt18BmImcv0kxHiQbBJEWZajFoxZQQ35Zt2yqjO3AQrRoJTIh64cj6CsNMeB5mbDNgBKg03PDkqHUGXICQvZPqS546yqdJZh6TqQXGLAjregyRbwINH77n6abdWfrnTwSAZcxNTfVY1ATHHvTqWdKakW9Z4pYGXv+WwARc7tpQTQc3tt+GEYdAaFaqop1UIR7zCxsKx9ZUQo6l5p0+bQhGByvzGt1OktCeEDM3ySlJiUz+RKM34S4t00GqFOeMGlNeQ3cbJv2mgh3/bp1FWCRQBVoZXx5xplykGgi0QHwSZxkFuewrT2y+K16Df0P9j1lx9GPiudql4xghsDZkU4xqC7cW46/W8K8i3r3kQKJYdWaesE4kc+VZiHQJUZb7Q9qqIzKvGaoVRINc3T4tyVBKaRJxGak0sJIrAcRGUHTRvCbKcmDE0EprowOF8Z8cLFsykd3ApmhdkQrmqD3YR4B0FNCPa6fTUH6/IkyjcdrHG+IQHKtYEqTlkSQOnGFY0w5/oU8/+JRJDrfKUEQhON1sdC2wfaLqBojOEnKJGOE+YOvCkRNNeLojOVTdGM8klcPz1PhXAz3PfpEEHjNNAMa5jzO8hWykyv0zQg3/QHWMRU9cNSARa/mFxscl9NHZiDJVEqyNVHDVd62oZRJnaZbnyZxFEFjXpeFNlULbj6OlkiWHlrotSMcBHvhjOB47HDmuId3Z/HNKiPRklklmmTM5QSoKAiFaBMsV+6gDGMQlMSqIJGhBWnCGxqUlD6ACwqKyMBWRiJRbDJ/ZOMQAvMcMfQLFPMKwVMJmCGTxoQTxlmG3lVuGW1e+f2piMIbMPO8fs3LgZpXFsEYERo/awRrqAihqKxGuE6znTxmsRQG2t37q+njj4JlH8Esd6boCOdaaQV7n4W3zOFzNzGzDoLcJGF/a7MsOLTy+X5Zw35tSmd53sNse73iiC8SLcIwsR1qQKMRpZcrxyOMztYOYO0XhSW5e8R0TWJIKqyDMWtSUEU85CLL2+Tpqoov4DSJvHM850gpWCl36K/0rJc880In5RGNWQzmcUMcxFvhLtSYiLy3TQ4hiA2ITXl80xPjVmARp5Gvmno6Q4aPn5rWVgUdpvhKLKMPqPvGkcW4hWVNzFPFISC0SjjL//tP+H5F4e0277da9Mt/OsbIz70d+7kg3//XrLrY7shvsaV3+tf/VLAJQqHWXzfTb/+VNetHnuzPp/jx0w3wSlkOZoMI7Ccnll6X1vw7tStGKySCByVIHTHMAioIAiV1yZKd3JgqBRTtCukysjoEEQtgnCR6RxI0SaTBcE2zufdsClxyk3j5nMRjwexOkwWX51ZgMXZ0klvpDXzudND111cIr8qP98PUHRKUfj8lQQRGhKh+DQbbjl+NIJNSaJlusT2HhY1FipGlIgPsBaVVF5Pv9dhfW9Iq7UYAWRqRByHxkBOK8fsCw7RmH0wv0/6NBFThCmo5uNmHbZ4trbJTZtRNLiUq+TG/F8VOKdcC1A5QhSochHI4HprKkju8CnX7isjLh9b0wAs0phEYLp9VU5yOZjIyQlESUUcx3R7HdoLEIAQguEoIAxCkKbrdRqYxkKT1FDOf2Owa0hqIgg3zmijV6f7LPwqnWUXKLxpKHCtjwNEZuX5HF4aYltLAzD1v1KyEOFUjRZafbjbxXT/CrvAWvEziMccN2PvgBCCQAjbCJwRhM5X2hbSTeFU7EITwo0wi6hMxGCHWWld5DdN+3zI1+rAtgOUzw5wiUhpL6KjAsxEpUjyiXxVcD8UItwcCIXeSAKUxOKd8pffpRuQP0pUnVgK6L65iJ4kDXxxLsLt8r2Ir4n3KRLBQb6ykGrgwyfuTSkwIY3ZBmNDiO6g6eXTSKkQrJTeT1ayq11JORMARO4UEmVAgOXxM4uocaNhtC2m/h0wB95XaAPCwUGsp0yfcdko5o10NcTrNIVhWEO+IQFcIqIS63WbQ+c125d/lHsCldLIMqZ7Jcdq7x8gig3E1lqBIfaNHb2iJAJt3WvRoz2CRQXlWoHeN+AM5q6gkCbWlnOYjQBc8AykldeM8yHecAT59LW7GFSks719YKsDh0gs1SCxp4H5/kBV7guwXMEGFQqjUaUk0OGGkVfb4kVFDCqwcFyyfOkpFAUBGRQpNNUHVf1LIQJfUXMg3M1TK8dN4yK/2HDrmfvnYE77bM6tPIeu7tdpTQnhMxJdKWPj2poFlHrd9QJqK740/nRjRUUU5bzelgglHsszA9oA1B0XlikBlKpjeQdXJfkK5Lw2RVV/1RSXq90wV/Qa4c779I0fPuQr+7sjcUpj0DIAKcuzcE3NFazVgK7UEe0iKGwAI0578Eyj0Hd4pESu8x09FdT1FgtC1g7W3UHed2URVOPRwCpkhvcGIrAQDe4GkDzU5foGrq0h3+XwStxXBqChAoxPZYXlULqClRZTliewSGg6fcyO6nm/MolBUe76McW93uipnT4a2ea+QwMreVOWJQF0xzUiRINdN6k+B+HKnFOYyDfTutLCRTJYxi4eJBvfVekncBBscHedEOvx+g8sG6BqYM7l2stnevso4rUzqAgSZmeCYhcxFY41V7s7gi2fgNH2mk5YNsxSro3sPKRBKrgcX0O+h9N9KkJ/L6sxka/D/USimsrWbXeNzpojqPTsaXFCqfetT/J9fcr07lnuXolQQd5gYRqL2uirEC5KQijaYEoJ00DcNeT9U9YsYIY8Te9eR4+bbnbEq1q4a8zpaaGJ/Pr3Mt61A2qLR1Xb7IMhEsfiNzpQSoK8IUJ7/tyOC93QAGHNGHTHbDGfqwyNeB1afJdLcgQpqKaBs6wFTHq3CrXjlSe80R9gcnWdo03LPs812cKvjL9JRFd8BpWUsW0AnVFUIltYjqCiPKEXcxyuMAw8UVjylRGpqFYKoVoJLvb0lXgRTouWIQV8CGhaDp5Un1uG/ijEbA3pTXXbUsA+vpUjPYfqU3mJwymrRhwYRFbF12yA3ABUZRaf/9+1+PNZoi36q1U9KmeRtWNIpxHFhg/TOCzqLt5VKdJ2D5qQKoJqQrRbn0fCqaZwG8nlWE5AvImsmg4v85lOHk0cJvKlnd87M5CYKkMphwAqRxA1i7/am4PhICoWjtzpnzUrKOoznUUG05k+p/oxcar27Bq0gWla29MKbkK8L2+FDGWG+ewEq/7coq/5Aqx0ppPHQKzXuq/r+JxWHSJUxoNBAKoccIW9Li9RpbGnkajVAlhnAzVzFYZimQcqtaKzkyO9YihpSANV4H9ZNoAqypzXBmgiFIeLrShphBjIcpFgleHxEFqqwDTwnHiDm2v11VYD9Ti4BFBUnp8NLDKKkJJrLeu08v+XzEudCEpDsNzt4zv6ZSC9HFdDAsllSQGXy+bN63z3Gb9od69DHE1TPV98jduxudsj5qsZhM8DaJRfqgq7/VHVnJzKctGuXba2z1/ogsq1f3N4HCJAYB8K0dyn5/8CRJCfQyyS27BET6DWh8wpAZTzXktnEqiLSCMNud9Eb03IGdCwu5o2dGruVlhhdTvAJoLaKqKyicmUGYYruKqkWhMwXLnlql/RA6FsJ59OU54SzsidQsbY1AzvAsFCgDQMQlG2pCHjAiBlLlGsu4s8YEYLJ8Dl8EoElnFCQNwShC1BefFWKknHiiyTJKkkiiAKIWoJCEUubZVCjTPGiSJNVTXGpipwCKUU5WU6HW5KDEd6OARdLAYVjhedyPTyGUgo9/E5q4IKA0WlyjDtBKMoE5cCVCHuq7FWBhEtIrI9YOnFmTNZuLYzqlqabkdAJ0TtpDx3bpvHn9zma08NePaFES9fTtnYykgSxc5I0u0ExBGs9AMO7As5fiji9IkWt51qc+p4mwP7Y4gEckeyMzKPg1WItKeOPvHuIl2/5xJYFUf3SgKQSlQVGcae0JdDubpOW/zCIYJSZegpoQJl7AwyExr7AJSOLM8b6CnMLqEkPu0JnNcR5IYZHC+g1wsgVDz+xAa/+4eX+aPPbfCNZxOubYBUEVEcEkchYRgRBIIgEEipkFKRZYo0zUjTHZTaptOWHFqHO26JeOu9Hd5+f587b+sStANGWynjRN/vYyK1yUGUN9LCaTEgskYAxZMPjzbIFAhtExiqoLABqs1CWg8EHqGh7QJD/1s2QJ62XAXUtkdpXNwoP8DsOasPe1D7vRARw2c+e4lf/LXzfOqLA7aHMSsrHVb7q5w4HhAE+VPuTQSEdqJBaQdImRN7mkkGo4xPP5zwfx/cof/RTV53u+AH3tXnfQ+scuhIi+2NFClV4WWtkK5MYiiwWfkADCmOvRPTOB1MyZR2/zV7F0RQIF0R5B5FU/+bhFHmN2wBDeUxco0ecx9QXoBSAiXryy/zQ0FUUjtDnLiqoRXUKNnIIaC/HvHk1zf4Vx95jv/9qQFh1OPA/gMcOhQRFdwehqFFAHleo5ceIsiyjH5PsrYnI8syxuOMR58a8eAjQ37hVzf5wHs7/OQP76MdQ1Zc8yKUKpzFjt63podO3ww+iKpwUeLbXivXlqqobINis4gsx0jre4MI0MRR2QL5q6YaewqY11FRz1L9AEWBdZUyC3npzijiWNDuh/zyrz/Hz/zb8wxGPY4dPUS7HRPHMVFUIX6RXcwuMXQ6Gb1ei4P7e1y9PuaXPjbi/d+TcfxQQJrmbTPdupUa0O2uOL+MJse1hgio7gwyynGJoJzSmZtDCoEiyjhQKl/XF1rUl0gW+Xq/MncAGaLfmk5oY2UJNoCuZ+E9gXkv2y1BGCr+4Ye/xn/6jS2OHjnA4SMd4rhFHMeEYbgQ0k3QqiIIAqIoKoihTZqmZKrNfXd0OXIgZZyY7l93huAsChlDYHZV3wkWmQmUk8Hqj2G8CS1WCUo7ASdt7udXCHcXsDCKMss2KqmOiUuaETM7aAPTFokzlFuMWhznF1/8rX/8DX7rEylnTh+h02nRbreXgvgmEEIUEiWk3W7zHWe26bYTNrZ126RlK1WSwNsN73tBAPnCTGn8mwndANP6L40GZasOnUYJSudLaTQWRemVRnN6oKUIhaaQu0d+2W6ZFWQ/3ywgCKDTCfjpf/4k//0PJGdvPUSn3abVahEEvgOrNwbiOODsqSy3iyrdW30q80ZQKPvpMW+qXdo1R1ADdzpEkJdZ+PtLqy+opIZZaYMUyYnDtABEFadVxhK4v6rY0XOz5FKK/p6IX/jo8/za74y47cwRut0OcRzfMK73twP6XcnpoymjRLdfi/rCVlKevk1+BQwboFwkonQB2HN3TFwWFYvcwq+kgijWE4w9f6YdIEShEip9oOej1bExUaj/wqO1SxooCUxJZMEdTdfEuAS30gt46OGr/OuPXuXUyaP0uh2iVxj5AJkUHF1PObQ/JUk9S7+l0ZeD19Q1cKuXWcCYBuYEIKwMrhQReOwCU/yXOt6Q96ZEKKS8NfnS+DeJTOueJakApRSyPBc3TbLkcUGQT7X+5b87T6u7n7U9XaLolUc+QJIKTh5J2NPLGO7kA6pqHG/OnswQW+cr/W4SQCUcnRm5I/515toMQYfrV+34KZaAy+mfdkMaOqiUBEWaag/SMlUAlYgrG+RLU31d7Yd87Pcu8vlHQ247s2epyJ/FEinTFtx6y/ExUaCXyf3qrGbsUUtSmMLlDg9NAKIM9NkAtQmT11AwuFsZCYVA4TiICpEhrBNAWgVQng2tTrzuBkSpTqqzc5MpQAgYjyS/+j83WF/fR6sV7Qr5o3HGeJwbzkEQIoBM5q7pQCjiOCCOAoLAX0c7Vpw5kZBkxQ7BGfS9L0grQI1v8HgCmzLW+l8jjLxhyrwRpNwEkp8PrHb/iMp4EY4XsLAF9JLpckATgNmjZuh2BF96bJNHvxlx4nifIAgnpveBAMZpRpIGnD55kLvvWOXmoyF79+S93dhWXL2ueOFCynPnhrzw0habWwPCQNJuh4QFMUgpWFvJOH4wYZwor1r09Wbi0LkqQO+7cPPUpoROoFeUmXf/mERSiHeL+wqvYGWaVWqhEnW7n2pVEsDXYDcxtOKAP/zcAII+cVybKM0E40SysrrKX/3+I7z7/k3WuudQchuZJYBCBCFCtJCiy2C0yguXD/LVb8Z84Ss7fPXrV9jc2KLTCZAq4vjBlP1rCUkqvMw5OcDP0H5HkJdqyn3BZW7hEEGRzKlFlfH5LiPnCphyRqAzm3vYRK4GlrIWkNdXEoBpeXrSBQIGA8nDTyjW9vQXEv1ZJml3evzkD6/xPW98nK2tDa4NjevuUMAY1DZwGSEyTq4Jzr6lz3vfcpCnXzrEH37xCJ988ApPP7/BzUd26LRhc+AbeCPICKtwVh/DuiNIGQRQq8M2DHUBdc4vKq7ZBgXn6+Pm2gBUqjgKZnK+ngbm29NyG2B+8WuBMaWspJhnelN0LIgEL11KOH8xZKUXL1RlmgXcdzbmzXd8g43NEZmMsU5cGyMLAUjBcATD0QChnuTk2jf5ifce4D1vPcnHPnkLdxx9hCxTJZ584OPypsWg2izAW5JFCHXZ6UmWh2vicAnBpE7DDigJpNQZhX1QEsByQJn7C73mcg5RAOdfTtjeaXFgZX7iUwoyFXL66GV67R02ByH1g6C6Uvt7rvZihmMYji5yoHWBn3rfEQbDlO1h4EPnBAk53UgEY0NIvitoli7WCcGVktpTKRpyVJyYE4I9TTSIo1kvzQcKsIzACSogEFy8olCibf+Y6YwQBDAapax1tqq9lVUjqu+ljWNKBhNiRimM0kvVTMptrXdoGljTSFviG9MP4Ix1k8FUXQQtTMnpBZO+a8exjY5Xiz/aKwRCidJzZ3uT5oV8PUKVO56mpRZc35YoQtf6mbm+LEvY2BqBCAtjy0S0frdFdDNyw0p4NNRYWluqIY2jsk1nUVQGqMoyrF3O7VZWim7qmC1gKrVaHkGTVMq+LHExSCKlRMrpBp2SkCTk83XhafcMEIeCP/nTHX70+9vkU9rJhWgGnJbGHzFbA806AoPZLRVQ+km8etyBBiLRcmFqsxxqFc6XZfkBBKAcApi0FiCLfSqLrvQppVhdCfnsV1r8t9/d4sd+aC8vX87Kcqdx89Tyazkdg9afyYquqYCGPLa1L6yPeoVlO3wtEZ5v9frAT6Uz+02bQBNTOfjNo5Vlil4nJI4Wv6JGCMX+9b38zH/YYrBzlb/xQ2skqWBrmNsDk7qjJrzNEuVoGY/5bkPuCKJ564WvwJka5HEV+xI0TbMntWleUOTqbRaNkmawbw2iUA/d/C0QIqDXi9m37xAf/sVLfOqhS/zdH1nhvtd2SVLYHsj8iIKlYhbVAdPBzWoeubH8AKUNsEAlPlfxLM2aZEAuywYol7pnKG6cCg7vV+xdDdhJIFzQERlFEXv2dIjiAzz46Baf/UdbPHD/Nh/43i5vuKtDHIdsDWR+CGQBWEQ46SyBql5mWguYp0FzOc4mpDWas2sNALMTQJLCwXXJTUclTzwdEbYWQ1AQBLRabUBw07GQwbDDJz4/5OOfHXDvHQPe984W77i/y9GDce4E2pnN57GU5RGXAFwj0AezIsEqYwa/e2M6BdN/6XsGEPNJAJXlu2/uvT3liWe6KJUtvBIYBAHtdpsoioiiiG47ZjTu8fizI77wCwOOHtjggfsDfvDdXe6+vUOSCbYHHkLYBbd74+p+APOCiOYC5x4GT4HeMhqmm0tZDdblzUgAAONE8J3fMeAPHlrn4uUxC64HASCEKLeLt1otWklCpxOTrHcYDFN+/feG/OYnBvzFNwz46z/Y5Q139hjsKHZGaj5pasC0btYuiCg1QOH9aap4WdLHhEmzgiXhPi9PzV7eOAk4un/A2+5L+djvt5By3LhWPyu4hJCmKe12wupKi9FohU9+acgnv7DFe9424Kc/sIdTJ1pc25TLEfkFqNJ/42wI0RZy6bUqp3/TO72EGZq3UDEHx06tQ1E/FjClTUkK77zvEo89fZLHvzGi016GJUK51TsMQ+I4JssyWq2ETidiZ9Tld/54m08/dJ0P/rUW73/PHgY7kEwwFGd1A5npzBlRo42rimxTxYnn2TUUBS2T+ueFcRqy3t/gh96xxb59exmPs6XXEQRB/oMY3S79/gqrKz1O3bRG2DrEP/sIfOhnLyOVpNMWpQSbZ6xnwWFOAEpMeGwjqqkh5iOdZ1r6Sc8yQE9x530Go5DX3PQ87/+emFZ7hSRZPhFApR663S69Xp996z1OnzzAb3+6z0/8i8tsDTI6HWFt3PE+Dp5KQ7rpoSCAuQeoEKc1wmh4msqZls91YS4KvsGZqW4lGI8lb33N1/jA968Txj3GN4gIICeEOI7p9Xr0+z1uPbXOo0/t5ac+fIXBMKMdC397ZXX/xaxP6XGtRmi+x9Sr8w7uNMLQlD5KKX4zcBeDitHeBZ5MhiTjHd75usf48fcfpNffw3AnXbxBM4CePna6XU7dvJfHnt3LP/25a4ShKk/Qu+O/qHgtJYD3mbWsGTlq3idNQS7BFzCrxGkmgoidnS3ecvsjfPDH1jh18xG2tvNz+jcKhBC0Wi06nQ6nT67zRw/3+KXf3GBPP6j6wu7wA9MIYJccPg+314hTUNyXM6d3sT6UtNtiEfqz7RoVMRjucNuhh/jQ30z5Sw+cIZMxw+GNlQZxHNNptzl54gC//Nvw+FM7lVE47ZmCP9AEMO1ZAgFMJA5ZfwC2hzBKYDdTcKUUrUhOJcJZ7B6pQgZD6GRf5ke/+yk+9JPHee1rjrM9VAx30nJQlw1RFLG62kEF6/zK/xjSimYcWyY/UDsZtHxYFHdhABtbinESLO4RU/lG3F5HVGpoN1CIpiRrkWy8yGsOX+Tsj97KQ1+/hU88uMXXv3kJmY3pdqJdO45M0LOEY4f38OBXtvjaMyNOHm8zGi/WIT8BGGJhmTBvkXrYggAuXFZkMlh4Zw4owgB6nWLmstT+xWwNFIF4jDfd9jxvvOMkjz13ik8/NObRJy5zfWOLdixotXa5q7kAIQTdbkyq9vDph67x46fb7IwWK0tLB9AE4F6h490L+MpAuYVSwbkLkN9YuijkFzv0upI0m21P4LzlS9VmY3MHwVe581iXu99/nJeuHeahx4/y2Yev8+zzV4CUTjvapS2T7zPYu9bn4Sc2GA4lguY+eYOLQGnsVS0lgHUv55SButHEIASMEsXT56Ddyq9KWQSUgk4Mqz3I5NIOG3sgQNFmcztDbT3Fnvhpvu/+/bzrjcd59JnTfPKzAx59/GUCke5KIgghWO23eOlyh/MXUw7tb1lu4lm7Z25z8e4HmAZL4yRzX6FBVVEAL1/KePbFkO4Ce/M1SAXdjqTfVaTpjZAALgigxSiBnctXCcRF7rmpzz23nOThb5zitz5+lXMvXqbXWbxPcRyyk7Z54ULCsUMwHjvVzwIGridPAxe0Lmd+zPKM8tsdwSNfG3Ntq00rXlzeZBLWVgoCyG78bMaaYokQSZuNzYTNK49z36kv8A9+LOLu1x5lNF78wIsQIESbl68ECKH84zlrG1mUAG7wk2WKP/icpNfrLTxQAFkmOLA3ox3vzhG0K0JAoGhzfXPMivgSf+XdG5w4tk6aLk4EURRxbavYfb2rtpXLwap8Xm1Y7Qd8/pFtvvxkm1Mn27sqSyk4djAlCNQN9drNBoLhKGJf90lee8sZXrwQk+82mrMUIQiCkOFIFDhboCWKEtcznA5+hUBBqyUYDFL+42+MWF09SBguLv6VNy+7vgAADZZJREFUgiiCYwdSsuxV7ptuU3Ei4dDqBZQ6uFgZShEEAUkWomSGWsBVbo5F/adjdwFhIMisK8yawDktqBS9Tn7h5Ic/co1zl/Zx+mQ3/2WyBUEq2NOXHDuQMEpYaIdxrxcwHiuSXS5ImZCpgH5nhzQZ0Yoipo9VHYJA0GsHSLmY9zFndkMCuHphUdgeZuxbCwnDgHGiSFKQUnnKzQMCAa1Y0O0InntxxL/55U0e+cYeTp/cSxjuzoEiZcDR/SPWVxOS1P2JuylQHFv7+Gc2ueeONscOx2xuS7JlrAQrwWickiQJohctPOadtr2sO1cTXBtgMQlQsUQQ5Ibbz3xkg24b7r874vZTMYcPhKz2Q1qxQATmYdJcdw2GGU8+m/CpL474P59R7KR7OXnTXtrt3V3CqBQoAs4cHxFFimROj1lY+CH+/X9NiaMxP/LeiHe+qcfaasRwR+VXtSzSLiCO4Mlnk4XLgJxx9q4qx7s5e3k1CWDvCZy5mLK0IICtgeTitT6Xrsd88fEdWvGYvSuS/WuKfWuw2hdEBVNLCVc3FecvwvlLAeOsy/71PgdWO+X1q7sBqRQrvYBbbxqSZGJuQ6kVCp5/foyIVkhFm5//Lxv85sc3eOBNId/1xg43H4sJAsHOKJdys/GNot8NePnymN//nKTfixdSuUpBuy3Yv1eSZhJZ+y2m6SAMXM+nAjTOHWoTwLUNhQg7HD/SRakuSZrfjPWtSxlPn89vv1ZFGUJAFIW0WyHr+2Jacb5Tdll370oZcvpYytH9Q8bJ9NO5LoQhPPuCQgR99q+32LPSYnNrxK/8rwG/9Ykhd966zf2vi7jrbIujhyI67QClBGmqyPQSLPqQKcSRIAoFz58f8bP/eZvrg6PctL6YhJMqvzRq/1rKOMGa3ZQydsrw1VQAiqm7ZidtLQwCuLqhCIIuq6srSJnfd59lWfljCNL4GVj3VmzzmvXdgpSKOI6568w14jBjOJ5/U7+UiqfPBfT7fXq9FnGcEMdRvoV7nPHlJ0d8/qs7rHRHnDg05NabBadPBBw9GLK+J8x3EBcLWNsDyUuXMh55IuGPH4ZMHODEsZWFNzlkMuDE4Yy1viRN7VtDzMuim05AA9YPwBSHQ1X5GKXNBVc3BAQxcRyhVC7CTcS7XKiJwPw1jWVAJgW33Bxy64mrjJL5T/gKkSPtWxdCup24JMwoisiyjHaS0Ou2SNMu40Ry7nLCk+cSpEwIg4xOKyWO8joVMBoH7IxDwnCFfXt7rK52iaLF7h2UShGGIXecHBEGivGEvSg1hhX2V43rYjVQlc88oIzPS9dAOPfp6T3wrxRkmaTd7vP612zSa+2wk8zP/XEIFy5Lrmx0WF2rCMjdy6+ffi8tJZ2U+c++yGIqLBC0u4J9YUAUhbRaMa1WflRssf4Jjh0W3Hpii1Fa3aAyEymZvC2qaXHdCFzAOM0yxdXNkCgId+1L2A2kMuDuW2NuP3Yh5/4FvK1RKPjWi5LhuM26xxGlN2dUP+ggrcedTWlVpwloUTWXc3+He8+OWOsNGRnEPdeIC48ROOtqoA+5QkCSSK5uhETxK3d/vgvjccbhQ/t4612XCMMBSRqzkJNFKJ55URCGralpzVM+4B8fM+1uIEng9jMdXnfmXH5h5KJ1ObguZwETp4GTuFrAzkixNYiIduG63Q2kqaTd6fPA/ZJDq+cYO4bfrGQggNFY8vz5gE5nOgHU8t+gm8STJGPv3r28/Z4NutF1xmls3bHkQkkcTfc31R1B1EQXarLlryEENgeK7Z2QuPPKE0CWSRQxD7xljduP/imjsSyM0AW4P4Sr1yUXrnTo7GLNfpmQppIw7vKuN8fcdOBZRknRNzVDD5WinA8IO9hZDbSngarM3Fhy+S0IYWsA4zSi8wprgCyTpFnEu99+mDfe9hjJzhaSFvUbdWeDMICXLkm2dtocWn311JmGNJVIYt7ztv3cddMjJOMEpSLsX3Y1wX/RggLMS7mVqDmCJNL4RY253OYidwKlmXbgvDJG4HicEUQd3vfdR3n9LY+zs/0yihazyS0/hAE884JCqtbSFn8WhdE4I447vO9dR7jn5FcYDa+V/dMdrI/2hJ6rakFLGLew2p7ARX6hRcC1zfxW68V3784OSim2hxlHD+/jB969xsn1L7O1eQHE7vYOAKRS8cyLHaSKSVJJHL3yUqDs35H9/OC793Dz3kfY3roE1G2SeYlUqYJoAuo2wOS1gHpE6QNQiivXBeECd+rPA0rlhy/iVofvevNNvPONQ6LkQTaub0PQqn6GfhewNUj53nce4f4338FnvniVF1+6ShQq2q3d7+idBrLoX7vV4R1vvZl3vGFAlPwJmxsDRFBwvgPmTyE3mHv1PHiNQH1FjCNQtPPeA7oAKRUvXQoYjiTjJCMKl+fZU0qRJJJxIun1e3znfcd5++sjDq8+xfUrT7GTBoggBqWvmrc7Oj+EHFg5x+mjA15/+1kef+4MDz26zVPPXmVnsEMcCeK4+Zc9Fu+fot/v8abXH+dtr484vPpNrl9+mmEWIEQ82UE30eAvjEAnzr8fwFkLmFWTDoYZ9951nNO3n+WZb23x8sUtBoMRSknCEMJQlL+aPdE/rVThSVOFZR/Q63Y4efMeXnt2hTvPZOzrfYvNK09z4fyYIMhFolryae3xOOTixcuE4jO85vB+7j59kktbR/n6cwFff2rAC+e32NgckmUpQZA7joJQEExxaU/r3123ZqwX/Xv5/Jig8EO4gs216KvyG2suRH+VSYkmCaCNwPLfdJAq5N7bLrJnTZAFh7g+OMyFyxEvvCy5eGXM5atjtrbHDIYJSZJZi0IKCApPWacb0e+1WF9rc/hgm5uOhBw/mLK3fxU1fprrVy/w4pWUIGghgtYNNTVFECGJuHzlOlz+Et1uizefPchfuPMw2+N1Llw9xAsvw4WLCRevjNjaHrO1nZAkaa1/QgjCIKDTiej38/4dOdjmxJGQE4dS9vby/l27doHzl1OCsIUQrUYvpl5lnBfyH+osvrsSoLYfwDu6zUO+tT1iY+NphPgmnXbMyb19zh5ZI4xXyVSPTHUZjFZIspAsC62SAqGIwpR2nNGOx4RcRckNRsNrbG9u8OKlBAgJwrhE/GzuZmV9LAYCghbDHdgevATqHHEccrDX46aze4ju3INihUx1GY57jNOITIYWNwZClYtEun/o/m1s8OLFBIgIwqjQ9faqnrdnuWTXLWxuu5WJ8ta9+n4AmYsn//atCS0xqwvyX9fYGcNwtI2UG6AkQqjCFy4Iw4hWEFitV8UvZW9kGVmmdyaHiCAkEAGisO5dPahqX240hCBCkhSuXx9x9dpLKPUCAlX0LSAKQ+Iwv2Zec6pSiixL2Ujt/uW3kQfl7MXdtTyVy6d7gfCRR36uwFkMUqpYDVQNg9xQvo6vVxNUix5auqT5zVte2SZC8gG2j4KXzdkFkndLH03WdSAiEMVSisovs0hSMA7YVfmn9c8Deso27TbVqg5/Cje4tPcsI1A/boOaRJDz3rjoNqu3ypOueWwmicfliwN/iZNOzzo7not/i8wbSlusIbNw0vn9gPX8Gt9g2gDu4ckZfQI+Kt4NGvx4fcXk/IwwqdNGnEeOLzSBNDx/bnD9F9waGMzcECJrruBcF2vHwqQphfvqSyrsJBNhJkauzYX8NUxglvmpsqGgeh0TZLpbhqg3YxpBmPE+SStqDWoYBUX5gxUK5UwDpV4LoJIPk1rWgHizCbMa4ZYYw/fiq0B5k+VbnZYEDW2o11HXs1VUM0Hor9Pa26BZjNqpxL+wQmsJzVmAkr61AFM5KCuvp9YJDZojUvmC51pTsiXAjVYWPqE+U50e6mwknJpYr7407gHwRNbSFoztXQ42L2fyFu57m2O0TanQVPYkAjZzzKqhbgTUB7qqVFCL9CXz99mBiYhuSuw0rsk7LHBtALQn0FNwg2ye2S4z1cWUXi1N0txo8FReDVVDpA88NgEA+lzBpLxOe4TFPaJqiUeaKlWxUbUr2EMAjUieYfS9HD/rjGFRCfAqQ6MEUFYCK3yKqVXic6pfyLLbDKnkG3OF6wjyLAdPMAYrh9GExY+pAbNzse8k0iy55qqkCaZZYQZIp8La4tcEw3Ji4BRC0QX7FqNKwjANUNcGqM4F+MtuFAQT9l27Tgor0NfIOWApEsCn7iamm7/WabLK/Q1rq06H8yfNFjTia4dv3PLMV/tcgL4hxF+BWa7WS+bv8Hnz0NCx6UE3RsG70mwSATRIvl3DnCpgmuVfJhOq+J1ix8Bs8iAq54YQhT01cBvgBs2C/IkNnjfDsmBSPTP0fen1O0bgNCE0ycmVL/c6buhGFV6VaVwUqWrTwJnHYIIMnybep9h7fzZgAmaneU3rrt5JkfUSfEagAPeiSP1Xb+A0sBHsTiOmM91U8TZ3xKsEkxZsJrTV2NbnB+8gaeNh+tU15VTQCbOmgZEgbkUU9/vUS2g2Av0Nq4k1xwCZF/QYvGqqYxp4PHCLmhHCeZlFRTTq+oZMYZDjHCASQrTefE/nS2HAWanmc8IuCyZVOPPC0ivd6gnYnbXNN8LOnAFEIFCZ5Ev/RIiWIN9w/h3APczphf82/H8JGsePAI8LpRRCiAjfyYNvw59lGCul0v8HTB765mf31vkAAAAASUVORK5CYII=

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7L15sKXHVSf4Oyczv++723uv6lWVqrSUqiSVtVmbZdmWFwnbYIPBBKabDhoIjLFZJqCZGRiaJmhDd0f3MB4GImg6GgYYhsaDTRBsNngavGCMV7zgXdZibbXXW+/ybbme+ePe++qValGVVJIjuue8yHhRUfe7X2aec35nzXwkIvj/6b9forvTG+kbPYnngz5L7xUAeAxP7P9HPPDWR+XwD3ydnrguIqErnfYq7P1AiOF3367/xXsB4MXynf9d7Avdnd7I3+hJPNf0WXpvIhD+FH/9L05g5SdPYeUFaxiiQQuBQAC0aOFdqDtt9r77072/+KNL//zBrtxAd8hd5Ml+o5fwnBG9KHyH/kZP4jkk+pz6S7+Gjd7H8Nl3H8GJNx7GcaxiA0OMYOG2BCAhIXgP3wRktRofCFf/yO9d/at/fFO6X/dlcfap//ZIQ+S/SQRQUDgsX4tQ4I/gH951CmtvPIzjeBLHsCYbqNEg0WmmkgDEhKQTRhgt1L5+108d+dfrD17zkQ+9ML4uyyX7Bq7muSMtwDdUAD7v3uelK/F8/09CfFf89oxAl6SFI5ngpHnYvUve8xMrtP6dR3EST+I4jqWTaKkF0VNMPAGkCGIEutAYN6X67PhLv/N7m39019qOcXm13222C8zTkYLG1+Vx2TRfvKD9uNrfm++jPRRx3i14TkkjiXq+X8pQWMGqHM4+WX+UPj74bXn3NyfIN3+FHnphjYY0lOyV3Y+mJH/9afnHD96j79rY4+/u7JerOF3kRj0cvub/DO9bGprxvzyJVRzFSZyQU2ipBdP5ZZ4MgXKG0hpjNzn4vmMf/KGTOz7167fh9blJ+mkdw7mgfnb4nkb2SPr99Kd3JUrf9nV64pWnsNZPSNiJpY2ltPARG9oPHM0++RUC6bvcG/KL38HLR3Rn+4b+8/lCBU2PyUNxo3iwfq988DtO0Kl3rGLjlg2MUKKCg4cAcPAIyUM7/diedvnf/PrSL71zGbd0DtjrdUK6oCoyCJ/L/6r8Hfmj71uh9T98HEfwpBzDBoZna/65KArCukd7osYeu+OzL3rJi1/5V/J3PHDFBZWFQIiI9MX8v04+6P/+6uNm7ZdPYe1717ChxyhnTicQEdGKBTlpuq7ze99M9/3SD/bftHGH/bY+4RJg5jLQ8+wDEEZYkY3iwfpP5a//1Sqt//IxnMRJrGGMCSo0CAgQYOqcUYKHv24lrfzB963+1K3rux/4V8t8R+9AvOaCQlChEfpdwq+87bdfNpwJVo0GuNjAThEoIyjD2JyMbime5AMr1z78+EBuMxd6LCLSF4u/Hr0/fPT2U3r9z47ixPVHcRIjTDBBBQ+PNHc7SRAodFbS2k/8sX3PK/+P9Ftv+l8WfvzJO9pvGxCeP49TQ/C8mYBIEV/vfGrzj9P7fnqNNn/5MI7iOFaxgjWUUsOTn61cQGAwGKSAYDxG9dd/7k0Pv82vv+CLb39BevVSL3XOK7gTqeLPfff/VijwweFMtDzCJc2VMgYyhorUkfV43eTao49CbjvvXjEYX2j+a/X/6g8fWlHrf/kkHd9/FCdwEqsYywQWbsvpJEzRghVDTMLR9sQd7zn1/r/8d+1vvO4Xd75j4y5/e+f5ijpYZg7w8zGOVl9p3h3ec8+Iyv917pQdlmNYk000aBEQZz8JAQGePLz2CDqhhcXh5sgvvO2Rn/2WR/K/KyF03vcAoB1qUU9QZSOUqNEiUQJdNAQAIEBcQioD2abNAeBCazsmx9JN9WtwUq3+2pN0fP+TOIon5RhW0upUAOn06gIiPAI8ezgTkFiwkTZu/dToH/6D6COhouaC77qcg5FEPR8jpsiba8fihOv/+QRO5SexilXZwBglhAREhKf+AIAQQJqgjEbFDT1WPf4zH8fn9YRLnO9dheS6qsswkslGCwuBXBLzCYRURcRNDze0QWd6k7A3O9/7KEGdWvtC+/P7fuK1Qxp/xwrWsII1bGIIzxFMfNbaCAQhABrgXAEFY6Vd+/4ffvynX/JI9mX7fPGFRYSej/Gk/0r4zYPvvGGVNt6wgnWsYR1jlFuMvyBDNIE7CrprsBGGr/3tx3//tqpo/fne1ZOO+pXH/qXbCMMHVSQoYSgwLs60EiQK4jggrDtwS2vH9m88fgNuKc73vkZa3H/4m+KYJ9+7jiE2McJISiQk8NNE2UTTtbFWmDQTs7K+8qZf5HfEKAnPB18YgkseIsJJhJOks4aIsIic9cxkdNyuqPU7x5gsbmCICSpExIvTTAI4J5Am+MbrtBLvOYkj/nzzIyHmm/b0r0n7PqyjDggCijSFk6d9FSGVAWHNIqx7LJsdH77vim9f0zWZ873vZFiRl9/1rXvGVN55AqvYxBgtLHAxEQcAqFkOIgLDyejeL+MfO0QX3v/TPJDz7vnFjEtyAhNEAJlpE4FBlJEhBiMiwiNKkiQCQUSaOztEIGAC+Ro9uruPHuw0yLt4rxyYbqYXpDLguD6xP8d+udDc95tbe59qP/X5XWrv+yPCG0QJxAjoAqE8gSBNhDvewB5pkE0U9t6x7w9+Dr+gDoY950+ZJ4QNHi0GpL0NGljYqVm72AUSABHACk6UJ6+sgIyEFWQqsdO4QWTuGGpoEogYKAIIAUFmIejWOugipU/LRYSBAoggoUDBXSqoSwXlyDmnjKaTIQCCiCiOXGqklVasVGikFStAAhgsIlvCcclergASBCklBAncQ64uNHcDzR+RT+sfxZt/eehH949t2RMjoJzBRp2V/yQBUhnQHqnRPlzCH25x1eL+P1i8/6aPX1M9uXChdylRbJPlKF2OlJCQLmlpJIBEQEICBEmQOEkikWncQAByyrlARjnllCMnDUZGmhMkOQmSkKgVKy2stGLFz4SCnkbNNOTCRkogwiAa0AIv0oAHNOAedVSXCpVTrgw0MZgEIglRWvGpJRsbaVIlTSpRpolUCflAG5g4FYD4zARABCyMRe7XNY4oSHHBuR/CoYX3ynu+9AZ6w/9Uh+b/XGs3WFWMlMVpmCdT2QSAVEX4ky2axyq4R2vsH1z90fve8tq3/z/tn/cXfe+CBTMWUl3pRCKup3mMS18bkgACZGKChiaRqBQydJDzgHrcpx4VyFWHO5wjIwVFcy2PFMXBp0ba1EgTxyjTUMapkVZmDvB5heCCCDBn/hIvqmXaoRZpoBa4rwfUM13qmBxGMRmlpwKAhCQBMVqxoRYXGqlDKXWspY6TpZcPXhgPHXmQH48eXl2M8zcnAiFWAXHoEYcO/f29ry0gy58OvRiETtix8w+Kv/iTH5Tvqr5SPviOjWrzmsQz32MGTiICN3IIx1qoFeD6/rXvvPOHXv5Lv4V32aubXd30NAztctekKm2W3fqxFnZ/QgLxxbqchOQSYhngRg6H6MADN+NF6UF8zQyop3rc5R66Kqdc9airc2hVUM4EzQIQQSQipFZsbGDDBGXIkYccWdyQYRxLmWYCec7NvgACTJm/gxbVMnaonbRklmjR7KBB3qNukVGWadIZE2ueAWqawlcI6PoBOW+l71qxvpLaL2SDrLHtoxb24cRyMxFNN+kiZEB8gl+1aA9XWJh0j6YD+osLrug8PXoBBgb7m70731385fu/e+Fbv3KqOflDa5O1N9qJPTSpJ4AARjT6dbGpXecfD7zw2t/L3nDlB/4i/U1+1eZy/+mYDwAL6NNv+d+cvLX9kY8kxG+CJrBmRL44UxCGHmHVgUcCdaX5aB/d7ABd0+1RR3epoztU6JxynSMzhpRmsGZinuY8RJKk4Cl6K9YXklmTjFPCHiQ+SYojmaRZNHLWbp8vFSwJiRZowEu0qBdpweykhWyJFzsD7nVzyrpM3CVQDpJsWlEkIpLIwp6JnRHlcsrbnnRsX7puiRa8Srx+ddz7p2t+/V8nioAhwJx/gwnTpKhft/AnHWQ9Ynlp+d2r+/2qWecdFyc+gIbCNc3enR/MPjYqXtj95e+avOZ3Hnj8oUMPV48uCBJ6NIgv3XP30eY6evRv8QnJ159YXEKPLgXK9xXXD0yr/7xjip+o0ewiEKBxgVrrFP/C2MMfa9A8WWI5LDzxxle94ROH7fG9+3lfnnOmM2TGkM4UqUxBGSIyBGQCUtNvQRISr0RbQ7pRiRsmqoUSewlkyfk22eTg4lTlnrI3cg4tEkgyMNznnuqjZ3ZQv1iihc6Aev2MsgETL0RK/UCxGxELgcwmQ1EROyXKMnGrRLUMbjWpNpfcegrdW3HDhx73h984lPEd0QeIArhgkD5zGgRA2qnm28M1mscm2I0dD936HXf93l9Uf7OwJAN1qcnSBd/vYA2dd/F7vdxOn9+D3ZHAqNHgT+z7s6W1wWAB2cycXdq3L2Gx80f2Pcf/uX7Tr0x8+Y7S1RAl4Jyn/sYZayMgCMKGgz029TtoJeGuu+/6zV6/j731rl1GZUaTyhQ4A1EOSJ4o5QLJE5KJJBoAsVBgkFOkGi1qUlBRComKFNmSRystSqqDS27mm5zpD5wLAYQA1aWC++iaPnXzAQ06HeoNDOlFEHZY8kuO7KKF7zv4IiEZgYChooZyGWmroRoDUytSDQk1mnSjRdkgcfgtxX2/9seb7/03x5oTB7UxUB01Dc8UbTlDqYkIGx7uWIPmoQkW68Gxg/ce+on3LfxdubTSH1yoaCY4s9N15mtsLXwpDjKsIvNoAAAKwB7smD17BmxvhV5P/Y6nkgJjp96x40vpq3+4z+05uNFs/rgTC9PNQIYAfXpt4gVx6OBPOdQPjxGOOrz05nt+902vftMXjtgjB7qqkwHIiThPlIqIWARIESl0AkIeEbOIpACQIg4GpjEwVQbd0cRZzjn1pCsDWGlQy0QKmUiJiJjoKZh0FgIIJDGYcy5UB4XpUifvUN7JSPdBWPTklxtql2u0S6WuezXaQpAyApMCRx1VNKJtjqzNKKszmMZA1xqqUcR1FFrqU2/9O3uv+7W/rN7/1qOj43f6zQQQQSWG+ARJglB6+BWHdMJhT1j+/MFXHPrZz77ysQe7K2pJphPd4pGcnvu0yAJiOXNNMq8wXhxNgy+e5jBmsTgkzXIbW+KwTZsEgg46fNSd6iUt/+HadFV5pD36U9WkyUQEjGkeAwmINsCtWthjDYqxqV55633v/v5/8gN/c8QfuZahuokkTxQ7HqmICIWj0IkIhYUvAvncS8yCDgxQNNC+SJntpGLSQZHllBGDQ0ZZ6HEndqSTCsrFwCBIpKcK8TkQQEiBKBOtMxjTRZ4bmA4RepHTYkt2R4Vm54YeLaFNu3Z+Nrt6+Pn1QX0olO5OGvHerDLQzkC7IhibI2syypocpjZiGk26cQg7u93O5lsOfO9vf/j4x+594NSDLysn1VVlNelGH8FgdNvc9Zv+I/uuuuJ9B77rpnf/ffbZSeek7CRimdn+rRBHg0mThoYmM/3N22OMeSIlTMNPwTz03taIpEhtxcx0uhZJBMI0shcEiSkgICBKmMbeZyCDQKSHTjYJlbnyyr3/+e712//xsZUnvm9zPLynqqormqaZOp1eo9cUpw4uX/3Qa7/91X9708Gbjz/un3hBQsojxyJQ6HgJHU+h8PCFm4680S5zcCYgmtzpov9YVoToQnlrPBEpGQkgJvKZmFaRtjmMy8V4IyZoUVFEhObFyNMCcJYPIIo0KyiVIzOaTKZIFQL0vIRBC7swUpMFXdPeWz504NbyS8O8Pr6O8UeHg7Zo96YbdZ29ejCmu4px1TFVBmMLGJuHzGaUNbmY2sA0TtzOiqryFftf+uX7rnr5549vHF96ZPRYz3pno0R7bXbVqatu2P/AEzg2fGTy9WzvcGnHkMahkibOtJI0NLpUqIKniakO5WTIKA1NmhgMNY1OIJKQAEkSZzgxg/p5nmVmHBmEqbYSiIgIIiIJgjSt4iUnPrXSphY2tWJTI+2WICQIdSinHbSo3cT3/UAeev2+1/1bvZGue3Dj69dXse4p1vkuvROH9ly/OegvtGOMB4/7J2+OSLmH73gK+YzhhYfPW22zFi73iJkZcW9wIu/teHiw0DmmC3+41aeOncTKbZPd+37m0JeYOZikGgVVEVAxdJ2RMQbGKShFQphpzxbPz8oDzFKOrISZobWGMgTkQtLxFLot2V7Lbf/gh5YPydddvulH2GyGKFMFv+ZIrahe+nTo8TVmj78tq/yrinF7Uz5R2tQ5Mpsn7bKYtRlMkyFrKt/symCq3nJ/+KrdrziuoSoBJsM4atfL9R2IobszLjTEcD4FOPHkxEkHBfV5Gid3qat61NEd7qiCjMpglCJD04UKAZSmTI8iMm0kmbaW0TYBEOJpZpmI5hlmmiKNRIkIYuGTSz7W0oQq1aFBGyeoUp3q1MKJJoUedXWXunqJF8xiHCyU5aQ76PXlZcv3HDbIegGxZ+EGk1Qur/vRIMAXHqFw5PMgoWjJZVZZ08BlAimKdd1bOlL0uw+o/mClKPSIOfiA2k4wrEd44uRhHP7M4V18f/eK/kt6tU+hGxAKBZ0rcMbQmkFaCQeSeTr/AggwlxAGayWkINAJZIBkAkLuyOck3GuerIvxiXWM2wnKssRkPAEAGGOmXuSTQakn7AK9v15IV7O3d2RV8/JibG7qloZNncHYPGmXx6zNkTVNbHdUoS41TGlEjZFk3KfemIgmkRMFSeQRyIojEqQB91Sf+mqBenqRF0yfe1mHOlnORisoo0mpGQMJgBBIpl1EItOKxtkdRQSeFS4AgGmbSqSIFKOE6Mj5OrVugspPUhkUlNfEUdIkaih00TED9MwOWiyWeNDrc7dvRC2ObbkQKC16uL4j32/hu4Fsx4ovWu1MSz7zcBkERXFC96443O8vPJb3ixMmD2sOIQZUUsIlB2strLU4evQoDh8/jHJ1jOHXNgb+JSn3CHkiyRjJAKJJoJWwIoGSuSu0XQDOzqZNEQAiLIicIEokKRHoJKJSSrpRLZ1yo8Cb0QybEcqyRNM0YGbEGBFCgFJqOgIDD8PQg80S/1W5RNcXLt6ZV+09+di8oCg1Z00B0+Qp63dDMShQjHPKOhmbXEGpjnQ4SkSgAEfTn5wy6VDOA+qbnbSYLfJC0eVOJ6e80KwzIsoIpIlmVau5GzD1G2abMK/AbLGfpp1IIAHRrDQ0cxslARJjEpdL7jLK2gy61VAWCZwoehBYkaYeOmaR+8UC93sdLhY06aVEaclT3NnCLrawg5rqfq1tp4HLA3ymHHd7x7Pe8iODfu9x3e1u5gaVwHmHUShR2RrWWsQY4ZxDCAGbm5s4duwYbGshDPCikoSoE5JOIixIasa7MyqG8lQBOJcPIBAOKVIQoSSJZFbbmj1IAqDeE5x8suxUoUIIYWtyW4xXClprMPN0KIbxBvygzehrLqP3VDvcAe38HXnVvrgYFTd2Ry4L4y5C3nVFnqijcjKkWaErneSTk5q6EihSRBJNipZokC/woDPgXj9XeY+JeyDqCEmekDIhUbPVzgsjcbYUAQTbMz1Cs6SSCAnNHaWp+eBpE59n4taIaZRwraBqgEsRoUCBDJukoWlAPTOgfqdDRV+TWUyMnY78zhrtcqnqxU016UX4BbXBC4snsn73a51Bf7WT6xUoVztEBGymGi6c1vS2bdG2LUIIcM6hbVtsbm7COQcEgdqppXOo5xMSpssQEgGSJIoQipIoiRAETNPqx2kf4BxRgCRJFDhQSIGSRIhEEVFCQGJwYujkr6JWfFgEY4vJzjnEGKdNDsxQSm39VkohZQlBhaln4Rj8tZjxAy6j91Y7yms2XXmLHi38k71H48KCFi9E3JFMTDKkY4c7cSENEljYIyaDjPvcLXrcG+ScLTLzQqS0GCj0AsUiIuYJSaeZKishAZBAEJ53RJ0V1Qul6Q7S6RBPhImjgrJaVKtEVUp4kks2FkkUxCOIpxptMtBY4EHepU7PsBkQy6KnsKOmdnmkJjt89Lv2f2HnfvOoLOjjyP2KoxAD2lSijRZN2yCEAO89vPdnCcAcXb33CCFARBBsgNnfCb0bFi1NvfwoIpIkSUwRIQXy4ilIJBEhmqY9tpuAs32AgAgnHl4C+RQQUpKMVWShyMTRgEN9RXS6x+CGZwA6rfyLTN3IOSpsF4YY41nooLUGW0b8csjGHxjt3jiybq77pbsCKRBHTkQUNSufSRb63ItJhD18NJSpDnc7GesemBcChZ2W/FJLdtAo23UccknRCGQ6s0Rp2nJNiWmr7/aMKGCaVxUC0swMACBJinQw0LaIWVMgmxiYTLHiTLLUlU7yEkklHRRp6lKvyDjrMfHAU1xqYJdq1DvW1Wjxxs9feeC6T1+x6+TwFNZH6yhthbZpt9DTWnsW8+eQP99XAEgpbf07+ojFWxZskXccOUosKhAoJEkpSBCXrITkZ8osxE9JB58zEyhI5JNnm1rY5CRKSElUhFDQSXmVKGUHOy3tsZEfaxURQSkFIkJKaUsYpl8miDFuSe9cGLTWW8IAAN57lFyh/rP1xe4/271H3bw/caqDIvZEuVPEruAsROmQh44GRuVkukTcE0oDR36xpnbHJKsG0aUlb13HdQMDiQNSSkriNMybxn/n6r+fmroZEkCIwZRDQyWVMpg2ZTKMIelOFCooC0xsMzKuS4VoZs9g7nLR1aQGwmnRkV9sqFka6XKBGuza8XB3x3q7ic1miPXRBsqyRNu28N6fIQAhBIQQkNLprORT9zSlNB0xYeFlu2oDE2a46pEQgsTokktWHGxySBKZ5Oyq4LlqASkikUuemuTEJptcctGkLDKTV8ReBx2kQ63bE116OHW2a/n2ST+V5pOew9jcdIjIdBOiR9rwdPzXH9mz+Fu7KmKJWrRTpGzG2mrRoUABSsobkFKkOiB0A8WeJdevuB5c9emlW/Kv0u5Tqys8iXUKIZAVn6JKKdPb2voTBDs4UZ8FIhAPYDWq6V4TdGYw6HYoS4arcYn1EyfSyi1p9co3X//wVrxNumLSbUZGCKwNKZ2x6RHzIFBYtLCLNTULQ570Dn5tz2454tVKuYqNjQ1sbm5iNBqhaZothscYt+U1cc5DLFuMTwnRRfAOLUsv3VVrKGegHQt5SPIhhWCTS02yYsWRS56mRbunzQROS4w+ebhkpU2t2ORjITGwKK9EeUPKa2jnbjO1/pjqGGO2PH/v/XkF4FwLmVMI0759tWBQfmC9c/IDT+7OvuWQq2MzMKQtE1lF7A0pEKOduXU5IHmUmFvtC0zSUvpQfeX6eoXh5jrqslIxRihWKLIc+qy2jgSco3uHSJBlBM4DmtignIxx8vFjOPa+41fTjdlwcN+tZYixoGkZq1CkIxEZTdowUT9RWrTwizW1CyNd9rNKL+3/8u6F0o8wGo0wHA6xsbGB0Wi0Bedzhj/dyaW59osIQuPRe9mS23njnoojghLlVIKLKQWffGxTG5vYiItOosS53XuqCThnwVK8BGqTpTY5ccmLT97niR0zOy3aaWiPm/OKl/SyKsOWNs/9gEsl5uk0RAu4Yaz82mM7Fl++u9TdnT5zrVOkbMGZJyFhUQokiUiyBDERSUsS7boBj7WnbPXYMG+kRYpT5mqtYcmBwsU3IWqvYZzBZDLB0aNHsXZqDbGTUnZtRzx8loGNhhhADBMVDC1MqgBjwbMftGQHNbX9MTWdux44uGzWmStboWkaTCbT3MncJF7UcbUZbUeA5CKWvmVflXNhjdNOi7ICskmSt9HFOrWpTVbaZJFE+FwFrXN2BAlEPAJccmhSI01qYzd2ombjKZHTrG3mdciuy+uwX3t8EWbOxHku4FJpLv1MDN3TsF8q9Ynf+vpy72fubDSTN0k7Rew1q8QgFkGY1sRlmrmNoJgjlPf6of+MuyKphKqukFKCMWbLR7lYYmZ473Hq1CmMRiO0aw2u+MEDZf/aJZd8YJF8BqliCCREUMToBEoLLdxiQ+1gaCa9nRu9pX1fXOqtlCsYjqY5k6qqtkzgpdB22x9dBO80suf1V44N2GnRVglbJFgfvWtTG+vYpCa1MoX/RDhXP8C5EIBASZDIJosmObHRJq98TCl6TsoqUi5L2jHpNt6pq/jpuASDLY9/O6xdLM2fFREQE/RAY/h/HRusvmbPDnPXNa5yrWdi16E88rQgZKdVQZkm4ZmiSpzU/YOR/ZPhrvCEVyKyFUZd6mbHGFHXNdq2nfa0DhT2/cDBkQYHihSnAcM0rCJCDqIskfQd+8WW7MKE64FH6N366UO7/KajcTXGeDzGaDRCVVXTdV6CQBIRYoyn/ajKof/aXe3Sjbsr5ckb0S0ntjFG76KLTWpjk1qxycKLny/+4hpCgGmOxKVANrZSc5Oa2MaCi5AJOyVsjWiXQ/v2RcWEBrzILdPcEZzb80ulOQoQEVSmEcaOTv77R3YN/mhHzYaidsozccg5S5SIIRJlKtVRC3vjlTcd09DrOuPw66MdYqabPHc6L4Xm4VhKCW5k0X/tst1171UTiggaypMgJggRiQHAICkCxYGFXaipHQz1pHPo4at2LT/Wyw43R1BVFaqqQlmW8N5fEvOBM6OpGCJCjNjzPfsnHRTWJGOVKAsRG1L0VryvYxOb2EobHSVJBJCSc/QzMETONRREyCdPbbLUpCa1sY0uOZ9SdCxsFbTVTnl1KK/kRu3Y0xlZwGdK230JNTBoPzM2x/7jQ7tbcr1aNYOW7KInNxBKPQFySFIQiILyRrTLkvb62xY3cY1OYtMWslzKhp8RuvqAyAlX/sj1mwVyp4NySpSDUMQ0S2oE0okc+5bdlPlm3FuYdJde8NkrF4fVEOPJBKPRCOPxeIool0hz7Z9HCr52yG7oxStef81EJfJatNVJ2RTF+eh8E+rYxCa1qRWfHESEZjw9i9fnPTFCQhwlkk1W6thKk9poow0xRkcJVifVZsnYDFlrXrsw2R7XX+qGP3WxW+ljZqiexubvHF049bGjO52O3Yaa9AGpFwAAIABJREFUQUt+4Cn0EsVCCAoCIZDX0DYLxhaDbpX/06WRhCkCzOd1MXOab/Ycbt3YYuFVy3bftx4Yqwink7YsFDDt72EBisip6ygstHALJdd9S75/x2eu2xVXHK2O1reYP5lMtpJjl0LbPf+UEkIdcMU/vaYcLCzW2itrkmopwcYUbZucr1Ib69RKmyx5CYwLnAA7XSQ4e6gkiW1yaKNFFaci4KP3KYlVwjYTY/Oovbq3O5F9KnGYHnmeC8Ezpe2mgDMGHHDyFx9a3lzfWGzz0GvQLlhyg8ixm5BygRAlRJXYmaTbPClfvHF5qF9QRB1OZx2fbuPniay5pgUfkJBw1f9ww7CLbmu8tlq0I6EAARKSiRw7nkLfkus33AyGZty9+YFrdu18qJevlGtbdn80GsE594wUI6W0JZDRRuh9mez9/oMjLexm8N9KSq1LwbWx9XWsUx0bsdFJkkQQUefj84XOjSkIKKTINlnUsZE6NtEmF1KMjiJZLbox3rhskNf6Nd2SA0Ox2tLeZ0NbQgCC7hv4R1p17N89sLtC029022/JDRxCP1LsCJIRAVjY62Rs7kzbybt1/81XDLXS0waPbUJ1PponpGKMiDPbv/BNu+y+bz04VhEuE2OVsCdBSpKUUMojYs+RG9RoBhvZuLt7Y8fOmz5/zeKoHWE0nsb8o9EIdV0/o/AYwGlzFAPcqMXO776q2nHN7so4cpmohpNqYhLro/V1bOKMT+KTn5YHpry8ZARgCDhI4Da1aFOTqljHJjbeRW+RUqsS21x0m4ty+nULIyyzIOCiNvvpaLspICLoJYPJe1Y7x//LI7usjt2Wm74j1/OI3YiUCYRZkBTYazG2CNr2XrdzU72446RKIKYLCuZ2OxtCQGg9khFc87O3bHbQbTNvrBZlSSgKhISSCRQ7jnyvYTsYZWWPHC28+BOHlsuVCVY2VrdgfzwePyPonyPSlgDUHrRby9U/emiYi24zyVqddCMpWR+drYP1VWhiFRtpYwsvgWXbYdJLRQDGtImAfPTURit1bFId2uCiC2kqAI1Ous1s5vTeTkX3F1Wq4qyW9uwEYL4BW4KgGKowWP3fH19c+czRHTaLvYbagSfXC4idBDECQCUKRpQ1QbcGeVu8bdcmugRK53cG5xu9lYePAe1GjeXvubre9/L9Y+XFadGWZXrGOEFUgHQcQq9lO6i47tfc9F782UO7iyNarzcb2NjYwPr6+lbZ9pnsxbyoNjdJdmyx63uuqXddd0WpLDsTTUOJbYrJuuhdE+tQpyraOLX/SRLRBbQfAj5fFLAtGgB5CdRGiybWcxRwPgYnCVaJajIxTZG0zd64OKId023arsHPhuZMI9C0x74BHf9XD+7aXNsctEXotWz7nkMvIhZJkoFAWDhkYmzhlO29cGnY/Z5dpbLnz1I+daPd2EJf20nX/8Lt6zlMmwfT6sSehGKCUELKPIWOYzeoqe2vm3H3pq9es2ffV5c6x4bHsbG+gclkgs3NTZRl+Yygfx6+zodvHHi3lmt+7NAwE21zMY0W1VCSJkbf1qHxVahiHRtpk6WQAuEC3v9WFDCFiPMPCFSURDY5apJFHetUhya0wboUY6sStyaZJnPGFgcGpfm2QT1HgS3mXQYkYGYwMdRAwz/SqKM//8CeCnWvNrbXku17Dt1IyQiESSjqpFwWjM2isf237N1Qh7IYq3DOBMz2jQ4uwFuPa3/+luHOq3aV2vJM+9mLACLJeIqFZ9dryPY28nHn2lN7dt7+xesXhs0Yw9EQ6+vrWFtb22L+s4H++W87bHHFmw+Uy9ftLbVVNkum4aiaFFPTBmvrUPsy1nHu/EVJBCH1dPxVO378qjtwulX4XGN6zFHACkyKmA00GzIqI2MUKwOCERITdTL+anD7odGAWiFSp8uXz9QBmm/IFgnAhYL9aqmdd2bwqt2WRMBCAFj4dPs/gUCSkkaPJVxJ1Lx/s4dZ8/c8rIoxbiV9Qgho1irs+t6r25vffs9K7lVdxLzRYqwCBUAoUso8x25Ltr9ZTHqdMlt6+Ydv2V2fqujU5qkt6F9bW3vG0P9U7XcTC3V1nm7+Ty9dXej0yo7PJ0XMx5Ro5L2flL6qR37cjuLEl7GKTWolIWJb88d5h1r68avvfLoPYdbyTAJi0qxIc0ZGazJKkTaK2IBgokQjO5mj9Xn6nM0p5zNi2GdD25GEpglY1J8aZnKNov4LdzhJQizT9Py81Wv2eZKUWB3sRKGYtx+b5JEiYopb0D9vumjWaxS39cNtv/+qU/1iUObONHkyjRLlIUAkGM+hcGR7Y132fIoL933ktiv0Yeij68ewurqKtbU1rK+vo67rZ8z8M4TSB9hRi/1vv2V09f3XbxatqTqpmJioRimkSe3bcuLLZhQmbhzLWMcmOfGYdTTNy78XEIAfu+qup/sQZqlhETDPUECTUoaM0my0ZqVB0AIykaPBTQb+E2U/rDpOLM8aAbZvzpYd52lzYv3xYcH3FFLs7wdEEIOE5kO2rpsiQEjd0/X145Nu+8WJFiOn+xC8g91owLt1uu1d963svnbPOGtVm8mU+SSUhEQFioVj153oulcb27/vc3desefRhfzE5CTW16Zav7KygrIsn9U6t2t/u9mg+9KlcPOvvmSlG/OqG4pJnswIAaXzbq79dhjHvor1du1nXKQAvOjpPgSA5wcfSIgUMSsoNqQ5I60Ua6NJGSHoJMmkHrHrB91+cNiZC8Cz9QO20xYSGIaUkcpPbXTyb1kM2c5OpJDmTqNg2iIpNEUFYmbJX7XY2ofLbv3ViY6U4INHvVaBdiq57Z2vXLn6xQc2TUNtnvJGi3IklASiI6fMkes0qu0Ns7L34i/duOfA53d1j41OYHV1dQv2h8PhVlfUM1nXXPtDCPDt9LbUF/znu9f3HNw3LmxWFimfqKjGwcdJ7etq5CfNMIzdJFZb2j87OPO08A+A1OKPXnn3xXwQU4VDEmEGEROzArMmowwppVgpJhgQmSTRyI0G7uG6Gx5qNOWX7zLSM8yAAJQxwklL9VfHRffbl73uaEEE1BQB5t3AwmChCOhelrrfvLOpHx13yodGxk1a5Lf23R3/5b4TV7304FDXsLlkjUrKA5ymjaLJePbdltveejHq3Pjw/uWbPnnV4Ojqcaysr2BtdQ2rq9NOnxDCM2b+PBT13sOHgHatxq63XFvf8GN3rBetqbuhGGfRjCWkifW2nLiqHoWxG4VJqGKdmtTK7MTTRWk/AHraK2LOmCSQIgLZaKmBlhJZKjj3ORurWLWGTG1IdQrK8pBH0//JfZv+i/UVqQxE6pk1ipxvswBs9R7ohQzuHybm6M89sPva37gtIYOwJckYUFE5AkcW5Q0BXMaku31/82+8xI4+v94LE88Ldy83vaVBS1XyRoydwX4ECUWKxnPIW7LdjWJSHDy+b+fdn3vB4nq5ho3xBlZXVrds/zN1+oAzQ9EQAty4hbm+k67/+duHRTRtHnRjkmoQpPE+tLVvbBVKX4YqNrEVG60kibNrNy6ep2rxbVfeMzssd7EDURITmAikpiiglSLNmpVSxEoIJsVkZLdC4pTFT9W56MvjDM7pqRvNuYL9Uqlt3Zr+/csOACgymFhIKLFQIuFEoMieYwbjFw8s1UvXLZcF5y3X1JqkLQs7BsnUfiTjORSWXW+jM+rs2dy5476P3r6jWi/p1OYKNmawv7a2BmvtsyqAbXf8vPNwpcPBX719dPVLD25mjak7KZ+oqCfJx0nj22rsynbox24cxrEOTWyTnR192UryXBQ/1eLbrnwJLtIEYCZZgunDPOvh0aTZQLGGUcxaz4VAKGncnov90qRrH65U1Gn68GXyB84wBwSQITSfHhmfRd1/6bJDSkJCYKFEQFJAZOHAwoEjebbk2LJXgawSdgocZlf7UORkAoWOY9/ZKMadneXC4qs/etfO9njFx9eOY21tdYv5VVU9K+afCf0e7UqNHf9sn73pF+5ZK1pdd2JRmqjGCJhY58qJr5qRG7fjMA4zxy/FM7X/YvlJavFt+156KQ/MBmZwQwRiBrGBYsVaKVZKMWsm0hDoWIDTjQrtB4c9tCA2l/dy8jPCQyYIgOrjm5lcydy7fSkgzk/7KqFEcWoOKLCQZyGnhD0LTSF/Ck6cOGWBQsey646KSdG1xcKrP3rncnrCqqMbx7G6toqVlZXL4vEDgHNu6vjFacinr83TC3//3rXF7kJZuLzKg56owBPvfVm7uh77STsKIzeZsj+65Kbrv0jHb/tQC2+98mWX+BBj5hCKJGYwAwTeFhkoUoqZmYi0xKRpbwYsQfuPlMX0nNXlCQvndFZ4mID6o5sF3ZpL54Z+lCDEQmCwsCBNDwBJFKEkpxlPQlCRJQ+cCseuMyrKjvJqcN/f3rYbXw/q2HDq8c+ZPx6Pn1WEsz3h472Hbzx863D9f7xreOU9B0d5resi5qUOahxDKhvXVhM/aUZu5MahCnVsUhtbSae7fS9J+wGQWnzrvnsv9SHMjs7K9AJ0YiECiDQxa9KsSbFiVkzMBGiRpHFbkdyRphO+XGsxuOyh4fZNJcOABaq/XS/UizpSHBgERJnmCITBhATQrEtaZvAAkzjlQcWOY9cdF2U3+tR/5cdv39V71Ogj60exsrqyFetfLuZvPwjSrtbY/aMHmxv/xxet5w3XnZhVJugJgpTW2bLyZT1yYzuKE1/PwD+IB6Y8uWTtB0Bq4Yf3vfyZPDgdhCSJQMQ0PVLOPE0SsYJmxUoxkwKgkhKlXlyk9uOjbjjpGObyMn97CZowvVdYykjVJzcL9dKOZFd2I2LiaYxMU2dpelRIJ5YscsoDx45TrjfKq24IsffqT9y154rDi+bkZAVr61N7f+rUqcvC/LPs/kaN4q6F8MLfvXetp7p1x2ZVHrIJB0yc91XtmnrkJu0ojH3pq62W75lFfkbaj6kA7H3FM3nw9AuFRBJBmAggBSIFxZoUa8xMAUghJYVFRemQIv93k664hETTvv3LhQZP/Q7KGGnVU/X3G0V2Xz+ZKzpJQmSZpgm0kJjEKYuUiqBCxynfHRV1J4XQf80n7tq95/Bidmx0AqtrpxM9m5ubzzjRs53mdj/GCDexkC7klnfeu7nr2j2TojR1J2YlB55EH8rGNfXEl+3Yj9w4lKGJTWpSMzvu/8yZD4DUwlv2vfKZPoytCyJnJ2qnx+tpXjRSpGb+gGIi1hKj4msLkb6Y6kObmcym/WxLxtvpvELwmWFh7u8ntStHjEEnTjpyzAKHInDILftOmdVF9LH36k/eteuKI0vZ0eFxnDp1agv2NzY2nlFH71Pnd4bdtw5u4nDtO26fHHjDCzZNqZpOKCoVuEw+lq2z1cRXzdCN7chPfB3q1KQ2+RRwKRm/8w01eMu+Vz2bL5gNRAlbUQGIiKFYbxcCIkVESkQU3VlEe6wu4pdbzV215RA+F0ggIuBcIRy1XH1yozCvHggtG/bRG88hcxwyy74osyZ3ynde8+m7l/c9vjM7MjyGlZXTNn99ff1ZxfrzeT3V7tcrFXa/eX9749vvXs8b3XR8XpmoJvCYWOeq2tXNyI3tKIzmSZ809fqfHfTPh1r4ob33PZsv2DYBCKY2VmZXbMyQgKZCwERgJYASBcpe1U/xK3XHP9pw0s9hvWAWHVDBCEcsl/+wnqnX95EWSYUUjKdgJqbKYor5N3/uxQtXP7ycHdk8hpXVlS2P/9kmeubzOMvur9XovGgxvPD3X7He517dabM6C2ZCXkrvQl27uhm7UTP0U7vfRJtssrgc0D8favBDe+9/tl+CbaZgznwIaOodKtKkSJHiqTgwUxJFfQW6K5fqwxsd2YzE+fQsweUUhLPqBjkhPGnZfq3U6lv7SJ2kK64NRTLf8bGX9/Y/sts8l8w/I94fW9BOllv+8BWby1fvKvNSN3nISgpUBReq2rX1xJfNyI39xJehDtNjXkEuLdf/dEMN3nzFN12OL5oNpOllhEwzf4BBzMSkoGZ+ATOBWIIo7FFCLzAUPlx2xCckOrN0/Jw4hjkjPWw5PtTq8PoM2ij1nR9+Zb7/yT3q8OjoZWf+nLY033u4xsJZh+v/04sm19x/3Sgbc1PErGLPVXKxss7WpZs0Ize24ynwpya18MnPL0d+VnZ/+1CDN+999WX6si1TkCQCIJ7fzsFCxFNTQGqKAkRECkGUvq6T0jKp+gMbeZTpXxG5HF3F2+kMJACmf3/ocaGFtS7fM7xNHXhyH5+sT2FlZcr8U6dOXRabP3/n9mtfnHVoN1vs/7e3Vje89YWbWamawue19qoSL6Vzrpq4shm7yczpq1IT22STm2fOLpv2A6CL+oshl0gigLTJCoGEoSKBA4M9gy0RqQy51lA6h+FUJl58096hO9ao0W8c66JHIL48jN9O80OrW23myxmWvlCwKh2eWH4SVVVhfX39sjl8wJT529vNYoxwGy32/PABe8NP3zHMGt1mzjTacyNeautsU7nKlq70I1+GKjTSRCt2frzrHBc8PFu6pHLwJZAkiWLFgoWFQUmBAhM7RaQYpA1l2kBpQaakFl7+yf3DdNKr5s/Xc/T5jAskLhcSbBcCrTSc8jg+PImiLWCtxfr6+mVn/tzu++DRnqrRf/VOf+OvvHizcKY1rWlNUA0Cau9809jWlrZ0YzcJla9SG6ane6eHOy8/84GL/JtBz5DESwChBUUIgyJDeQYrgHUX0AaGDWkWKyxKePntB4ebw7Rz8qENE7vTS6MBXNSxroul7ZdYNE2zJRDWWkwmk+cE9ucev7mlG2/+nXuHg7zX5CPdZkE15FF765vGNu3ETdzIlWHiq9iEVqaHOwPhKTd7XU56rhBgTslFTzy7eItAkUEzUzBNxWpopaFUUWWcFkDy7w9Qe6pZ9l8YK/Sn3vt26L4cJCJwziGlhLqut84DXo4M3/bzhfNDJnbYgq8wctP/fe9ox5XLtRlya4Kp2VEdXWga2zSlK+3ETfzET2IdGrHRkkt+PpnnjEeq/wN7XofLFwWcMzKIkoiA2WWF08oRg6CE+QzHMICxyKRf3k/2o+MirDhCdubfFrqcQrB13n52OdPlYv72cM9NLJIW3PTOl433vXT/JBtSm/msVo7q5GLdWNtUtvz/yvvWGNuy46yvqtZa+5zu232f8/CM5+mZYWaMCcbGvAxGIoLYAhkUGyJb4g+xQ0RspGAJCSki/AgC5CAiJCQcK1JCUBASSFgWwiDFksGKAMU4sR0/Zjz2zNyZuc+53afPY69XFT/WPqcf997xjHNP9wRK2uq+t8/ZZ5+1atWq+lbVV4tJ2su7aZJneaG9Rkua9E7G+7e7bkcQcSfFDGb9gF4x2AhcCZRhHEHMI0CcOfZwYrvKeGCb9Jce4ys//cyZfGlBNL6zUcFRuVPh5sHJzzkjzRNyyXjbv/pje/f/+UcmfhexK2Ehmec16SLG2E/7adxNe3k3Tess97ZoZV22zn3/oMipj971Y1ivBWj5A2aoVkGG1ra0BXwQIxISCDEJmJiELRvLWzvlJwPSlyYdRRD7Ow8U3Sm51eTHRUSc9HjoF94+e+xvvWM37FIMKcwl89yizlOM81k/6ydxL07SXpmWaemH3L6hj8FaV/7yks2P3v3+dX8IDimBUqsxaaghAOLmDrSNANzQwmwsj41VHgtUvjjrjgJFbxYluOXK7xPijQUe+Pmn50/87Dt3/R7HLoWFyzKzqIsY02Ie5/0kTeMk75W9PK3zFu5p1gIc0+QDINn8yF0fOI4PwkoJdDX5ZhXA0idgYlDzCDCkF2Rj/+RIcS/T7Is3Qk1lxeW5HPyTlFtOfkzor81x7ycf65/8+XftdFMXu+gXPsncos1TTIt5P+8ncS81p29aGpdPr1lXyR3HMvnAG0wLv0NiueaGzbdC+0qgQqBMrQCFO3TsiATwZDtGW3/l3r0cK736c89tVihsIHxcRgcnIbed/OsL3POJt/VP/bP37Ixmvg8Lt5AkC0u2SDH1834e9+JemqS9MknTumi1/JY0D5kqOFatXicO8Fpiqaah6w8MCTrQrjRmEkACgogxd/Bsu6CzH7pvUm8U3vn0C2MlHRrVnYwS3Gryc0pYXJ7hno8/Gt/+6T+xO5q73s8kuswLpLqIfe7ncR734jTtxkney9M6L3PrW7jXaI7WGO7dTk7CAizF0hFLACC31OaW3hwssECog4EmRuc/9sAEZtj55y+OlQzG++zZx6UEt538q3Oc/+tvTU/+4rsno4Xv3VR6l2WBaIsYc7/o2+RP0l6ZppnO60JTTZQ1L/kG1+7x30pOygIsRWNNBKNlcw6DoZgh0UBh59GRQDgMenL+4w9M7Eah3c++PNIxjlUJbjn5MWFxZY5zH74vP/0rf2oyxii6CSdfJCJan/ocF8PKn8RJnqRpI3GokaJGPa5w73ZykhYAaF/aUk1GNnSgHnwCBrKZ8SYReXgWZfLZsWalc594YK/2lSe/finoaAgoB3h3qQTrcBCX1cQHJ7+/tsCZj9xXnvjX75l13GW3Q0na5Mccc5zHedrrp3kSJ3mSpzrLc4saLWo6tlj/teR2vYOPU0xhljQZDb19yExhlofyJR7nkTgvYgymKUQ68Om/fd9enqTt6X+86m0DAO0TURy0BHfySPkgclhSQbza48xPv7U++i/+6MKXUHhi1VVXKFsuqaYYY5rHed6Le3kvTXWe59aazaUlOnqikw/cnir2uMWqqUVLaOEhzGAVhlKz5iJZgnROiF1FzdWys1Dyxk9cmMUr/an+f+w4GjMUujLTd9oSHCK6MEBjxem/d7/e/4+fzlLZZG7mTBQV1QpKyaX0qa/ztKjzPNd57q2v0XpNq9O9W1G3Hre8GSzAUqxatWTRrDkmJpUNBDNU6zSpq6JardZaatak2pUy+vDZeZ6njfJ/Zo7HsjrQWVqCO51dJCJQUQQfsPlHTpvAGeKylpSUDGq1Wq3Vcs0WS7RYEqWaKJZIinriZv+gvFkswFK0qBKjUoVyKpmd9cQFVHMm7ol0oVRToZwLsmbUsar8hY1Yp5n12ch1ODwiIjjnVqjh0aygo7+/HlmynjnvwBuE/heucPyRszx66gLZzgBv28BMMdSd6dB5bXW1qqo3zZiftBN4UAyAeHIkECKFsJKzbK7E4jCvTveqq5Ps8jy7vMhSS6FKythmw7t8TJNFVy9mliCr1X+Qu/hWqWZvRAmIDlDajwl1p9DuP7zoN391O2lwZEV5QCiEiUSIxZGIkCiDzZFAtSyhzDeFBZDxh899GMcEO77GBQDkybNnzyPXSaDgO+1CKG7ECxrZtI7yThzHV/tR/+oiLF6e+fnFqUtXFpKuRlIyoge91p3E9UYh8OHuWsDt2creqBK0mwEIjPLtBZkn2n7fhSwLqFRRVlKrVmutWkqxVJNWLaiqVLWuOKxwjJDv7a43wxZgAEiIyZGjIIHHPJKxjXzg0HlwB9NRTnVU57VLk75bXJl73ULghztvamTV0H93ZnLeQ57uis4WLu8mZn+4Vd3SGiwtw0F5vUqw9AOaKGzbYe+zr/jJe8934d33FL2qnp14FglefO1c0JGMNHJCpFyFClVVGr73SY/9iTuBQ8YDsWdHgb1scMen3IYb0zgE8iNKNi6Ux8XSWFMd51nu+msLOfuph8fbf+le1xq7G17+ya/lxZcnGh7dMHnal/q7xZW9xCy86k94sFchgNVE/rCcPkSNzbzuZrr6T54bn/o3p5OMxpUrdeKp+uB1VDrdyCNLJSLVhKqFKipVq4oTwP6PyklbAAXAwsKOPHfcydhtyKbfDGOMRw4yqr6MVerYYKNSa8gp+5KLKBkpFIoCAkPFuL88h3kzdz6AHmSt30qECGLhVfzujrQOE5E3HCkc8gWMwFsO6X/v8dVffWEc/s7jlWNV8q5KEQ0+6MiPdVSSxpqQay4FhWo7FT1xK3CSFsAwlJQ7OA7keSSdjN3Ib4RxN6JRB8bIUh2r2Ci63CVOPqNIqUUs6zBb7UeZF8qTRHSDqS6q8WlndgZVn4tCFeTGHrZ5uD3boYl8g1bg4HuZGbYpuPGZi93W+87ns49dqFxKJ16q976OQlc38khT6S1KQtZcW2/mcuJW4CSjgAOr3/FIOtmQkdvw424UxsGT7wrlkXp0qcshJN+dfmWzi9/fY1ytMLVDg2a5otZCeZqhSUHThPDYJsIj24ZdI3s5I7+aQeP2tmVIdxA3OOggvhFrYGYgz6jXE13+9HfH3b/cLEYenaESwRyJBRes4xFGlChTQqFCVSsb7ESV4MSOgwEwg9hB2EuQToIbuc6PwiiEEDoi6kDUxVHynXXdw98/v/H8pedJZgTbUyDt934mAKYghUFjgc4KwkNjevA3foTCW8cAGHufu4RXfuL3Vgb3aAuZW1mB16sEK+XZZOz9t2vu6n94cXz3+99qGqu6LIYCdVW0M48OAT0FOCqlUFmmfZ/YVnBSFkABsGPHjj135GUknYzc2Hc+ePESKmlXUHweVf/QixfGNlnQvM6RaoKarhihl2LNs4ZmNStKGDG5+0ZodHYMvstbRQVy8wmOppnfKu38tfCCg9ZixewNhZHh2meeD6MnN8um32ik7plBBfDVobNgnQYkSyhwtZpCocsm1v9fHAevVv+KblaCdNL54ENw3nfkKSipn7vkz17c6ra+F+T7/Sv7JVZ6tDElLbuBk9alIlRYVljHGNpCm20COlOqtUKrrtrbLffx2ynA0Z8HcYXlz6USmDfkb+/x5X/7fHf3hx/UbuIQzIGUDRXqVCxUsaAOyYSYuFathhOyAidhAdreT44cOe7Eu5F00rmRD231e/Pwmaq3bO7+Z891cT7FfDFfsXqrKm6GcwYZ/qCLCvYEBw8Cg4jIOiiIzJJS1QqqtKoPuJ0C3ApCBnBLgElVm3Vyip3PveL8I6OwefcWuuoRKBgxmTDd2E8FAAASrElEQVQhwFuARzBPxVpIqNAT8QWOOwowAMJgEmbyLBwoyEiC73zwzouHI6/OfN9Fd9c3T4ftF8f8XLmEGCNijEMRx3KUbj9W6YUFnvnA/0T3wIYRMeKzM7NowDlWnYBLX+hgxdGtIOKDk38rf+Ag8+lRWny9Vunaf3rJ1w/ca2OMMOo6810wBFIRVs8Onhwc2AoxqdYT8QWOGwdo7Abc6OQ8B+6kc8GNnHfes3dt9bviAJIHvnMh9HGGvu8RY0TOGaaK/bl4ba7ByReurl7IxHBnA9V5NWyJWiqMCFo2k/pBq/92PsCygPWoRYADpl+9IXyPc/XBbZRuTONTY/MbXmlM6pwzL04deWOUQqikdvxW4LgtABEIbI1KruPgOgnSOe+dd548eXPm+nGSCxdP++1XxvT9dAV936/M/w9BL9lWlmkLFectdYQ22fTVBIMSDWM+vBC0si9LBWitalY+AAyWFHWxfB4bnNLlHfZ/0y9eFfxFMt2qRgUeBnXsqwPXQK4EFs0kVsE6kGscqxU4TgvQYF9iGppNcOAgwXXeOe/FiYODK66KirkHv30hxFlP836+sgD7XclfxwJh4O5PPopTf/IcoEY7n7uMG//+JXNjoFYjGHD6b95rp99/N4GB+Owc0y9cQ/f0KYye3IS7v4O/Z4T6asaNX7mIyeeugEfS/M1qoA3BuZ96EKN3b7Xn0aUqDE8oBJtWTD5/labf2BV+kkxIvHhRDuLFc/HmSoDXiGyMXMnItKGD/09agMH5IxISDuwliHfBOfHeCTnyyiq9j3Lm8qbffDbIS4urmM1mWCwWq2reNj4/eIw4CN76T59CCGMQmMIjG3bj371Eta9G0kirz//UAzj7p+9DRW4T9w8eB4FxcGshMLY/eC+e+XNfxvS/XwcLQ9Xw8C+/A3d96GEoXqtRNuH8xx+ilz75dZp/ZcrOO+k2OudPBe+qLw6uOHLVk1MPQQYpjnkb+EF9A+/kJWwkAhFHTrx410kQL8ETs1eYS1p8r8md//qmn1zexY3dG5hMJpjP56vu342jePnba49R3SsoyKjI0Hkhg5FWZc1KmivVaaGKjIoCRYFBoajNdENRUVCQ4OCx9f4LqFCUWuAeHOHMh+5BQRzeq/vPhmb6KwoqMgiMrQ/eTXknUu4z5ZTFijoycg7OdxR8oOAceXEkQkayzIU8juu4cIAhSm9Usp4dB/bixDkm9lDzpWTpS5Jwhf3GN0R25jewt7eH2WyG+Xy+H/4tLcDvg2t6oFu56R5mBp1l1N0C3hTIGT+8TMHbbvUWd2/AcpsmEPL1HvliDwgBZiBH6B47BfIt2508Ubrcc3lb1lIKq6kQkWNi59i33kvqTCAgK8cKDB0XDqAEYqGG+wf2HCSII+8ZJKrqci5+xnN337fOuPjSnK7tXsdkMsFsNkNKadVDz2zpcN05IRA0Vzz3od/G4hsT1N2C7fffjUd/7V2rz1qylQAA6v42JPC49GvfxcWf/QaWXVHcmYCnfvd9GN2/sfwAlBuZyl4WJTWFCggiIuIZEsg7D2duqJI+TmDoOCyAARBCo5B15NhxEAfnBSRQ+JKLiylKmSYJX4Nc3WmcvLu7u5hOpysHcMkbZLjzSgAA86/uIr2wAACUK+m2ryOhBi6h+Qg0jKDVITSMeuQNBKtG6eWe9KnWugQCYWFxQt6Tr4G8CjswmKjFLMfiDDro2rVMgWb9haSZf3LOsxM29lrUlVLcrM6ce5klPdfT1VevrhRguf8vGzsvFeCOiwGyuZ8lJJsChkChYAh4vP+3fD0ivxrhzwXUWpBe7A/ditzN88YglEuJ8iKzOTCEhoNQKh2CRAvq4SEQIuOKxhGw9m3gOKIAAghixIMFEM9OhMSRkWipLuUofd/TuW+P5cala3Rt9+pq9fd9f1Mb1aXTdcdF9vHF9NwCi+cn4A2HmiNmX3q1/Y0I8dk5vvHUb4LHAiuG/NJhBai7eRUWHry3Tgvllxekf9hIGzMGi4hUeBfMq5dhGwCjWjUcQ8LIunEAAxp1LBPDtaRPcexFIAKDK7VI30fR60Xs2cTXJzewe20Hu1d2MV/MUFBATgA3QK+67Dhy5x+WiIyJwZ4Rv7pHz7z7y+BNgSZFfqWHsGDV7SQZzn30foQnxqBOVtsADKCO4c4H6BEHi5iQvjunWiuZqMCRsBPxUOfNV8/eHDkw8dLPXXsG8dpZwtCsf/uu7DiwY0dOmFhMTUopHFNkd1ElXlrQzo0d9Kczuh87B2enoali8p+vIF+PANFwFLwWMRI2Dmyy7ZmmZna9Ur3ezh4ktBqDWgr8+Q5/6Lf+DE49fh6KoyeTTSoKDuMJbWsolxOlSwuxh85WiDF7FjEnXr0E9ubYwTWuFK3HcD6wbieQABiDmMHsWdixF+GGB6kql1Kk9Jk3XmGeT6eYXZsifOwC7vr7T8BQwXB4/lNfwSu/+OyhSp81iLEwJAi5LW8UANoxAh8+7i1mOPVnz2Pj8dPIiGitR2QAkF5rJAgkDCRQ/50Z63uN1UEgEIGwq14ce/M8OAggqgY1LLsqrEfWbQGs+cst/HPs2IkTJ62VTFGTYpWpN5LLRPO0QB8jnGtQSkUDfzBqj7jCANq/7vSzEgkpBwc39iZ3CTOZYaZUoSsYmsGQjld+CEOw97+uY/H1CUhotQWc+eC94A1384cERvz2jMoskW0ZwRGxsThxEgauNE+OIoRg5WDS01pk3U6gEVHjBGSh1kxKhFkERKIwzlTI7TrGXqVYYvP0y2Enr2VQY52rH0AL78Szuc7BnQ3GnkDfyVShSEitngCMgz6owOHaZ5/HtV9+4dC93vHCj2K04W/+DEeoVxL6783FHjmnZhAGqasiTpx5FhMWCDGYiKrqWv2AdTqBzQEc6N+GqEeG/qLSDgVbTLxx3XOaL4Ywr67FwXtdz0tk7NjEC7z3xo96wo4QXUukroFQrRf54bk4GCICgJz2Q1+1w0I0EGEn0OL3JlR/tNJADSMs3KwjOxUWYgiRUT0wFmuZp3VagKGzAZGQSDv/9+xEhIUZZFzVhAwUrhHNbR/oWYN5fz3STBWzindw3hFvecPjZLJjZNz8gEZp98MVkiyFA6P/5pTLPLOdhkBZ2UFExBw78eSrIyYGtbADq1KyOy7rtAC0rNNlkmU3wWH3ZzZWViiF6KmbMarVlYd/MgagNcMcHljFCRwJ9FFRfFepXlcqUpoC/D6mgqj1NayXE8UXF2T3nSVbgFhJhMWEncl+sx0jK2tFBddpAYyIhp5BrYuYE2ZmEXbgwkYmhm4i7BZE+/x/N0+/Lm4OtSyvBwyy1nYZzGzCjnibYI+q+euFEjMYfNNUHH2+WwJBOPA2BnSmWHxnyvZeJcsQVDIRYcfCjhmNNJOUCAZdqwKszwdoDiDTsnsYk5CIMEQIYmwg3p5tUq2zQ/Auy/53VRTc/XcfxZm/9pZDNx8/vXXgLN5We+6yUOOHGS6j/cNmELVOiMZWHnRGX2PwfEgnP3DzioILP/kQNv/4Wfh7O8i2BwTwd3cDjNwUhgjNJg4VRfCG+K0p1aoENiJmZmEWaf2VHLlmbYwOHnzccSVYFw4wIIBEbEzczj1YWJiEGAIyb8SFaHw10Dz0+4mZIOhuXQ2ywTB+ZAsbj5w+9AHt3H4/d8JmbRWuKnXcTUmeRiAYAQRb+XPYH1Sz1vmQwFBiAg++ql4w82/pzH8vk7BAOje8rWUNbL3nPLbfc9eh5zsEBFk7cWTiFXUNO0Z6oUddZLJxR1ZAkJUaKGHgTgWZ7ce/d3yu1ppswEbMxMytbRxzSwcgErA6wwgj6nqHqi0tW0QgI4fZf30VpSYIPBgDSTT00DXgC/AI6J+fYv5bO0Po1Nw02fDGp8QY7VCHNwUcRDmwITAgMN4UMFz7e3DEgQCBwRHIkbETE+dITnnjB4J1LsBvBJRnFi1HAG4FAC1Z7pbX6nPBkFNugML2LQA5Rr2RKF3uGSNu3bfb7POyudZAbbFKqPmDlBCiWBo8ImKiYeYbKGBCbBtE/jIhRE/k9jNv/XZA/5UZXvzxr+L8px6GnPP7FvCIISRjpGdmuPyPnoHtKFznlyVe5sbO9r5wDeMntwEjzL50w9izIQAKszozTL54lcKFMRsZ0qW5pRtJ/ZYz6tg4MFwQSOcNAVwe7ox+J2OkY0x/Zw+Xf+ZbOPszD0IuCOqsQncL6k5Ger5H/OYUG+8+jdFTWyAwZv/lelMH5/YZS4SgO4XyxZ7wTiLs2WAAiYeV377osAUcIJW4o7IuH2CZaUvcLm56QNzah4EsGG32G+SSQLxDCKHV8ItDd26E/vM7eOHzvw2c4pYmZ1gpQovF21m87hWwMLpTXYNsi4JOs43u3cD1n/uekZBprFamGf6eEVSLmip4E3jll561y5/9nsIRoKT+lDe+MAJvsPFYSMbO/NgbbQj0Ppic66yLkcrpMaafuYzJb1wCnXOo04I6ydD5fn4gi0C2PJgIFAG/GSBOVkWpDdZWpEs9jKxVsNFqI+Tldkj7WWbtq99hWVcU0NS55bbtl10QNSIlaQDRZhyj6n62LzPD+4ae8XlGLRU110O598AwCsNd5VwAsF+kUWuFv6ujzUe3DLsKnanVWEw2PXJNyJWUa4ZWA20RtBoggIzYeEtAp9hok8FjMRk5dhueeGymW2B5mAzXKykZ7C5DP+tRLpbG+iQedDocGAGAajP3siFw3h0iqSBqHc7Tyz1pNRg1Cn1q+7ySgaiZaWss+WuyAGvCAdTQJh9GZMttcWDQosFC2PVCZQCAlnV6S9aO5SoRJ7fk9jlazbM8sEEybDywZacePWN2tUDnFXmRkfpoyGRayEoxo9r6FxDQWjJ5MWyI0RaDNsVoQ4jHYm7szTaBeoog94H8t7ZQk64UznXuthD1cqKX/o0btoD9L2Eo1zNIQQPcQ9p4Erl9ZWse4NAmAWtwAtdlAQgwmCmZausQYjq0mW85+aSg8nxPtY+YzWarxI+jJ34H/32UyeOoAtRaYZ3H5hOnbfP+bUMoqNNscR4Nc9KaDDkrOFer1YxMlzcCHBnGBDrFRJtsNG70L9IJaCSkYzJ5iM1vC/V7EX3fr1bz7bgFjhJRrELU4XmVgPJyJBQQ1Ix0GC9VmCk3Usrl9P/BsgAtbUKt8eWpolSlWpW0KFE2YjCiL5je2MHOzs6qhdvBSb7V5B+Ugwqw32MQtvnINm3evWlKBXmUTKdkeVRBMRsSwzLDKrfk4MHXIiFYYNgGmY1BFkBwIJLGKWSBzb0lmLmMlFqV8tFnvJUcVdKllFqQphFb9541YYZlpZqNaq1UakGtlVSV1MxUf1hk4wfL2pBAM6iyUdX2hUotVHMhzZUktRToxWPJXvn1l2lnsbPK98Og7A0CH4Kr2wzw/koDVA15GtE9sYlzb7+gDg51OxvMECnBhAEPWCJYJmp1wstwAjAmMw/oyEi9oYqhkq6iigDPOKd2bbJjk0s7lEq6yTc59GzLBwMGQBxQ2g8Zc5+BLdh9H3vMOBE0qtVcqORCQ7s5qbWa6TIzbD3ztE4kkEzNqlautVDJ2VLOHGKG9I74BpG+06n7q1s0/o7BvLV0L7IWRJqB7nKDS3SwGAQYQoC2d08UtlcBBeS8t3s+8pBt3L0FvZbMghpGBMutFkCBRi/vsF8SuLwtgcwBbfJbSUjWTFUroRpxIrMLjuVD2zb+zQU6aRRVGKz0TcvzgHICzbVbMpi272N21994AGeeOG/1arHaV8oxW0qJUsltwWg1bVmwa0sKWVtGkAGoVq3UilQyxZwoxgjfexIn8AySU4L7PvG4agczr62PEJoiQBt7TvsdK4QWwHJ5tUElgKmdK0tlwp6h3sgEI1MoZarIXJC5oDhFNYOSkdnN46liqKzIVJA1UawJMUVyvaMgBCaxC3/5fpz/8fu1ipKS0m3PaZbGZenX04BWs4CNVJRBM1C5kqGLSmmR0C969LFHTD2lkpFrQdUquvRV1iBrtADLNKpiuSTE3KOPjrxzkCHp0akD9woK1OLgZW4lLUGQ5Vawf88mBxNlGlUbVYPVCuuVal8sx0wxRcTcI2pEsoyCQpUV6pojevTcydigpFa0IJaMEHtaiINwO2jw5iHVwJ6JHZEywcC0fNz2RPsQNnD0/9BCDzXSUmHJoH2h3GeL8x6L+ZwWcUExJ+SSTWslG5zmdclacwJVFYUqUskQ6o2pLYWqSrkUdDFAgoN4IVqCnkSv+7jVgKU5JatGWqvVVJFTor6PtOgXmMWZLfKCY4k2mPTV3n3T85qiaEWqGVJ648QEIjMzKqWgSx1c8BAvxG7QVqJD9v9Wc7XSNRvK0qqRVkXN1UrKiH2kRd9j3s9tHufoc49UEhetqFrXmgn1fwEip7wzoaePwwAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7X17kGZFlefvZN77Paurq6pfZUP30tA0Mq27yENRmGF77RBlmZGJ8TU6EyLBBuEbBzV0HUdEgsEIVkcQDWAgXNEYmRgmAnukDSd8tEII2jxCXddhoW0auoXu6qrvq6rveTPz7B/3Uffe776+qupmnKoTcb/v3pt58nVOnnMy82ReYmaswsoF8VIXYBVeWlhlgBUOqwywwmGVAVY4rDLACodVBljhsMoAKxxWGWCFwyoDrHBYZYAVDqsMsMJhlQFWOKwywAqHVQZY4bDKACscVhlghcMqA6xwsJaC/NWvfnXNI488cmOr1Xpjv9+3jDFGaw1jDML/zBw8xy9mTv2PX8YYAIDvxRT6JyKS1Wr10QsuuOBz99577/9ZYrusGKDFuoRdd911Ww4fPvzVubm5/9Lr9bRSClpr+P9pV5g54vdhBkhihjADhC//nWVZYmRk5Nhpp5120xNPPHH/srXSf2BYlAq46667rBdeeOErs7OzlziOo9iFxF6bRCj/P4n5wu/S7lOAlVK60Whsfuqpp+654IILLltM3VYaLIoB9u/f/986nc4lzDwFV4pQEkHj7+JMkBQnCy8clsAQ5F3ddrvdP3jw4F/feeed5cXUbyXBohig3W6/wXEcBjDQu9N6fZ4EKCIRCgIBmJ+fn9/xta997fxhkVcaLIoBlFJnGmP64Z6fR/yksHB42nMWJEkUHxzHsaemps5eTP1WEiyWAUaZWRchdJoKGJYRhpQExMyktR5ZTP1WEgzNAHv37rWIqMLMpmjPTlIB8fd579LC0oCZ2RizygA5MDQDPPjggzuVUqcxs5NG4OXS/2GcvHcJcTrtdnvXEFVbkTA0AzQajb/u9/s2AJNG7CKMEQ9Pe86DjDid6enpc7Zv337L5z73ubXD1XLlQKGJoBtuuGHN1NTUf56dnX1fs9l8U6/Xa2qtKWnyJz4R5E/2ZE3+pE0C+VfeBFAKMACSUo6Ojo4eqNVq+23bfh6AY4ypaq3HmNn24g0iM2PLli1y/fr1wnGcxPyzpFs4LF7+eLwk/KT7tHihZyGE6NTr9cd37979wE033TSTR9tcBrjuuut2NBqNb7Xb7f/U6/XYcZw5j9AUJngSE8SJHye8P02cxAhh4hdpuBTwA8sAqkQkiMjHz0JkANi5c2d5fHxcKKVSp6eTiB1n3DQGTqtX2rs8aerTVAghR0ZGfrtly5YP79u378GsBspdC5ifn/9Iu91+ueM4R40x/tg/c/hXRP+ncXKECrH3WXFTgLz/PoD+EPgshEC1Wi0zc66aTEvTZzb/Py0sK814eAEcVkrh+PHjm5RS//CmN71p1969ex9PK3tm5a6//vqKUuo8Y0wDnkiNE9/PuCjxw4XN0vdZhBqSCRYFpVKJSqVS4gxnGgxTrmHqOwywuzBGUsrW7Oxs9eDBgx/Nip/JAEqpCaXUhDFGeeKZ/YuZOe3Zv0/79++TcJLCswAuYy77ValUSEoJT+pFrjDklW+pEG+PtDgJAGPM3Pz8/Hmf+MQnUofDaSqAvvjFL5aIaEJKWbYsy2UrIviXEGLgXwgR6Hkp5bIYfxzqgWnLwScCxsbGRKlUIj+f+OU4DkL2BNLipV3xeiSFZb1La4fwO621FkKsnZmZOeXhhx8+eNFFF/Xi9YwYgZ/5zGfOnZ+fv7rX653d6/VqSqlqr9c7UynFRZZ64wTPInr4ApBoZPnvwpVPq/gyA1erVVEul8kvXxDADKUUb9iwgTZu3AitdaI95MdNqkMew6TFTRpN5KUrpQQRPaOUcqSUs6Ojow9fcMEFX77rrrueB0IM8OlPf3pXu92+r91uVx3HaSulHMdx7Lm5uTHHcZBm8Wet96dZ//Fen9Xz45U7ScC2bZOUMsIARATHcXjdunV05plngpkpbvUXZYC090mdgIginSWJ2EDycNPDbWmtNQBbCDEyMTFx4Oyzz/6TPXv2/NoCgBtvvLHe7/c/3uv1BLtLvGAvhbDYD4t/v2Dxe2ZO/I9DGCdcaGNMgJcnNk8QGABk2zYTEYXLbozhWq2GM844A0II0loHFjnzoHUefhcPz8ILg59/uH3Do4pw+8TD/XshRJ+ZNYC+MaZ19OjRLZZl/e33vve9twkA6PV6lymlTmfmeY+rM8VanOuydFq4MZJ6cpL+eomBhBCUQBQ2xvDmzZupXC7DxFRDbqIxeyGScE4bpLXLItqLvIrNNJvNc77whS/8qfASerUxpsQuZIqjpN4Yvk8jfLzgSfGWoYLLAp6ki3CAMQaVSoXWr18PrXUkrEg5h2H0pYbngRCCHccpTU9P/1cBAEqpUzhjciecaRG9FQ6Px82rUBZznQDwh3YR8MRuxEA2xvD4+DiVSqUBGyU18SHKnZfWckC8TY0xawQAaK0trwADTBAuXFYvT/vP6/3DEH8Z9X+Y8BR7TrJZWAiBiYkJZuZ0hR1GWGJZs1RlXj5F8iQiI6U8KgBASjnFC5Dbq8PWZtY8d7hAacwwTKGXCRgAr1u3jm699TZr79691nnnnSe89wYescNgjOFKpUL1ep1cYzoh0RPQg5cpvYFEmBlSSl0qlZ7zbYAXvdmkQqLd/0+7D2f070j/MwAjhMB73/tea//+x+wPfvAD8o1vfKP4yU8esm677TZ706ZNvkTkmPin0dFRsm17Ufo5rQ0KFzxHmuSEc0L+goicSqXyvM/qvyWifsz6H2CIrImI+H8eI8Rx0yqyTOLeAMCll15qPfzwT0tf+cpXrM2bN1OzOYtmcxbGGPrABz4g9+/fb3/wgx+yiAS1Wi32Wo4B8Jo1a5Am/vOInrQYtNS6DYEbzGaG3wkheiMjI0cEAJRKpaeZucvRiQ2KqwUgOuyLT07E//NUwTDEz+sFCRAQb+fOneJb37rP/s53HrRe/eoLqNFoot1uBxEdx0Gj0cT69Rvo1lu/ZD300EP25ZdfLjqdDtrtNtu2TfV6PXHoV6Q8aR0jq77DpJ+VZwoIKWVnfHz8mGvuEj3HzHPMLENEImY28ERIltgehuhZ+MsIDIAnJibopptush966GH77W9/m5ifn0ez2Qzyk1LCtu1gAqXT6WBmpoFzzjmHHnjg29Z99/2jtXPnTtFqtSClHBClJwIWo2KGTZ9dx5H2a17zmikBACMjI1MA5mMMkEnMpN6cJ/bzGGkZKhmI+6uv/h/Wo4/+zP7kJz8phRB0/Pg0fMcOy7JQrVYxPT3Nzz77LDuOw/V6HYAr1ZrNJprNJt761reKfft+bN1yyy2WlJKmp49zyCciU60NU4e8NhmGKQrmK4QQc9dcc82MAICPf/zjHQAtZhYx4lJYLaRlmGUTnCT9HxD+9a/fLX/0o332HXfcaU1OTtKxY1Po9XqBuiqVSmg0Gvyxj31M7d79emf37tf3//iPL3e+/vX/rcvlMgMuEyilMDU1BSklfeQjfyXuvvse6/LL/0S0Wi3Mzc0xEeUW7kRLjCKMkRTHdReQswBMeDl4DkCcAQaImWYIht8V6f3LpP/9F3zWWWeJT33qU9af/dlbBBHh2LGjAxW3LAutVov/8i//wtm3b5+BZyAdOXLE/PSnPzXNZtN6//s/YDWbzQCn1+vh2LFj2LRpE332s5+Vl112mbjjjjv0/v0/N7VaDd608LI7jizC5hkGpJSyCUQdQuYTJEAmMyQ9n0T9zwB4bGyMrr/+evtHP9pnv+1tbxdzc3NoNBqJy871Wh3f/OY3dYj4/iUA4IYbbtAHD/6WbdsewG2325iemcarXvUquv322+Xf/M1nrHXr1mFqaoq11pzn2rXU+uZJ0ax042FEJAYYgJlb7Pm/5RE4ixnC7/IqsEj971v3ePe7323t2/dj+xOfcPX81NRUoOcHL4Y2Gvv2/cjPIE4xmp2d5SeffNIkMYAxBkYbzM7OotPp0BVXXCHuvvse66qrrpJsGDMzM0G5wnVYyhCwiOpcDAghSErZAKISoM3MImktPi3zYXv3YlWA/wqenr/kkkvE3r177dtvd8fzR198MaLnky8No0146TWpFQkgMjlOLEopTB8/jnKpTB/64IflXX//99bu3bvF7OwsWq1WxD6Id5Rh2nKgAZaoYvw8iAiWZQ1KgHCkpaiApLB4Y2QVOnYfwBlnnCHuvONO+5/+6X771a9+jZiamkJrvgXDg67lSZc2GpdeeqnAwvx/kA0A3rhxE51zzjk032rnp8eMXr+HqeNT2LplK/3tTTfLW275X3LHjh10/Phx9Pv9VLVQhFgnEjwGmAGiPoGtPGIXJXD8fTwsLU4cvCEXj46Oive97/3W1VdfLSYm1lGz2Rh6PR4AGo0GrrjiT8V3v/tduWfPHo2QEUlEdOONN1obNmygsBFYBOZb8yAivO51rxPnnnsuPfDtB/jer39dHzlyhNeuXQshROb+izypmYWzCHuKhRDalwARBvATKXIlxU2rUJ64Twjzx9v0jnf8uXXttdfKHTt2ULPZxNTUsUwPmizwPHjoy1++3Tr//Ato794HzdzcPE4/fRtdeeV7xMUXXyxmZnI306RCs9GAkJLe8fZ30CV/+Ed07zfuNQ888IDpdrtmzZo1vsH5kgIzkxBC2bY9C4QYgIg6SQRO+vfvs3R8QsaJ97F3rJRiAHTRRRfJ6/7qo/Liiy8WnW4HR4+6w7q47B4Wut0upJS45ppr5JVXXimdvoNarQbDBj7xl0IlbQyOHz+OkTVr6LrrPirf8IZLxT13361//JOfGNt2J6DyssjqJEUhhBsYpx4QEalKpRJlALhGIGf1dv8/j0myJEMK07C3/463bdsmP/zha+UVV1whpJSYOj61NIongNEG08enQcL1cWw0G8ueR7fTRbfTxZnbz6SbP/95+cMf/kDcc8895je/+Y1Zs2YNbNsufEDXMGogOZpLV++BhBD9Wq02D0QZoAtAe5GH2vqVROx4QTOkBRtjsHnzKXTVVVdZ77nyPXJi3QSazSYcx0G1Us1rn2UBjnEAwfPE5bitQcndN6VPK61Ahuiyy/47/dEfXiL++Z/vN/f94316enqapZSpmEUkaUHwVU8w/PU2kLaBKAN02D31I9chNHyf1suzbIPwO601VyoVete73iV27txJ3/vX7xnH6SPaLifcUmYhJAlB8HgSzIxKpYp6vQ5mg7BEZY4Rgl32IYTq6P8y/O1EkFJi+5ln4i1veYv4xje+YdrtdsQDOrOAi5QWCXhCCNHdvHlzBwgxADP34EoArx7s14PZWw8IJzqs/k8TV1JKchwHt912q+n1enopem8JwKVSiUAgrVyPH601b9u2jbZs2UKO08fCDjEaYHB/3wMAGKMDBnEvl3nCXsG2bUNrHRD/hFWKE13OBRF1LrvssigDSCl9FRCvYFh/LFr/h+OFn32Jo7WOBJZKJbItmwybATyvUtzpdJLYG5VKRaQNE4UQ3Ol0OJQmu0kS6vV6oJe11rRmzRqAQUQCRAyiBW+h8CWlpPheCPfyk3fxlFIAgH6/n+R2XqT3Rt4nSdcCQFLK9q5du/pAiAFs2+4aY3wV4FeSPYlwovR/AP5YmZlhjDFvfvObxbUfvtZbmIk2VrVWxS9/+QvzoQ99yPHRvX+zc+dO8Xd/9yWr3+shXiTLkphvtfiqq96jGo2GCeFBKUWf+p+fEuedf77wnUXCvoH1Wh3f/e5es+df9phqtRqskrbbbbNr1y56x9v/XLbbLcTHKeQxxOdvvlk/+9yzpmSXRFZ7nUjw8hRENO8XMiwB+p4NYIWImkn8UKKIxyui/zOAjhw5wmPj4yiXKxQ30MbWrsX3v/99X+1G8F544QWUSyVMjE+Q0ioSWKvV8OQTT3Cz2Ywk6O/ymZmZweaXbXYngsgrq5dLtVLhqakpP08K4x49ehQja0ZQrVUHLHvbtjF17JhpNGZYCpk7wkyTrsNAFo672Um0/OcwAzhwD1Gw8wiZJvrzCpMUJw33qaeewu9+9zvUajX4otMH27bxs589Gli14eSOHTuG//f00/zKV76SOp1OBK9cKmP/Y48ZT/6HiQhjDP/yV7/kdruNTjeKJ6XE/NwcDj57kEulEiO0Z8C2bX7uuUM4/PxhXr9hPfnHyYTTfubAATSaTS6Xy0GnWiosgUGEEGI+eAgFOAAcjh37msYMw+j/Imog9szHjh3jw4cPs5QSWi1sPgWAZqPBv/rVr+ITHIAnf5966im2bRt6YBOrwuOPPz7AOEIISCnx9NNPc7vTZjAW8lSusfa7F17g6elpeEO3AKSUNDs7x88eenagrFopCCFw8OBv2XGcQHLkEa1IZyoCSfH9wyOCuvs3tm0PMECW2F9O/Z9USAB8661f0seOHmUici1tbUAA7rjzDn3kyJFEFQCA7r3362rPt7+tK5VqQIxyqYz7779fP/roIyaEx4C7D6BcLtOzzz7LN998s261Wwy41j0ImJmZ4Qcf/I5hdo/fiJWfLMuiPXu+bQ4ceMZIKYI8bdvGo488Yn7wwx+YtBnAIu1RlPBF4nltOygBxsfHfRVAYULHC5mm/8NhS9T/gEfIxx57zLx49CjDtb6hjYY2Bvt/vt8g0M6DuM8//zw/8eSTRoSIIYTAL375C9PtdsN47DUKhBDU6/X4Bz/4vul0OmyYg0Os5mZn+ZlnnmEpJSWJcNu2ceDAAX7xxaNgIMiTSODfnvo3Pvzc82zbdmJbLRaWIA1ISjnIAKeffro2xqgkCVDU+Msq5DD6PyicEMSGSStXFGuloRyFUrmUt7BCtm2TctQCnlKwbTuOR94WcGZmEBHVajUy2lA4P2OYsqZumRnlcpkq5fJAnlJaZLm4UbGRsJU86znrfdG29+sohAh84gMjsFarOUSUeAC0j1xEMixG/2dVWBtXd7s9yvXrs6z8D52wMRG7QWsNNsk6MTlPvxcTtNGF6qAT8gzNbwy9o/hEQZgBAglw6aWXwhgzYAMA6cSPh4WhiFRIehe+N8Zwp91mYxhaq2A0YFv2QBpxMGw8xlEB7uC8PvwzjhbchJhhtI7gmpT9gOHyJuFprdD1Jp2SVEdWWvG2KAp5HYuIWEo5KAG8wC5ilmpWz0/q6VkFWESFuO847EsAAKmEHEA0DKUWeqPSKlECJJ1eEh45EBFUjAFSpZXWAxLAGBPMDC2Xzh+SQSKjJSIyQoiu/xxhAGbO/QbAcor4AhUgNkxK6YAIrtNnfsUNGyitAjytdZxx/BHAQM9UWgcXiFwJwPll1sYgWtaBPAvZRYuBHLwwA3AqAxBRl2OjgDRuK8oIcdysd0nQ63Vdnewt0hijUSoVUAGGA2MMALTrLRzOiBEyAcJlCBudBFcCxGcjE/PUGko5QZ6O46DX62V6MOURfCkM4Rl9HHrH3rkAwUzXgARAgc0hw6iCYYifFN7t9dyG9aZ1ldLFjEB2vXcDPG1gSSs+AoA3AojYAMq3G/ypZB602pNAa+NJDj9PNTCLGa9fkec8/BwI+wMQACaioFDxluwVMQJPkv4H4G/TWujJarAnp+Cxe5xdSAJYdoQBkCT+/SPZlOPZHQwQIXICVxr4kmohT3dpOAllOQy8ou/Cz0IIY1lWcGBkXAXEGYA5hH2S9T8AQHlnFGqvV2mtIoZVGrjDQBXF01F97B8GFWbucrkMIsBRCsa4jsNKqdx6A/DORFzIUzkO3LWBfzfu4cTMhoiCBYsIA/jDwFCB2L3NJvyJ0v8A0Ol2Pd3qG3MG/hGuWWDYeJMxC70xbpAlHAWDarXqjSD8I+IRpJFWdmPco3EFERxHBfEdqeA4/aG8mNNsriLhBZmIiShoiAgDCCE6fkLeNXA6+MnU/wAC/R/0Km+BJQ+MYThqAc+Jjh5SRwDVapW1NgAWvhHgp5EHWsekjpKFRg95sFzSgZkhhDClUil5FOBJgEQD0E/gZOp/ANBGswr1ZKUGRXkSsLeFK4Jngp7McJ0jwwag/40AUsoBs+WdWsrQoe1ymTaAdvPz8xRCQZts6REp8xIs/oLgT0kHCHEbIC4BkPQcfpdXkKVWtNPucFyXF8GP62PPdvCDI6eB+vaOZVkol8vCcVSQBrOATrDkk2DhHGVfWhH6/agKGKZjLCdDhN5F1kPiw0Bn2IJlGYF5xC9SQUdFe5VWGnaheQDXkg8kgBOdQPLPPQ6VlSqVCkqlEpRygtGAEByxAZLq418+A/jxiUTi7GNe+2XBMkjWTBug6ydc9ArHz6pIkgSJ3ycyjDEU6VVaoYhV7c8EhvHCjqL+aaBBfM8AFEIEdkYgAfKkjjcm0aG1ADcPAi+TAi+aTAGGYiFEwNFJU8G5xE7LII0RltIGvV4/Ys0rpWFiHsRJ4K8FLEgADSyUI9EArNVqRERQSkMIvWADqEGX+EidvFutTZAngQB20Hec3F3CWR3gBECkMEnzAKmiO43Yab17OSrU7/egtRPoYa0UGPkra8YY1yVM+frYQcgpg4QQ/swY4IpFrtVqrou6UtCeBDBEYNaQUuYZga6t4uVJBDDLsOFZGNLarahqzUrDg2QbQAgRMEDagchZPbqI/h+WKQy7w7nw9GrR5WBHOQGeoxYs8vDZ+1652LIsqlarru2gFUh59oHnjpY27eSnQSDS2kSGnlIGy8D5EiuH6IuBOMMm0SauAhS8Uzj8iFk6P1EcJhS6CBOlVVQ5TmwYqGEKrK2bARWgYDzN4Y8AwuUvl8v+gU/Q2oBIBw2oVPZiEDMHzqL+11TcvYXRQ7Wy6p+UZhFYqpSNMEBodxCnEa1I7896l4SXBd1elyOi3HEyHTSCdGMqwB0G+uPzAQOQ/K+E+SrA3+fnOqTmDz2ZQcbzBPb9CIzi4L5IXZcDhs0jwgCO4/jfAw72B2YRNk1FLKYgCcBw/QG8dX1flDvh3hjW4xEwRkdUQHgUEJ9JZGbU6/VgWKi0CjaG+B7JiQWM1N3Fc5QD430OJ942/tAyjB9PLy2feHgRO6AIRBigXC63iUj7NkBSpsuh/wsWlAB3j547tl7Q5ZZc2NOKFAbQ3lRwgOco6AUGYI7OAHJ4X6A/ERRmgCJlVkrDcRSY/Q89uZI03AYvBXBGxhEG6Pf7fq8fkADLqf8TCphUNgJger0eK2dBl1tKQ+tgq256nY1h7cSnkDXDJXj4cCy2bZuq1SqHCe734JAEYC96kndwsHfB3ynsPbPnFJrKqPFOsRgmKSBJwgwfgQgDVCqVDgDl2wBh7JSKBxmeAP3PAKjX61FElzsK4V02aXh9px/FU8pbmoVvADIAMsZQvV6ncrkM//uIWikmb/uXawQq7na7MMZEho9e+ZmZqdvtQjkOa6XIZwCllHt8HRsSEKlMUKR9lqhaU/ONKEO98KWEiE9AOIGToP/9HsNbt24VLz/r5bLVbrnTuo5Cu9PGttNOE9vP2C7DccPX+Pg4bT9ju2y32wt47TZOO+00ef5558tYj+Z6vc5SSkgpaf269dIYQ47jQLnMBqMNbT11q3R397huVv7FzCiVSth+xnYhhKB+v7+AZwydvu10Wa/VA2ZJrPAi22s5VEqEAcrlcg+A4ahPQKERQFahikgDLBAwgHUT62hycpJ6vR4c7cDRro/d6OgorV271mdKil2oVqu0ccNG6va6Eby1o2vpZZMvE51Oh/v9PvV6Per3+1Qqlajb7bLWGusm1pExhhzl4jnKgTaa1q1bJwCg0+lyr9eDf3W7XTbaYMP6DQJAFE9retnky4QggU6nw71eDyGVkN4QJ9FWiKuAHjMbjm4Q9fXHgE0wLOFzbAYmIjr3Veda5UqZjDaYmJig2bnZgTMB51vzmJycFBe+5sJS0g6ber2OVrs1gNdqt2CXbHrda19nkyC4x7cw6rV68O3jbq+beBSZoxysHV0rq5UqSISGdezuHu50O4mzhEorbJrcJMcnxiGlxJEjR0y32/VPEy2sEoowRZFOFrcFIgzQ6/XYY4DEMwLSMk0yZIbU/wwAGzZsEDt37pTMDMuyoJVmpdVAQlprTExMYOPGjf7HnsJAxhh2HCfJEkK9XsfLz3q5CA8lw6uCIfUwAJOTkxSO6x8XxZ7bWBreKZtPcT/GaRhGGzx94GllW3ahnUJFjebFSo0IA6xdu7bvfWa0xO6nRguPAJag/wORuHXLVqEchdn5WfPrX/9a+YdFLqpmCfnYtk2lUikwZpVSWL9+PbZt20YLLmDFVz/z2sa/jDFcrVZppD4iR0dHqVKuCMdxTOI5MctV2ZSRlRDCkVImewW32+2IjsoT8UXiZEiDyEshBG3YsIEcpXDo0HPmwIEDy6kIg7SEEMFEEhvmfr9Pxhg4juMSi02whh88c+hjz7xQrzDDhOsa/sAGs+tSVq3W+A/O3sm2bYuxtWN0+MhhCCE4PCs5jBRIC8uRDgRAE1HycnC9XneIKNgfGK7UidL/W07dIkfWrKFKuUxSStFutzA2NiZfe+Fr/UOdlwMYAIiiS8AMRrlUdtftK0G06DwjEt4nR1p4SojIDPT7fRhjMDY2JnybodftcacbHHYVGW0NVGJI6ZrS+dI9gkZHRxURDWwRL5LBkPqfmZlrtZp4xc5XSN9fXykFMLBmZISS1uuXAOQbfP6jWw7jzfJ5bxJzpIS7tLgLAZQQz/UXcCClpC2nbJFCCrRaLfPMgWf8g6uX1ShMwWEhRLJH0NzcHHs+9wPDQP9/OfX/li1bpDaa+u0+d7od7amfE6EX2bZsd7Fn4dg2jI+PY3LDJKnQYo8v5tk/5JEZ7B0cGWaisJrw4wLuMnQEP/QvpPs9DiJCv9cXnVZHWNKiWrVGc/NzHN+lNFQFi7U9A4CUMpkBLrzwwv4jjzzSS/IFyBNJQ+h/ZmaulCtiw7oNwuk7aLfb5tGfP+rrpeVmAAPvwAhfqjCYjTbYcdYOajab7G/8iOh1MNikq75Eg7E4Dm/duhVlu0xKKarX62Jufs63vRKPkVkmICLSlmUl2wCTk5OG3W8FUpy4y6z/VeiqwwAABDBJREFUaXJyUnrHssAYI17xB68YGNMvJ/jj/jCUyiV02t4+yVgYBaKc3OmyWDiHX/hky4vj3zKj3+2D2F0dLJfK7okmKjrkLWoHFDEEPRAAlG3byaOAbrcbfBfPTyjLMl2M/jfGcLlcFps2bhL+Kptt21QpVzLxFgscp4r7cuHUj4JKJ3JEdEE+DXBS9gb6y8xSSqrX69RoNBCfIFrG3g94Q+5SqZQsAXbt2uUIIYJvCIcLMYwEyAF34UUr3XN6A71mWYHc1EulUmTIbbTBqaeeilq9RkaHRH58SGcW9Hvw3hPzQZxgXIhgyLjwKpSeWYgbjmPYQAgBzZobjUa6w+Hier6vVvwwEkI4Y2NjyXsDPafJQAVkjQTyhnhphSYimp2d5ccef2x4b8nhgQFQpVIJGlZpxfVaneojdTRnm+R/Ayhe36xJoaTxf2b82NxCUrg3pRy0+7D7CVPiB4rJCxdEpLZu3Zq6PRxa6/j2oYCDiuiaLKYJSuUvo50EKJfLsCyLjDFMRGSM4bVr11Kn0wk2gPrlBpA6uZPUIeI4SfHD73JwEldcwzhpKjdNIrP7cQj2VnmhtTbM3H7nO9+ZvDcQALytw/5hyD5HxkXJUAZKWgVOIBAA452KSb5dY4xh27ZpZGSE5+fnKY1w8bIWCSv6Phzug3fPafhJaWSkE29f3ynFZ7K5jRs3pksAImoaYyzPQPOZgMOfTMsThyepc2cBA4BlWYTQiMZxHD711FPdKWd3vd6NzIOfxF04/7+YRMjq+Vnv056z4sXv4zihf/KMH4uZWQhRKpVKkYOQwx+Ngicmfqe1th3HEcwstdZSeV4ucYInPedV6mQBuRD4BDK7vv/GGBw6dGjAObOIuE2KmyF+M+Nk4WallRWeEJ+FN7vkiRcB4KDXPmDmiASQRGSdffbZT2utZbfbtZi5pLVO/JpoFtGLVOBEg+eTFzh+wh19ULPZHPATyGrMxbzLqiczD3xONi9+FuSFG2MkM9taa+0Zw78iIn9mg8MMIACsP3To0NNjY2O/NcbsMMZYITsgUbzHrc+wM6Uf92T6xaeVSQgR7N4tUo5hy1o0/lLaYDG4Hi3W27atKpXKE8ePH/+/AMYBNADouA0gW61WX2v9D5VK5UJjTAlYaFB/MF2U008QLGq6MMyYS5hx5MXmv8wwVBnI/VTsfLvd/td+v+8ACM68p1AvlXA5YyuAUwGsBVBBzG9wFX7vgOHO7bQAzAA4BOB5AHPMoXV/r1dUAIwCGANQh2skrjLA7z8YAH0Ac3BF/xzcb0NEF308ES8B2N7/cjplrMJLAz6B3ZOv3C/DBJ/nS9zs4UmDsNv1Kvx+w8BEng+Fv1+7Cv8xYVW/r3BYZYAVDqsMsMJhlQFWOKwywAqHVQZY4bDKACscVhlghcMqA6xwWGWAFQ6rDLDC4f8DgO820bc6FqQAAAAASUVORK5CYII=

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7L15fFTV/f//PHfuzCSTlQkJ+74GWQQVxQ00gFBLFQmNWkGrVNwXXKtUbV1waV3bKoo4glskFXdABCugGAFBIQn7voYMJJlk9rnv3x8zd7gZJrb9/P74/tFeHudxb+5y3ue836/3ct7nnEGJCP87/nsP7f91A/53/L89/geA//LjfwD4Lz/+B4D/8uN/APgvP/4HgP/yQ/1fPzx69Kjz4OGDOYd2HnDvqdrUZdXm8ClHmtedHmtzeOiY3uGe6n1xkVdGeQOUlX1HOcWUlR+jnB6UlZVDeRnllEOZRnsmM7IcKCun/NhAcG+C2jLKtkO5v5yBXth0jpsy4xisHsEHZZlcVr6c8l7dYMdZtKGc45RRArgox3VaGeXryik7I5edPRtZUw6UgRaE/ACc3wQfdukN5XthzETKAuUsXFVC2OWmzK/B+G/hmAMqT4fzobxDOWXlwLgyIou3Yb+oD8fzy/miAfi+OxzbDWVtKaOO8vIyysoAdlNeXklZWRmHy+Fb4DLKYXIvWLCD8rLxEFgEOnT/wM6ZZcXsLP+JNZPLYEE5ZWfC/u7QmTIAY9OCBY27My+tGZoXW+dvv29dt96n1vTsWHCkS9dOx9t1aNfcr1+/6P9Fjrb/5OVIJKJuu+22rN9ceUWHHTt2Fq/Yvem8ypqvx/aobjPmm4uWnX213nDKN2d0bFf9RlFG399dZ1tYmY92dz7j5w7knPHtmFv5AXdrNSyv6Yh/zBqu0jW+P7Mf/h3DGT95LssO/gbf1m5oZ/dGy92J8fVQjt98DgOPVlK6aQL5BzczVzsINWMYr22g8rpi7q4czF5tM9MmX8B7F3/F9nMaGf/hMCrvvoiahSu4smgk5xzezzmb7sa7rZJDgzV+eVRj6D/r+WHknWhff06XYTewfYKba1fNx3d3Db32Xk/+aYvJH1nDh+/XEBqfQU3lndSE8umW8yGhMTXUfH0J/UduZ/iBaWwfX4nW/rfUeIopvrsTK+fOZXxNI920GF0Hj2dJzVyCd9cwvvpu8ksGkH9OJZX5l6K1PQfNfQ7TKkcwd/zHXFqp8cMvxnPJaUE+7P1LDszVCdfkc2bJByw/T9Miq8fnnNXh/Q51+yf2yj8g/b9sf6x71aJt+dsOrraVjP4FpZdNjCz6fFHsP5Hpv20B6uvrMw4fPly4ZfP+3s0ba0eo3rVnvLZhVY8/HL254LY1t+WGrp2X8f4Fk/VbS/O0lypepxSoAEp3ldKnB2wrraCCUqi4mNLS38JgGPcTLKaU06lgLVdzesWbbKOUBipgZSm8ABVUUPq3Uri5AhullFdUAKWUlnaFir3M5zWm8Dt4BSp+WUHpHbAA+KiilEtLK1g59XbO+9UBSoGepbAT+AsVdKOU0nhVTOtzBXNmvRtvL/fCPU/DM1CBjUWl5Yx/cQWlHRVPL3yBeyfCs3/tz4x/PhZnTIUHSq+homILfyzdw28YS+/ecIWvlGE3V3DoIdh7fSmMBdaOo+L0xZQCvAe/vryC9/mYXzKPa0orKK24jvk7HueR+27hhooK7kkw8W9TSmk3AXgfAYwr1ILIG/za/+b91zYyq+PRr/RZm0eOHLm66Ujo+6yizH1t27qPP/HE45H/BAitHpFIRDt48KB7w4bKU9+q+POdZW+/9dlrf7hg67Dfraqv6tUr2nHWPqktKhJvgVfcXq/Mf2SNbPF6xe12x8slbpnmXSHuWW7x3ucVt9ct7s+8ssXdTtxut8z3esW73ytet1faut3i/b1b6oZ5xeteKd5z3OJ2e8XtHiXXu93i7X2puL1u2el9Ty5yu+UU7zpxu93i9XrF63bLNrdb3F6vjHF7xes9Pf5sZnvxejeKe9Ec6f3DEnH3TdR57g+y8wGvuJ92i9f9o7hnxtvr7RF/fpfbLV73UXnN65XDf4jTiPcp3k+3N37vsfFvitc9Rdxer3i9bpnldsthr1vc3pvF7X5BPhvlFbd3uHi/9YrXfXa8Du8i8a73xttd6JYhj7jF7X0m8cwtj3d0i/cRK81ycbvd8pbbK+/Pc8s6t1vG1NbK3vy90qZgeHjxfHfd7Nln/dRp0v1vDRgwYMrYSy/tV1ZWlv3/W/hNTU2OPXt2d17x6afjF/7h3jlTJ0yvWjlkZX3pJ92i7fa3kz/n5Ynf/6zYIxGRkSKi6yL6RpFVd4leIKKbt0SkTNdluOii67pkfywiukgX0ePPp8fPIltEF130R3QRvUEk+e1uidzwioiI6LqeqFSXJ0QXXVaJyLlyh+giIiKnikjnF0Sv/aXo+pMicobocmv8qa6LiC5X6/F2eG6NyeZ9usg98fbI9yKy/TIREblF75agr8e/zRDpHO+RzBOvnGPel+0S0HXRXxURvYfo+3T5wWzj1kaRrDgtMfv6gy5PHdZF9Lvk48mH5JxEs0VfLnLsQdHlExG9s+i7dTGbPErXRX9BRJfFouu66KeJ6HpE3HqJeL1e+WhPhtz78qjwwoUFtW3y8tZMaT/u8ZHFI8+8aNy4gttvv/3/Fug3NTU5d+/e3dOz2PPbqR9O/WLVqlX7Tzn1lNDK9u3F63LJtQFdfCElnI0giPCSCOOlK4ggoiMyFhFuXCYPguQgEhyMwELhSqTHKw/JTkFAZJ9MFVgvAsImBBARkSdQwpXI3+tfkDpBCIo8JfHnV8ZfkUcEEWkQEBEQ6YfAmSK/EnFJWbxOVokknsND8fpZLX+RckGWxL9LlMbkZVBI0IJNApeJIDJN7hOhnVCAsBl5Ekm2F84USXwTExHkVQGR2xCROFtE/nSevPMRCRpI4lGibSpx9glnitCA8Ktfy6kg7wpCWGSF3CMuN/Lj8/Fvr+YJUcovv7DdJPYtdnEu69Gc+dQd2/PyLp3fa3T/i8acP6rDyJEj/6NYj6amJue2ndt6vz93yS2fvrbw+zPOqPSO3/1ArOCSOnE67xcIC4LsGY7wISJDRHYhgjwk/AlB3hQYaPJc2oJwiggBRI6IyLNxBnwkSHVCkE+DyAYk22QJyOzEZe+HTAYhrEGQsGSAgCshTARignwjoxMCEHbKXBDeOl8Q5BkRuVxuFHk374TAC+PvTqG/gMhi9kotyFi+TAgegdHy+kGk2+9elnEgfEeyLbIjIVVEZD7yGCLySeL5uHi/iCBnyg7hOALVgpQKIEOQJMAEZLfZ7QqR+Two67sejH8vCLcgL7Nc+P0wmWiCUnQR5sl1z8eBdBGIUkq0lftEP0MPOxc4D2S1zfp05LC2l+YWFHbk3w34/X6/fefO7T3nzp1782fP/OaHtU+sbei0d67hmtxBNC0oe0D4GyJvSFJQPCFyEIR3D4nWRUS4R6gSeZcSgddkh8kwQW6lWuRuZMdBRGRCXHNlc7yjBjJ2C/K4IFckOPvX6vi3sxHhaeQxQeaAMDh+/x4GJzUwrkqPiiBy/UBEnowzcHZSk5cKMkREkBfoK98kGJyZUE+4X9pUnOiX8KScntRUZBEicKoIr8uGpOT7ybkichdh4bo4UPtelKhPnhZkmlzEnSJnx6tsBJFNIlIsgtwuTLsr3orrEmT/6RUE6XS1JCyrSDtEZEVc469I9gWZSFyRZEP8fG8kU/xlftH618pmmy1q+9R2+EGbbTH0/xXY2/Gv8j6RSETbtWdP5yVvfn71R1de+f3w4WsbOnfuLK4Gl6wjLE5qRPirCMi6438Q4RXhvH8KXePsKH8/3kmlRGw2Q3gAOQRyJUgHEEIhKTwQkn7YBJCQa4CMIiRr0SU0ScmEYFBUcIModVRCKiShEMLukISuQSCU6Pg78etQvD5CSKg2JCvXDZBTQiEJgRCaK6FKZLiO3K1CcqNSolRQVDAoWlAT7eYJcnlwv2hBTY5pQdE0TTQtT94MdhelghJSIVFnhuSmRU8JPCT9c5DQAybjQ8KG5ULoIgmFRiTaFRJCF8fPL8Xb9c9nE+9fHZJQ6GzpyatyOkgoPyQqFJLnR5wq45USpcokFIr37Xw+k7s6DpdwOHzCAmVHxTAMkTHICwvuERFkKkOToLwd5AeQ2b9KuBWFQERgm2zbNi06buENhyeed9tH2dhK0GxtfhYAhw4ecq/49NPxH079cGll5RnevZ06GfWZz0s4QSzh6OKlQgRpLyIiSs6XdxoNWcAkUYuU2Gw22aWdKvwe2QTyEUjV+dWiNihRNyhRl74ig6qqpEqrktM0TcZor0hV0b2iVRWKVtVNtKpHRauqEk2rkge0BaJVaXL9DE2UUlKtbpdqVS1QLdXVCbNajVRX50g1V4uqVvJ6dbVM+uJ+0bQqqaqqEltVlbSrsok+U5cq/Uy5pkoX/fFNom/YJPomXfSqKtGrdNmkXyxVTptU/d4mVVVViTZoUl1dLWpctVRXVws25CkQ+F4eo1rIqpbe1Ug1CNXViYJUKyWnVMe/ObeqSjRtsGhavD6tSpOqDC1e/yBNqqpWxK8T9LRqTcquV7Lln9+L9uxPckAdEOW9V5o/QOAlUYaSYx5ElsStxDlPITySdBjxf9Go0IBs3PhpFNhXVlb2ehu0oQrlSiv8hoaGjLU//XTqRx/9Y+6qN1Yd2D1kd6yx8UUB5GO6CiDLQYQucgYI9BAVjYo3oIv9Hrto2k7hxx9lFMSWLiW8gAV+GNWk5ijf+Wq2T/NM8pVoHp+maT6bzebTPef4dI/H59F13x/td/g8L3p8do/H5/mz3fdIN49vtt3u82TGn3s81/j0jrrvT9d6fB7PFT5N03yaR/N5PMrX3ePxKc9lPuVRPo/H45vt8fhsbT0+z2CPT79Z99kL/uLzvG73eRwen8Ph8V3X39PkcTqbPE5nk/NxT5PTObrJ08XZ5PQ4m272eJocHo/P7hnu89xq93nGeny67vF5XrDFaWqX+Dyax+cZ6PHhwefx4AOS1x6P8j2jlM+jaT6PR/Np2su+R20enz5X9z12150+jz7dd8ONHp9nosdnt9t9ds/lPs9pdp/Hbvd5PB7faI/u0/VzfeP0N33F82y+P7/9tm+BpjU9OV4LKKUiSg0w2L5dbqpScqNSEgGRzk/FrcF+ZP31cTXdv+4GEUQi4xwyml0ChMhmS85IHszMdPbEEg+ohOlXB/bt7/zJZz9NXtbrjetiS7f3nnzOQMedkz14JQPpAipnMjywALlKYO996LMf5rm73JQU/sDh358SO/rl44E1BQ/WZ3/28LE/8sdjeq5qGBklop83Vrboyxi0ZLzyalHWjVuulBrHRctgqbFUORRcQDu48Kha+tUYYCmMcYPvGGNW26R2TIT6L2DHmDFyEbBYFiMhkU5rLqLLOcg3n3/OL36h1OLFY6Vj4ReqXd1FtFeb1BfjjlBypLeq2ujHNXaI2seXtFED8IX3qgtXnc2ykjgDSljGsmbIzCohsHQpvUePls2yizFfdJclshoju14Y0Ymxsk/WLirgNDkKjBcx9iJik8/kB5QaSDdVrfZrF8PwRUqtGYEamI2qXq7GndUDKncj40Yp29KVfOseS/PpS9WYpTpfj7mA2FKIaUuRks4y1ihA6gvZUrlYdp0yHtm0jN6TguQtkIzvRfKfsRvu9jfR5sdFkju1oirjnsfaaHPm5NHBtRHhbyh5E4gADrrzS9bwKYWBO+Dl26HfvKYpv9z443wq/myzsSIW41gSAF6vN7uyctPwd945eHd1vy5nH9p4a95Xc4T+uT8gfTTU1sV0/Wgcey7tiOIgWvVU9FO7EZn5mEiuNPMetZPbtd264LD3xx6Hum/dE6yrzQk4GsVQEWWPajnZGUqzZ6poyKbl2ELotlwtmmvTMjWNsLJpWeGgCmbZFAFB07IQI0qGFqbZ4RQx/KL57IaW0USs0Wk0OqNGzPDhbIgazZKlNHsAFckQsWlkGn6MjGxlSEg5bbmanh/RNFuOpoJBlZmjK2fYpilNU5rLRSAouJSmIIjfMMShnARUUCRsF3s0KE0xzXBEo0ajIyYxX8ww7A3iRKQ+qgxnpFkMnybichJtNCSS3YQWtilXVo4KSVjZXTlatlJK12MqpOVo2aGgCjtcKisDpdmcyggqFc1SZBpBAho4DQMRZ9zXS1AaG3XJ1A1pDPtiDi0CKivDbj+Sm+0Pt+80NKdf8aZjQ57cMbf7GOlRsETOz6QRornXY+PVeOSgQL0PVEL0KahrbOCnA3kydi2H+ejsj1i29m/4wpuBqIpEImrrlppu721YMOXrV7+++u+7d/cYvq5Oq8/1Y3eC4nnkqjtgvhBBodkmk2l7mRUrtkUvmzXiWPPHZTs6sOGLHTkHV0WDvj25rtz6Pr37BAYOHBjt168fBQUFKhF9agnTk+5aWYp5mIGQYTnHEmfD8o71sNZhsxQtpaTSMusyaVnpxCx/W8+SqMtsJyk00tG10jfba35r0m9RAoGAHDp0iO3bt+u7tm93HaprbNOYq/UsGui74Pph14x6YMj7XbaEv8jpW9ZXPTJ2Go988g7QzGMCMxNUIhV3Yi99nq8gtIyuG99n73NbbdpiYsYx3efzOX7aXdPFGz10xmMZtYVjfCu1gOsQju/eBikBLkEpD8H5CldM46itgU4rt0dHnHV2LQxY35byt7bbbGtjvtihu+66K9S3b1+TuVZG/FxpTShWAFgZb052GLRkvhVEpo/TW6GXCjgrLSsda4larnXLNyYQzKO1Ppv3Td6k9jUVfDEglpmZGevZs2esZ8+eEcaOPV5bW3ts+fLlh3b8c8+uR4+t3P3IH/aXbft1/16Dqj7On1E0Wc10hbDpiqc5l0sKPyJw1E33MVV8xHIuYLLTw586FV9yzVkHvsxY39zsr9d37NiV61/dVDzo1E3dazYtyDq+7SjhrLPQBX7HSzw/BbIF9Ms/5sMPJrEt+ifjnnXrvDcz8Yc2bT542VvPDxKL1c2ePdtkRDrB65ZiS7m2aouVKVaGWItVSCbjTACYdVjrttIyi/mu9Ugn/GhKiXCyZUoY3RYlta8/B0ArkFKBbtJNXhcVFcUuv/xy//drvt+9Yf13n63My/PP+jrrt7G3JvWtvzaam3sjbBThvgQn5cP+sGwLSyNLOWQfxiauye91iFO+b87o5lf+PfquXZvart6zdUDxT80FT1ZebqvvsBUdUApeLBaya0C9reFqKOW0+7+nx9VDm/Z9c+623MItbx4/yjrg6OzZs1vTeJMRdsvZem2+Y9WO1gRi1UArEKxuwEpfT7m201IIVsBZtd/K8EiiRIEw4EhcW800FmGagFOt9LM1AFrraw141nN0+BnDo506djqy/ttvvx6dn5+7s2DR1N69lbM4GnUOejuKYKdBF9SlmxHKGHv6YJquvYMx2ducv3txaIfjQ7v1lfXHNujr1h3sfsDbt8fKnZNyjFPHo0uAzSU68tEA6Kq4TSCmG+jn6qy+e2i0a+1th1d+9eJntqOsBepaEb5V8PYE48yzg5ZAMItZhykQq/ZbmZEKCPN9q/bZ0tRv0rSCAMv3VgBYhR9OFGfib5N2OvCZALCCLrUdVgCmAiC1ryZ982xLXGuA6tSpU9QxalTtN5s2fTV+aX6f1xb48nd+tLb9tW9ElFp2BvJ3BZrA++8ja7YxVW2kmoe0b+fMyd9x7zu9lmc62uhZWetPzQj07lw66aWMGXdtJcNtI5pIUquB18K5b6A3b2d8r0F09Pdu/rDbi9WZG50rAoSOJMy+1YyndtwUuDNRHJazCYRUxliZYtXEVK0wAWAKwvT9VuGngs08WzUxnQCswg8l7ptAMGlbLZDV9aVaPGsbrBYvHQCsfTMFH0pc2xPXLdxIYWFh9OxTig8t35f7VfaNnw6i6XR347Gg06hu5McKJ+8BikWIGsf8q+9n5gOTeOSWB7L2H1veye12t9e//ero2VMjB9o/VOvRX+7TB1QjHIiiFkXh67koPBzT15G/Yqww5xkvlazVbeEDs2fPDtLSnKVqvinsjJTipCUgUoUCLYO/VDOcCgjTClhNsBVgqddWi5PqAqzMN4UfsZxTQWANQE0epII/HQh+DuxW+mYbghbhp8YRdOrUxX9eQ8NOb9sZVR/F/t5z1NIjTr3UwSaBy1GISkxfRV5EBq1n1oD+GVOGX1ZUf+SDXvqxMUNP0z4bnkdpqeIpiLgjZKAIFdzHpnl/Yf21H+CTUh6r+Dh2IPjM0ZcL2ZwRcB23NCJV+82OmwLPTFOsQEhlTKpAIpxsjq33Ui2A2YbWLI4JAqsWGin0rMwPJwRgvWe1AtBS+610zP5Z+2m1dmYQmGp9TDqm8B1AIM23AEQikXCXXsXHJ3St317WxHH7Bbvdjec7lXZxGO4X8EwCLgRHA+JwMPX2B23c9HiB0Yli/TKtqPC5257TuOURJjnG80bVUILqW+CfTHxHWBArx35HDW/17BdZt5vDjqbsI/0G9AtahG/VfrOTpua70pRUEFitgJUprZljq3aYFsDURFO7zXozaOmCrACwamEqvVThZ1gEYtK2uh+r9jssxWrpUq1dOguQ2tdgQvCpPEodwUhe2/xgx1MbD7keeKuxMVQsF3+v1OcrBrBI1cSRcvU/mBNWrDsT5tke16ZADl1HdNOVUvoMoF/mY1yYeRuvsg21zA2DzkaufABFiAeed/IIWZGGdmc3hNUq//XXXx+jdd9vCj8zIfCslGIFgVUwZufMwxSIVetNU2i9Z2qiaQGszE91O1ZzbBVCqgWw0ghaigkC8z2TrnXoZxX8vwJAaxbApBOwfGsV/kn5EiMWkyPdG/wFxiz/qGHfGnO0wZqub2KL0vlGDPYqmBS+Hcf6y+Gx11Wv6+Y4d7xuL9ApL+fZIffRdlA/WNyFkX87G55ehOyFgQLhxe+yffx8nmBKrN+RpTGfLcfa6dZ8fyoAshMlFQTpAJBqAawa7+SEZpiMsvpiUwtNzU+NP1J9caoFMIM9UwuDtHQlJgiswMPCh1TNt1qgf8cCWPsbpCVwUkcPLZJX0Wg01uNIvlryWm3sD9r58vzQPjjnOGg7KMbC2Yp7fgdKhVle5eDCv8/ngtAcvXvWimy9nDImVQe4uOhaLty2m8ntvHwdAaVug1kvwgNX8mHNDl6o9HD7NbNVpuPH1jJ9qYFfKgByLNcuWmrnvwOAUIoAQ4mzNRBMtUI/BwCrxbECwBoDWC1GwFK36X6sAEin/SbNf9cFWC1AOuGny1vEAENEogczArqmPa3Jw/2QaUtQ6jfkMol7flePIp+HwtDBUYOdYuYwTZWUbLPpUM6+GXboN5dt/S7ETTwJJPICo2kHD8ADQOY19ys4jC0nz5pxSzX/PwcAqxUwLUASAPv3789KYUqsc+fOTRZhpA4bTZrm2BxOaKEVAJmAc+/evW6llEMpZVdK6YCmlNKAxJI8RERi7dq189vtdjPoSx06OjjhHkzLYw6FrfGPSd8KhmTb9+/f77IIk7y8vHBOTo412fOvhJ+aIY0CmmrTwXaV9oA6/dIo9bKSja5MHOobPliZy7fnwVcOKKYYhs7njNM+omrVHvSSsjLq6E5pKVQm8CwCCpUgeT7vFbelnie58aLX0NZvg9YDQKsGmAAwi2n+TQuQuX///vwFCxb0rK2tzdJ1HZvNhlIKESEWixGNRunVq9fxqVOnbnM4HEFOtjq6BQBCeguQuXfvXvdLL700zOl04nQ6cTgc6LqOUnGemrQikQjRaBQRkdNPP/3wJZdcstMifFtC+CYNMwhMN/o4KQZYuHBhlzVr1hQppZTNZkPTtGRfDcMgFotRVFTknzRp0t7OnTs3tiJ8OHnIGAEihhiaOhKz9bpIU98PX0i/7QUM8X/OzBdPY+Kocq7OhjeAGieMnDGFNY8A3UHfVF7ONfberOQB+lSCt9ikMxXkTXZHnmeI4wyKeR9t6WplzylI9f/pkj9W7UsFgQtwzZs3r19VVVWh0+kkOzsbu92OyRjDMIhGo4TDYfbu3dvmoYceGj5z5sz12dnZVuBZLZBpATRO1sIMTdOcTqeTrKwsXC4XGRkZ2O12NE1DRJLCD4VC5lmtXbu2w4YNG4oefvjhNRZ6VsCboEsFQAvNX7hwYddvv/22ncPhwOl0Yrfbk7RN+iYA6+vrXS+//HJ/l8sVuvfee2vsdrt1vN/acDFeBNopr+48709qxEWC+q3iXc9ILtk0g0cj6/DoijAOHKEa5lcUc0dH8C4D7chp8NmMPfDcQbadCfZPTkMBjWoe76Doy80U15yLh885D8iwOdLFANYIOJ0Jtkb+rnnz5vWrqakpdLlcZGdnk52dTU5OTtpiCmzWrFlDOTmXkOrf05leB+BwOp2Y9My6s7OzcblcZGVlJe9nZ2cngSIitrfeeqs/J4a0mZwMalcr91yPPvro4O+++65dZmZmCzrmOV3fs7OzCYfDzpkzZ57q8/ly0ikPaUZShmHYKcqzyZ/Wq286naOO7NX4zeRcMt+aj3KsJuYMcGMYampg5im3MHElUAIa60q4mHGcd2dH+rz2Nk9u/AmGKu4BruBHvnP8lZoQfO65lky6oGWFrMK3zralcwNWAWUCGfv378+vqqoqzMjIwOVyJYtpmk1NycjIwGRcZmYmDoeDzz77rKtFqNYAyzr+PikTqJTSHQ5Hss6MjIykNuq6jq7r2O12nE4nmZmZLd7ZvXt3voVWusAyVfiZQObvf//7Ic3NzU6zD2Y/zH6atK10TZBkZWWRmZnJY489NjgBAivw0iXUHIC9rs5na565Q316vsY3VQp1oAGl5hFWZ6OHHby+Fx4unsfvn/grFE6DZSVoZaxk27MDuP2dUhg1nLseAM4RlgBq22CG/XIGxQ/D+08PQZ1yQNls2aku4OeswEllwYIFPVIZbfpj0x+KCJqmYQrNFMaGDRsKLXU70pR0ky+6UspmMttkvFIq6XtjsRiGYaCUwm63J0FoxgpHjhzJttC0WhmrtUmC4rXXXuspIjYr4BwOBzZbPNFpmvxoNJqkrWnaoJhbdAAAIABJREFUSSB0OBw88cQTg1oBXgsrJyJ2VZBne/HJieoX6p+U/UHjeLWgmoch9GPYgvcJ/yXM+zWzuOGaEfgugZJuy9DLCWMfCAveAebFuVe7E4qugz594Y8A1KA8A9haPo5w9RY4OQ+QGgekTgQlhXT06NGs7OzspFBtNlvSD8dicVeuaVoLzTQMA8MwCAaDKhqNOnRdN/2gnRN+2DynWwRi0zStRZBpGAahUIhgMNiCrhmHmNcJYOgWWmb/bSnXdsBRU1OTv3379lwrwE3BWwUuIiilWvTVpG2C0OFwEI1G1cKFC7tMnDhxRxqFagF8t+g2TXtGlSx/FXWa4hXvp/iy55P542DeHNSerKADHLPJmj+d8vmrKeldgtaxDNgUo/RTYFu8uqLPFcy5lPtRPL7sL7xHMW98DNRCpi2c6gLSLfpINwli379/f7ZVw0xNjEajBINB/H4/fr+fYDBINBrf7q7reguNrKury7SALXU6Od0qHAUkI35T+GbQF4vFmDBhghQVFUkkEsEw4kMhpRRKKRM06aaVU4sDcMybN6+rVfPtdvtJfWxqasLn89Hc3ExjYyNNTU0EAgFCoVDSEllBsXLlynYpvExr9Y4rtG53K7V0l7Bwl6Kx8GIuV0tY0e9JrmI2NzqAcQd5BeCLaSz73kA/r/w0PrhyHW++cjX06QPhrpSrlRRLRwYP/h3hkltx8As8CwfQ77wadjRkpQaB/2oRSPJaKaWbADA7F4vFiEQiBINB7rzzTrHb7Tz11FPKZrPhdDqTrsAUWmLsnkrX1H5oOUpIt9SsxdDLbrdTVFTEwIED2b9/f9IamEAQEdq0aROz0DKTP6lZQL2pqclps9mUCQCn0wlAJBIhEokQCAQoLCzkuuuuE7vdnny2YMECtWvXrqSr0HU9XnHCEmmaxurVq9uOGDEiaOFri6l0EbERadQmP3sXO3eN4/KBOwkooa7hVyzNfZvImceJfSfcuPhyihf/ES6fw/lHQStnHSwohIo3ga7AXn5NJzJVFvw0B051MIph0OMNWD2AkF2zLmfSaB0IVjAk599NP2wOheCETzSZYt4zzaTNZktqRBpaWkp70l23AIBpem02GzabjXnz5qlFixYpU+tNwYsIvXr1Cuq6/q/WOOqAbfny5W4zbjGDTNONhMNhCgsLueGGG8TaT7vdzpVXXik9evQgGAwSDoeJRqNJN2G2d+XKlYWcbGlb8FfFDNtzVz6nblYKtbo36kh78vt8wmUNcHRvB5xcQTHFPDQfeA8qAe1UYMaMhVRQAZuWAS+gfg19fuMH7sfxW3i5KMC1u69FaUplECCFsT9nDaz5a00ppZnCNJlvMjw3NzfJFJfLdZKgTE2gpYanA2Fq4qRV4VsjcWtwaD0uvfTSRlpalNaKbfPmzdlW/20NNqPRKDfccEPqKubkceWVV0o4HCYSiSTBb7YXYN++fVn8DG1Aw+lCvXcHl33+OedHt3GoPai6eppfzadwbxjoSg2waQrQbhqDlyn0/DPh2Wdh9uxSOg8czI/cAuXA3e+iuJzw7U/y3BQgfy5f7pxOp92dTA6latrPMSf5TrpAy/ST5mG32xERq9YnM2et0LZq+Ukan074ZhLG1NBIJJJ8x4w/8vLyYj9Dy0xbJ/unaZqy+m+rNcnLy0vbJCzLyiZOnCiBQEB69eoVE5GYiEQKCgoCdrs9ADSTHvQn2hSxq9s6bFF3Xvw1q1/wwYRDHNf/ATkR8nEQ2hjAMfBctME2GH6MNYt6oa+vBOzw6T9u5gwOcEb+WN5C+Muf/wB/UTgIw7cOPLvgIftoMnvvBk6yAK2BIfXeSeYXwOl00tTUxKuvvqpGjBghTqcTEUmaUHNYmKKd6QSeVvAncT1h6s12AElAWNvY1NRk+/vf/15w0003HU7T15PaYbbPbKvVpRQXF5NyWNssAB06dGDjxo2qurraBhCLxVQ0GtUikYgzIyPDOXr0aCsIUvsOdtRLgWNM/HQhnL2aDpUQPXQZxQ9dg/82cPoFWIXx03zY+zUl9dvRLygr47MPPsD9boQbJ53Osa4R+igFrAZ5jDsWwPTfwClzwb4AcnYHfk4IP1eSTLIOf5RSZGRkJIPB+vp6lZGR0QIAZmCWQvdfaX2rYDD9uxkImmPyRAOTcUfimfbJJ5+0mTBhwpHW6ktXrwkm81xTU8PYsWNbvE6KBVi2bJnau3cvLpdLKaW0cDhMIBBwJkZHeaNHj95n+dZ6ThwNcmvDGu785afMOw8OPdYBXT9KTs5K/sDp/DHjn9TUjGNt8Z+Y0msby9YNRlvBXpgB4hrL2idvoviP07kSkGEjQMHTRQ5YArCc0V9+SVjLSmVuOo34WQGl+mEzTetyudB1PRlBW+cHUn1zCr1/67AK3RwGBgIBAoFAcvhpDgVNgGqaxp49ezLTMP2knUuGYYgJJjOQM/vb0NCQtknWP7Zu3Zq0jKm5gYKCghAtF6KmnsURzubFW3qKiKJkxRvAIdpc+g7LmMkk4CO68+hdi4GHmGbvAiU/oQ1mNTwLz/lL6QDAbLoJ0A56yRcwKsz0C2uAt4gymoxw+D8VROuSSwDBGg+Ywjbv/YzgWztaE1T8jxQQRCIRhg4dKgMGDEgGbKYFsAaqdXV1epo6WyzK6NKlSyASiRAOh5PRvOm+dF3n7bffbrXRS5YsUWYgmgp6EaF79+5NpKwBsJwNwHAFwnL7ih18zi9YdOEsVIcO5GVcyVntPudU4CJW8c7nMGX+FPjubFgGWrsFwIwZVFRUMKoPDARm+YRDi4QdqgJHuIbZFDNXQB8MQYdYmZuO8f/u/aQwzGLNkpn3TBPaSr2tFSPNvZPommnggQMHMmrUKBk2bJikxgHmUNVST7ptYzEgNnTo0MZwOEwwGEzOLMZisWQuY+fOneqVV15RZsBpHkuWLFGVlZXJZJdJ0+pOhg0bdpyW+yFSN8rEyI8YL643ZPz9n7P91R/hsLB7aT6unQ9DaAAEr+EfNf1gCkA5uR1BL5/spM+zUPos/P0MuGorbM1VdBRBeBV14FWKqcEz6xToA1pNC3+cyuDWBNBiH1+qAEKhEH6/PzkfHwgEkjkAXddbDItaEXbqPsHU+0n/bB7W1PDrr7+u6uvrkxlHM11sBSItdw2ZmmdtE/379/fFYjEJBoPKFKLpRhwOB0opjh8/zpNPPpkMGM1klDkhZs2OWmITOeWUU+ppuUPIWqJKqZiIYdyeNYNbnhgHd4+hKCB4vfX86LIxMKbjDP6J79nCfObzdY8pDOzRCe00LuUynoWsUm56B7ge+iKsBM6+XaAoTE3NJfBAHnVfgqKFINIJPdVMtdjLZw28wuFw0g+HQiH69+8vffv2jQWDweQ905SaYOGEFqb6w9Z28RpKKSPVwgCmrxVd18WagTNpWSdsXC6XuUEk3a6dZJk4ceIhs/1mTGEGtJmZmWRnZ5Obm5uccjavzckfpVTSPZmu5Fe/+tVeWq4YtpYkCI75cmLfXK7EMAzU6icpE2GjymMI1cBjQJic12AqLzOn41Tqov3R15XHGH3hDCh9EM6FyBtAMO64G15UZP4ZHPREu7aBLuO3kr01818JPd3myhgQE5GotXNKKSKRCM3NzdhsNrnwwgsjAH6/X4vFYspkhvlewhK0tnkzdZuYmYiKikjMFGYkEkmaWDMItdlshBOxjRkHmPFB4n1xuVzWvQHWrWHmENcAGD58uPeLL75o29TU5DAtiZniNZNESQ2yWCTrSijTjQQCATRNi5111llHObFSOHV5+gkQRBpj5x5F3npDUB0Uf3tEyFPfIq4BcDwKUY3iPJg//1u+vinAruHr0aCCZ1ceBirYvCSehMn6YzxozwPEEead334GwGH2YujNrZngn9tZm0SpNfo2J3/8fj+JH0qKAJFQKCTWZ4nnZrImdcNkayWpMSISNZlqFsvET9J1mII3RwamL58wYcIOTt6XkCoMc7VycObMmZuVUjGTltl260SPdU7EzEGkjkxCoRD33ntvFS2XpqcuUw8DYaVURNzu2Ky+SkZMjdPZ/tBxJOsUGLENngSmhOHXNUxZ+iRzfOtZdgC0MobAue1RN5XSP9QPAP89MFgBIqiwg6FvwMS5QsnuQgkYjnTCTxV8OnMVEpGw2cHm5uZkSXRWzHdDoZBY3/H7/UmGiIh1y1aqGQ6noWuCCr/fT3NzM01NTS3ohsNhMaeGU4E3dOjQI7179z5mYXiqEAIpJQgEZ82atQlIujMTUNZ0r9Uqme9Z+ztz5syfcnJymtLQCHAyCCJaXV3MUE/L/qEGanNHzqq/GrlYI7S0LxsftOGd76AGYF4W06b1g82gw4+wqpo7vVDGp7TDjTwDShqR735iwLQwH1Q4+OC3Hs4e/y7Rms3phJ+6qzZ1b5sd0A3DCAeDQQzDSPpbMxbQdV0SHSIajeaY75lpYtM8GoZh1b7UDSLQcsaOhGaHQqFQkp41vxCLxUREaGpqahFrKKXkiiuu2N6/f39virabYLOuCTTz8U6LEkRnzZq14a233uqxceNGt1lvOBxO0oeWC1JNn+9yuUIzZ86ssdvtzQlh+9MUKwjCmqZF85yFsYdUUPqGRNo9bfDevG/Z/Imis4ALg/scEc7Dwfyp8I8506B7DL0csM+AQ/2AC/sQiXjjDFeCksHkrVc85aiBeyvJ/UQjI5oMxKwgSLel2rqvTQds+fn5PpfLFdB13cybJ2cHe/ToEUx0jB49evh37tyZYZpHpZQQX7Ytubm5TSnINwFgXRhqLto0AOnSpYv31ltv/SGxJNyulIrPniml5ebmGoA0NjZqImIkloYHEkvDrbt0rACw7kw2QWeuUG4BgquuumpbJBLJKC8v77x161Z3KBRS1jS4NeBMWRVs7gwyBd5sKVYQJNt1LED0Hw8/wgPvTUUOCFFVyZ0oZkT3oK2ZwDV9q3ActjN/bYQPHdBvzkF0xp7ODErYWvogfdhGI8AwgR/gMQUzw2HuW7+DUcPupHxcHsaPjnQWwAqA1E2N9oRQVG5uLg8//PAKWu6USd2qzVVXXdVMyzF3uk2b1h271j2CJgBajJe7du0ao/UdwpKdnZ0KZuv27HQAsG5Js24MMZUgeW2328NXXXXVNkCPRCKOI0eOOK17EhL7Aqw7n82dQSYATME3pQFAEAhpmhYtbFcbOzP2ujF8rIb8ILyhMpkkDiK6gBFjNBugZig3/DAf1k5hCyXoZW16wbPwJq9D2QQi338DPyiUGKA0fNPGkzNsEa+8ATumnUVT5xrSCD91R41V+LpFuGJ5N50grO+ZILPWn7px8+cAYLd8EyX9mkHrTqR0ALDSslqcnwNAiBNLtsKk7Eiy2+22zp07m4C30rb20bo3MBUAVhCYAAgrpWLqWNuYeuIJWXvFjxQcvZ/MbtnxGU8RBMXrO9pQ2auGV1jLlEFQUgJ6OeXcx228Rx5jb9yMfZidCHYYoCHA8jmLaHfzWDJe+4LtnZZIp0AnSWl0a7tarduvUjtpbn36vwDgX20TN/2xdfmUuc3LSctFFakASGfNUkFgpWdOF1sBkLog1gRE6pY0M8XYGgBM/251AabwTQAkA0GlNONA8HD0lc1N0n3KeN6WmwiFFI/bL+ahpk/4lUv4RK3l/S5Qs28KKPDWLUMv85bx7JCX8d7khU7AfFBXhKEGkCrOUyN55qsXMF4rZmy3sWzcszF16JfKMOsqFbOTVqBYGdJitRAtj9S0q/UHIqxbtK0+2TxS1+9Z1ygmV/D8DACswLKa/tQYwBzIW5fHp1sNbW1Duq3p6SyPFQDmegBT8GZwaMYAYZtNE5GoIe+cykvDz+XM3n9lmacs/svOLqhTEOYMdnwxndppf2LsN3tpYg56ecF67F8DpXdw5rGHWOqdDFecC7IKpS4mHD7E1B1reIEZrD1ejb2pqTULkG4lEJbOWYVv1X6rJqYCwMoYI0Uw1lxAMuDjhEamrp2z0kxdTvavAHBS1o0TCmAdBVj3RaT7XQIrAKwuINWSWuMo69DP6vtNCxAiPgqgS5cuMaNZyaf3bGTTi1245NdQdrlwj4KuiUXMzczmkRvmM+qbh/ii5Gx0yofCfWOomDOLyXdCxA6IH4XiVFmPQzkg+wVu51NU15AUemPpAkAtwaBUU55q9q2xQQtzePz4cdeOzZu7Bg8d6kwoZNdyc2sLevTY02/AgKMWIVutTWqm0eoCFC0BZgabLTSwZnNNh33efV3rjfpCINg+o/2eQX0G7WiT38bHyS7GOtxszQJYwZZBy18HcQD2rVu3td+792i3+nopAiLt2mUcKC7uvrdt24JGS99aJJYsQLCek0NAIOJwOLSanTXG8/KSXPXEXvz+HWjqGZDn48KYOQDHwzWM3AFhKqmYBiW7NqKPL2jmSz6gdEoFx+64kGEs4H2ioGC9FBMBLmy6nVXdPIzlGlb4M1MtgJZoeOoaABPZpllLt3nDVltbm1v9/fcjs/z+IW1iscKscNiG349/3z6ObdjQ+MWiRTvanHnml2ece+42WroDKwBMQEJLjUy3ZF2rXFvZd0/jntFGntHTaG/kRFwR/PjZ07xnxOrNq2sLGgq+v3jIxYs7tO9QT0tLk+r/TYuTDnBmHGQHHOvWre+9a1f92Gg0t5dhtMuNRFz4/bBrV3Ps2293eAsLf9gwbtwpyzt27FjPyaOdYMo5NQ8Stdlstm4uiSEX0nTLfSjVAfZHuK/LC8AVQAk8/CNfF+9gPmu5elqQZcvmoOd6P4WonYo/gfNdGDUWlqr4/5ig5gLhMDU7HBQXX8OS/pARTuYBTPNnBkIm802zZjXhZhDWQvjfffNNMbW1t3aw293tcnMpMgzyAwEwDI4HgxwKBHIdtbVDj1dUDP1wzZp/XHrnne/QMi5InXAyLQCc7I7sgFa+qHyK3la/xNXJhd5OxygyCOQHMDAIHg/qjYcaO247sO3S5zY+N+KC6gtmjb9w/CZauoZ0s4FmUGe1AubvCTgqKhZfoVRBWUZGR3S9HYZRRCCQj2FAMHjc1th4qGjLlgNjN2+uGT5q1JYXfvGLC37k5BFP6nULi6Trdnbl5skHD30kZ/zuPtToDNSDYUQUm9W7fIwQdigcAPOfwZgyh/MGlqBRVgY74BGg6DvwHoEbHyxnOAruB3BQWga3euBCXweIZaSmgq2aaEWtdQhjDl98QCPQsGrFiiKtru7+drm57l55eQzMz2dIVhaDHA4G6TqDbTaKlaKbCPkiZG3fPqn80UfLEt/7LGezWGmk0vMBDW9/9vZVmW0zL8lrm0derzzyB+aTNSQLxyAH+iAd22AbqlghXYVQ21C7z8KfPf7hog87AA2cHIGny9A1WdrTCPjefffTyQ5HQVleXlvy8nqRnz+QrKwhOByD0PVB2GyDUaoYka6EQu78zz+PPPDhh0u6WNptpZsc96cAIOZ0OmJ5u/xyVqFQ+aOChwMgCvUP+Fi2wEyFIwzUwBTPPdAtk+2b6tDKvyuHXbCpopQZL0CkHUx7/HK+PwTUQvh0qCq/ipcAe04PghnR1mYB0yWDrExKCqW2tjaijh69vzAry9kjO5vivDz6OZ10V4pO0SidwmG6RSL0jkbpbRh0isXIi8XI3b//1+WvvTYwwZzmNCVd0qQJaKr4uOLUrKKsS3Pa5pDXI4/c4lwc/RzQHaKdooQ7hYl0ixDtHY2XTlEieZGsL/1f/vHgwYOxhDACtEzEpGbprH1tXrjwk/6Zme1+k5PTlry8HuTmFuNw9AO6E412IhzuRCTSjWi0d6J0IhLJsS9dGnhg//79sUQ9Zp0n5f4tPI85HU6jwB0yRt34d9m27VzsAOr3lJcKn5b343ePCjfyNzpsAq4BtSfAIdqilXUDNa4rlMKz2wBgzkjh7o4CAQXHoYa38FwDS5bkoEX9TJ8+/edAkC6IacGob5YuHdPW6ezYxeGgT0YGPXWdDrEYuX4/GU1NZDQ3kxMIUBQK0TkcplssRgcRcgDjp5+uO3LkSDSNZqSWJL39+/dHo3nR6zLaZpDZIxNXPxf2nnaiHaI05zbjy/DRnNFMMCdIsChIpHOEWJcYFEEkN9LzlQ9f+UWiH020tHKpJWi2p76+PhwMZl2fkdGWzMweuFz9sNt7Eo12oLk5F58vg+bmDILBHILBIiKRzsRiXYAiotGsdq+99vkETs75pxU+YGRmZhjbA70MXrmBPmQQsfVETp9FWa3il2XCawoeWH0zd0z+gA5T5iNASck/0cpXgDy7l4qKCr5jGwZL4I6v+TNPQabALWEYBtfMgYsu2ohTj89nT58+Pd1ijHQTQi1mzerq6sKFSo1vZ7PRXdfpGo1S2NyMs74eW0MDNDaCz4dqbsYWDJIXidDRMOgMFAC54fDA8tmzz7bUaVqa1kpw0YpF59na2/prXTRUH0WkewR/oZ9GZyMNtgYaaaRRGmlSTQS1ING8KNJW4gQzwevyTkjMJoUTQmltKthsT/Af//hshK53HKppXVCqD5FId/z+QhobnTQ02GhshMZGoalJEQxqRKN5iBQBRUAuXm/WuIQVsJp96zDUGvzGioqKYr2bDwCwbfIeDp21E9yCFIL8GRA//X1wX81dHOIw0/gty76LoZUBZ80oofQ3MOXbPngqcmDiSG6VU0EpPr3kM4oDWTDtBr4yDhLlxLam6dOnW4df6VzBSdHs0sWL2xdA56JolA7BIO7GRpxHj2Krq4Njx6ChAfH5iPn9GOEwmmGQA+QT/20ZG9gcdXUlpDeL6TTSHygKXBLLj2lGZ4NApwDHC49zxHmEOlsdxzlOPfX4xEdztJmIEcFQRnzwlvgpq1hGrNdzf32uGycSUdbfCUrNTIaBcHNz3gWxWBvdMDoTCHSivr6Q2londXU26uuhoQF8PqG5OUokYmAYKk6MHCCbaNTV4+23K/qk1J1W+NOnTzcEBb0D3PDOK7BhGx2+AfWFQqnFcI9C1nxI8y/D1BR/DrRnDja6nFWCDh35Dhe5bz/BsS5budbdHrUwPgw8BHToD7AWD3dwzdKLyMhaToQTx/Tp0w3LT8WnjgBSN4ao8LFjPfNyctz5uk5uNEpmNIqtuRl8PpMrxPx+ItEoYcNI9tYkYACuSOT0BFNMWtahZ2pCSQtnhTuFXWGCbYJE8iKEnCF8Nh8+fEnt90f9RENRJCgncoyJMY2IZB33HW9raYp1/WGSTqJ5GmBEo5oKh10Eg22IRPIIhZz4fCc03+cDvz9KNBpCxBzOgzlwEVFZXm9ze0s/U9c+CmAk3HHiz95MuvIG6DGVq4ZEoCTRSAUMv5IwCkfNCM59czX964qZs7EGnTPtzKAP/Uo9HKrsy0UsxT3xAryAGpjg56YarslbAmdBcElWAogtQCCzZ882BW6CwLw27wOoaDCIstkUhgFKQTiM+P3Q1IQ0NRHz+wlGozSJtAinTYcfAkTEnO1LJwjroQAVISL++Ewz8f+ANEiTNOETH03SRCAWIOaPIT6JE0slGIZQMGS6OZOekeh3ap8NQAuHxfD7E6IRCAYFn8+goUFoajIIhQwMI4iI2cNG4oMNM74NEA6HTIt60iqsE4I/0dXtwHigz+NP4G28n7ejUXhzKQC3ohgZDjNrh4Pfl0P/knOgsgC9vHIPN4w6RmnFQ4zpcwdLGsfwlUxA+T8BlyKswjiGOPD8eC/vLnmNrzLChIMnczrRIAGwMOWkjSH14XB1g8ix44FA23qlyIlGyQkEUH4/RiBAOCH840B9gh3HgMOAN8GaOqXWWBiDyZgUgSRpR5ojh/1+/4DwsTCx4zFCGSGa7c0EVICgESQWSgj/WILo8QRBk2gjfiNs1BI3ty0Yb/Y7QRcSk1/RaEziS9mOEYsdIxTKoKlJp7kZQqEYhhFJ9OZYgqBJ9CBwBKj3KxXebwGdYaGX5hDYDu/2gW28zh4uRURxI6N5JWcOMrEXqg5qimvonHMTX78FlKxCLwNef9ZNxex+XMjp/197Zx4fVXX+//e5cyeTjZAMYZMgsoRFAggBWSoouOGGyKoiEBRFiIpaW60WcatLFW2/EsWtBtwFlUXC4t5ajEBYQwIkhCVsAQaykWQyy+f3x51gbWtbbL8/7Vc+r9e87mznPufZzvKcc57Lc4FPGTxxMRwxKOd9PuIleBv4+kxWZHTAqiv4+/S/wxjghEEAmJDbXXCwpma3F5ITJFzBIM38flx+PwoGqZOojMjdFxHPIWAPTpdUAeFDsOTvKeO7aAdKAu/UpNQMUakIxYbwGz/+RD/1rsjhjTo5ztdA7DCwL/I6AlRR4j/uL/xu4X9LMaEXXnjB1NXtXil1nCjtdgWDbvz+AH5/En6/C2croh+nffP9FdE9OAZQURITY63+Lj7/BgY6AC3oTGrRH/A1d/zjLAz6oBfmqpbUNh1MDIWMrvqM+ZPbw8tg72EstH2aAnxspC3uXwe4YG7kKKoZwd3Ucz9H4JHFNI3ycth93PnxJPAXDAioSWzU6N0klyvdHQ47Sq+vJyEUwkjU4+jiCN/4w4GIaA4D5ZBfHg7P/5eEEqEdFR31VqP2jW4Pu8JdQgoRCAUINA8QiguhUKTPbzCAg0Ap3xiA46Dv8tf93j+hadvuRY0bd1ofCql3IOAnEKgmGDyNcLgxTiMR4Nvt298QXejzlddNmTLlX6JpgOL2xcy6eSvs3QvTFzs7uwDkRx8uxWyqB3cUw7r0ZT4HaDQIrK94B3rfyf2jFhBbdBSecLMMw5VXC10qnjgOD80fQ3Xx+/TqAZ4TqXG+PzbX1r5wJBgs2xMIsC0QYFsoxE6JSOyJQziK3wPsBHbjGMFxwAePcpImWF9XX1W7qfZx/xE/9aX1BHYECBWF0C7xLaIH/oroEaCWvVTy0snyGAwG6mpq1j/i9x8iECghGNxKOFwUuXEZjjl/F9G6I1Ax+2ToSYYWIWDOHAxFXPF7QPBHwJgt5D93JTeDAAAd2klEQVQ3Ckb7gDlAGZNfXsrZbrDGjoU7E54GXmV16koAzEZR2wpMzudOdrr7n8EDrNj7GTZRf78GJ4H6YLDiz4HAOF8oxK5QiEKJQpwURTv/6rUHxxgiXfMfjjvZC04aNVtr5oVLwm/ooFCRUL4gH9gGlESIlQC7gL04uqkhSBnjcIaEJ43a2pJFoVDJC9JRpN3AVvgbTv+WKByaCDpyMrQMEL+rA3M+v5leRakMATgkBtEbsOmWMx82B+nc5WbGp+xyCn2Sir3iCzg+7k4W0IkhdirwBToLzH2juY/59N+cQ3v7EF0eGs3FOZV8Ub/i+8jib7DP7//kS5frinTpzUpodBhn2m3hSLvBKX2ciL68eAym/js0/X/yT7QDdiCcEs7gII5xx+DMvKoiBMuIOCEVHGUs9fzx36FZX597s22HQpAyzeHsCN9w+tdE/TVwbALU5Zw8JVHcoZhZs+Czp4rwBtzc8XEwMjcR8CD1D95LVOFGnuyyic1XfcEnH+zEbnxwLFOOPQ0LXoDWEPAuoN/uOBh7Dltl+CIAX+7AGbNUQF1cHAROchDwHdgXCn3og24d4Z5kuDwaUsI4oa9KoAZq6mDtUXimFhb+u/QkhQJfBSZxGktpw3QSSMdFDA1EnVlYKZUs5hiPI/b+uzQBgsE1mVC6FNr+HBL6giuObxGt2g9VOXDscQjv+F68YaAYnCYe3LQhcMFxzPut0B2GPUZEvRugsLYHXUb0pN/udJqxATt87juwLIpRvxtF/6/BfcGzJKx6BnUSmNsx9fUUlu3g6/e78FYcxIVPegz4D1EHuzfBVA/8LhmGJsLAMDQ+CnmV8HEtfPwfJOdgPwvYzwISuYgmXEA8PamhnCP8kUqWEXJE+Z/FwRznlXg+eIdAoz5QWwVH/gSVKyH4z6dX/wAGEdXMhjmrSV19OeDDYGCchamDj7kbhreDHcBVd5L24Xji8s6HXr2e0DtXvqMOnTrI5/VqlW2rCk48Jp6b6tW7EJHNMWj5apybHv8ZgZzCfxKle0s9c+fOvWRV9+6f+Lze+kvt65zzzY+hNklIC3+pelBmYaFeA102maOcf/467ujVSyP6Xq0NHcYo9Umf7LZ7hPaK51+TLpVogwoLC5XdOvtYZ3g1KibulAH8CFG6t9Qz49kZlzzdvfsnXu/L9c1tW9z7kRCCByOxkXpROEjc/JqwOEp31lktxsaxjwuBdfiuT4WSdkArlHcdZv8v8O0G5nch45EMxZwD7tp/XJFT+GFgu9wioT0b5swBfslB7kGPXogzCpzpqH/Gp/yCVGbPmUmf8DioOh/rndLj3MmLfM0MSIWA+y5kDMfO/gNXbHiKRvUX0OX+rQy4fh6HN6Ka6JNO2XIK/5/QfkeJNjBXRRSx5a0AIIoiwSAZ4M9D2MkrNKaEHpNjOH/nJ7JoDb7L7yR7wcM489On+MgSSTeexxKBMacBd5A5b5nZe94VJq6++pQF/AhhjDDtYQ4TTSqpLBz1OEaGDr/nmxHd8nNZsLSQm4GXeTkcHty53uKdS5nb8WmeZwFTF6VCdICLwobh17TjVaCj9Sowm1Xj4l3EHI2qDn/rqNcp/EhQfbzGrlcwyppiRUGRNZxKeFZsvC0PjGGTMfS//iu4qwtzOr7G9S8T+CzYtJLHH3+85u37+9Z36LBBPt9C2UqKJNORAlMlY4z2fWH0BtROoety3E3Ph/9AOPAU/qPYkLfOe9fdd12/5uzuG5v4moQG6Q/qwwsSAzR8wZ0S72l4PXoL9MpzhLm8bUmfPsyzFi0Klvx+1ajjgPKYCe4qZCBFYD8HYYnoNGi7CnfLB0a3oN3h1i5cjX5ohk/h26ir9Sf6e/Y+48hEK7FoyULrMvdNrGYAk85ZxcKRT2M0knd/AdcUFhJ18MwQhzqWr6nqXGS1Groq1+vf7HtowZ26mlKyADDMuRVnwwbwZJP7SEzEalP4VdNLt13aXXHhpnyz//4UfmCUl5d7KhRoMcTjSfv6pdcTzZUjuFfCqBuv/glkhPgNF/auh593QR3uCYxcve8IWyu2WWftbJY7Jm3v/hk5GYFuiJu6BMiXuPyPxunoPxUTAzNJTNxvbnhnU2IdOb1Pb+RKxZiEf1axU/jfRyAQMOUVlcnFvg3pnhdf7DRuvic21STiD/uRmQdH++EM2e5lec9qyIGVdXV178XlH4yncpdVf/pZW97YMXrPk/071hS2F3ZBiDRjYCOs5THKhkCXu5cxtW444YJPojPmzWu7q8dVlzaO1+nGmJgfWgA/dRwrP5ZQvH97p+QP8ob+uqys5cD9A+2qG9Zhh6bC3eMxZ+aSDGyzHie+dVPgK9KO3lSJO32Pn+OHrTatmxy4+OKc4thPri6v2zROVAdwHjcvcga2YTUGZg1jUbvVHEg602rbtm0yK+afWxs673KPx9P6jHZto39oIfxUcejQofjSA6Xtvsj5YuxL+/alHT19QsKnl8Rz3eBRYL3E108AZeBD2OZuVLUblh4NfXpPv6PEHSwKYsqtNm1bHiup7LVlfztz6LO0tYGyggTKDJhCw4wW1zIsEvoX0LJlDQMHmmhyclLqf/X5mB7904bV4mo7cNCguB9UEj8xBAIBa+++vUl7Sks77cvZN6GgYMDgw+fGN6/KetjVtXYHL99yOwj6nQW8sh4BKapn08BhvHzg98dXXpG7K6q8vEjouJ2cnHzcpYrtez61C1ue72nf/4Wi5PSathBTiZkfT75gFAZugxvsKJ5++hwmd9geP1+07cP6Ca2eaO7dk1KWM+WGKTuvGjPCN2jgQH9sbOy/tF3rFE4OgUDAOnr0aGzB1u3NDhVv6bJM9siSXvPOcV+UmnL/ytWecXNaEa+D3I87sk/ZsOVLCF0SpOpoLGmPhcN8zuEzv2Rdgb9mH1BvAGbee2+zxR8tG+bNmHzL43Of7tJvQlJU6JavSJSbY/wP/c9aTu7GHLhGBF8z2PbP4A9dafbU6OMzM684OHNm/KbWrVt/3nvo0M09W7cuS4hJrGrSPKkuqXFiUDYQBhcWocjuaYswijzwVS4AFy45u6plFEnX7orsgndKEflohVyEELiMs1/WBa4Q1IdCWLYJWVDvr/PXn3veueG/I8Pvjerqavv48eNRR8vLo+r9taa+ts4Jl0TmQqHIsQBXyEKIMBZYYEwI4cIVChFygSvkAgMhE8YVtsDlROlCxsLVcOA4JISLsCVsyYQI2VIoJlQdTKwK7m99/E/R6W+Fo8498ufkjlccS0q+7uMhnujochITy5E8jEW8g8E2rxM243HvfZ7Akal41rSsGj55UO7bvP2kMXwl4YR1Z82aFbVhw4YuzZptn37OOfmXjn7Y3yz0ecgowVlMisFQK+hjxJqDhlAy1NRA48aGNe5Rwd95Mip7P3F92e7QjJ2r/K8VX33o6gOhw2vKt3eNrz9759kcD4M7fRNReQmU4yOcno43L+8b6aYDeemQnsfmvHS6pUPexl3Q7Awa78+jQ1OgNp28TpBOHgeBFqQDzj6VnUC7I7kmt+CMQGzS3mIP8SXHjh06PG/evG9ltv6+qKio8JSVlbXMyyvpXBI41vJ0s8EEg50Jra5nR7qL8jyIToe6PEjvmEfx9p40T7doVJHH5mLoRrpTy/Sjzu7vknSHZ/LYTjrR5JGcB6Xp6XTKg7z0PKATXuIpX2+My7Uxum9/Nfl456AUrZqbOvnYJW0SX8hKTkqqivPcud76eJGHP1Y24jm3OGgMLQBmCB6CoUE3WdHb2BhqHxwBOzvRaW4xxW+ECO0BwidCujdNm9Yk9/CXg69ZOfTn4buGpM2IzY9/8cab2B2bwMM26Alx+d2wFJAyCZnnsK/OxPXsekpSfsPx9c1DP/vZ13XDou+t/jwqqjqqY1Td649cHqqaFNJtXAeAd0wGR9+FZ3iQRcwkI/sZds9NYuZE6HbDM2x+biNMgUZ4eZanyb8Mnhp9L9kZj0I2kJFBZXY2t03KgFchO+MMshnKWb3mMevmKhOY8IQ/ITS9xN069s3jB8yaXQd2Haqpqfm3jKC6utpz8NCBlE8++vLCLz9NGLG7UULyg+vvsW57vp5QRojsjlC6PZsZsevIrikhgw/Jzs4GMiADKjmX32YP4hEeJiMjm1fJYNJLP6P7jT3YNOdsyM4gOzeL1Ve+wHN7W5CduRKu7wgZO6lc8RLTH5tk5lout2Vlx7gmTYo/UpsU3/mznVFpabdYpaX3Yz9zjOj7ouFs6LUW8m4QvHIp5oIcrE9DWIfKCT6aLw6c5+MtvsDjfgp/YBORnIwnMGvWLNfY0WPbt2x59a9nzZi11bbb+8/ZY1RHnWiUJClKCLlBypQC70mf63YB+l0dcp12q456HlNcXJwSEnxqlejTO0kvaYjXJ5/vWt3s2ymfzyvvFz55J3vl83nlK/PK5+0m34hi+bxe+X7p1Ss+r3wffCjva155vQfl854nr9crn/c93eBdKp/XK+9Gr7w+r570eTWqW758ZyepcVmZujZqFFz5xBkHr499aFm0N/pKoCV8/23M1dXVnqKSHe2XL1+euWTJ2LVPfP1R+emnnx4+1Ly5mjRpIq/PK++Lm9S2ZYQf7y/k9fnk8/rk9XlVfNArn3eTvF6nvs29fZwyy3zynnmvrvV55fUOltfX0uHf55XXO0o+73Z5vcvl9frk83mVvOKwmpYeVdOmTdW48ftqXx2ta5obEQ6LHjih+y+dDPfkJmguUtCy5LvGp0Xma0V1eK7qmmsuWE1y9LUWpvl3Mjx9+vTYvn37npXSP+PFaWlzdq9dOzXAERR8O6gHQAcasujnSlohqRGiTrp5OUpmrd4jLEmSS7reltReGmLbspUhW05adtmSPU2ybTnvbVvzbVu/tCXZNQpql/OjbWtXti11tmVrnz62bdn3vaXBkd/sSFnZUtiWXC6XXE9Wa4RrRzAnZ/HBe8w9OSQzDI/nexlBdXW1p2RHUfuV2dnTxo97de3z1/+qfEvp+nB1dbWCj0RpuPu47OGSbFsb1nSUVtuy7Xtk5yyWrVWSndnAhmz7rUhdbUnSFtlq8ce9kmzZe97QCdi2ImKJfLRld7Pldkt1AyRbb8sYI/LCzm4tEEhKWnJi/QaQlWXJN8qnB57M1biRL9Qkw5Z2LfmVbdMBJ3vJd2PKlCmJ/S65eFDX2xPe7WP33buZzYFDIFLrRH+0BOmF3RHCkqaICOF06TGJqxHRTkWYjba+OFjhNpLWIXWX1gt5eEjDbkTEIPSIY7lyLPn92xvuJ9HTuU/pVKTViN8icYnUT+pFrFNiA/riVqSFKBhEdDusIgguZvEBOrdY2rkzV+A6uZagurraU1RU0n7F3Oyp11133dq+fQeXl5beFY7pFaN3fG+KppE69o94naT7yq7TmkVIu5zfboso6M3znM9jQAMiWjpDjiOV7Uc5p2XqmBAqFyAx2bkKyef8n+Z7Gh53oblC5EWkhYTOOaGLxiArGJTv11EyuUZnzJlTazqM3EYnfmtcVlecPdD/GK+99pq5fuKEpue26Xvh7fbt792SdN/e0fSq33V+hgDtGxGUNNbRkFDUVqlMEiQJJkn6SM81KFCSNE4I7fnQ+e7X9JbWS4pyeITfSudcqaa+C4VaqeLC5eIrRPNIeT6Qnk8VA1F3SWizxAeOAIobqjFZolrXgYIENWr+h4KiIIsXH7jnHpbSufMVUUS14F9Yv6iuro7atWtnuxXZK6YuXTp+zdq1H5WXpqSEj71SrnoQAyVuRexxFGwJUSXRWlKBo+yiCPP71FM0myOERkvqGTHq9SBI0ALQOUiXRbxX592iSAxOAi1pUPI09CppAuk10My5SNwlnpLEILVigTRWsi+ul32LLfOVUbPUDjXAts6decZt0cMYE/+vOgAzZ860+vQ5q1lM55gLJjDhdaCEnJSa/K2oomKKAlv2nzipOrr9mIiipc8j3gCIvhIXo41CalURUTZqeTpaELHmieR/y/sXdpI+4BPnv/0coWQi8XDDA1yixJh31B+kVt80efA/6tJwH1CQi1RZ+ZSG8Nvg4lsnHrjnHj6ETpcRxT80gurq6qgdO3a1W/Du3ClLx49f07dv3/LSlO7h2PJYkZApJO2TNF0N9blPZyJxqUQz6Z2I0ffZ2l87keBjR6HdEMWRukqqE+IiBD2lBnnpsLMHE8TeiOLPQ+N5VtKkE3JVAmoG4v2O6nG2dBQUtCxVVERpU7Gr4RBpJZAPMU+43fQwmJNfvR0wYIAVG5/QhCbN+sNFs7iQTe/z/jE2v9dwWlXv1CPC6GLmiV+9pPaP/8UR5snoQyR1dFqKSZXZjkDKukX6r7QTAoFy2Q3GMwb1fkSaLPSolgpsx0hAvMgJc3GcrFDnI1WfKXlpaBJROmgfq9SnEj3C10Fgf2PuXtKJTpdFEdUiNjb2b4wgovy2b66cd9P48Zmrx/bte6y0NCUcW36z8KO7OOwoS6Xil059rgXd0tD5ikir1lC/GoejvV+IZInnI27CKw1N44k+3JHDUmmic5ufHZmo6Ui1DXxHrmec6BulZUZy7XbJin1Ge629Mjd2Fu++W3/+QxeXXTWKVae34BduN11PyvP/GnFxcQbLSsCia0pyy1uZ3mjZyx3ZyYdU/2IToR1cLMrQ5JHVgnqZd8MSl4vRki6T2kQYfJ0vpPbo4Z4O5zMijGQGJguhT/tIo0FjGmR51gRxtdQwpkwT0gRJdBPPP6AHvCdcMNL2oHOvRz8Dade1atv/XenJQVrCR6p8YKkoKgouYtF+YEmX05te1qSxt/mwYcNOGEFVVVVU8c7itguXvHbjdUvf+3pN30eOpZSWhss7xsqPX1f1LBKDekt6WDGRDpcrOdFXNxhyEYiDb0eq9LY4D0kPCcqE7tPbfSRIdgy1dz/xvkTufPU+Hb2oCX/RGkiwo4E16RJbIBlJLldYtbWjNbP3MblcLhmzRnBn8PfElbfj/EJadHqD+KQxQDv+lT7/X4GBaI/H05qUlAuAR2l502ezZz9aAq9XfP75wwEYriJQb2PkM0bV1Y+JWlRfjzL8fuEfp7d7+OX3+zUd5Pc3tBQj5MevP1avEf7XhR+x2C/8aOIv/fKflaapfgR++f2tBH4BmlDvlG8MqgUtDEWMAYmFSM+jTyPGdyuoshIVFRHseMOi/beYXy3u1j/x0jHDxzTPz8+3ysvLo7Zs2dj25eXLbxw3Lufru9esOZZSmhJ+a3+s/LQQQ1H0/4T/QtkSLJAx0lbXDEF9pF43Cy5T8jj0PlcLrnO+vwbh94tJCP+uCC89BH5Nwy/8hXoDv34P8mfjyAC/2OsXv/YrAUTNL2RMlVyuw7JKLG1sj57hy3Dme9TTqudRmlB4CZcsbpPIXR7L9DGGpvyz0f73gGUsGkXFxHRIaZFy2cAeAx+g4/gP7uO+dcyO2wVv+ZZBDc8SXMe6MOQrrXCRuKJABRToVVABU8WNmY7yCwpEAnoeVFCwRAUFqIACUVDgvI8uUKeCAmWCHl0brwJQwasFcheiFaBtbNOuXR4dAq2cvlavMtfxKD5WtqRtDaNQJFirV+itthQFcnJy9j95xZOLep/Xe+jrc15P+eizz9otXLjwhqtW/Dx3/EuXHGu1p1U4trxcvNAwMpkauUqtIt3bvW+5VPHeXLnG7VHhtYV6oOW7gnxFHqmmgoI5wlWgfg18FhSIgt4qyEAFrBcFLSPfRf5Pf/FcgQpAn0y/WwUU6MwCVBCh15tN+gNDQw/ycf27UJ2VlXXoASgaP5ncIUO8r0PinRaci0VrTtLrv8/mTsuyTFzY7W5COK4VgeQO0RR1uLQRrd/vfFNT1iQ1nvZ4UsyKe4Kun099w+h5D3AjmazharIZmJVFJn8G35twP2RlZTErE9KyMrmYLL5+Cfp2yiRzUBbuzEweuR3u/h2MJYtBWZmYTJh2R3+S0jq5Xn7oisYj723RmOIH4l+Z8Z65YVkCj4wRGQZaMZIHNYkHTC7iN4SCsKkGkssLgx184w4nPLBnzZjOaQuG97w3qenvHro6fvi4zgMnVidubXe/OVSbwQCe4/DtBvO7rkj5GAOpsiHUk92xbxIIHA+9p54Vh568u+LmjU9U3/0ROr0MMrOyiMrMdDL+ZGWRtR3oAFutjdi8yM7MLC7M+gRYQmbmU5Bl0+69cvxD89gX9z6t6xpT+vNHGUEm5wMhsriN/QJPoFX6/cf35Y05RvK7ZV2asvvIVop9nqgdJhA6GAqFynEOG+p/2wD+ElGWZeLc4ahEv+1vnJxI0pGYJokdS33x29t0cbPbZaWRT1lasmnOEUEXducX0iYtjQN1+bSMBvK95HMaaY3qya/aDmDS0tqJ/Cj2YpNCPvlg0tLSBGDyDcWezfL4063zhue1TenH0J/dk9PuWS5NWFX5hCFhEXiD9PetZtUz8Nad4uY6Q38PLJ0UZN4ImxGDyoMtWrQ49ExMzIFR7u0ee1vX09q2rU8qrS01o/0elssNxiA5AmqBOEh/rFIbV2w0fyp+JNRv3W8PZ0xLyN/oyf1ovT/si2e7adMVzJYE8tMqsSvSaF1aTBxtyG8boktcsXH50lR/IJ/tqWmkFuWzFzen2R3ZEWM4s2onBRwnDchPA5RG0y0VHO56DIprQpzWxt9s587KQ1Z8ucftL/cHA+WETQVSLd88L+kHhQFsY4jFkGBhkizL8mIsr7GMF/BaWF4LIu+N1zKWF8v5jGV5wXKuluW1LLxYxmusSBnLcspZxmssknBZyfFR5szG/ftnGtN6bY7JKc9+qijMcgS3CJoLScNBqy7sJ5gvhjmjzHAYGZmg5Apo2rKApJBZFVQSaIu+Ce4wMTLgY4qCQUs+n1vGmCBwcPAockhucpUN7SwLr0XkFam7wfJaxnKuDbzBCX6d/35TxmB5wXixIveIyMpYxmthEjE0wskj9/eerfDThMfj8bRqldg+9szYaZdbD641OXeUFxWtCldWIt5AkPlNXAIpElqT1OgvJhBOP5txmzNmGMzXymKKpLcFKFkVqngiKLfvUd1+0bPB2cw+OHLkyByvl2FY/95awyn8B9B/wABPnz4921+YfuE0+yF77bJlceW0dXYSBLk1Mq8cGZmqo5WgPB7Qc0iDIsYxm+4NtiBA4w5I6NfygCqsoHw+n+P5szkILMObcKV1Svk/Hoy79lpP9+4D2icMHpxpP/TgWpNjyouyCG9Z6RHBv4hOSprC40LpQtI0vSyQhoDQFonqE9E7eaQnLUtut1u5o3KDzObg4CtZ7vV6r8RYp5T/Y8OECRM8/fv1b59wYUKmfaGdZ4yp4DzCyRsqFaQkEl8vdKJqRWi8tgqhh2c40ZZnx18gzpU4E8Gb6mhZunfSBzK5Jjj7sdkHWzFqeXQThluWdRqnlP/jxIQJ4z0Dug9on5Bw7i22fX+eyTEVRZcS3lqJjgSDAnTFGagjEv34ZmwAKlVDzOA07Qla+qX7PuX+/t4g3FsGLAeGc0r5P35MGD/B069fvw4JqWff+rBtrxtuTEURqAWoQzAo7ZO20UiyZghJwa3fxNrHpKJg0JL7rhXKfcsEgbIxPc9fCU2usgynlP/fgvETJnjO7t6/w0UDT7v1YXvwOmNyKmCD1lWiZzhLm3s5Cq9qmO59JNFECm4L6qN9PuXmvh6czX1lY8bYK5OTGXGq2f8vxIQJ4z19+vXrkHBxwm0u133rly0zFWQME62jBEGJxeICJDKkrdJpQUs+t1u5E02I2bPLuo7pupJkRhhOKf+/FhPGT/B0698t9eKEhOkPP+xa/5LJqaCoSFRWimBQSyNjACtoyb3ErVyTGyKeQziZyUaCacUp5f93Y/yECZ5+/fqmJp/TcfrQaQ+tH25MJUVFqqxEwWuMai1Lv/H5ZHJNaCocIoWPmyZEjbKwWvG/sKJ2Cj8Arh13bXT//t1Suw0dertruGs9PFbBBdtkjJFllSk314RSus8+NBY+jkpsOgqLU8r/v4Zx48ZF9+vXLzU5If4O80DUeqDyvD//WR0+uTIU6+XwIPi0KYyxTin//y5GjBwRfUbaGann2OfccResfyrtKSdX+yjrE2AMlknhlPL/b6N7tx7RHm9MKrjv4gq+OJ3BOcmNuNqyrJ+k8n+Sy4oGE53QOKFbdYsWQ0M1u49RWrcSJ2/7j2Jd/f8njLNOcgo/VZxK9PQTxykD+InjlAH8xHHKAH7i+H9otTbYwRuElwAAAABJRU5ErkJggg==

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iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7L15lF/JVef5iYi3/LbcV0kppbZapdpd3he84TK2sQHTHuxpuqd7hmFgug9DH2gM3YdmTp/DmZ6eYWhgeprlMEMfwBjjtcEY23gpU0XJVaVylaq0lFRSZiqlXH/5239vi4j5I15uUkpV2CpVJl33nN+R8vfe77148b5x48a933tDAJZX5b9a8aSUr3QbXpVXUDwhxCvdhu9atDZ87wpMoNR/vYNgh2oAQZpq7jvcx+tv78da+6Iw0AamFzqMDYSUCx7WWqQUfPt0jcfPNPH9ndgP37uIMAx3nA2QpIYHDvfwmY/fSokWWWbhOorMWpBSMDIyxHK1TpYmCCFQUtAVZT78785y7FSdIFA37yG2iexIDWCN4c7JCkWZMf3MCUr+9ScCa0F50Nv3JubOn8WLWwgBUQpjd97H4d1lHju5QhxLkIJi6PqkGxsw17mygEJBXQ972152JABAYYwg1e7lWAtIkHIzEARgjVP/EvcupVIIBUKAMJBk8L7XDnPHRIluavnSk1Uef74F1nLvoR6+7+4B9gwG+X0sIFASqu2UR55r8PVn6hQCiZJ5O3aY7EwAKIgzy2BfQLh/FGss1XqXtNtioz2nLchiD2N9BUJfopTEWFhT9EJQ76R84IhPdbemryfkZ3/wVn7u/7tEN9b85k/sJcyatLsZ67ayszdCP0D+0EF+7fNV/u2fzKCURO5AVSD6+vp2HG61gcAX/OKP7OaBW3qYGClS1issnPkOpcBpAYFT8ZWD95N4vcwsdHnwYMjUs8cp6iZWAAi6WhHYDClAa1DlMmO33ovyPC6dfgrdqKOUu6bVIFf/b8CGIbvveIAP//spvnGiQbmw8wbTjtQASkGm4ef/4CIm1vzEB3bz7z5cvGoESgG+MPziH03ziW8scuY/3oXvCdD5cSw+GUYKPGmRCuJWm7S5CD0j6HYdL8gvJiRZZQQbVfFtilWQRjElXeOuAz189ekGO7EvdyQAAHwPBiqSZSsJPLm1ESjcpxBISkUfJQRZbrIJIM5A7TqKn66gl2dBgafAZimdKF27pjXgFzz2HrmHk8efIMiWscIBLPA0UioQ8lUAvBLiKfuiHS+lXHP2iA1QySz09fXQpyMuLjrNAmARSLG+shQSsjTj3InvEK5NH7kYQAiUUq8C4JUQKS1S5EP9WucI4V5OPu+vilslmNy6fxExBq85j++BzcHhes4i89G/E/ty5wNAWV7MnS1yAGx11ksx3K0Bz/fYd/QuOqkk1daBB9ClEivNRXzvVQ3wioiUFnGd9ZeA9dEpxEt746s/3CBKSVR5iOlnz1CIV7ACdAYjRyYZ7gvdtLED+/LvBQCkuPoZ1pW6yN2+fzc3r9gIFgGpttTbKSJq4KVNjACRgCSmEFQQrxqBr4xICUKKaw9sASLXAAK28Blf/ctMWyph4JaV1ikOozPmTx8n1G1Mbk5oAVHmE2cW79Up4JURISHwJFIatAaj1t+x1uAJd1x5ksATdIxBaEA6h5KSIIzFaBDKzfedOGNPf5HFyghJbRHXRRaVNUA4w99a8Ht6aIoBnp5aphQq5A50Be54AIQ+zC6nhKV+9h69F21YG9RKQlsXOTW7grGCi9WMI3fcQbudIAQMWBCehwlGGb6jd83d6wUhn/6bOrftupW9e/cSpWaTk8la8D1J7JX4tT9v8eT5mHJhZ0YSxS233LLjXMEbxQLGwNuPFBkb8IkSu7bakwKenop47mKCkjA57PHG20uk2bq7+MR0xEBFMTHkuziBhIWa5ivPtBnpVTxwqMhYn0KKdc0iBKy0LM9MRZy5nFAOBTuVVyNuu+22lx0AAheY6cRX38oCgQcFX3xX0TSBU8ntyGKs3TSju2sLCr5z7NQ7lkbXIPI53FgoBoKCJ9Abwr5CCMqhINOWOHNRwNX2WxywhABfuWuLDfczxtklpWBngOKmTAHGQqDgh19bZnzAI8t98SK3yr76TIfTlzNC77u7vgJ6S9c/J87g7kmPd9xVQuT+QCHg2JkOT1xIqWxxb6WgEEKSWZQUvP+BAndOhAxX5Jah5ySDhYbhuYsxj56JENa5rLdzmFgcOXLkZW9eO7H8s++v8FNvtbQazU3H/MBjPu7nY/9PnUZH46sbP2y0gUIg+OT/3M9EYYVWV0NuHHbVIP/09xqcvpxR8LdaEUDBh//towO8+bDGtOp0E72l78FaS09BkZV6+fpJxS99skaawXamHN4UDeBJy627C1y+dJ7k0gzko00AER577349QxWPRseNNGOhk6yr2ytFG/CkoBS6/3di63w81zhXCBgIPMZ7YeHks3SjfAoQMHb0DQz3+jw1bSgXrp6G4sTyL97fxzsPNDn5xAl8qxGSrSlIApYNaKF46L67ef5tffzv/6VOwRdbgsDkq5BCIIgS3BSWP4O1OYFFuClJG0vRFzdco9wUAEhpybRFCIXwWGNkCEAJn1Sz5kkzOAfMBx4IObo3oKew+a1a69Ts35yJ+fa5hN6i4EdeV+Do3oBSsOEF5mv4y3XNF57ocGDUwy/4WOkhVB4TFAotfD721oBWZDl5SRNsmAoyA8M9gjfe4nPh/AwFqbFXdJfJOQKrohQorZm5MMObb7mTR28r8KbbCgz3SDy5bnwC1DqWR85EPHIm4f33hbzmcAGjLVLASscwvaS5fbdPORScnc/4i6e6rLQsheDGgeDmAEC5x95SuedfSikRubv2lz5Y5ofuS4lWlokzs2lkGws9BcmPv3GI/+MvPe6b9Hn/XTHtlUVSs9kIxELlFo+PPDiIkoK5mVmS1KytEoQ1LM9e5HXjPez+4V5+/LdbaAurs5CwUAwlvQVDM0m5aoaQimL/MJ16FWXT9dsKIG5y5LDiP/2jEn6yTDfWm57DWigGko/c3883zhV5/X6NnyxijHXLzDCgXKnQXFkkSjQ/cqSHD97fxz//z00Wm5YbxV+9SRqA6wRsXCRPSkmUSb7/rpAP3qU5+8STqCxdU7fWOEcNQFWD6Onjf/2RB2jUm5w89iShyDvYuM4Vyv1uPoP+fZMMTOxnfvoMvuecRwBKWPTCC8zUiwze9jpKoaIdW1a7RNo8jrBVCMFAFvYzcev9nHr8MYpJdS1MbA14xlDwLFPPPYtoVh2TyDqNoZR77GUNtljmg695HfNLXebOnMLL240EjUAaNy1UL8CBO27hZ39gNz//x03kFvbKdyM3DQDkIduNKnCjCCkxVnJgNKCg5xBpiszZOEYGyFI/prWExKAUmG6dTjclba0QoJEeDijFMtIvk64sIHOiaHfpIv6+vfTsvYVo/hxu4QjaSuzIBOOjvcy1DYmRKGXX7I5VAHCNNhsLyiRMTE5APLBmhFhrCYsFsjhCtatrNDLhgRzej25cQpkET0Gn22ZppeX4BGod5NaCwcPznGYpCJi/OMO9+3czOeKzUDcOLN+j3DQAyOtE4oQAKRxpI8jX1WKDGtZ+H7377qJ+8mEwCasnxBnEqd10rvFKFHffQbEUUlSGLMtQSpAYye59e5mpnidN3DRghWDX5H5OzHv8xl92yYwg2LAKWQPANfgGvoKLVc1XTg3ieYNrhqE20FeSvONwF69/hMyAEJJCqUTvnsNceLpG2brnELnDahP73IL1ipT33kd76jhh1gUgihICnTHWp5irw414dTdxCnixcwRKSqyVWxg4FmH0pmlk9ZTA95wh5oGVIFqLdM8fwxuYoDwwyOjAAN0E/u3n2/zkWxM8CauztRSQphm/+zXDdy7CUGXzvWWeUHItUQI6CTw1Y1Bq3cYxFkq+Jkk83nnXfQz1KWq1DrWFBVrPPEpRt9dIJZueZ+MXQtDbU0QOjyOTNgBFz6MYOj6CUnbnAECtTQFXyMYXLaXz0L3U5lhLlmUE/eOYnkXSThWF4/SZtEt2+XlmL8F8qZ/ByVvZNVDGkl21ehNAb1FSCq9eSq4C4Aoi0ZrEGRwaVfz6D9UJdLSJKiY8yaV4lLTbZvriFGltHmVSPPKg08YGbHF5gSVJNYveQbJ8AEkJX/1WygtLhmJwY97bTTUCrx2yFQgh80X/Vu1ZdavajV8Rpwb8kFvuf5ClxRpRbYGosYIX1xAeFADTrVGfOclHHnwQXwqWzeYrWwApctLIFe1e0wBbt1xIiZWK556botCpYlfnbw2Fis/B+4Z57snvILstfA+MhKw4BGmEr9vrD7KF+B5U25Zf+nRKO7aoPHoZpW71cKPcZTcPAJvomOtirPOb/9bHFFECfRVBs3nFSWJ1FSE2fCXoK3norMbs2Tp+IBF+meL4EMQt4sunUcplgYi0TU+QYrl6epFCIlGk5uo5dQ0A17JdrAbrXo7yWfMRGAFhpZckjvDSFvjO6eMVCozf8QDTzx3Hz9pXXFdcce180AjhHETWta9SuEYnf5dyU22AK/vRCghsl/mTj1EMBKEGsed2pFKbwWItWm8Y/zlJQypFY+kS8cXzJB5gIBybQA0fpnP5DF6exbNmaK3+OBdtLNpofuEDkn1Dlk8/ySZHkLTOeBVsQRyVoJIaMyceJ0jrVzmIhDWrK9z8C9eObqeLyOKr+mjLlRHgKYnv2ZfNnXwTl4Fb30dgSbsRSQeyDEx/gqp4a1axFeDFK9TPfRtl4jUPnzWWwHMdhHRGIEBSm8c0VwikWVtyaqvopo4VpK3nRq4EZQ3V55+kNLyb//Z1+/nKKUU3We9sT0CkBStdSbFQIO0219zYrnEG2V25atYSBto6ZDwokuITmBQkJFFE9+TfEAizyQgUiM1U8/y5yTOYpRQ3xODbSuQqYfJl/ShJ0XcPZHIf98aPXZ36JWA1fUPD+D39GJ0vj4xGxK318y2UhncTm4CwdxhRKmLzRF6rU0TcxrB6fcHwxH6OzYR867zP6OQBNB521RZIYroryyAEntrcbl9J2rHgq6clew7sx4QltHYBorWP3fy30UCpTN/4Xi63QnYdPEwqPLR2at0LS1i/iMnba0w+hUjWv7OAdctM8pyGl+vd3BwNINx6+c337aLeP3zNVG4BaBnwlZOKO/bfS1l20dpussyNhdATzMdlfv7Tkrsn+vjIA69BxDEbyECAA0oYSs7XK/z2w4Ikg6H37uWOewaJ48ydAxRDxbGLgm4qUJ7YNKDLBfjMU9BfGuT9R1+D7nRIsmwTQWS17cYKAt/DhiU+9VSBLz0DP/f9ezlydIB2OyLwFapQQZgUnSRrzxWLAr6C3Udfi8mBWSwIHpkStBLpgPAyiXjve9/7soeD3UuD10y6LJ7MbD3nrZI2Hp+GsV7BoRHoLdirrrXYEpxdgEbXgWPvgODACJT8jVxgR0KZbwjOLECS2jWW0OFRwXjv+olaW74zA92UtYDN2nXEuvV9cARuHYO+ojt2JQAAlluCU3NwsWaReSr5nbthcghWOjBThT39hoLvDFIpLFPLUA4su/oFceZWPNa6NrXilzecLN73vve9/IygvBO7qeum6y1hhICCb8m0IDVbR72kgEBZl8dnIdGCTLOlZlECfM/i5Z2ojTvfXLEcDL31613VJty1k+zabdrYNk+59q0+d5KJtbC0Jx0wN15jtbaAtpv75nptulFy00ihnoKel6zK3MgJX+QcyAEjAf/Fz11tx9Y+9PXrXetoIXC+hZcm4kXu99Kv8XJSy3Y8K/hV+d7kpgFACMi0INbX8QhukMw4JlHBt1yLgPO9tifVgiTbTN60QNF3NPAXU71C5NOCvpoAWvTN2tSxneWmAUBbwUDZ8J7bHYde53PwVeHh/I9GJDi/BE9d9NCAr+wNnQszIxipGN59e0IxlDmb1zK7IvjaGQ/D1nS0jc1MtGDvQMa7btcolRt10nL6MvzN+QBP2pcE9ldSbhoAkkzw0Qe6vG3PZRorjTXnyVXeQeu8ceWCpH37EKerg/yHbxbpJApPOgRcg463pdgNTuhVsBkLQgr+yevb3D84S6vZAeGIHKOHehBiki+cCKmE5pr3MhZCX/BTb+5yoHCJbrvrrgG858AI3WwXx6Z9Sr7Z4gqb27WxbVcOiGvxJ26U3DQA+J5grA8uz1WJZi+sER+2Ekte2cvzuOfOW/nYg7fwm98skRjwpVs6XSmpcdz/om8w1q3ppXDTSKzdm/GU+53JXbwDZcnFqVn00jIo0AkMhbsY6DlEO/UIfIOS9qr1XqYF2gr6C4b+kmDm/CVkYxkkxBpK5QpDFUEn8fC9nIKGxViRT23r7Vojn2x4JmMFUlisFYgN39v8+8C7cdrw5tkAVqCNQEpHDL0SACbLyZW5i1QCQmdMnb/I0QMTTA4VuWd3xi2jGUVl1/LzVh0yK13J49Mexy8GhJ7hPXck3DGmKQWGmRWPKDFMDruOEwLaMZT8DG9oD1HQi5AgNWTFXozW/MCRhPv3ZpT8dS2w6tpvxJJvnfMJlaavLGmpAHKqmUAQ24B33Z4xVGwy3OvIoEJYolRwuS4Y74O+guZyQ3Hsgsc9exL2DrqlrxSQavjSqYA7RjNuGdNr31ssXz4VcHohwFc3BgHiYx/72E2xUxIt+IV31hjunqR7+dwmAFjpUxwYo1NbRmbddZ1nwUrF+J1vYDHrY483S6feZGNh0NXGl0OJ7Bnn954c45aRjLdPztJYqJJklv7eAB0OEtUWWfUBC79I/+gol+ebJN2OywA2MDRYRpQGCdIqcX2ZxFytkgs+iMpugkLAwqV52vMX8LIWiHx66Z1geLiXoV0DLM3Mu6wjC0Ho09PXS315mU5s6e8J8Af2ouM2reV5RO4OLhV8vMEJok6HtOa+twZ6K4oZfYBf+tII4Q0CwE3TANIKxBbMYGEhkUUO3P4AF06exC6eWQOHADI8yiUfrz3H2aeeJsC9EWtdp6xSspc1+IN1/sc3FInbdc49eRyZufp+jYtgPYnUuTo2kJX6qIzsprU4i7dyCTzIEpDFSYJyhfMnjiPTdC1FfJV1BI6UWhisMnnkXuqzZymYaI3qriQkixdZ6fj09j1A9cJZh7lcrc0BQrsAWX0Ghg+k9A6NUL1wzmUbGagVAm4d28ditUrrwjk8z90/GRun2x/kfvydCIBr8AKViVm58ByiNbcWVhVAmoI/Og5Bier0DD4G4QMWZKkfVRklXTyLyImitrOIR8LlhUVkliFXnUOygEAgybWLAanc25RKuQifAjyQKqBRa0CaovJ74RepDIzQujy9pnLixgppmjF++CiLU2fwU5c6nhkIdx1gaHTAPa/KA6E5aI1XxlMRWI0voL10kcHdk4R9fWTtuitVZxWtyFIwDToeLpcCGBwZ5JuzJUAh5dbG5d9VbhoAlN06WdIKB4DqhedR3rrXS+NT2jNJ764DTC0rwg3EDGsgKPXTu+82FpYvIHQCOMMu05YoNWvRZ53C8IE96HCA5dOP46+Gc69jWkuxeY4xwqMyfoAw9PHQWKPJrCTOBJWhMZbnLkHiAKCNYGxshBU1gZfNrfsCLFgVMnTbG2hOfQezsggCok5MnGhKPRVWmnXnNdQpUZSspaULwHo+Juhnuubn0cHv5W2sy00FwPV6/UpwCKtJuy10mlIKimv1/cCNqKg2R/tEC08nrnKndQEUR/4QbBwfgWfJPHWlMX+N1liEFzi1bQEJImkyd+IRwqFJ+gZHqAwMEAYe/++xHt64r40n9CZD0WrNU3Mhbx2XeWDHXUtIRaUo8UdHiQoBUgoy6wikzdIYiFnHfzAZNmoQJWLNNqn0hDRsH9O1MM923kGcQHCrgCtpXatiZEDv7nFatSrErZw9Y9Arc9SE5NDd93FxYcPvBEgd4ekI6Tv9ai0otfX1reEapeCutkmyTNM71k99bJJ0eQa0cfF6k5LOnWXuMoigxMDkLRweOoSvINviygVvC1BjSZOMeXWYTo+HFI5DcO6S4L7ByzSUBNyob7RidNrFF45j6FVGmOsUaKc+RV9jr2SQfJdyU22ArURY0LLA0MGjdM6dQ8+dXjMClQdpe4U0iTdl49oMguE9jB+8lShy9Cqbc+aE8rF2q/nxOlGeDf+11qLxmLz9CK32Idq1ZTrVRUzjEsJzMSebdahPPcfddw+RiQKLdguS5hb2jhSWzAo+8cwQU7UCgTIkmaQn1Nz+tjZeqQ/TWgEBSaeBl7aw+cqiv7/E12YrICRC2BsWILqJAJDXZAYLLCZLuDJGawHPdJE25Urelef7tLKAhdPfxrOO7q2UoHzP6xFic+lYVyn0Wp6nDcACPM/DNBeYmaviBwLwKIweoLRrN8tnngBhEdJxCDrdjN4+e5W3TgiJp671rAJfSTwl8VRexibzudSpsK+vzFJjBemB17nkeIUWCAIyf5BLjQDfu3ErALiZAECuJ3ZcjxJ0Ddn0EwFZlpElKSLrOo4fTpvA5tEhJdQaHWy0vMYJuN79hPRIGkt0L54j8d2SjcExBm854pJXjbuXFcI5j8TVXrksS3nL/hVUpFm64pgQDqhKuo8QEBvF+WqBAyOjIC7mz5JTWC2UywWatpeZRsH5ILakzn93clMBAM6bRW4UwbqBxKqXYMOx1X+lsISepZWnYgsJycol4mYVD73mRM+swvcEPZUCS5dzt7GC9uIl5wr2NgIpj7XbDe2xgM3QhWGsOud8DApoz3PxRMNlJ+XtksIgpUcn8/CkweSED19aqi88Tbe2xJ7Jvfm0snrtVVbSeh6CEOApwbNLPTy0r4zwA4RJ1ttpwO8Z4VKnRKRv7PwPNxkAvnIFIFyyYH4gt459ZRBSYIVcJxDnulWZlIGRUVpL8+h2zaWAWYtIOyBdFE5IyeDEAV6o91LoCamM14hWFrFY/GKA9nownYXNqhqLUBK72h4JWMPISA+toWHSRpXVWLRIuy4RBGfQju3dy6W4j4vLZd4xOcZU1MBmjrVstYXuCoKJ3FOVg0wqPGERwk1JSkGqJX0Fw2ApJfL68cqD6NrcmmNJA319Jb4x34OQN3b+h5sMgFOLZd61b4LC4O61721+tNb1GN29i2RkbNPvfGk5vjzEmdogbz9cIDAdrkysc2XbBFOdIf7qzCg/etsMA/tvZ6X/EHFm6esNadeW6TYXNlUEt8Yyuu8g2e7J3GaztE2Bx86Pcue+19GPy1C5Mq9fKVhKB/jss7tZ7IRUgju5++gwWZqtPZSQAuNJRo+8EW2cZgs8y1SrTDVyJFCNx3A54cePvMBg2CGJBDqN15/NgApD0mCEqVqRwLvx5WhvGgBCKXh4dpzzjV5C325SY9rCSsdnpBznmTCbIT7TKFCLfJ5e7Ge8ElNQetNxC9SigBdqZd40sUS/XGHqqSfxhavlU50FqxPnPDFgUuiphEy3evmLc+P4ysXthbBUuwEXGwX+ujDOeCWm5GVX3asR+1xuhWRGoKTlkyf38dXSLoaK8VpxicQIjLGUA0Om5Vpq22yzQGpdlLCbetwy1GDcX2T66Sex1iCsccpRu6DQ7skJZrpDzLbKhF5e4fIGyk1lBBkruNDsXZ0KN4mUluWqo9teecyTht6CIdI+51aCLW1IKSyeEvjKhVpDmaKsXptGhO9GfaYqFAYrjO+d4BPnhjm53E/Ryw07XNGIntCSGsX5euUapFTr2ErShRY9C40kYCUK1x1Cq/auXY/zu2ex+J7BWsf317muD2S+L5GQaK8HvAITo/3ElcN84Zk9eGo1e/rv0usvLjeVE6gELr5+zROutzxwL/d6YVDPGk5X+3hhaJy9d72FzGx+NoFz69ayMp+ZGuH44iADxWwL6pazs73rErrWnU5CuHH50kO0TiOEAs6u9HBhZDf77n4b2kgsAi18IhNwojnAXz89SjUKKHgaa+UNnf8BxMc//vGbEg6+GSIEZEYihaXom2tYy5ZES6JMESqN2GIZd7Nk6/a6xmgjaKUenjD4yqzZkTda/l6xggWOTmaspJtdvaGjhbUaAKXAOfpzd/8mENxMUFy7vZaSb/NYglwjytxo+XsDgPWxI9w6e+2IxfcU2kqyDEoFmdOsBGlmyTKL70O3mxdw8gye1IDIl1wvPxiU2LCX4aYnIm/Hy3dv79ou0u0uOb8PtcGPIxyPbsMpnie5NDfPsFjmzgMZf/L1Kt3YeZ3vPeAzsbuH87OSdz+kKVc0p09NMH1pFE+Z/MWb3Hlj1oDz90l2qAawYAWZ8PBtim9SNIpAJLyp9xv0iTomVXhFWELy3//+Ah99a5MxpfnzP++upZ6X3gj3HSzyn74o+ef/RHP4tZp7bh/hYnWEMIh5/vlbefqp+1xqdxqgpL5+s3ag7EAAuJefqJD+pMp7W59j0FbRSuGVU0ayRZdTVgL2wRMnYOY83PWP4dhzm6txnbkEWnVBwWc+CT/3WhiauMTQxCUADo+e5bX3HKPdqfCXX/oAF5f2UQi6G4Cw87XBDgPA+svv03U+1PhTDkTn3AsvuMNEuFIgRSCGTz8JI6NwZAw++ZebrzY9K7AxHDlo+eQX4af/JZRG8mtkjpgxNjQH4/DBt3+KR596K1OXD9NOy/hqtdbYzgbBjgKAtRYtfQZ0nQ9W/5DJ7guu5psBAty7WOXxFaBWhU8fg7v3QNnA01ObrxelljMzcNs++PxX4fFj8Nb3AXVyXjrQAVLYMzbDhx/6Q04+dRd/8dSPEusCSlwjz30HyY4CgEZR0R0+sPQJJmsvuEhJ7t6lDYS5MagE0sKJ05ZTM/B9t3nMLilqkUUo1sLCaWp5+ix86N1QLBk+/VnBW94m0IBJrDPPU4FouzpBkpQ7Dj0DVvHZp/4hCLFlkspOkh0EAIsRCplqRuJZGN5D0rsH+oZJKoNYwJR6iftG0GEZz4Nun+Hjv5zx2kMDRBWPn/83KZkReEpgrCHqagYrkgP72/yrf5MQeIJjT1mslKSRRuvMlWzJBJguRtepFDLG9AX2FC8xl+xBCLOjlcCOAYAFlNEcTJ7Hf+dPYB78R3SKu7BITKEHpSSZ8LEIFC7AdN+D+G4zdgAAGjZJREFU8NYA4iilGyXcm+/tk2WaTFusNXQ7Ge1Owoduy4gSTa0eI6whCQRR1CXNElJjiFNNpAXdrsdI8jQj6hiLcg9C3Liafa+E7BgAGAQqi7hnX5nwB38JvGF6cdp/1ZORZNkarWzVMdRtdV24WEESGzKtSVJnxRttiKIYKQRJkgKW3lJGN0rQCMIgQckMXxt8qfGTjDIpDT3BTGIJRHu1BNpN748bJTsGAMJaEi8kPvqj4A0D6xwOgDRN0Vm2RjsTuB04smy9xnCaZmRaY/IS7MYarLEgLMYYDE4raGMx1oDNHF/RaIw1GGtBJyRxTKFUgG4XK32c1bAzQbBjAKCNZdxr0jM2ec1zbJ756WL7ziXs+x4mr7smpcAXHtIY0kznGUISa43bsMK6+n3FQGJSizYexmpX6VxnZFlGs9Ul6rbwwzKlMMGajMSWNmXx7iTZMQDILNzFDKOF1pbHPbW+dWumNVprtDFobel2O6TaYIwgTRISDTrL0FmCNoYkTZymsIY0SYgyFxzK0pg4SUiTlDiKSbKMbhQBrlT9HnOJtu4l8fuQW2YHbH/ZtgBYDcCsMmmE8Ehlv0sWuEKMdXsGxnFMtxuTak0cJ3S6XbAWawxJkpAmbeqtmE4cI4Wr/mmFRxRpskzT7bbyQpS5qs+0MxSjCIvbpFrmlHCPhLl4F75yfERNvpGPdqljSgnUdt4uLJdtCQBjLdpYrFV4yqnzclanp8eDsN+dZC2Z1qRpSjfqkiQZcarpdmM3z+sMIRVeENCYPs6ZZ55grlajGXloEZHGAXFXMzYScNeRA/QM3UpqeomjJspTaAFWRwjpo3xBqi2psaTWYqVHZn2y4gRvyP6YtrqXKO1H+BkM9yGCXhrNjHYr2fb7CW87AFgLHoZb9hQIe5pMX5IsdIa4rXaMW8cF9Ox1NfsQdFJXBzj2etFojIzxZYjQBi0DVNblM3/w+xSiZ7j9znvoBPup4FR9q1XnyafP0efPIxf/nK9+vY/Xv/t/IvPvII5iLAZjJKQtlO6SGg+baYQ2ZKmjgWfCw2if77d/CvEoHD2EeMMbEP33cezYNE88MYN3VTLC9pJtBYDV5M4H7r6bew72QfYVDu19loW6YehLjyGiNzt7O+kgM4MXx5ioi4hjPAReFpPFEX63hpA+j33tL/n2ww/zi7/40wxP3E4wvUJtZZnF5Rp+UOCWWw9QNPvYu/cij/7Wo4jWPP/sn76DhWqMsRY/TFFeiEYihdu1yrc10kYVmzawmaQ/aSBqL4CJEct74HwNJucR7Qi1A7aU33YAABjqK4PuwoWU8f45xtXfQmcWvtNANH8EmTnVqrKMQmcZkXVctggSY1JIayhtsLVd/OTP/gpHDu3my0+cZX6pRpxE1BstGrUV6vU2S8tt3vuWIu9+KORzn5niX//j32fXQaCLW2PufS9U/gHYFgQrkNWgOw+q7hJZ415IBWdOHuTUxdejTgSIM1M0U0Xgey8rmeNGyLYCADjm8LFvP0nSVyfUKfHsJN7lRSaCXuS+I8jqDGQpJG1k0kbqLqQrrNWd8wAfUgHDr/kouw4c4szMNBfnV4iby9TbXVrtNvVanUazw8JinRPPL/B9b9H8xu/CV56FD7wfSHBepm4VBsZB9IGcAm8BGAQTgYyglEIppDl3kNml/YSmBd08o/hVI/DvLhJoa8G3lvsQYoBM7qff28vY5NOEe++A5b3QqUNzHlp5OnnsQTzvLpDXcl1ggHpwmImVWapzi1QbdWySEEURrWaLdrdLlnZpNGp8+Ytz/Kt/ndEzAI/9bQ6AistCJj6OSE6A93oHPNUFMkhiMDGIJfB6mNi9wvTsFM1kHCVTdopjaNsBAFw273punKZQLiNH7oC47Qr5pB3czkvWJf8b40a+xPmFJSwmEyx3Qnoas9hOi2azTas6x/JylWazSaPRoNlscf7CZZanq/xCHY5MwlNnIYkg6MfxAmwCyVMQHgEvAx2Al0Ix38Q3FtC1jO2bZ9eFOZqzu5Fy59DstiUAVsUiEFZzl5rBLwxDo8WmzFEBYEDH5ER+910KVbmLlpa0kyZff/IJ/vDzj7O8ME+WRuhMY7IMF0/WtAQsPg/7J+ALfy25NA37e2wOMCA55WyANeapwFVuADLpUnjikCOHjjG3dIC2HsGTMTtBC2xrAGgr2J1OMzKxy+V+my04edYAiSOGrFYN70InHKAbt2he/gtOPfx1xFKXPSXAQjGEvtL6ho2+B4MK7hiDX58TzJ607L/XumtaQD0Pdg6SPSCX3X1XuWUFBVpAaunpb7Jn5Hmevzy+Y7TA9gaAERwstAgrI1Bvb3GGwG0WHG9M1CELyszafpaef5hL1S9y2IehB0CVHYZ6CzBcWa0I4kLHz5wGkUFfRXPiWXhTLBDSOnyZDujTUBwD7YONrm5KBkiP++/8HOiIF6oPuWpg21y2LQAsEJoEtfsOCDRo54O/Skx6VcrMHD3UO112X3iEX/0bOBWDCti8MVOu4UWuBboxvPkO+LHXepw7aejOGYqHgRggA30K5OtAX6O/BJBIVEGzb+Q4FxtvxRIgxI0p5/ZyyfYEgLUkwuegt8D4YM/6Em/zSeCFrG0XnpeZxUKkFSOLj/KZ78zyrVp+evfFb/tXT8HH3qh5y7Almwb2kNeNAfSsW/pdrzqXtNDuYWToJBPL3+JC7QcJZJPtbAtsSwAYoehtzbNnMEJWDsHiDFd3onD6PIvW1b9w3/c2Wjz85BJfuGgQwhnsa3KN3A5roZvBZ56wfPgHoOcy0AbRk5+gq5BdBrW5fsEW1aGQRrO3/xGW2q8nsQNIkV550raRbQkALTx6fM14XwlS31WSvkqEs/51x71UgzPqS5YXojrPLMEHD8B9u+ErL6wXdljdkn6jxCkM98GH3iT46hOW334M9hyF1xRxU0UCeHWEWATy4harZNRYXwEqC3GF8f7jDC6fYS5+M1Js34SSbQcAi8DPupQqZRjfD+2Vq0eZtayVFe0m6/sFGcCDr16Gp+twdD/sGYHnHl8tEc9WSXhkGvZ58Lo3WU4tSv7oCcsdU5bXKNxKIMUZmvEiBPkeswaINKTZmi1KYt3HAqbIrQOfoj5/F6ns2bZ8gW0HACMUpajKLYXLULgTGgtcvTVnniqbdZ19sGFUZymcX4JEQ8mHRgLVq3dqvUrOL8HZZRBFZ0g8dQbilTz6rPNPYxoGOkA+XxgPbO58SFK3nfhq+nEk6eMsI4UnmEvf5YJJ21C2HQCwFlHqRU2MQZpwzdRcrSFugs6cx84HAmi0YaruTtndw0tOqk8jiDpwONfwl+ah3oDRwY33bLq1YrZaR1Y77bDq8xc4rCYGOhLpRUz2foHFlXeA8NhcwHZ7yLYCgEWgspgD7WcIyu9ymwlfT1ZDbavLbQnNBkxX3Z/lANov0f7KNCRdwXifQ0ytBdOXYXRSQIojj6oOQmqw+ZwjMuegyoxTOaujP8PNOamkl7PsFV9kWn4YxVa+jFdWthkAQHtFKmN7kb2DsLzI5go71xCF0wAC6pHgUttNysUQZmrX/+mqGCtZqHnsuj3Bl9CoweULAh4AkaefCdmFah38UWcHZNI5F7R1U5EHRAl0Q6ANicVTXUbkwyzyTjJZzhnE20e2FQAMguHaSYoTt4MoOPW+1aZxa4TB/O/VUyzMpdDKnI3QX4GViy/17pZmx+AFAt+3tGM4M2tdWDjGVQyVuUYy0qn5tOjQYTv5ThECGhqMWDcKNQz5xxhKv82c/z6U3ZrU+krJNgKAKxI53jhFsXI/BH1Q6nXOFwbBz8ALwC9AaQDayxAn6/mBHaAHXqhZyEvHmhiGyy/1/pbZec2AclvCdGI4cwHn5wcHuiRyGwuFIYgSKFdH0C1B88hgUAZRh45dW54KC3v4LA3zAIk3jLTJDeu171W2EQDyCh9D+9yoWjwNc9+BpOas684SdGvOzBfWReds16ndVUdPCvcPw0+/HpDwun1QKsHvlKAZg9ari/erpRjCnmE4tA/+lx+DWhve+Tqgadd2EyFtwvKXoTgO6RKk9Xw1kkCnvR4gSiNM1MHEzjkoLfT7xxkQz7Eo3oYUefXQbSDikUce2R4tsRZT6GXP8d9h+LlP0e5q0riDklDrWi63HEXbWOd18ST0FzIKSuMbl8hbCqFUFpRDkKGFiodNLU8saqargjN1xdkVzblFy0oGQQC3DcOR/XDfPnj9AUFfb94dGnQNli+5cEBDwHwdmnX36i7VoB3lLgHtcCkVCA9GipIHxw0qcO2qhE5pJLuOMn3ff0SLEGG3h19g22gAq3zC+WdZOvZXvHDmEqkHZR+WIvi9qZBjC5ZWa111KmCw123oHBqBL6Cn4H4zGlgCC7srMN4P+4Zhr2+ZHMv44CQYIUgCSzGAXSXn26m24eRfW2aqsJLBfBVWmrDYgeUEZjUsJ4Ju7KqKNo1PKnysTQCNUiUwGm0zeoolfupwl/dNpKTW7TjuGUtQPofnfxl13wevEd+4+bJtABAUCpx49hn+82dPMZMAAgYCGAwEX68XaMWaD/03H+Ghhx5ifnGFr/zVX/DIww+jtCKJYzcEVyM3XuCGpYlQQE+gCIQr/zYYwmDZMlyEfg98C5dagvmOYCWGCEEzhXZmMDKAIMQLAmyaortNQIIUlHpLFJVHs5nxYx/9GO95z0PMXF7mv3zukzz66ON8btbSkfDYZUsrcavDQtrlreJr/MMHf5hsNYj1Csu2AYCvBAu6yN8uO8NbCrgooNezdLoNPvChH+J3f+vXGRocYKHW5vDkHuoLlzh98iSjg/0MDPSRaUO9XifTBt/z0LpEZgGpiCykWcZSkqG72jmShKsUaJRCeT5BqPA9H2kNPdaglMRTHtZojG85dNdrGB4aot5qMzMzw/zlWX70wz/Er//arzE0OMDsQo29u3dRW/kVLjz3NMcLcL657ovIMtifFvCUwhp9jW1sbq5sGwBYoRgrCm7vhfkUvHw3N6Fdave73vlOhgYHqDdbPH/mDEGxl/2HbmNxfo7/8Bv/N/fffzcvTM3yyKOP8Wd/8kdMXThHWCjmFWPcxn0FJd3ELwRKKaRUpFqjswwpXB1/mxuJQiiMdnZIrVbnIx/5B/zO7/4enpKcm57jk5/8FP/+V/8N73novQwNDrBca3B+aopipZ/JyUM8f+JptILRIkSeMz39DO4dFq7su5Rur4JXWLYNAHwlqcWS4ytOA6zK/l7AWs5fmAbAUz7dOCONO1y+eIH+vj5+4Ae+n1KpjPXKGBHy6MNf48yZU/hBuL5LyWoZSSEwxpCm6y5CpRRCyNzAzM/O2SK+H1AqlRgbHQWdcfZilYWFBYyOQUhmpmYACH1JEsVEcYfqSpWhgrMfzlY3P+dUAzwlMVq+qgE2SobkSL/gl4/CJe2mgL4idK3gd08X+eNPfZq7776bd7zjHaSZ5pvf+GumXjiLkIqf+ZmfYXB4jIszMywtLfLE49/GGEOWZWuZOWJDhoYQAt/3174zxqC13nRca+1qBhiDtZY//sSfcPz4cYzwkVKwMD+HEvAHf/D77D90iLe//R1EacpnP/d5jj12nDdNSD56t+FSDaLYaTHVgf5+4TKN5PYAgDhx4sQr3wpAFspc/MonEH/4cUb6nRMtULCSwi+fGeLhmS49ZZ8Dh24j05ZTz08hJRQLIY1aLfcaWoqholQqgQWtNdYYjNas7li3+nI9z1sjbhrjXvZqjVFtTL6jh4fnu/O6UZdmK8bme9Yo5SGEIm3V8Upl7j5yJ1InPP/8KfZXOvyLt2W89xa3n2TWhooPj70AX+p/D//Dr/wmQifbAgDbRgMUPMmJtmKxCj9YgGbqLGebwX/Xt8z3+VCN4OLpY3SB0R5IRYgWktagpZFKIlEmM678m3vjCukFEHqkWYa11u3EKTSZ1XjCw1pDYiVWekBeF1hCasFmLtAjsEgRUOk1DIUJA9IQeJagmDFQFJRtlYr+Fgd7Yf+7Yd+EZHykh2kd0PX78folxYLii6cbnGv5BEqg7fbQANsGAGkc8aa3vZPKG7/MoGnQqS6StRvo6hyH40XekDXIVurEy8tE7YTUGpLuCnHcoNFKaLSgqTvEBrqp2+C5paFrYSaCjhUktkiGIlMekRFYkSKlYsDPCGwHgyRUMROVlIIPvYFguAyDfYJKIAkrmvH+kL6ghCgWKZUH6Cn00in1o/1eUP1EtocFW+FMErKYBcjxPnpCD+UHwFl2zU27XUG2yRSwbQBgrWWov49S7yR9PWXGC4W1yjt5rgdRFGOyjChKoVNDtRbJmsu06lVspw3dS2RRi2Y9Q7QXsZ0l2o0qNmqi4xaNWkyzlREZTTswpNLV4R/vCxkd7AUF5f4hykODSL+XUrCLuDxAGpZQ/gCp8GmIIZr005VFjFForUhNRpp26HYMWgs8E5E2lxnUdVqtWb453WCx3ubC2ZMcvf0Qnu+T5RrplZZtA4BSqcRnP/d5/s9f+7/4lbcM82MPjnKi3kvm9VLo7cev9JGUejCFfsqVCtYvkBYG8EcOIHcdBeWjvADp+fjtLoGQSAFBlODZCJNUGY47hM02urNA2lpxG0x6giwcIu0fQ/iCxJSpZh46S0mMRPoGL9VkUYekvUDciDC1s+iogY3qiKhD0FmkEs8z2ImRUYSXVPFFl++b0PzZcwl//HWzFgQ+uG+X25wyNy5fadk2AFBK0e10OHvmFH+bwkdLULkMs3lgLWpCVgIbSDwbYPwymV8mCANk2AMyBL+IHRlEegqvNIiqDBKUeomKfWRBD9L36AwOYQf34u3aB0bQaWXEtTre1BRpEqNrC3jtJZKoTVybw2svoLopIo0Ruk0pignaVaTMCD0XHJQBFIouW6xQgkIF+n0oFeBcnU0MALdf4PZZBWwbAEgp8Txnlf/pZXjfNLzniGRvCliD9lywTRtDO4uwNqKTLdOOIckTduMOJLOOKZ7lhZ6kAKMUmQmxVqJVEc8vcP+/9Om5B5751YzoeAcZxIhuBu0u1oOChIJ1Oai+D7IIXh8UK1A66GIQ5RD8CijfRa3j2O2SrmPQieXPzsJvn978nGJt08hXAbBJnDPGLcPmIvjlb8KB248y8ZoHoVVFiwVEWkPajEG/g2ebiDBB9EWusoiyGJlTBGPH2WhH0O1AGmmSagfdgnSxRXcJvAgqBQhj8DR4FSiPQTgI/gD0BI4gWhyDoucqlwQBIEGnEC+4ZOXqMrSmIW4Kum1IjSSzUFaW5y4blq7IDnsVANeQ1U5ZlSiFhh2mMfw2umGdrNPA+gkm7iJ0jE+VUlIlbFSxUuCrBoWwihdqeoea0OfRHwB+4pg8YbZWTDrRjldiAjj4k7C/CX4vlCrgSbG+H3zuO9Idl5kW1R1RpFODJBK0mpb2IsSzApI8aUgYR1GQsLsiKPmWerz1s74KgA0ipdzkrSsFoHQH217BprHbZ1f6aB1hUp9MjhDJkG68C2yCr6u05S58pQmXa8h4AZF1kL5ClpvIHlwgrwThGC7QYGGgB0crz4QzNrTF5rGiKI/YptZNP7YAOnHTgV+BQkdAryXUFj0vnI8BRxPs9WBvAUrKVZ9flVc1wDXkSgBIH+zCFNHX/wTtAZ6HVQFGGFRBUCxaCmUD0ncZ3CpCCIsvEkw7Iyvvhb4QIwyFnjalQr5RkI3yTGMJfgR9MSjtEj+kAL+EiDPSBpi2wTY1EkOwG4ojkCnIwv+/vXPpbaOK4vjvzsydGY9jJ04rh0AoIlFArFggRWJRBIhF1eyQWOYzROKTsIjYIiQW5GuEl8QCqaKVKkRD2iR17KR+jMfzsD33sphxMU7Sh4SIK/knWfL4peM75z5m7jn/A31T00MQdcE3wbch9iES2X2IrtLstzOBy3FmDnAJkw1yEMLOrzXKqoZnZj2paMHcnKC4CNVrgqonWFqykZ5EGhrPlZhJRGLY6Ftf46x8hlY1dNygE7cYigZFt4NbOAIC4kaT49oBQp1SKjnIwruEzQKR32Ol2qMUPgLvlLgGTR9qMZzsQ+0UWg14dKw5O4RmG459TTeGjoIkhl6a545MnGOl1MwBLmLSjuMufDO2ghbAnAlFqZEmeJ5m3oCyF+HIiDkHXq9k6i033zG5/fkNhFFFpCZRqnh4X3JwqrhWNfnwg4R2o0ccBHz/nY1b+oQ3Vt5nkPbpDx9DesgXNw9xVBuKKftN+PIrqJ/BSROedJ6fsnAZWuuZA1xEkiRsbm6yt7fH7u7uufc10E2zB8CzcizuBgNuCz87kD1cJ2VhIeQ1VSfonBHUA8pFB6+0wae3VlG6QJI8IGzdY5j8wVrlAWUrzjbx3UyH6odfTCI8pK0xLZD2Pxlq5LEEvV4PpS4O9XJdl/X1dba3t4FsKhif8q6KqXEApRRLS0vs7OywtrrKzz/9SP2sSZLr+maK3gLbdSk4LoZxPqJKaU2jPaC6HPFk/1ss/Rtp0AXdwtVHvHn9LwYLmk68Qiivo+IhN5a7qPiYQfQnRrkO6QCpLI4ez2NGGtcc0lUFPv7oPRJnnnJRXmi/EALf92m1/afHjmPj2DaLixW2trbY2NigUqlk/2lK2l10Op2rH4fGkLaN325x7/c73Ll7nzCMEYYArVC5RpAQ4tzw+bRat7AoWQYL5kNwE5S2821gSIQNholSAq3IijEbBaQQaCEwDRPHMkmVINUCZzjETfu0rAJBv0TBtinOFZ7fc7XGtGyE41JdrLD29lssLy+jctHqaRj6R4ggCKbHmhwpJYPBgHr9hH4/jxDl4hM/iWkIUmERJFkK96jaZ7bLmyt7odHorJdKI6sHkG87jX49u5zTeUl5kEaKaRlY5rPn7pGNQoDjesyXM4WJ8QikaUKEYTh1DjBaKI3fHXzx70ImL/8yn//XK2PPzwkTvFQgr9b60jXBtGBNw0JkkpFN42FaryrT2L7jvMLFo2f8F0zNVcCMq2Eqp4AZ/x9/A6YCJgdwbGmAAAAAAElFTkSuQmCC

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7b15uJ1VefD9W+sZ9nzOycl4MidAEgIBmZRZIAoUkUFRUalDnfpWrb566edl69Davv2uWtvqa63V16l+FlBbZVIEmSRMEgIJhIQkhITMJydn3PMzrO+PZ1rP3vtkkOz044M7V87e+3nWfN/rnta91hJn/tF7FK/CKxbkf3cDXoX/XniVAF7h0H0CUIGEUShUy7OOycNUSkuj4jIOUZWWJi4n9SQpOy7/MAWgSvWjvY2HC3o5Sbvby0n1/4hrOXzoPgGI8EMJRDzwIu5V6yCKMIMQInkWfhdMDkophJYmLif8VCr5ridUadJMymt5nrRBpNqoko60tScsKC4vbk9rn5XQKFeBUklblUL8AYR2uNA9AmidYQIQIhw0/XHQ+ZfaRZ1gguo7zap0nWFGJiUtrQudiCQuC1AtZcTtEel08TgkFBjXELdHiPTvg5L+S4PuEUDLAKReoUDonT50FydDwOTVi7YZrNOICAd5suEVCG3WKw3Ryd90fZ1bnf6l2p5FDVCt+UU7p+gGmN0qOGC5EKKbqOMxQYezPiZ2oc/aCFkqQFH4PihXxfkjBEVSJWKdiihNQlnxRBPaj7hu/YUIyw7KUxEhKBW2N8BW+CasS4TVq7jtQRUiJu64jYgQryrdfh20NgvtdzegawQQz1kRDlPwA33Wx2SfCO7Uz+C7IpqD+tMAaRFBtLLfsAUR7fjBf+WrWN6qEDPCcJGGS8wMo3dIFDJBZopNpYkwFhE6h0GjN62N8TBEeWJOLwI9JvpsSSe6RAVdJAB9PERHFilSM0//pikFISeIGHaM3KTkeCDjOnzABVwVfM8KyIEoCuhVkBWIjIKcorx/IbW907C8CsJ3MY06ljuBqWoYXh3Dd1BKoLDwhQGIgG41rhS1g4jQtTa3jkPwRkNoi1iKxZYIlUNB15AP3SSAiIRbBioWCUqfMa1DRDyI+lwSWgp9AOPvDcABZYOYJhBzgEUK5ijoFageEHmCXguFtDxGbj2RfTsvRBSqwTPhYvpVTFkh446R8/dSdPeQb+7BcstI38XHxpfJ0KUJPWqzSPqgy7lIdIT9b0WuCPMF3OCwR/sPhq4RgOiI/FYZHz3TREP8VFO74qI6KFC+gKYK5PIAsFQhTgXmA3mFMkUgLXwFrgg4Qj0kPg+k64BqYKhmwHiUwBFFmm4PFTEPrJOQtouZL1PydtDrbKG3sQW7OY6vDJQwO2iArUJd/z25cheJgKhrxwK6pwTGLLBNvdWet1EIySxJ520rK0SkkgqxELhQIZYLmBJSiwM0BdQiRQ6EVCAFmAphAKZCmSYIC180QQmE8BH4SFygAV4wmz0KHBAnM5xZTjYzxBTvOabV1pKv70H5Fp6ww4ZqbezUPa3rbT1PmynaOL4MRYAIZaXe9EhvbtP64vmt2me59j7+3hDgK9SJwMUClitUTiAcoKbNJAkiS9BLJcBRwexvCpSnEL7AGh0lq/YiXBclJL6w8UQWT9goIRHCRyoPgYuJCx7UmcpueSH7S2fQn1vHjNoT5Ot7UcrEF1bSXtHa9oN0azKILZbuEIH471oNTFlf0bPIAzZZX32gDswD3gi8VkFGQBWUGxQazGwCpb4O7ANeBPYq2A8cEKiKggYIXwSFCkAIfGHikqdp9NKUPVSNGVTN2dSNfhxRDCW7i8ALmqNMfJnDlBNMd9cwq/wQdrOMJzN01n+OdIwi5fZlyAE6QzIiupkTgQCU0FmeNoINAtl5oYArgX4VILgRpBNGoOkrRyF2AU8J2KRgUMA4gVUgAYPE/SUimesDCkM1MVWdnD8EykMhcWWBpuxhwlrIiL2MqjmAKwpImkjlINUEyjPZIy9gvG8Bc2v301d5Dl9Z+MJM9JhULw8fREqBPPrQfQ7QwU5Pvw6RcDBOWVGI6QKuUXA2gVyOCMIEskBNwBpQq0FsUVARAbINwFAB0nW/Qytrjf3ELUJLeUg8BD6esKjJmRzIrGAocwqOLGIoB6E8EOCRAekx03+MeWP3IFwPX2Y6s7uw+pT+27H/KhzClysBxNDK76Of2ihESoP2lQqwHHgvMFOhyhHrJkB8U8GTwH0Cng91iYwiEMW6HIYUW47NUNGO/Ja2JT89TJoI5VM1pnMgcyqDmTNpGkVM1SDwFpp4Ro4eNrFw4nay9QP4IgMolGhV55IxaSWPyd8cXTBmn3Dql7tWugZpb7ou59s1XwQIT0FVwOnAB0H1KURZBM4RCygALyrUT0DcBYwKyBM4eSRxHalVuKh+0VK/iOrW2qZUSD9hTqVASDxh4QsLS1XpdTdTdHbgihI1cyYIA4mDVA41ZjCeXUTR30muOYQvrZZ2pPsuWhAtYs7ZXYOwawSQLJMG7CuaUNGg6rNSn3BKBBq+qAMrgT8GbKAWWhBZAnl+p0D9GNghEDnAFvEMi5d+tWpiKRMrH8nA6iSiNDyIViLRMwgTT1hkvBGmOevJekNMWPNxZBGJi8TBYQqj2WXk5V5yzf2Bz4CkTN3ubzOZBJrI6h4X6NpqYLRunrZttW5E+FeazR9iQFSBiwTcELawETqO8gIOAN8Gfq4QDogSgW1PRESRH10BKlxdFXGLWlvZ0VuRkrkh5cTpREwZAoEnsvjCYHrjCZaO/5ge5wU8kQEkhqrieCW25K9nrLAYw2+kakqPTQdJHNNp97jAMQ0JS3UxYm+xrA3dvVUBpwu4TkGT4L8AigTm3L8IWCegJAITUC9Utc6UVhaq2r6mVISQYGO8xIpiugjdVxFwFgNH9pD39nHCxM1MbTyFKwsoJAZVXC/DC/lrqORmY/o1jnzYu6emHYOQsPBDJUgOHqt4ZkUrc1RArQD+BJQlUM3weR54Avg6qJ0KSmHBCm1sVDxRVaTXqXb6UOFKTpAmZP4iKiqMWEqkV8exV/qL6LsClwyGqnNc+b+YVf0dHnZABKpOw+tnS887qGf7kX6jwxjpYjH6rdfXHegqASgUSiRmjM6ChSbzBEBdoKaCuEFBXiEaoVewKGAd8B2FmgAKIQLjOkJERvIytSbf4lkMGUJAHCqMuVAxsUQcgHBJFo3dR+ZYqhoV9C/iZEKAh42PyYLKrxior8LHBmFgqgp1bzrbS1egTAm+n/RCY0PtuO6uK7hrBBCiIVGwJ00FeASK3zUKZhLY8BBo+i8QKHueCJZ0NWRFSAxGP0SoCGIPE6UqmVlBe1qGOERcWxtjrVR7FFkKQo8WogVrCiUsPJlhbvVepjfW4Io8IDH9CqMsZW/xHAzRTBUfaiyarRIRRHetgC5ygMQASz/Ruxx+NlWg8Z8LlINHKitgp4B/UzCiIJsOjtQtJBErUMlCk0LhuR6u56VZdptekLxKkKnSOpmmWwhI2hGbrXq7IoIzEMDCym30NZ/FlVnAR3oOu+yLGC0swVT1JN/B5nkXaaDLVoAGipB/6jaWgLqAOQIuE+AKlA/YIFwFNynYI4I1fF1OhtaCNuwkZpyiUqtRqzfI5TJkbZtarUG5WsP3VWiZoM3glumf+hpyET1Is7VPrUqn1k5fWEjls6ByB1nvAL60EcJFeRY78xfjmVmk8vTC0nXTVdwDXV4ODpZXwwciCMdK276AB+oyEP0KyuHzrIJbBWo9iCKkPHqhhheJmKgcIaDputRrDV5/7hlcf/WlzJk1HSFg24493HrX77j7wcfI2hksy4yrj4hGxL8jmdDKqSByayv9ta7YRotZilizdESWrDfC/MrdPF+8FiUMDFWnouYxVHwNM8cewSNPxLVAtIUodhO65wnUkQ8kPQnlsCDw368AcR0BJ1BAFsRG4Cci8OOb4dDEAxJyjkjWhyPlKYXv+Xzig9fz5U9/iEXzZjN1Si9Tp/Ry3IK5XHHJeRQLeR547ElMKRFSJm0hmegJKSRv02FoQdSP0jhIRJ8iJI6owEgFUZgUvF24Msu4dTySJsqX1KxZ9HmbMZ0acfCpVl8im16GSmA6LiJUaCJuK8LIWEOhXg+YKlAETaAO6lcCmgqR0YIjNTktRPQ8YdETE1WuvuxCPnzDtZO26X1vv5JrL3s9lXo9KTAkJhVWpIuHJPJXkBb7Im5HJweeaCMCgS9sZtUeIesP4QsbQzRo+FMYyr0mWGzqEAmkYvHUPTvwmDiCYnkW21sK0QAWC8SJBD5/CLT81QKxIQjwiKZ95BaPx6IliN51XXpKBa678g1tdae2gQHvfsvl9PWUcBxX40nawGsmoghFgYjM2CREGDTOodWW9C/tgcDHIuuPMbP2KH4QlIhUTQ5Yp9DI9iL8Jm3ojznPy5ADTArRGAlgpUp8+yYwoeAuSBO+LkpE8hGLaEXTcZg9MI3lSxa1Vde6jHrconksmjcbx3UP0sCQJHTDIbYk9A7oebT2acZc8BGwAk9kmFZ/kqK7E1/YSFzqahpDudMwcEnPdNHh29GHrvoB2h5EU60pULMFnEDg6g1lP08Cu8Pv2kyL9u8ETrpWOz54bhkGpmEEOVr33gl9MAXZrJ3yrkVzVsdjwGg0z0/0Quh7FETKREz2PiSF6AzLExamqjGtviYRKZ7DiLkM18wGcQVtoJvORx+ODQcIERd7WZsKcaKCXoLgTUOhagr1qEAZKljcidRsRTyQuoCN3b2AYRiMjVcYHh0HNBkesn9dDFRrNfbuH8GQMuWI6TzfRIhjlZIRyfxWMQFGG0PiuuLlXK0DCnyRYUpzIzlvEE/YSBxqTKeSmY3wnbjdEakn7uvuQBf9AOkfkQwVngh8+6eRsFUb2Apiq0JkRGLji0j4h+Vofvqg2GCgMrbFzr2D3P3gY+k26B678PPOex9hx649WJYV2YDQwjFiSHaT0pn1E8fvi7g9iTs5IRYRizUlDDL+GFOaz6EwEfj42AxnlgdRy1pbI3oXnVYKjxIcs8WgGDxgGjCbILpXBkMnnhZBGLfRrlwJSBSxsNDYCiB4bpkGP7jpNrZu39XWhGhAh4bH+M5PfoHn+bG4CJCn6RbhbBXaxozEpRW4t1zHZXyizES5QqVaY3yiwvhEFcfxkKkRFanc0WAoJL3ulsATKAyE71GRc3CsAkL5Wt6kjG5B9yOCWtqu6gpxEvA6EYRpmwQOoDsIwr+MaPaIlEMlFSwqkoJV6DixLZP9w2OsevwpZk6fyoK5s5AhNhpNBzPUEYZHJ3hi7QaElLieS6Ph0HQcPN9HIJBGWHdUR7RBlICQKrU6hmnw5jdeyJ++562885pLecP5Z1EqFdiybQfVWp2MZWtKY4vjSAhAYvsTjFhLcWQPUrn4RpY+ZxOWO06wJzHZgNpNj1DXYgI7N1mhqiDeDawUMK6CBZ9nBHwH8EHJgO2n/O1Ki6fTY/mi3zHCoFKpoYTijBUnMn/OTJQPm154kSsuOZcPvPNqAP7pu//Bv/zw58wdmMHcgRlkbIv9w6Ps2rufarVOMZ9NdA2VsOV6o8GUvl7+/vMf4+wzVrT17slnnuNz/+ub7N47RCZrx30ICCDNZUy/zgvFN7Evew6mquHJDAuadzBjfDUeVteCQFvhmIaFKw9EARggiMRGBN6+nUCNQDeIKF4bgLSzpWVgNOUMBMVCDs9XrF67gUfXPBPL5Wc3v8DAzGlcccl5fOz9b2PxvDmcsvwE5s+ZiZSScrXG0xu28L0bb+GBR9bQ21MMOEhIeJ7nI6Xk8x97bwr5OoGcdvJSvvypD/HnX/gajuthmUbSRK3Zkbex4OxGZEOW70PFGAjLaldNuwVdEwFBF9MsTHgiCOa4SASmnh8mvF8FK3+ZcLFGKyEtQ0WHMUmbXZGylc3YZDMZMtkMuVwGz/O5Z9VqTl+xlPlzBlh2/EKm9JaQMmC3Gdti3uyZ/NHF51Kp1Xji6Y1Ypgk+eL7P2ESZC193Gp/80DvTZmWoaEZrHPNmz2Tbzj2sfXYTuawWEt4S/yDwQJiM2svwMVFSYsoG/Y1nET6Eka1dhy76AVRMBNFvfKBXQFGBp5LdO4MhJ4iFkWj5PHg97ZC4bgkDPkxDYlsmhVwuyRuxaM0KsG2Lv/zEB7jmsovYvW8/TbeJYUiK+Rwrzz8zhfzJDok685RlCATK12Zyqy6EieWPY/pllJQIpWiqEo7M6QMxSf+OHnR9d3BqYUOpgABygCNAqiD4Y4JY+0/S6oMWKXzpcUw2oCb6Qmua6PtEpcZHbngLJy87LsihHcbQCT5yw7X0lPIsnDvA/DkDLJg7i3kDMybvr8YFspkMhiHxlR8roqm+IVAiCBCxVJW6kgg8XJnFtYtkm2N4QhMfXYTu6gAiRJIKCEJBsLwrRaDwWSAqBC5gGelz4SkeEedQkTCIjoIQLRNKW6hp9d2GiXzfJ5vNsPKCs8Iyk5kfIS61TA0smj+bz3/8/ZN2rfUYO93ncGB0DMdxyeeyMf8TKlo1TNYfDeVieWPBOCiF8m1cN098ooo+Fl1SCo+BEigScY4KTuvwNdleJfANWMQmX6I1JTqEaCmOpAStfA3xmtbtOA6zpk9lxtQpSas0xOugE8LW7bv4/VPr2bf/AFtf3IVlWnzpUx+iVMzHZbTm8zyP+x96AsMwYlMubmOqouChpUUF+Uh8acUmbyIRu8cHuk4AetOlgJotaAgj0IsAq6koCF9j5xCzdC2uLyKZNJPXCElE80okpmFcnMCQAhHtH9AcSAcTBf/+81/xg5tvJZfL4roenuexeMEc/uy917UpghHcdMtd/P6p9RTyuaQ98Vho+/xCX4fwHGiEbl8p8KUZdEWGK4qtJsRRhi6eEqZ59MIZ6SBYXqwxx2jiGyBNxaBjs97PEZ6+o+0c0sqK5GZUVCwQNEKI3QEq1AWSWWRaBoNDI4yMjjN31oyU6daKfB2ZO/fsw7ItivkcQghcz+ObP/gpruvynre9ib6eUpy2XK7y4//6Fd/60c8xTAMpwzaEXqDIGAhbG7J8hd1TwZ7dCJxBlgV7DNQYKJmMQ7ys0AXonhLY0mIloIHkcnuE99t7cT0DM+NxnzWFj6rjyOEFKI3cZqmNnS2mIKmRDIksvQIfaQwoMKRkbGyCVY+vZcWy41OLRXp7dfa/c/cgG7ZsI5/NEgV6WqYJSvGN793MPase57STljJtah8jY+M8tX4za9dvoljIY5tmLOdTnEmQrGcIgfBAzLExzskjPQ9hG8gHgK0KYSX97KZPqLsxgbSzwOG6iadMKhgUfYGwQUo/Tp2gO5rv4TzWdg5HR7MJkQxmqu5wxuhb6vL5LDf+4je86ZLzmD9nVnt7W5TAG2+9i8GhYXpLxbj1vlKYpsmUvh6e376LDZu3YRgSz1dYpsGU3h4IVZx4DatlS7reN6XAN+xgedxVCM9HVh2N8HVfSnegezpAJ8QgqNaMeKb6CPKRJyyCqPNxXkXL1G75oTq8UkEEcChOhADlK6q1OhOVapJ+kqn1w5/ezo9/dgelQj6JAtLNWQS5bIZsNoPyfaSQncV0i5s6kViRngK+aQfPZUA5ouEmebrrAgCOoQgAQMH4mJEESCgoFTxsS8VbtpJxVtrAiVQZqUdaIGWj0aRWa2AYEtMycV0P1/WxbQPfV/z1Zz7CSUsWM16u8OTTGznrNSeRz2Xjol/cuZfv/OQX/OyOe8hlM5iGkVopjmd0PKkVIoX8RLdIlBLdNE1/FYCbzcfIlsLFUA10L2A3Zz8cCzMwds8qJIqhcZOaKzGkwvcEpZxHX9FjaMwkdJ0H2fTFH0jz8+h5qEl7vsvYWJk5A9NZecFrWbJ4Af29JcYmKmzaup1Vv1/LdW+6hCsuOQ+Ab/3w53z/pltZceLxLD1uPtlshl17Bnl20zb2HximkMthGBKlc6LIjCXSFcJ2pA0SDSJ1FY2hqdDHJZC+wrcsnEIpeCYlol7HrE6gpKHN/pYQ+KMMXSWA1iPThYTBYZPxssnUooPrCUoFj5n9TfYOW2QsBa3mWLQcjBYGHu03BBzXpV5v8K5rL+eD77qaBXMH2tqxa88gM6dPRSnF/7nxl/zgp7eRzWZ47vltrNuwGZTCME1sy6JYzGu6p9A08GTzqYiIAFrONErSp3QZXaUJyxa+h1Mo4eWL4HsgJFajjDFRQRlp7+HLUwcgZIWaDWNIxWjZZKhiMrO3ScORFLIe82Y0WL2xmGKXyTawAOEinDmxIiXA8zw81+FTH3kXH3735OHgc0IX7vade/iXH/wM0zDI2hYKi1w2G7cxPYkjb1zEryNOEHkjkw2kaXVH82gIjQgIiTj66bk4hR7cXAnp+3iGgTUxhuE4qNaFoDbucvSg67uDdfltGjA2YbJzn41pgu+DaSqWzqtjSBW4h3WeKRI2GtsE2qQan6hy9WUXxcjvdMuIDnNmzeCtV1yC63pEqmfEYGOfC4l3MLYkFKCi8PBIw9eVTxXXGeVJX/KQEHFSrk9jynTcbC7otBRkRgcRntcS9S66hnw4xmHhUiqaNcm65wsxY3A9wYrjqvQVfRxvss4KTYYGo9hoNBmYOZWPvv/twKGRr5TCNA0+/ifvYMni+dTrjajkTtUFNKFaHurqQJJMk9fxk7gA/cyBBLEKhKQya35MUdJ3yO9+MSC02AHUfTOgqwTQ5tFTAtNUPP18jpojMKVPoylZNLvBvBl1XK81FiCUpJHwDZEgRBDmddapyxmYMTWpr8WZk9SbDGRfb4mVF5xFvdEMXxLL9tihGG1iTaI9Y0wnxom2Y0izRGKXnyC24EX4Ml4G8nw8O0ttxlyE5+JLE6s6RnZkKFAAtf50G475xhDLVGzfnWXvqI1lKVxP0FPwOPvkCZqu1GZdMpsCqRCx2eCZ53ssX7qY8GGbfz+CTrNo2XELsAwD3/eTWR2x59gGVzHrjx2PaZ02Dl1MQySsVKoYnZ0It0ltxhwavf0I18U3LbIH9mBNjKMMQysn+t89OCYEoLR/luUzNGzyu3U9ZG0Vp7jkjHF6Cx6OJ2ntdGqgIw1bCKb0Jr74VreuThCtM6mnVMCyTPwkaiQpO8J7YgqEzzXGr5lorfhPNoVFIiNovIq/BzC2+CR8OxOkFh492zciHC8+8CphS4kS2Q04ZnsDRcjKgz0filVrS0w0DAypaDQNls6vcdqSMtVadEuH3ukEUVFsAQQBoEEFmu4+ifzXiaBab+B4HjJFJDHaIg6OiLXAsBdCY+mT9TVWEDVFUiRtFp6LU5pCed7xGK6LkhZWbYLijhdQptXCXpIR7BZ01wrohAwfClmfdZvybNmdJWspXB+ytuLqC0YA8H2RvkoNQv0vmQ0SwYYt2+LXrRtADgZbXtiJ67hBtI4+syFGeMT9I80tRqpQCVGolj6GFoxqmbl6EtlsMHr8ySH7d/Bsm9Ku57HGxvGNVFycVujLlAO0BkxEupVhwsSEyU/vm4owFIaASk1y8emjnLGszERVhmw/6LzSL38KuUMmY/PIE+sYGh5Nyu8Q4xe1I3o2Ua5y1wOPYNtW9DIUTugCm8h000ppYcuEil0CnXx2QZbgjXSbNHumMHzS6xC+j0JiujX6N6yO5BrdnO2d4JgpgcmunuBv1va5b3UvG3flKOR8HFeQsxXXrzyAlOB5aOwwcr4EtpQCMhmb3XuH+I9f3JmUryF6sg2iN996Nxs2byebseMK0vuNhPYkIrzwNDCdoEnEVDxH27hPVErwKRsNRpaeRrNvGtJ18G2b4q7N5He+iGdnJhs5ukkUXSeANItM3CeW6XNg2OQXq/oxMz5SKso1gzecNcbKM8YYqxkhF400iMA8E6EOAVDIZ/nRz+7gl7+5P66ik9IXwX0Pr+ZbP/o5WdsK2X84+2OZHxVC6BjSFMsUp1ep08pisukg8qJ8ZrNBvX86w6ecg3Sbobnn0b/+8WBVTA8fax27LvoDjslh0XEARqQghf0xpGLzzhxnr5hgTr9DvSnJ2ool8+vcu7qHcs3EMn3iFbjYzg7KMwwDx/W4+/7HcFyXk5YuJmPbqToBJipVbrrlLv76n75Hs+kEsz9W8KOQsqixieafYvtaIhFyo+R4mMj0S0RV6pHvge+z+4Irqc5ZjGzW8XIFpm5ZzbQ1D+ObmVCcpAk3uX20exzgmOwNjDsWaeOhg8UwBOPjBmXXYOWZ4ygfGo5kzvQmlqm4+/E+srYKVkfDAVUhB4jO6DENiZSSVavX8diTz7Bv8ACVWo2RsQk2vbCdO+99hK9/9yb+69f3ImVyNkCMzwhRQQNjAovXnWIOLFrSCg3fAv1D/64Ao15nePmZDJ1+QTj7TUyvypz7foFZrgX3FrWBaimwO9DlS6NEGA4d+sTiZTIV96+Y87j30V5+dVof1549zOi4SaVmcP3KAzyxschtq6YwtS85OCGJGQo+faUwTIO+niLPbnqBtes3k89nsAwD1/Oo1hqYhkGxEETy4pN47OK2JDNcRYdMtyC8k4cxoJfoeYufIJQpZrVMdeY89p19aTDLFXjZDDPW3Ed23yBeJpcarwQ0CuoiHXT1nMDwS6JS6Z2J2Hh4QNQ/3zjAs7tyFHMejhu4WT//nl2cs6LMeMWIlbF42rXeOooin8vSWyoghcTxfISQlEoF8vlcnCZlTURIj4oO2y3ayk7aO2k/0YJURUBCslnHLfaw8+JrcQslZNPBszP0vvg001Y/jG9l4nInXfLtMhPo/mqgDjES0w+zGZ+9e22+dvNslAkZy6dSl0zp8fjKB3ewcKDB8Lg5iW+kZYSEwDAMLNPEMKJY43aI0aVU4ARKFdNBmevUwRYFPWmSwHAaKGmw68KrqM+Yi1Gr4mdyWPVRBh76DbLpam7fg9fdTeje3sBw+TQ6LiU5LTxOEWu3SgXrAQ881sO3b59JoehhSSjXJAsHGnz1o9sZmOowMm6llSx0zVskxetVqXQ9iYdHS5r8IRL+rX6ojo5J/YdmFchGHSVg58VvYez4kzEaVXzTQpkw+6HbyewbxA+V1bZxS5Fad51A0M3dwbpnTnRQmGJ2GWn4Cksqfv9MiVxJcdbSCVxXhjRA+AAAGVdJREFUUnMkC2c2ee3yCdZvy7FjMBOsIUTcpBOb1mZmzGDD9IHmnrDdOHo31vZ00aWXHXwkRkhKnsVZZbOBZ2V48bJ3MLbkVMxGLajPNpj96B1MfXI1Xi7fXvBBf71MrQB9k0errEyfmBGAlKB8eOyZEvPmNllxfIVmXVJrSmZPb3L2SWU2bs+xcXuOjO0TrZxGJ3xF0TdKJEpiDK2uYhV9b1moEWmlLlnEVameRPpjHEmkFEa9itPTy+6Vb2Fs8XLMegUlTLxslhlr72Xa7x8K5H54Smk0HpOMXtIDzfQ92tC9O4NCW0toUyfoh6YxC9IbQYXANMBpSh5a18OiOQ2WL6jhOIJ6UzK1t8kbzxqnUjdY93wBzxNYVqIYpuzmEMGJgp9o+qj0GUPRAOsIFkorj7i5yfv4oUB6Dmatyvii5ey49O1UZs3HrNdQ0sTNZZi19l5mPnQvSlgQBpvGimaK1ehmh4ithpelH6D1gogEQdGJ3eH70FyKiUWBZfnUqpJ7n+ij0Ovz2hPK+B5UmwaFrM/KM8ZYMNBgw7Ysuw/YZEwwjMRwF5FJFRkMcXs0xCbRG/G7yBpIEUeYR08XPAwWkoxmDd/OMnj669lz4VW4+SJGo44ybJQtGFh9FzNX3YMybIgOpmrpd2qQNEvnWOwN7OJh0Ryk3aIlkZY4lA22BZ4jWPVUCTMH56yYwFRQaRg4nmDF4hoXnjpOuWawaUeW8YqBaYARXhmnNJtTtMz01rYkKSNHld48RRToFwsW5SPrNaTrMDF/KTsvvoaxpachfA/pOriZAlI0mfPI7Ux94lGUkcE3jBaxpCmvqWETicOs1czoAnTXE9ix7ULrewvySTtlTBOUB/c/0cuLwxlOOb7KjF6HpiOpNyVTel3eeOYYZy0r0/QEL+zJUq4aQeiZASIKxIwcUIHM0eoTeqtieRtH72qzT6CQrofh1BFKUZ57PPte9wb2nX0pTs8UDKcBQuBlC+TGdzP/7pvo3fAsvp0BGa9mRL1sqTnlOT4moWBx7d29OVRHaIu3K63hJDlURBdB6mhlcKxicMKiOp9+925WnjJGoy6pNiSGhEI+8BSu2Vjgzsf6ePiZEtv3ZvCVIGP5mFIhDS3YRtugGdRDG2cQYRqhfITrIFA4xT6qM+YwcuLpTMw7AWXZGI0a+ArPziBx6duyhpmP3os1Ot6i7SdDAiRHx2nyv/uHwrVDF4+JS7s2daUwpSAedm8VtbpBJqu47rID/PEbBpk7rUGtalBvSISEXMZHCNix3+aRdUVWP1dk/dY8e4dtmo4Igk4FmIZChncMZQwXSzghsgHfQygfX0iUYeLli9SnzKA89zgm5h1Pc8p0fMPEcJvg+/hWFt+2yI3sYubjv6Vn83MoJYLonvgUrMm6pBLC67gHPIiF6CZDOLbXx7eI/MSU4hCEkBwZ7zqCcsNg/pwG77xsiGvOH2Fq3qHekDScwK9lWz45W9FwYLRs8vzOHJt2ZNk5ZLNnyGZkwojTjzayVMgjLBNfGrjZPE7PFJxCifrUWdSnDuDm8oH55rsYrhP4lkwb3zTJTAwydePj9K1/Emt8At/OoWTE1rWjYrXf8VONEcVTRh+UzmrCUYVjSwBHxNwmSxs8r9UldVeyZFGVKy8Y5U2vHWHetAa+K6g1BZ4XcAXTUNihGBBCUXcklaoRcAO/yVd2XMe397yVfKaKkgaelcWz7UD38z2k7wXLuUqhhAx280qf3Og++rY8FSJ+HN/M4pvGoXunzfTUBJhsCDhUopcGx+SgyDafQOolmg6oe/Y6HQZD/Def88gpnx07s3zj/5nFrQ9M4cLTxzlvxQSnLqzQWwoOnHAcQaMhqPhGPPa2rcjjkzMcMr0W7lgPnhk6XnwXq+YGE1DIwIVr2QjlY9bLlHZvprTlWUovbsEcLwdiIltImt4RV7qVk36ePhGlRXCKyB3UPSbQXQIIRzyl1cbcLbHVW16FCSJnUaKFo+kP0WpgNuOTQbFrd4YfbJ/Bjb+exnHzG5yxrMyy+XVOXFBj9tQG+ZyPEVeukPgg/eDcIGniG8EtHipYP0LgYzSrZA/sJju8j8K+HeR3b8ceGUM4Dr5l42eSreWp83/aQDuyRhP1rTuAItd0egw7qAZHEbp8TFxau48ud0wrAOFvgsGL5WZLwGXsH0nF5SXzJZf1yGbA8wRbtmZ55rkclgVT+xxmz2gytcdl7uwmC6bVKeY98jmfnmydkaEKuaEN9PqjCCfw6GXGhzDHxrArY1jjYxjVKsJTKNPCNw2UaQM+IoXNiGg7s2uh9TEYD81ZFWXthPwjUpSPHI6ZDhB42VRikhN1Lu3t6sxBO0+D9iAK3fkDvq9wXYnniXgzqJAKwwjc8ZElICJk+sExLTFtSoEvw8SH208tcKS1L7GnsQOigY4EcBC5clTg2B0WrdLn78cUf9B+pf0IwZNEJgqNtWo5AgkR1mdaCtPSjq1VIl4hVr5ACD8sRQaRS2YYQ9DBXZFcXde5TkgjVyeDOE2bUqPaM8YFHNYgvSTo6jFxk52lF/yOv6WfR0iKeb6+W7ZdBKTzJ2t3kW2pq5JxMGeESBkhx9Byq5YSg5qiNYY0FvWadJNP6TkT167O7YTWn2gzSuwEg/hoOWjr5dGEY3dMXKQEkZ4E0Z/oMKbobkF9+TgpkxaFulO0T0f0aWxWJAjp1O5OIiVkB0kcQVsK9NvQow2sQkO2ZvCnO6+S0Wg9kCrp7stSBCTx9kHftcGLJneUVAvkmCw2LjYlOy7RHhrS4WSHzqUfEtHpyLu2+nXW3yYGOjc0sYKSI2fi+ifLdJShiwQgdLwCiVhQrYcnHk5pL8EW+kNyHkx8dYQjnaQtaUXLYHWMEO4CHNMbQxIu0H3KPubwMu3Ssb859FX4/xS8SgCvcHiVAF7hcEgCONhu227mbQWlgrN+/xC35bGMsHm5waQEIITAdT0OjIwyMjZ+RIUKIWg0mwwNjzI+UXnJCFBKYVkmp520BFPKwz4+LerD2Hi5qwsqL2eYlACaTYcZ06fw6Y/cwPve/mYc1z3sga/VGxy/cB6f++h7ufrSC2k2nZfUSMd16SkU+ItP/AmZTAbX63TLdjs0mg5zBqbzrmsvx3W9P4h7/P8dJiWAWqPB8QvmccNbLufP3nsdJy85jkqtPlnyFFSrdT5yw1t4yxWXcP01l9JsOi/50EOFwnFdOAI0NptNZs+cznVvuiTIewwOXny5wUFFgGkarH56Iz+97W6ue/NK6vXmIdl5o9nkhMXzWLxgDl//3o04jntYnrfDgSMlokIhz9pnN/ORz/0d2UzmVV2gAxxUCfR9RamQ57a7V3H6yUsZmDk1QOgkIISgXK3xppXnsWnrdrbv3EMm03kTZJyH0PcvjpxODpVPEBwoHR8n9weW05aWlhWHUNntRGBC6O8Ps3xx8DJT6WlxPR9hfYf0BOayGZ7esJmh4VFWnn8WN/3yLqb09XScjb7vk8tmueyic/jqv/57fEX7ZA2vNZs06s3Y1w7BFa657GQHJgXguC71RhNP0wUs06SQz9K6eOR5iqbjYJrptkQreJVqPRQtUR5BPpvFtq22wyebjkOlWo8X9Ir5HI2mE4i4sMyMbZPPZ/F9n1q9Eb+L2pPLZslm7LbTTJuOS7Pp4PleSlIJwDQNCvkcUqQXv8qVKl4Yv5CxLUzToFKtxfmlEOTzWWzLmpR7HpIAgrvwfO747SquuvRCbrrl7kkLq1RrnH36CjK2xQOPPsllrz+bTjJbKZ+R8QonnrCQ173mJPr6epAIRicmeHL9JtY+8xzFYgHTSI6ODWZzcIdvf28Pp59yIrOm9dPXU6TebLJ+0ws89PhT5DJZjPC8fdf16SkWmDVjHpu37UwdDFlvNHEch3POOIVlxy+kVMzjOi77h0d58PdPsXPPvtStYI7jMDBjGsuXLML3Fb7v8/DqdZy0dC4XvPZ0BmZMZdfeQe5/ZA1PPrOJfC7D8iWLOfWkE1g4dwDTMHh+207ue/gJdu3dT0+pkJxoBkzr7+W4BXOZM2s6s2ZMo6cU9H9waIQ1z2zk0SeeIZOxsYwgsM33fc5/7WvoKRZACLbv3MPOPYNcfenrWXb8AjzPZ8OWbdyz6veMjZcpFQsd8XZIAlBKUSjk+M3vHuP911/FSUsW8/y2HWRbZmlg+jm85YqLWPX7tYyMTbTNuqi8iUqNz/7ZH3PxuWey7tnN7N43hKt8Fs6bzVuvuISn1m/iK//8PbAtjDAap+l69BQLfP2vPk0+l6VcqbJjzyCjY+OUCgW++MkP8vja9Xzxq/9GLhvI+1q9wVmvWc6nPvwurvvw58iEp4M1mk2KhRx//xefpa+nyOp1GxmbqGAaknPPOoX3vf1Kvn/Trfz0tt/S11tCKUW5UuPMU5bxlc/+j7gv6zdtZdlxC8KDKAL40/dcx49+ejvLlyzi3DNPabs69s/e9zY+8cWvsXrts5SKBSbKFS4+90z+7vMf1S6oaodf3vkAX/yHf4u5gOt6fOGTH4gvwBoeHadSrTFv9sxUvg+9+xr+55f+kY3Pb6dUyLcRwWEtBtmWxc7dg6zbsIWrLr2Av/n698nlsqnCmuEMOePkE/nEl/+RfDbbVpkQgtGxCd5//ZtZef5ZvPtjX2Dv4AEsK2iG63oUi3l++I9f5H9+6F383Td/SH9fT5gXTMvk/kef4Ff3PMzw6Bi+r5BS4Lge//v7N3P7v/8TV1xyLrfe9SC9PcVw6d9P6S1KKer1Jv/7bz7Dvv3DvPeTf4VSKkSiotFwOH3FUr771b9kx559PP7UsxQLwb2Bjps2P09asrhtrDK2xYdvmPzyiv6+Hr7ymT/l2g9+Btfz8MJrbQ+GfIBrLn89a57eyI23/IaeMG2lmug2/X098VjpsHDuAP/815/mrR/8LI7rtonlwyIApRSZjMUv77yfz33svXzj+zfjeV5M3UIIypUaV73xQgaHR1i7fhP5DnLc8zwKhRxvu3Ilf/uNHzB4YJSZ0/u1tXfB2HiFL33tu/zL336GH9x8G+VqcMuXZRgMj45xy29+R7PpBFe0Ba1DCMm+/Qe4+ba7ueS8s/jFnQ+0tT+Caq3OWacuZ/6cWXzsL75KsZALjpbTIphXr93Aj352Gx9451U89Pg6Jlvq2zt4gDXPbGTP4AHOOW0Fy5cuit+5nsfz23aybsMWHMflikvOpS883HrhvAFe+5rl/O7RJ8lmbF54cTc/+cWdTJSr1Gp1mo5Lrd5g4bwB3v2Wy4P7CoGLzzuDm2+7S7uVPAHX9Xju+W089ewmstksV648n0x4GuqCObN4wwWv4+d33EN/i/522MvBhVyWR55Yh+d6nHfWqfz2d7+np1SIB1hKwdWXXcgd96wK1v1l66AJGo7DksXz8X3FM889T2+pgO+nlaFCIce2Hbuo1OqsOPE47n/4CWzbRhFcAFkq5Bnzyy1KVDCLXty1lzec/1psy5xUT2k6DmeceiLPbdlGpVpj6pTe1IGMSin6eks8umY9b7709fT39aSUTR0++zff4LcPPg4S5g3M5PYf/SPTw/uJN2/dwVs/+FlqjQYTlSqPPXk5X//rT8d5lx6/kN8++Dg9pSIv7NjFF776bZSvcFwP5fs4nke1VufE4xfyutNPBmBafx+W2Vmhe/TJZ3jPJ74UX4/3yFuv4Ktf+PPYijjzNcv5z1/f+4eJAAgOZRwdL3PvQ6u59vKLuPO+h+Pwqmq9wfIlxzFrxjTuvP8RCoUcjehChhCEANdxmD97Fs2mQ7VaD49rTYMUgkbDYejAKHMGZuC4HoewJIP2ScnYeBnTNMhmM8FdAC0ghMD3fGbNmMrz23dPWpZpGhwYGcN1XaZP7WPn7sGO6Xxf0dtTpFTMMzI2znNbX4wJQEqBZZnkcllKxQJPPvMcYxPlmNVP6SnF5yYZ0sCUBoVijoEZU+kpFegpFcjYGaZobN2Q4aaFDtBoNJFC0j+1B8d1ufvBx9ixe1+sIyyaOxAokC3hcIdNANHsvO3uB/nO3/8FC+bO5sDIKNmMTa1W56o3XsDaZzexc88g0/untBEAgK8UhXyWpuPguh4i28luFni+T7laJWNZWiDlwUEIgeN4MTfqxCYh0LgLuSx79g0dtKxGs4kUgmwmMyk3iayNIJxLMj5Rjt/ZlhncSeD7yNCSqtUbMQFkbDu2sBqNBu97x5W87cqVzJk1I3WXYartB3GESSmDq+6UwpCSer3BvqHhmAAK+RyWabZF2B/RcnDWttmwZRvbd+3h8ovOplyp4no+PaUiF597Br+88wGytj15Q1XASdQhOgOEN38eoWdI+clmis7VI4QIENcSg9deVDBSUsrDdD4rXDfhOkJIpGjJq9v3MtA3xsoVPv6B6/n8x9/PCYvmp5Dv+T5eB052eCBwnGQNRgoRiuV0b444HsAwJLfe9TvetPI8MrZFuVzh/LNOxfVcHl69jnwuN3lmQSxPD4VbIUWgHxxF760gIDzH9UAcfFUhqt/3/cMPPD3C9jiOy6xp/bz9zSvjZ3v3H+Av//5fee8nv8xl7/w4a9ZtPMJSw7YI4ivsARpOE9dx2ybVERNAIZ/jngcfp1QqctqKExmbqHDtH13EPatWU63VY7bYCQwpGRkdJ5exsW0rpQBGoJTCNCRTekrUGvUkVPoogRCCiXKFnmJhUoQpXwX3CaKoVGtttvzRAsd1mTmtn55iYgJ+/6Zb+dYPf8ZjT65n/XNbqdWTBTg/Pm+xHXzfp+m4eJ7HRKVKT7HAvNnJJdn7h0ZwPf+lE4BlmuwfHuGxNc/wRxedw8zp/Sw/YRG33f0gxXxu0gYqFeTdvmsvlmlRKhQ6sjdf+WQyNv19Pby4c28gt460kZNAJB937h7khMXzSfxwaQgQ0xf09cDIQYn6pUCg76iUwjp/9kwK4aXV06dNoVgoxO8ytoXnu5rrPAHbtijmc4Cgp1jkkx96Z8ovsGHzNhy3nQMccVSwUsGZvLf85gE+8z/+mD+5/io2v7CD57ZsS2msHXJi2xbbd+zG8VzOOWMFN97yG2bNmBa7aJVSDA2Pcf6ZpwZrEBufJ5uxX4IcbIdMxuaxJ9fzvrdfyYxpUzgwMk5vKRlkz/cZGh7lDRe8jq3bdzE2XqZ/Su9Rq18HyzTYOzjE8Og4M6f3A/Cuay8PiNMP/AXRc4DF8+fw/ndcxfdvvLVtke3s00/mtzd9k3qjSalYaHMK3f/oGjJ2uwk5KWkrAs0yvlpFg1w2w+NPPUuj0eATH7ien93+W6SUbSxVSoltWanfjuvxf/7jFj7/5+/n8ovOwXVdypUq5UqVZtPh7NNO4h+++Alu/OVdjIyOY4ZOECFEx7bo0CmNlOln2YzN+uee59E1T/PNv/ksi+YNUKsFtno5vFr+Izdcy9WXvZ5//fF/BlfEh6zXaPGi6QqiUqT62snEzWYS55htmZiGwdDIGD+/495Uma877WTOPuNkZs2YmjbZTIPTT17WMSDGMk1mTp/KgrkDbcj/3o23svbZTSmdIC6z7UnUkNAUGhwabpcbIWH803dvYtkJC3jsyWcoFfMpxhQtuAwNjyJlMsN7ewrc8dtV2LbJ//XR91KuVKk3migVDFqplOeHP7udH958O32hrSwITMM9+4aSbdUtIETgDduzb0jbbyloNF327R9OKZ2lYp4vfe07fOrD7+Kf/+rTlCtVGo6DISXZjI2Ukj//wj+wccs2ekvFGPnjE2W2vrgrLr9Wr8drFYYh2bVvkBde3IUCdu3ZH7QhbJxSik1btzOtvw8hBHsGD2CYBsV8jm//+D+xLZOrLr2QGdOm4Hkew2MTbNyynV/f+xCvOWkJF517BjOn9Qd3JGkbbSOoN5o0mk1KhTxCSKq1Grv27ufGX/6Gm265i1Khw4FVcBjbwyfZmi2EoFqr02g64RHtnU/lniz/2ESZbCbDCYvm0d/XE5hEE2U2b32RiUo1tRJ3iKJa0nS+ObR1p4/neoyVK0zv72PxwrkU81k8z2ff/mG2bNuBEIKivngiwPdUyitomkZqy5vr+fihKYoQWC2LYa7rxhtCI3M0WLL2GZ+oMHN6P7MHpuO5PvuGhtl/YATPDVzu06f1M3dgOmPjZfYOHsBXipv/9W858YTA/Xz/I2v4/P/9LebMmoYhDcYmyuzcs496vUlvT3FS/BxUB1AqUFBaWV/0LpfNkM9mArt+0vwKw2jHWl9PCc/z2LT1xVgJCrxnFlN6J483OJhC1qm+Tn1QSiENSX9fiXqzydr1m+L6DEMGa++twach8aUtAqG/RgiBRMIkwSVCSu0C6YgrBmX29ZYoV2qs37g1iMYyDEqFQuDUUopKpcozG5/HNE0s06DZEpjj+T679g4yNj4RjmUgfnPhotxks/ygBBBQ6eRBHVHHD55/EqeMUsiQ5XZ61wkOpY13qu9gfVAKTMPoGLjSqQ0H6w8QirrJ3xuHMCet0HvYqR36u05u7sBrabd5EQ/lcHt1Y8grHF4lgJchRHO6VEwUu8JBfDAHg2O6O/hVODoghcQyBf/w7Z8Ei0sicCHns50XkQ4GrxLAyxCECBTKX9/3MF4YpWRZVmCKHyEXeJUAXq6gVEsY2eTrBAeDVwngZQwvdbcVvKoEvuLhVQJ4hcOrBPAKh1cJ4BUOrxLAKxxeJYBXOPy/l7MnArNmaB0AAAAASUVORK5CYII=

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7X15lBzFmefvi8isyjq6ulv31WoElrhs0ALCwjKLhfEaWEZ+eA7vwoDNM178MO8xY8b4wBgWs/itvbZ59vgCv1kDxiCzxuMFcc0YLBsW+yFxiGOEuGQJgU7UR3V1V2VmfPtHVVZnZkUeVd0tYLp/7+XLzLgjvi++74vIiEhiZsxg+kK83QWYwduLGQaY5phhgGmOGQaY5phhgGmOGQaY5phhgGmOGQaY5phhgGmOGQaY5phhgGmOGQaY5phhgGmOGQaY5phhgGmOGQaY5phhgGkOYyKRf/SjH3X98Y9/vH5kZOTMWq1mKKWU67pQSsF/Z+bme/hi5sh7+FJKAQC8VUy+OxGRzOVyf1q1atXXb7vttucn2C7TBtTpkrArrriib9euXT8aHh4+vlqtuo7jwHVdePeoy88c4Wc/A+iYwc8A/stzMwxDFIvFfYcddtgNTz311K8mrZX+HaMjFXDzzTcbu3fv/uHQ0NBptm07XIe21+oI5d11zOd3i3qOADuO4w4MDCzatm3bP61atersTuo23dARA2zatOn00dHR05h5P+pShHQEDbuFmUAXJi6e30/DENS4xiqVSm379u1fvemmm7Kd1G86oSMGqFQq/8m2bQbQ0rujen2SBEgjEVKCAJTL5fKKn/3sZye1G3m6oSMGcBxnuVKq5u/5ScTX+fn9o97joJMoHmzbNvfv3390J/WbTuiUAUrM7KYhdJQKaJcR2pQExMzkum6xk/pNJ7TNAPfff79BRBYzq7Q9W6cCwu5JblF+UWBmVkrNMEAC2maA++6771jHcQ5jZjuKwJOl//1xktw0YUYrlcraNqo2LdE2AwwMDHy1VquZAFQUsdMwRtg/6j0JMWFG33rrrZXvec97/tfXv/717vZqOX2QaiLouuuu69q/f/9xQ0NDlw4ODp5VrVYHXdcl3eRPeCLIm+yJm/yJmgTyrqQJoAgwAJJSlkql0qv5fH6TaZqvA7CVUjnXdXuY2WyEa43MjL6+Pjlnzhxh27Y2/zjp5vcLlz8cThdf9xwVzvcuhBCjhULhyTPOOOM3N9xww8Ek2iYywBVXXLFiYGDgzkql0l+tVtm27eEGoclPcB0ThIkfJrw3TaxjBD/x0zRcBDzPLIAcEQki8uLHRWQAOPbYY7O9vb3CcZzI6WkdscOMG8XAUfWKckuSph5NhRCyWCy+1tfXd/nGjRvvi2ugxG8B5XL57yuVylG2be9VSnlj/9jhXxr9H8XJASqE3OPCRoAa9xqAWhvxWQiBXC6XZeZENRmVpsds3j3KLy7NsH+KOOw4Dg4cODDfcZw7zjrrrLX333//k1Flj63ctddeazmOc6JSagANkRomvpdxWuL7Cxun7+MI1SYTdIRMJkOZTEY7wxmFdsrVTn3bAdc/jJGUcmRoaCi3ffv2f4gLH8sAjuPMchxnllLKaYhn9i5m5qh37znq7j3r4uj844A6Y076ZVkWSSnRkHqBy4+k8k0U4faICqMBlFLD5XL5xC996UuRw+EoFUDf/e53M0Q0S0qZNQyjzlZE8C4hRMtdCNHU81LKSTH+2NcDoz4HTwV6enpEJpMhL5/wZds2fPYEosJFXeF66Pzi3KLawe/muq4rhOg+ePDg4scee2z7mjVrquF6BozAa6655oRyuXxxtVo9ulqt5h3HyVWr1eWO43CaT71hgscR3X8B0BpZnpu/8lEVn2RwLpcT2WyWvPI1PZjhOA7PnTuX5s2bB9d1tfaQF1ZXhySGiQqrG00kpSulBBG94jiOLaUcKpVKj61ateofb7755tcBHwNcffXVayuVyvpKpZKzbbviOI5t27Y5PDzcY9s2oiz+uO/9UdZ/uNfH9fxw5Q4R2DRNklIGGICIYNs2z549m5YvXw5mprDVn5YBotx1nYCIAp1FR2xAP9xsxB1xXdcFYAohirNmzXr16KOPXnfPPfe8YADA9ddfX6jValdWq1XB9U+84EYKfrHvF/9ewcLPzKy9h+GP4y+0UqoZL0lsThEUADJNk4mI/GVXSnE+n8cRRxwBIQS5rtu0yJlbrXO/W9g/Lp4fXv7+9vWPKvztE/b3noUQNWZ2AdSUUiN79+7tMwzjGw899NDfCACoVqtnO45zODOXG1wdK9bCXBen0/yNoevJOv31NoOEEKQhCiuleNGiRZTNZqFCqiEx0ZC9EEg4oQ2i2qWD9qJGxQ4ODg6u/M53vnOuaCR0slIqw3XEiiNdb/Q/RxE+XHBduEmo4KSgIekCHKCUgmVZNGfOHLiuG/BLU852GH2i/kkQQrBt25m33nrrQwIAHMdZzDGTO/5M0+gtv384bFKF4pjrUKEhdgMGslKKe3t7KZPJtNgoUWin3ElpTQbCbaqU6hIA4Lqu0ShACxP4CxfXy6PuSb2/HeIfAv0PADqbhYUQmDVrFjNztML2R5hgWeNUZVI+afIkIiWl3CsAQEq5n8eR2Kv91mbcPLe/QFHM0E6hDwEYDWL7oZRiy7KoUChQ3ZjWRJyCHjxJ6bUkwsyQUrqZTGanZwPsacwmpRLt3j3q2Z/Ru0z/M+qGEofEP5VKJTJNsyP9HNUGqQuVIE0S/FmTvyAi27Ks1z1Wf42IaiHrv4Uh4iYiwvckRgjHjarIIWYE3QiAAXBXVxeixH8S0XUfg6LipUUbcZuzmX43IUS1WCy+IQAgk8m8zMxjHJzYoLBaAILDvvDkRPiepAraIX5SL5gshEcAzAzDMKhQKLBu6JemPFEdIxx/MpkkIZ6QUo729vbuq5u7RDuZeZiZpY9IxMwKDRESJ7bbIXpc/HcCwiMAZmbLstDJ2L8TdKJi2k2f6wtHKu9///v3CwAoFov7AZRDDBBLTF1vThL7UWn29/fT1VdfLfv7+3Xi6pBCYwBSPp8nwzC0H4Z06ETHx3WIdpgiZb5CCDF8ySWXHBQAcOWVV44CGGFmEaog+dVCVIZxNkFcY5RKJVx11VXyhRdeML/85S/LrVu3mldffbXs6elppzKTBQbAumnZfD4PdLCPcqrLn4YxdGHqywXkEADlZ/dhAGEGaCFmlCHod0vT+8877zyxZcuWzBe+8AXpOA6864tf/KLcunVr5oILLhD+uGkqPEEw6sYR+/JhIuJcLhebdxKj68KnDTNFdZZSykEguCCkrJEAscyge0+SDmvWrBEPP/yweeONNxqFQkH7RbFQKOCHP/yh8cADD5jHHXdcqomXSQB5ax585WfDMMiyrEj9367O7pSgceomKd2wHxGJFgZg5hFurH9LInAcM/jd/Fi8eDHddddd5i9/+UvjqKOOojTrCj7wgQ/Qo48+av7kJz8xurunfmV3Y3FLYARgmiYymQy3Qzh/2IkMAZOI3imEECSlHACCEqDCzEL3LT4q8zT+pVIJX/va1+Qf/vAHc9WqVS2E37JlC69cudKePXt27fjjj7c3bNigwmE+8YlPiGeffTbzuc99Tk6o5gnQjAAom82SlFKr/9sV5e22ZSf5xYXz8iAiGIYxCPiWhDHziD/QRFSAd33yk5+Ul156qezq6oLjOC0Fev311/ncc8+1BwYGwMzYsWMHn3/++c7mzZvNJUuWBER/Pp/HddddJz/zmc+Iyy67zH300UcnfUwmhIA0LZz0t9dIIQy4rsuFQo66u3uhlFu3EpXXuFyfY222g6+nM4PJ7wfUb34ik++dwKzgTdo2Um6JS5LgVoFn139LgQc7rmeDAQ4CwTWBI0nEjvP3F3jVqlXi2muvlYsWLSIAiJo/f+CBB9TgYGtF7rjjDvX5z39e29sXLVpEd999t/HAAw+oq666yt25c+dkWEneCICWrv4LcfTZn23uH/AWwbAXqiUaae5x2bRbrEa6TLC6GM/cQxhTO5HFjxXQ0RCQhRBuiwQAkEoCxDHHwoUL6atf/apxwgknEABtr/dDt97Oc0+Ke8YZZ4iTTz5Z/PSnP3Vvuukmd2hoKE3lo8AASEoDx//1F4WQ9Wbxk5LCDocY0gSG9jh47n4J2fs5gYHbFXi47XSYmYQQjmmaQ4DPBiCiUR2BdXfv2XsvFov4yle+Ytx1113m8ccfn8rAc10XH/vYx2SpVAqkXSqV8PGPf1ykiV8oFHD55ZfLBx980DzzzDMncuIZEREOP/WvqHvJkW8jmSPAgGkpPP0bF9UyIMzZYOu/xtbXRytGUPQQETmWZQUZAHUjkON6u3f3u1944YXyF7/4ReYjH/lIKqL5r3w+j1tvvdU844wzBACsXr1a3H777eaCBQtSM5Hruli4cCH9+Mc/NtavX99iO6SFNEx631/+w4ROTZsqmHlg17MOXvl/BrIF1DVC/r8JhgkgUfSzR9fGCwkhavl8vgwEVcAYALcROHHr1ymnnCIuvvhiOW/evFg9n4Tly5fT9773vUDDd5rWSSedRBs3bjRvueUW98Ybb2xLLRz2/rNFb/+x77zeTwDYxdO/BojkuBoSi4Dsxwijv0xS/N7ZSU3rs7GBtAIEGWCU66d+xC4I7e/vp0996lPGsccem0rPvx04//zz5bp16+Q3vvEN51e/+lXiaMHq6sbJF/69sEo6xvO3nfce9CHy7PagX8N2a7gyELP6V9mEapmCdgYDVpGx9REHb/ybiVwpGIdzFwlU/9WFe2DcLWao2YAQQowtWrRoFAgOA6uoS4D6AMYbe9SfSSmFY445Rpx77rlSKYUtW7awl0GSzRBlQ8QUMtY9LdatWyeLxSLdcsstcSKFDWuZeOKOzULcsRmQBOL6UEwIARA1iKlAjV1Q4wPBBqhBfiIQaVRzPUGQFADq6TF7S8MZzDZyvT14/yfPg1JGM2FhAJUBB8/8RiCT06RrHE0wVhLc32obyhvFhCCIaPTss88OMoCU0lMB4d7f1B/PP/+82rJli/Y00KnYABJ+nyJwed/T6tXf55Tr9qUwJOOGfp2WdQCnfvZSZPISY55hz0CmoPD0PysM783A6tYkP3a3Qu3hZkdMCZJSVtauXVsDfAxgmuaYUspTAewjfstnUO/92muvNXW9/NVXX1U/+MEPXO/9iCOOoMsuu8wvbZqlufPOO91HHnmkKabXrVsnzjnnHO0cwLe+9S3nxRdfbEa+8sor5YoVK7REu/jii+20DUJEyGRedUZHl2eAKZ1s1GAU8448CSed/xd1FdCAYQEHtrvY+luJbJFaic+jQPmbbU2GNdpdEFEZjRT9EqDWsAEMH7Ejic9cP//3mGOOaZExL730UiB8uVzG+973Pq0C/Pa3vx2o2tDQEFauXKkN6yc+AAwODmrDbtu2ra2uKIQgIcowzZeUbR91CA/QZgAOPvjZT4CkhL8TS8PF03cz7DEDWc3eXqp8T7HarU81RhrUNzuJEe+9WVkppY36IQqRRqCXuPf+3HPPKf+nXO/y7AMv/O7du3nXrl0cDjc4OIht27axP/1NmzZp03ziiSdaarVp06aWNB3HwaZNm9rqGd4yMNN8wSWqTLnOGUcZy09bjcPXvBfV8rhrtgDseMrF9k2N3h+G+2fGyA9aZgJTQgghmrn5ud0GYHPo2Ne4EcETTzyhhoeHA2Py3bt38zPPPKPCTPPggw+2fOS57777XH8YZka5XMbGjRtbwt57770thtzmzZvVrl272B9ucHAQv/vd79qVAAAAIgemuSUF83DE1Q5cGBkLay75L3DGxtUOCcCpOnj6boIw9OqIyteoOrkSSqlhDu/wCO+9yQCmabYwgI4R/M9//vOf+bXXXgsQ4OGHH1YjIyMtcW699VY3TNTvf//7Wut8/fr1LQywYcMGLWHCXw9ffPFFfvLJJ9NKAAbG9wEwMwzjz4pob4wMFQAcADUQ1dDoNwBsEI2lzBYAhvEf/vqjmLt8EezR8dJkC4wXH3Gx9xUJ09Jkb29kqj0UafUnofG5uykBmjZAb29vQAX4E4xjBK/hPbiuq1Ubnl8aeOl2ErbNhZsMtJzDw4ax2XGcM83WVeBjyJXei67Ffwvl2PBGAPVZAIki/Vzl6DfsuvXDx+rtELahGMwKZrEbJ3xinRwdGB/7CxMY3utgywaBbEFnirig8n/vSPT7wpOUspUBDj/8cPfxxx934myA8DOA5nkBHvwECDNBeNIoapinCxuF8IejNmcRqbF92j/aYcMY5J6eg2rfvlkhKmRRHX4OReXA7DoCHMrKxiWiGxscqErkDKp3Hfs3lwszXwL7+DWTU9h0p0LlLf2wj0b/t4KztaXBotow/MzMDYNXVDy/ZgXz+bxNRFoj0Iuskwze+N9/QESU0RgW63GViAvrhy7/dtAQiYGubpomLVt20DHNcL4EpRhDO38KKBesELhcNQ9D6iuJ48ji4iNp4eoLhZ/4pgXs2eZg20aJbJdm2Kf2QVS+PSlrILQM8NGPfhRKqRYbAIif7QsTShfHQxRRdQyTlgHaCRvRGIFlYEopymazlMsR9fe/pWnwHKojL2L0wG8hjNaeN4p1VMOJLdvH/XU88uNfFuEZQxL1+X7lGtoZY1H5pgInf9sIt3n4nYhYStnKAA3PMYS2EkUR37uSeqC/AFNB1IlKgPA+AGaGZVkQQtCCBQOqWBzTKNs8ht+4C2wPaok1jK8I3fGCzIw57/0QzTrylECsbJ7x2p8c7HxaIpNvTY+cLUxjv1D+dPz3BASGKESkhBBNazVQSmZO/AdAmJs9G8C7wodI+AsdHq9HVUAXNgqeDeBdbUiAwAjAD8uymobhsmX7NByVgescxPDuu0BGq7eD91CFLmwusPVAQmLFuV8KdjoB1MYUnv61gJHVaw8x8rVErk5gBj8DcCQDENFYeBQQxW1pJECSuogq/ERUQBsSgIFx6d8oAxMR/PsASqVRnjNniFujdqGy/19hl1+F7vtPhS4VLhYF3PpOu0Dk5x3mW3deH/a98KCDt143YOiGfdW7mZxNbc/2+Gjnn5TjxrkA3sCzVQIgxeYQ/3u4p8YdI6Pr1VHWaloJEJZAbUgA/wig2UBSSvb2AXj16O/f60oZZiwCM2Fo120gas2TYaFMX2h2abPQg8PPujTQ3jIDDLzh4PkHJbIF3Xz/CGTlf7QknlL0jxd03Mgl1Jm82aBh3q2mMQL972kkgPc8FTbARIxAIURgBMDMME2TwvsAMhkHixcf0IiWPOyR5zB68A9ag7BGZ1CN/iMBwOH/+e+EEfqgb1oKz/yzi+qwhNBIfzn6fQW1J1DXMNK4+d+FEMowjOaBkWEVEGYA9rdEWLenGQb6C/BOMwI1W8Epm82SYRgt+wAWLtyvLKumGYPnMPzGnWCnrF00OuT8nSgtPYH6Tv2rQFubOWDXcw5eedzUzveT2s5i7CeTvfSdmFkRUXMeOVAobxgIjOvE+mP0B6G4YaD/rgsb9venfwhsAO0IIJfLeZIhACKgv3+3JvEs3No+lPf8GlJjENbsIyl75I+k1SXHRXxjmddTv+LgMi9/2SrXqfqUcxBxI4C0owIiahY00AJCiFEvocbVcjp4WBXodLCukEmjgHC6UzwKiBwB5HK5lrJ76Okpc3f3sNYgHNn7AOyRnaCQKM/kga0Pd2H/q7W6kdcw/F7+vYPdW02YudbCCfv3LGr/EpC8kwFmhhBCZTIZ/SigIQEih3w6t7AIjiI+8I5SAYyYncBxG0H7+99URGGCSDC7GH7jNhCCcUkAtVFg8/9hSOlCGMDogIOn7xEwdcu84ECOXtPJQo808A4/akYI2wBhCQDdu98tTKjJmAhqJ2yHRqB3FpB/wQubpkmWZXFcg2azNZ4/f3+IQAyggOrwUxgb+BNEaHF5tgDseNLEy485KM1nPLvBxdAeCZlpTV9Wb1HkvsJeuTpBgnoIGL5GKJCdJmOdBPC/R+mpMHGi8vGImga6/NOgueVrvKzU+ElE4lrFRYv2qgMHeoRtm6FyWxh+43Zkuo4HUR7+6pmWwJYNEsXZo9j2+yysomgZ9hHvgxyNn+/XSdY2EWsDjHkJp710M4G6wsXpdZ3hONUzgd5OYH86DQMwRVyFJUve1GRkwam+icq+34BksP4yC1QOSDz8/QxYSe3kkTH2P11wudUD6YkdNwT0nIQQzbLrpoIjia1LMI0KmEoboINRQKQBmM/nvUMCY/NjZvT2HuRicURjEBZR3rMBztgbQSIzQJKgXEM75hfuUyyqd02OtRePwJhDNw8QqUOibADdTKAXxo+0vXqKJUDTAPS7ERHn8/nYnhb26+vbpeE2CVY1DO/6OUi0lkXX8wHAHLu+5WNPVP5phoAJEqPJBGEV0GSAqAOR/e8nn3yyXLhwYWAf3+rVq+XSpUtFuAAXXHCBGe7VF110UVCJNnDRRRcZ4bCf/vSnW8IuW7ZMnHbaadIfbunSpXT66afHfZP3poD9DcqGYVAul9OeBRiFXG6U58wJG4QAUER16AlUB57U9vYwpH03k7NZS7GJDAGjmMLvHjYCHQABToxSAytWrBALFiwQuh53zDHHiMWLFweWlHd1dbX0zlKphA996EMyyVgEgK6uLqxduzbQnD09Pdqze5cuXSpOOeUUPP7441px4J0G6q9XNptFJpNJ7H1hLFz4phoY6BGOY4TCZ+sGYek4gLKt8/wNEA/DrH6z4/n+iTAIEGIA3+4gjur5zIyFCxeKU0891QD0xDrqKP3a+nDYYrFIa9asaekjEQxAH/zgB1OF7evro76+Pnnw4EHeunVrSw/VGIBkWRYZhgHvL6FAusaV0sGCBW+o119fGqqzBXtsByp770FhwV9COfp9gUbtB4rUno73FIXRLkMEGMC2be9/wM39gTqb4MQTT5QDAwO8fv16W7cFTKdCkozKiXJyGOeff755+umnyxADeAZgy4qdQqEA+BbD+MsVJxWYGbNm7VMHDsyh0dG8L936DGF59/9FtvdUSHN+YP0fAAj1Mpu1fxo/dKYN3Z/GDkiDAANks9kKEbkeAf2JmqaJUqkk5s2bR93d3TQyMsJnnnmmmbaASYWfbHR1daFYLNKHP/xh+dJLL/Hg4CAPDg4qjM8ANjf0CSG4UCgkbg2PK/eiRTvVK68cGZJQBpQaQvmN29Gz7HKwCnqb1Ru08/2TDY4peIABarWa1+tbJMBxxx1n9Pf3ez+YgGVZZFmaFQzvILiui5UrV8qVK1diaGiIb775Zjf8Iyjm+gxgwwBMPA00SiIUCmXu6XmLBwZmtUiB0YOPIz/7dJhdK5sriaXzW5bO7zjceTrpHClGAH6GDyDAAJZljQJwPBugGcgweP78+cJ1XWzcuNEJi/nwr9MA/Q+T/e+dVrYTnHPOOUahUKC+vj755ptvsn8GUClFhUIh8UdQSSKXmTF//k53aKjbUCpsqpgY3PVzzDnyWAAmgCoytRvaWuY1wTaLlG7hkzncBuUDO4SXLVtmEBGGhoZ41qxZLUvG0hA5rR6bClQqFZZS0qpVq+S9997rILQIJJ/PI/yPwHZBRDDNGubOfVPt2bMkZBDm4Iy+htF99yE//2MwRn+mhNrerH2n7TAZ7Re2AaoAFAfXBGDp0qXSdV1ks1lasWLFod4/PSlwXRfz588Xc+fOhXc0XYPZuaurK/aU8jQN7YWZM2e3GhrqobGxQkgV5FHecz+sYg+bzj+mnu+faoRVQJWZFQc3iPJDDz1kMzN7U61RB0Do1EGUlPAqeggrq4iIcrlcYBWQlNL7GURAKujKmwZEjPnzd6jh4Z7GIj+GlwSzA1n+MiNbiU1Dh3aYMD5I0BYIMEC1WuUGA2jPCIjKVCfm0xhThxjU2Bbl1/+cy+XIsiwKj3qSEKWT6yplmHO5IQ4z0XiHSD91m2R7JMVPQkBXdXd31xq/GRU6Yib15okU5BCApZRAaAKoWCw2fwYVV3adfzt1PdTtEpEfCSFsKaV+VXClUoHrunW5FUokDYdGceY7gCkYqP8xM+TGXV1dQBtngKYVxe2I7KTOk8SYSWF9bgTAJd869gADFAoFm4ia+wO9yFFXUqZJ+v4QMgY3DkYINLaUkrq6uli3kjmpnG02fPsFnoT0IhgxsCIowAClUskhopYt4mkyeDfo/9AmUM7lcvDrfx3aNb7iGGMymaSTeJ5RL4TQrwgaHh72rOGWDaLe/V2o/xkAG4YBhPR/d3c3GYZxSMs9VZ0jZTwGAOnb5hRggNWrV9eEEFXdWoAk7n0H638gYgVwd3c3s29YFKfm/Jioe7uqcBLbkIjINQxDbwMsWLBAcf1fgRQm7mTr/0MIbgz/AuLfsizq6uqa0L8A09Yp6rcxnaTfqT3SgADgmKapHwWMjY2xUmq8myT0gono/0PJEIZhBCZ/XNdFd3c3ZTKZlvOQwohi+nakQJzbIbaXGABnMhm9BFi7dq0thKiFv4q1KwHeQWDUD0UKi3/Mnj2bkTD8a9fST6su0+SVxj9F+cJDehJC2D09Pc1VL4GZQNM0gfqSMO12sKjM0oR5m8BSSuEf/rmuy4VCgXp7e4l5/DBlb4bQu5RSLW7e5bkrpQLiPfTLuea7/zlQuDbdIysZHb551HnDXxCRs3Tp0qYKaPlBguu64e1DTQ5K2yPeIcYfA/VP2WiceUBEUEqhWCzSyMhIc3+iv7y68w2iJGA4ji683y0pTrPgEflEqdwoicz1n0Nw4ysvXNdVzFw577zzmnsDWxigsXXY+2WsJwnCoqQtXRdVgSmEdxACNT7zMlBvdNM0qVgscrlcJqUURzVmEkHTxtHVO4poaQgbJ3kj2pcbs7vg+ohneN68edESgIgGlVJGY6OnxwSc5sh3XaHeJni9n+Ab0di2zUuWLKG5c+eSbduBRSvhBSz+hS1pJEJcz49zj3qPCxd+Dsfx3b3JL4OZWQiRyWQyzeNhAB8DeLrMdd03Xdc1bdsWzCxd15WO4zR/IJ3mzP+4Sh0qeL+B9R1Fw4ZhkFIKO3bsaDnJJI241YWNEb+xYeLixqUV568Jz6IxAcJ1RwFge6N9wMwBCSCJyDj6rtd/iAAAAYxJREFU6KNfdl1Xjo2NGcyccV1X+zfROKKnqcBUg4jguq7/Tw6UzWZpcHAwdgezroztusXVk5lb5gWSwschyV8pJZnZdF3XtSyLADxH9UMKGQD7GUAAmLNjx46Xe3p6XlNKrVBKGT47QCvew9an/4eLXtjQSVxTDl2ZhBDNbWxpytFuWdOGn0gbdBK3QYs5pmk6lmU9deDAgX8D0AtgAIAbtgHkyMhIzXXdOyzLWq2UygDjDerfT59UoCkkdkd/9vIzZjtDrBC40/wnGW2Vgeq/ii1XKpV/qdVqNny/RSFfL5Woc8ZSAEsAdAOw0HqS2AzeXWDU53ZGABwEsAPA6wCGmX3f/Ru9wgJQAtADoIC6kTjDAO9+KAA1AMOoi/5h1P8NEfzo0xDxEvXF6xJ14r8TRN4MOodHYIX6NiQbjb/DAaGvfh4a0sB/uuQM3t1omcjzkLgVagb/vjGj36c5ZhhgmmOGAaY5ZhhgmmOGAaY5ZhhgmmOGAaY5ZhhgmmOGAaY5ZhhgmmOGAaY5/j96zhh2q6gi1QAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7L15gB1Xeej5O6f2ukvv6kW7JdlaLMm2jI2xDMaAMbFJgOCwhkdIXnaSN0kmJJnkRUmGmUnIDJP3AplshDWZCSRgTDAYgw14xbZsy7L2tSW1elFvd6/tnPdH1b19e5ENTNwygU8qdav71qlT3/595zvfEW/6i/s0P4IfWjC1/hH9f5jB5EcM8EMNptbqUs/hR3AJ4Uca4IccTK1+pAF+mOFHJuCHHH5kAn7I4Uca4IccfpQH+CGHHyIToNHpl+Y/S4MQiPSbZZjTpYf/wFGApqndBAKERAiR0VUipAEyI7LW6CRJP68UGkhNY/v9/zEZ4j+YCdApMREIKTEsC2lYSMNEGEb6ESFSRtCkzNB8/SYvqAS0ABRJFKGSmCQO0UkMWqeMJOX8e3+AweQ/gBOYMrFGGiaG7SJtBynNlFDo7K8iE+2WZphHwNb3EiQIDEzXBARohUoSkqhB3KijwgAESMMEKflBNqM/2FFANndpOZiOj2k7CCHQOlXhWiXfz6DNv/MIKwwDy8xje3niKCSqV4jrVTQaw7AQhsEPojb9gXQCm0xrWC6Wn8OwnPTnSr14RMg0hwYM08bs6CXJFQkrs0TVUjof2/2B8xV+sDRAJtnStLBzHZiOh0ajlJpv079XGizwA15oDK0VJAohDNzOPuxcB7WZcYLqLKbtIi2bHxQn4QfHCdQarcHOFTD9IghBksTopkOXgYC2/89RVggy06BJtCZRGtX2OSEEhpSYmcMvEC2JB1r3N4PElEcUxAqkQa5vJaFXoDZ5Hh3UsLwCUsqXPAv8QDiBWimEYWJ39GDYHkon6c9gvgOm5wuzRhAlikYUESuFKQ0cU5J3TPKOiWVKJAKlIYxjSkFCNYwII4XSGtOQeJaBKUWLWZosMU9JaIWKFUauSM7NURsbJihNYvkFDMteDhR932Bq9dLmUa0SpONjdfYipJFKffa7pbS0EII4UVSCCAT05lx2re3iioEONvQVWNmdo+jZ+LaBmYVzWkOcKKphzEwt5MxkhWPjZQ6en+HwaInJWogUgrxjYkjBvCCiTdPrOEZIQW7oMuoXRqiPD2P7BQzXb2mOlxqI1/zeP7x0OUAlCL+A2dGbmgCl0hiexdZVAkGsKDciuvM2N1zWx6uv6Gf76m66fOf7nsJEucHjJye4/9AoTw5PUQ1jio6NZQhUcyIZbQVzCklaFuHMBLWzR7FcH9MvIIT8vufxYoF4ze/+/UuTAXSCyHUhCz1onbSp+vnOVSrxmpl6wGDR5c1Xr+GOnavpL3rzh/s+fB2xwKM/Pl7iX58a5p79I5QbEZ2+jeTirp60bMLyDNWTz+I4Hla+I81NvIQwLm75nb97CU0nA5Wg813IYi9axQsNe0viJIKZeohtCt5+7Vre8/INdDSlvc2B+/eAlBfSB5+erPD3Dx7lnv0jmKYkb5upj7CE4y9Nm6g6RfXIUzh+ATvfkaahXyIgbvnA37ykGECrBO0VoHsInSRk6TvaLb4QkCjNVDXg+nXd/NbrtrFlsBMgDQlfZJAyVeUPHRvjQ187wIkLVXpyztIMpzXScglnxqgdfhy/sxc7l2mClwAY6268Y8+lnkQLVIKyPZKuIVQr8aJbLJA6XYJGrCg1In5+90Y++BNX01fwUC9mEmgBaK0RwJqePD++cxXnZmo8cXYax5Rp+Ag02VABSsUY+U60lAQjJ5GWnaaRXwJ+4UsnEaQ1WgiirgE0ApZI40oB1SAGNP/nW67m9dtWApokeeGUrxCiJbnfDagkeV4TkmTM5tsWf/qWXWzoLfDh+w9T8FIHUWdKq+kYqqCBNbiJsDRFbeIcfv8qLMe/5JlDk5dEGKhBacLuIRJpQZOgQoMWaJF6+eUgxjEEH33bdVy3rhet0nj9+cAw5uzt6QslTk6WOTpRYXK2TimMiBJwDEHRsxjo9NnUV2B9T4GBzlxrbklycSFJkgRDSn7+lZfTW3T4nS8+S94xsQ2Jbqmt7B2jAHv9VdSmJ2hMjiJ7h5CWc0lDxJeEBhAqIfQ7CPwORBLN/SIr3hAaKnGCFPDX77iOXWt6XlDqm4Q/dWGWrx4c4YEjYxwYK1MKEmIFphQIIREClAalFUppbAndvsWOwQ5es3mQ124eZEXRZ07TLCZWohRCwFuuWosUgt/8wjMUXSvNGbTdoZMEaTkYG6+m/vTXMRwfp9idmoNLBJc8FSzQxMKgXuxDqQT04mX6ONHUw4SPvfNl7FrTQxzHFx3PNCQIyZGxGf76waPcc/A8U40E37bJ2RadObtVD6CbD2t7ltJQTzRfPznNlw5PsPr+Q7x5x0p+9oZNDHTmUEmypNZJ08wJb9q5hgvVkP96z3P05120aGMAIAkbyO4hdP86aqMnkbaD7eXhEuUIjLUvv20P89ys5b2ESqgV+gi8DnSW5Ws6Uc3vJ6oN/vjHruRNO9aQPB/xTZMgTvjQffv5jc8/zRMjZTzHocOzsY00ya/QKK3TrzSlf+7SpGbZM03yrk01hvuPXeAL+4bxbMHVq3uRUqAuajo1u9b0MlKq8fDwNH4WIqp2Z1ZrKPQSDh/A0AmG4yMN45Lg31hz/W17LorRFxmEVkSGRblrKPX49XziCwFjlYC37FjJ7996JSqOL2rzLcvi+Pgs7/rUw/zTMyMUfZcON1WtyYJxF36/1JUyh0ZKQSFjhM/tO8ehkSleubGfvGsvaYa01hgSXrmhn68cOs9oKcAyZDZuWq2kdAJeHhWFJOeOYvoFDNO+JA6hsfb6W/dcSumv5HtpeMU0+bPgE9Uwoa/g8Il3XodvS+KLOGOWZfHNo+d5y8cf4nQpYrAjzQI2JfoiT2dhiDmP+IiW1CqtMaWg6Nl85+wsXz1wjlsvX0F3wV8y76CUxrEtNvfl+cxTw9iGsegZiVaQ6yI+cwAz0wJzDutyaoDrbt2zJFZfZBBaE0uDmc5VqTQ2iZU5ZQiYqIV86I7tXLemlyhaWvVblsXXDp3jpz71KIkw6fIsYtUmbcyXeATEShPECfVEUY8VUbY0LASpmWhjnPb7E60pejbDpYC79p3hDZv76b0IE6AVa3oKnJmu8dDpKXzbINFiblyl0G6euDKLGD+N6RfTwpZl1gKXrCpYqISq20NgWMgkI25ai4kQMFmLuWl9D2+/ajVJHC2Z5LFtmyeHJ3jnZx5DGjY5xyCcZ5v1vFi8HMQ04oSia9DpOazwbVzLoBLGTFRDpmshtSghZ5nkHAMyRmiHJFF052zOVgJ+8uMP8fVfejXdOWcRgyYaDJ3wWzdfzuefG6Eeq9QUtA8YR7DqCoJT+7Ar01iOh+G4/w7Y/e7hkpWEKaDidczP4DWnoiFIEv6nmzaCkCRqsfRbpsF0tc57/uk7NJSk25VES5gICUw1IrTS3LC2mzdtG+Km9T2s7MyRMyWWIQmypeATFyo8cOIC/7J/hH3nZ/GttG5god+RJJqenM3+iTq/+NnH+ezP3IQhBckCxzCKEtZ053nbVav47w+foH9hujgOoWMFqthHOHsBO9+JtEyEWL61AmP1ta/Zs+y2XysapsN0sb9VdaNF6kAhYKYRc/3qTv741itRcbRICgVgmBa/+i9PcO/xKfryTubo6cy2N+2sZrQS8LKVnXzkTVfxh6/bynVre+kvOHhSILNnWhJylmRld44b16/gPVevZmNvnidHpjk9U8e3UzlR6Gye6dh51+Kx4WnWdthcs2YFcRzPW0HUpPmG1R0On9x7Jttf0IYJDdq00UEVkTmDpu3OVTMvw3VJ8gBCJVQtj0iayHhO/TdRVw1j3n3VaoSUxNESqt+xuffgWT6x9wx9BY9INV8otSECQaTSJeIPvPJy/tc3XImUgiSKiC/iSwAQp5tCbCl51651/NjmAX7180/xj8+coy/vIKXICqh0c8rkfYc//toh3rhtFd2+RRTP10JRFLFloIub1nXz1aMTdHr2vEVNHUXontVEQFwrkeSKCMNcNl9AohXLfSmtqTkFVKJQaBJUWqenNfUoYajgcMeWgXQpeOGEpSBJEv7kvoMgTdBZFk9n8b2GMEmYrTX4y5/Yyf92+w5QCY0gJP4u0t4CiJSi0Qjo8iw+8+4b+LUbL2Oi3CBWCqUViU5tfKw0niU5NV3n7x45hjSsReOpzPN8y7YhwjjdfRQ36xK1JkkiVK6L2O8kqswQh41sc8ry0ELq5qrbMl1oRYygZjgZMnWWhEkRUm5E7F7bRX+HTxTFi+63LJN7D47w0KkpCp5JrNICzyRTy7HWTJcbfPDWrfzSKzYRhQFhnBaUfE/zRFMPI5Io5C/edA3vvWYVk6WgNdeU6RSx0tiuzT/sHaZSq2NKsXgsFXPLhh56fItGotKC1GzeSikSyyHu6Ev3GgT11OwtEz2WXQMIlRAaFpE0UUq1XdnSb5xw8/o+QF5knUrwscdPobNiviYTJZkWmCk3ePOVg3zgtVuJwmCRY/a9gADCWKHjiI/85C62DeQp1cOWxklUug7gmpIj4xW+cXQcw1qc14/ihFWdebb05qkG0dz9WpEohVIJcXEFSRRmDBD+B9YASlGXFpEw5jQAGoUiTBS2LbludReoxdJvm5KRyRIPHJ/AcswUgU3Vn8X2Rcfgz27fDiohStSiMZTWSAGua2eXhes6uG6qvpfSBI0oxncs/vwN20iiOM0bKI3WzfEVaPjKofNLjhEnCmka7FrZgYrSIpcmwyqtUXFMUuhJNVlTA6hkWeix7FXBWikC0yUBUKq54osGGnHCurzDpt7ckkuw0jR4+NQFLpQD/IKbaY0UBNCoNnjfKzawsb+LRr2+aN1Oa43v2sRK8fknTvCNo2NcqIWsKrrcvm0lN29dSRIlBFGyyAcLGwG3ZSHkt05PkXMtdNOTAzAlD56eJGqES4aEoNk+kGY8Y63TOLiZo1AJws0TmxZJUCeJIoy2AtgXE5Z9X4DWmkiDUgmi+ZKpAKGihLUdLgXfJoqWWu4VPHjywnx7jkAITaxBGvDOq9eAXlzMoTX4rs3Z6Srv+fi3uf/4JJhGurkzSvjz+4/wnmvX8N/ffgM5y0j9hjaItcYWBu+5Zg3fOjpG4mSqXqUrmoYhOT5Z4ehUlS39BZJw4fw1l/XkwBAkiUZknC80aBIwDJQ0UWEj3Y2skrZw8MWDZQ8DNRAZZkpEmmo2K4mIE1Z3eln9//z4XwCohGPjZZCpI0Y2d601YZywtSfPNas6iMLFmUPLMCjVQ27/q2+wb6SC1ZlnLkNvE2v45GOnqSUJ/9/7bkaweNlXxxGv3tBDIWdTjRVWcwGPtFqp1og4P1Nh61AHWi+IYBLFyryNb6WJJ9OYy1BqpUDaKMtBBRVUEqX9CqTxYtMfmdqx5buUSkiQaJURUKV+gSKNEAZy2UbPBRM1pCQIIoZL9QVbsrOvYcLW/gKel6r4hWA5Fv/tgYPsOzuL3ekhVdIKG7XWSK0xu3N8bu9Z7n7mNK67eEdPFCes6spxWdFDxTHNjQGqOY9EMVFqsFTRiFaKgmNTMGS6EKTTRaOsHQVaSrQ0U+LHMUqlu59ebHqkyellvJRSJCp1hFIVDpo5ZujIVOtCBhAC6mHCZD0EuYSzlig2dPmAYKFfIwUkYciX9o+Aa2VdQJrMp1MJRCG1BkPyr/vOLiktidLYlsmaThfiJNVgCtBp1RJKc74WLjn/9F4DN00/ZnPU88yZyvDTJP5y0GNZS8JSh0ehVfOlScMRkTZhQClMmaJvsWnSJEpBK6bPHIemo6QVOdvIPkmbhkjLuMu1gLFaAFLQfOd0Qbg1fPqPFIzM1EDFCPTiUFSAb5tZkYFu3dYkZnM9Yqn5kwavKdPJzAHWqQ+jDUmzGFYnCVrFLAdtlrUoVDf/zdRPJj6khZ+ZZCTtrvX8m1tOcZv9nyOCJo6XrhPUGlzbJG/KtNpYp85VO3pbhZmJouhZIBas3GWfAoiTGEjDuPZyL5TCNUTbJ+ffq7VGJU0Gbt6n0UhQqiUEWqtmRcqS7/PvCctfFKp1Skid0T/bzy0yjJSDiKU8H6U1liHxbAMqAdpY6CFrzszUsoGZR4E4UeTyDrtWd7H/zDTaNueKDrLna63T1kBJwvVru0AK1PxhEEITRTEjM/WWB6cyqVakHx70LZbgHISAWhBRjZP000qmz6ONFbO8Am02+sWGZWcAqRUySTLl22zINKcdLlQDWrax7b5EafKOxbq8w/HxElgL9t5LwaGxEkkYpTZ/ARGSKOE3Xr2Ff37iFPUgwrSNTJPQYpjULGtW57M1+QVzsAyD6UqDk1MVMI3UTmc5DJWZo76Cn0nx/OcbQjBbD6mEMUiJJvMbIHt4jIhCmppiuRhg2Z1AtMaM6jRr+udn3WB4tpp231gw0URphGWwssuHKGvp1ryUBsvgmfMzHB8v4VjGIh1Sa4TsWNvL37/rBmQ9JA7jVhiqyTKEqVPCg6cukHma8xw007X5zukpRqerWRFv2/OThJyTzm9JU2QIzs7UCYIoywE0x82yiVEAQRXd3LyyTLS4BItBGqPZck0ptE5aFwacmSxTa4Sttfq5hE8K163tTreQZfYSlaB1WpdfKzf40r5hpG21OZpzzFUp13nHDZv4+HtegawFJGHqaGmVZGMp8Cw+/dgJnjh2jnwhj20aWIZBMe9Rb4R88J6nwZCItjSwRkEYsbk3z7ounyCan8ZVOnUuj0/MQpyk5k6rVINkdl5EATIMsvLwTCsuAz2WPQ+gtcIOKpnTQ1s9tgZDcGK6xtnpKo45vypGACqK2X3ZCgzbQMcJmqbNTItMcE3++uGjVGt1HGtxVY0GKpUaP717Mx9/743IWoAK45Yka52uE5QSxRs/ch+f+PZ+JqsBjSjigQNnue3DX+aRUxeQrtXKX7TmHkTsXteD5dmLzE9Tmz11brol3c3QE63SvQPVWURYRRjGXA+EZaDFspeEacCOA0QcoqTMnL+szEZArdTg6TOTXD7UhQ6ieffWgpgrh7q4dmUnjw1Pgmdnt6W2XNgGR85O83/fu4//5U0vJyhVFj9fQ7lU4adv3IzQ8J8+9i2UZyOsOZ9A2JLRMOG9H/sWfV0enmEwPFMDYSB8B50ktPv6KjMdt24ZgkQt8h1MKWjUQ/aevgCmyJw8ELpZGiKRpXGEStJ8tmgzAy8yyDQuX75LAXZUxwzrcy+pVSbFqTR968j5NF5fMNlEawzb5F3XrodG2EoHN9WZSBTkHD74b8/wyKFhikW/pf7bQQPlUpV3797MJ993E0YtQIdZ9JGZJmFIKHhMNBKGKyG4NsIzM83VfGamgRoRG/uLvHJTP7V6tOh5jmVyYmyGQ2OzYMpWkmduNVFjTJ1HoJFSIrIWtjpLUr2Y17L7AEppLJXgBmVo7gLWczEwtsHXDo9QKTewjfnbpQTQqAW8/WWXMdCTh8b8dXOtFEIK6gje9ldf48i5STqKfuovLAClNeXZKu/avZlP/OwrMeoBOojbHCSF0CpdkDFFWmCu5vyOJqOgFdQavO/6y8gXPKIFm0W01hiOyX0HR2hUg7n9Z+15kLCOOTOCMExE1uE0ncaLvyR8SUrCBAq/NpMisJkQaNpTS3JkZJoHj4zgudaiSKERJfR15fitW7ZApT7nTDbTu1qBa3CmHHDbh77I0XMX6Cx4JErNGwfSIs9SxgSf+tmbMRsNdHMhqamZMsI31y5av8vmrsOQFV0+P7P7ipTAsADBAhUlfHbvydR5TJJ5DqAWBrJ0AWN2HEwXaZpIaWS5Ev3vjvuF17JrAK01SgjyQQkRNtDZTpBUHWbaQGk++ciRFGELJFcIqFYDfvmWK9mxrhddqWfbyHVLOkWSgG9zcqbO6//sbo6OTNH1POagNFvlHbu38KmfuwWzHkAYtTFlm3lSaRJnTv0rKNf5ndt2MNBdoLFgCVsDOc9m74lRHjkxBo6Z3ttMPmgF0sAYP4mMGkjLQppWpgGWhxaXqCgU3KiOW5sGkeXm2yXLt/jC06c5dHqcnGMtmnQYJbiWyV+9ezeWUugwnjMDzXGSBHIpE9z6p3dx5NzkkppA6zRMm50p8/bdm/nUz78asx6gg3Q5ei5lnY3dVPtaQz1g54Y+funmrVQq9VQjLESwbfC33z5IEkSZszrHWBoNUYg1chghDaRpIQ07dQKXiRYydTSW/5JCUKyOt4VSai4kFFCvBXz43mcw3cWVtkLATKXBKzav4s/f/gqYqbS873lqOlGQszg1U+f1/8cXOHxuku6iv/T2bmBmpsLbd2/l07/wGsx6CMGcY9havm43D/WIn7pmPa5nEy4oBwfIuxbHz0zwj48eA9+mtcLXfF9pImfOY02eBdvDMG2kmXYoXzY6NCvylv0SkmJ9BtkopxyvNM1tmSnhbD7x4CH2Hh2h6DsspJkQMFuq8mtvuIoPvPFamCq31PWcs6bmMcFtL8AEZEzwtt1b+cdffh12EEAQzjcH7ZdOKDppafqi8jPAcm3+7MtPUak25q14tphdGFinn0XGAdKy01b3ZnM5fHnoYPRtunpPKx++jJcSYCURDQVBrhua7eCadBGQNCKOj83wn165lWiJreFKQxTG3L5rA+VawCP7ToO7RLcNrcExmCnVufvxY9y2fS2r+4pUG+GSzVkajZBdlw+xtb+DLzx6mEQDxhLnAkQx3XmHt7z8chr1sG1emu6Cx3cOn+PXP/0tEr9ZXNKGAGlAvYK/72sYAiy/iJ0rYjpe2lBymehg9G7auWfZqU+qRoWQGEGFWb872+SRSTCZirRNTp4apzfvctOOddTq4bxizWZEFccJb7xuI5Vqg0eeOdXGBG0clY03W2rwpcePctvOtaxZ0UmtES5ZfNlohFxz+Uq2DnTyhUcOk6DTSqT2zgKWwZHT41y7uoftG1chtcKQkmLBp9oIufO//RtnZ2pgmXPzgPQdbRfr2OPYIwcx/CJOrojt55HmEszyIl5G78adexa9/TKBBqwkIFCaINcLyVxatoUvy+Db+07x+q2r2TDYRa0RzSOYIK3Nj6KMCeoBjzx9Kq38AeZsdva9YzJbrnP3Y0e4bcda1vR3ZYw1nwm01tTrEbsuX8m2wQ7ueripCVpruCAEidZ88fFj2Dqht8MnjmO+fegs//mvv8rjJycg77QxdcbYhgGNGv4zX8VEYXoF7HwRy80texNJsfm2n9Yv/LEXD6TW1OKI04M70Y6fMUFbmUW6kM7GnjwP/dE76Mp5zNYayEUEA8uQFAsuv/2J+/nQXd+Brjyt4gOYG1cClQarCy5f+b072bqmjwuz1UVjNqfQ3Z3n8w8f5B1/8W8EtgG2lQ2ZzS9OoNrAz7s4lsF0s27Rd+Y+1w5ODnv//fhHHkTmu3CL3XgdvZhebllKwdvB6NmwY8+yPnEBpFogIglrNPIDrVh77gMaLJOpyRKPHT7L227aimdbhNH8nbjN7qFxFHPH9ZuoNUIefurEnCZoPU2ndsM2KFUa3P3oIV6/Yx1r+zupLtAu6cBQr6fm4MqhLr7w0MF0sccUc1pFCHAsoixRhWOmJedNyW9/vuUgZsfw930VaVpYXj6Tfn/uYKtlBKNnw5V7LokP0H4JA6c2S1WaJF5nxgR6DoFKg2cxfGaSJ46NcOeNW3BNk0YUL64b0DozB5uoN0Ie2nscXHvuWVrPJY5sk1K5wd2PHeZ1O9aybqCLSn1px7BeC7nm8iGuXNnNXY8cIm76BLr9PZg7im6Bv5M+1wCh8Z76MmblAoZXwPYLWFl3ECGaVYrLdxk966/cc6npj0grZuzZUSpuZ5spaJMgnTLBiVNjPHF0hLfu3opnmQQLNUEbE9xx/eXUg4iH9h4Dx54jfDtjOSalcp27HzvMrTvWsX6gi+oSPgEC6o2Qa65YzbqeHF945DCYMh2TBePOo38bc1gO1v77cc88i/AKqfTniliOl0p/y1dZvsvovmzbnktL/fTSQmKrBFEao5bvTx0lncwhsYlIN2WCx4+OcGeTCcIkOy0sRb4QgkQpwijmjdddQSMI55igSR3d/FaDY1Aq1/niI4cyJuimWg9onRPTBo1GyPVbVvP40RGODo+nHv4iwre/Wwa2j3HqKbxD30I4Hqabw8kV01NFTKtVm7jcl9G9btuelwD9QWu0YeBEdXRlmkbHYIq4Vs9g3SzaA9/mxMkxvnP0HG+9cRuevVgTQOoTRFHEHddvphFEPPTksfnRQfPhmTkolxt88dFDvGbHei4b7KZSCxaNqYCcbXFmfJb7njoGTpuPsXDM1tguYvwk/r57MKSB4eSwc0XsXCFT/XI+zyzjZXSv27LnJUD97BIIw8SpzxDXZgk7BjMkZvmBdCNd+n/P5uSpMR4/co47d2/Ft63F5kCkicAmEwRhxINPHM3MQUYw3TamY1Eu17n7kYO8dsd6LhvqobIwT6A1Od/lvqeO8c39p1OHr6klNHNEb5obx0VMj+DvvRszjpBuDtsvpKrfzlT/JcS50bVuyx5eMpAiUpgWbmWSqFElKg7QYoLmZzKNkTLBKN85fJa37t6GZ1k0omhJxzAMI+54+WbCKM6YIGvDoqFVnqsyJqjU+eIjB3jNjvVsWNlDtRZkvKLxHQuB5rc/+XXOV+uZt898Bm0ygeMiZsbwnrgbM6wivTyWn8fyO7A8H2EuXudYbjC6127ec+klf8ElRMoE5QmieoWoY5BWEmWhmnVtTp4a59HDZ7hz95X4jr20Y6ggyJggjmO+/fiRVH3PnSeXflgDjkm50uCuh5/j+k0r2bJhiJxjksu5WELw/r+9h7u/cxhy7uL5ZEyM7SFmxvH2fhEzqCC8PLaXw/aLWJ6PYVjZzC4tro2utZv3fHe8stwgEaaNW54grleIOtuYoB20As/h1KkxHjt8hrfu3obvWGmIuMAcqIwJbr9+M0mS8K3vHF6QJ4A56TWp1EI+8+1nGT4/yekLZR545gT/8yfu5QuPHoKCN5/g7fdbzhQp5wAAIABJREFUHmJ2HG/v3RhBBenmsVwfO5d6/qnTJ5a4d/lBrN/945d+FktBUzKTiKg8zVRhiNqaq7JFI8Wc9GRfpYCpMq/asZ4v/P67sU2Dcq2xOMVLWqTZ05nnv37ia/zJZ74B3W3durWeP7RSUAmyCiBSreE5tEyRWDC47SFKY3hPfQkjqCLcHJabSb6fxzDtVsHHSwGMrtWX77nUk1gSMkJoIZGWjVOZIGpUiIuZY5i1lm+pM6XBczh9aoxHDg9z501XkruIOVAagiDi9pdvQSnFtx5raoI2qWzSR4jUX3Ct9DLbmgLM+6AGy0XMjuE+9W+YYUp80/HTcM/LIU07K/jULwXhB8DoXL1pz6W2Qxe9mlIiRMscRPUKccfAgs/OfcFzOH1ylIcPDfPWm7aTcy0a4eJ2c0prGkFqDrRSfPOxg21M0BxvAZX0om+y/2bEL423ET+P5XqZzc+IP8/feGlcRseqTXsWYeclBdkOXCGRZqoJ4nptjgnad9A2kes7DJ8e4+EDp7nzpu3kXHuRTwBpg4ZGuyZ4MnMMWzF825jtzLYQkVaq9t2n/w0zqCG8HKbjYfnpCt9cK/iXiNi3gdG5auOeSz2J7xqEQJhOygSNTBM043kWMIKXMcHB0/zk7u0UXGdpxxAyJtjGweFxnjt2Nl3tmwcLGaDtx5aLmB3FffoejEztW46P5RewXB9pWcu+wve9gNGxcsOeS62GvvuLVojolCeIG1XiYjsTtEEbEzy4/yRvvWkHec+mHi6dJ7ANSX9njk8+8Exa/TM3EHNmQc9/TtPm7/sKRljLbL6H7RUwXT89OFosX9/f7+eavz1c0/JOvysnVcx9mcfl/38Yfp4gp2tjS2pOt0Bx9hxaJTRW70wfqptp4zZHqzPHI8+d4o3/9WN88Y9+hg7fXVRPIIAgjOnryGPaVtr6vckEYqkXytT+7CjuM23Et10sL4fhuEgj6zKu4sXvINpw9t3gSi/Ax1I4aQ0l5qqmvouxWx1CtNYIIbBMAykNpBQvqLqapc9JooiThGbbFp293PfKBxrdisKklFiWiSFlhqjFFTvKtbHKE0yeeYb6yh0ZUpohYuuD0Jnj0f0nuP0PP8Zde95L0Xco1+aXl7mOxfnJEmiF5zutxaV053eSNp5qSoXpwvQ5nGe/hhHVM+J7WF4+rekzTDRgSolpSETzHbL5qHacJRfvB6iz92wyi2UaGNnm0YXpaQ0olY6ZJG1zfQE6tDSAbVkU8jkK+Rz5nI9tmS940KJSiiiOaTRCgjC9GkFAI4gIwzA9SaM5gSVW1po/a/7UlBLHtfFcB8/z8F0Xz7UxDbO1X64JaRlYTK26gr7JMUZmjjHZsyk9UUwl8xlGa9z+Lp4+N8mv/dUX+eivvIWOgk8923xqGQZCSu59+hhb1w+S81wg7UkURAlBGNOIY+I4IRQmwYUR1OEHSKI62vYwLRfTy2E6LkIYmIYkn8tRLOQp5nxsx8bIcKmVJoxiqrUapXKFUqVKGEVt+EhJr3W6T9BxbDzHxvc8fM/Fc10sy5hHG63TuYZhRKMRUG80qDcCao0GURShlJ7TNgtIYGqt8VyHvp5uVg/2s2pogN7uLnKem51ktbQW1JlkNIKQSrVGtVqjkr3U9GyJ6dkSpXKFWj0gUcnSGiGTBtM0yfkuHYUC3R0ddHd10N1ZpKNYpFjI4TkOhiFbUqk1hHFErdZgtlxhamqasXPDnGxMcLawknKtThyFNJs8eK7NYGee9QO9mJ7L5x5+jjfv3kFnzgcNYZxw3zMn8Qo53vaqq1tLA2GcUAtCyvWAehjRiDX1mUmqk+eZXj3IdKWLWhARCxPDdkCkEtpVLLJysJ+1q4YYXNFLPudjZuXeSinq9YCJqSmGz55neOQ8E5NTBEHYej8pJb7nUSzk6eos0t3ZQXdnB13FAsViHt/1sCwDkbW5UloThRGVWp1SpZriZHqGyekZJmdmKZcrhGHU0q7zGMA0JB2FHBvWrGLnts1cc+UVrBrow7FtZFahorJmC+18IGR6PGqqAQJK1RrTsxXGJ6c4OzLG2fOjnBsdZ/zCJDOlMrV6o2UaMuqjtMZzHLq7Ohnq72PV4ACrhwZYs3KAof5eejqL2JZNlGiiOCaOFVIKbMvEtg0kmtlyjfPjk5w6c5bjR4/w3FSN414XE7NlKrUGhpT0FnyuWNnP9Ves4brNa+jJeUyWaiilkEJSqgcM9XXxrlUrmq0Z0iVaIIgTamFEPYypVaqUhg8z2nsTw+cnOHt+jPMXZpicLVOuNlBocr7HyoEV7NhyObt2bGXzhjXkPW9OA2hNEIQMj47zxL6DGIYgiiImJqeI4xjbsujsKDKwopdVA/2sXjnImqEBVg6uoK+rg5znEquUOeM4yfJUZnpeotRUqnUmpmY4MzLGyTMjDJ8b4ezIKOOTU5QrNZRWadl5pgrE5TfeplcPDrD7+l286uW7OD9T5+kTE5imMacCo5g4SQCJzPSIbUlc28axTDrzPiuKDqv7O+gp5kDFnDgzwnNHjnPs5GlOnRlhdPwC5WoVpVKbp5XG81wGV/Syfu1qtm7awPYtl7Nh9SCztYBj56YZHp9heGKW46PTlGoNgiDGMiw6fJPVfUXWDPSwsrfIFau6WdHhMzYxyd6nnuGJs5Psq7qcvTCF0JqNQ73cvH0Tt15zOfsPnOTJYyM4toVKNFqA0ebvpNu3NLZp4Htu2l3Md/BsmxWeZO2KIh15l0q1wv4jp3ju6AkOnzjN8LnzVKo1+vt6uPrKLbxm9w10dHTw4LMniYSd2e1UgKphwKb+TjYNFHng0cd59Ml9nDh9hiiKWNHbw7rVK9my6TK2b97Elg1ribXg5PlpTo5Oc/ZCmaOjU1yYrdIIQoSUOJ7Pmg6XTSt7GewucvmqLlavKFIqV3j64FH2HzrG0ROnODMyxmyplDXMTrffm6ZhkM95rBpcgWU7/OGnv8yxM2WEJRc5EFJDAq0mTE2UGULimOA7JmsHO7lx6yru2HU5b3zNbp460M/eZw/g2BZnRs4zWyqTJAme5zKwoocrNq5n146t3LhrJ2Gs+H++9Biff+w4ozNVdJx6lFpKtAGGkERoUAr53AhKp/srVvgW114+wLtvvZrbb72FFU89jXdgGCm6qTcCVhRzXDbYw2BHjg985QmeOjGJYRvZ2SK65Tamm8AVBqB1qv0EAilTG6oNg568wzXrerntmg285podDA0N4Od8pBSMjU/SWSwwsKKPbZvW8tlv7uePPvHtdO2gGTFpgY4SrlhZ4FO/eydrVw5y6OhJinkfaUg2rlvNVVdu5abrdlLMF7nrwWf514eO8OzYDEmUbVkXBtKQWEIQaYj0DI8phdCHkVKSdyyuWt/Hu1+9nVdddzUrerpxHRsh4LROmC2VW36BaQiBZZp4rpvuTdcmds7FsRY6gCk6IqUxdLrt2ZDpwc4KjdaCaqLZd3KCJw6P85mvP8fPvG47733d1XTkc1hmej5AHMUEQUhvVycb163l2p1XcvP11/DggdP8759+gJMTdUzfwbFsRFbBFaMRSiC1whYCaRmYWhCLdE6lWPOlvaf5+r5hfvENV/Fzt1+HKSXJ08c4le+ku6NAZ87FsS1Mx8b2bHzHpHkSsNCaWIChBYlK0FpiCEgMAUJhKoFKdQPlWsxXnxrmnr2nuWXbQT74vtfzmle8DJUoPPsUtm3TUciT8z0M00K6DnnfbbWEA2hECdq0MS07dbp9j67ODro6iuzctpnX3XQdo1M1fuWjn2ffiQlMx8K1DTDTWgSBRCWaQChMEnLCQAkDRYqwSMO3Do7yzYNnuPO6K/i9d76yhf8oiomimEq1BlpjQjPMACF0S00tAiEJghhBjLRtEpVQqUYIw8RzLUwBSghsx6FoJwSR5kOfe5xjI9N88H2vJYoTarU69XqdWr3BqsF+tm/exI27tnPfk0f5jb/7Bsq06C24JEhikXJoPYyJgpBuz0ZZBiqIKFVjTN/FN1MnT0qRIjkRfPjzj1OuhfzmW2+kXKtTODuFWczhOi6GFCwV10gEUggaUYSDxrJlOt9KgDBs8q6VNq0CMNJnhSgeePY8v/IXX+Ij/+UOdr/sKkzDoN5okPe9LFy7eBQlRdr/2DJMcr7H0Ipe1q1ZzSuvu5rTo7P88l/ew2Q1wi+6GE3TJKAWC6J6nbxjULQtkgRmqgHCtumwJQkCQ0DRtdFYfPaho0yUSnz4F+/guqu2U6lUqVSqNBoNoihOewTpzO41q6OWgkYQ8bLLevij996GLSVBEHJqfJp7HjvCV548TtU0ydsGQmuqQuCYgkLB5fOPHGEo7/D+t9/E2MQFKtUK5UqNjevWcO2OLZwem+V3P/kAlmVjW5IaYGuFgWCm0WBtR45fedcr2blhACFSp/OR/af42y8/zUQQULAtmqeAYkChkOfv7n2OTSt7ecPLrkEaz1BTdfImSxJEA5GAoBFz3cYVfPAX7sA0BDOzZY6dGeO+x4/z1WeGUZakYJrEgEThILALLntPjfEHH7+Pv/il26kHAaPjF+go5jGbpV5iCde77emGYdBZyFMs5Lh62xWYtstvf/xuxusxOd9m7ixRSRDG2Kbm19/8Ml519UYcKdFCcPD0KH/zpcc5MFah6JsIJVBCoQG/6PLAvlH+8q6H+Y233si586OMTVxgZnaW6bCUNYhoW1BpS3zOgyiKuHXXFbz2hm3093h0d5jctH0NH/kvP8FH3/9j9NqKWqiIAQtBDCipsfM+f3P/czxx8Ay7tm9m2xWbuHLzJrZt3kRfdzcf/teHqIfgWAYJYJBqkkoUs64zx//7e3fyM7ddQ5dvYBMy0Onx6z91Mx/7rTfR61gEsUKknkkr3+C4Nn/1xccJIti5/Uo2DvXRayWYS50jQEqjKIi4atMQr7r6clZ1eKzKG7z+qrV89NffyF/+wq10SEEt0hio7FhZSBDk8znue2qYux56jqu2Xs6GtWtY0duD4zhNuX0eELiORV9vNxvWrmbrhrX8w1f3cvx8hXx2ulj6HNCxwhGKv/7VO/jAO1/NUKeDJQKKrubOV+/ks3/4Tq5e1UE5SPdKSAQCgQF4BZd//uZhDg5Psn3LJlYPDVAs5LFNMzswQrdljliaA4SQBGHI6dPn+M7eZxk+dw7DMNm4bg233bATyzT5uQ/fRWI6rZjf0gIXmNQm/3DvPv72N3+Ca7ZvpVytc8X61Tx+9BwPHBgl5zkktPXd1QIRR/zBO29l7WAXX/nWYxw+doJypUpnZ5HNGzdwyw3X8P47ruUP/ukh/JyPFs2Eksay4NSFCl9+9BC//o5X4/keBd/HtS7Wf1+AAfVGg/NnzvLU009z+NgJlNKsX7+WN964C6Vi3v+394GRQ8iUkSQaIRJM1+Lvv/4sb73lGjauX0OUKHK+i2gldhaD1ukhE8VCnpWD/axc0cfoTJ1/fvgInufOo4cESo0Gv/ama7n1mo1845EnOXjkOJPT0+RyPpvWr+PVN+zi9999M+/+089nvs2cKJsSygl8+v59/MlP38yalYMcPXGSmdlZzFYPnraZLlmtItKeu7OlEqeGz/LMgYOEYcTY+AW01rz25Vfz1pu28OlvHqKQs1OPWkMgwPckTx49z9mJGldtu4KZco2+riJ/+MlvpmYnY5hmoqqexGwe7OWmHZfxzMFjPL3/AM8eOMz07Cy93V006g1W9Hbxuuuv4KP3PMVMI8Ey57jWQGDbNvc+eYL3v/21rBzoz+LwNOxrl0vRjiytqdZrnD0/yr4DhyhXa5y/MIVhOdy++0o+/+hB7t0/RiHbfZzO18CxDE6PzvDM8VHedPPVzJRqmLabnjPYXHdZQqhsy6K7sxMpJetWDvDnn/s2M6U6hbyfpsXRSCBOBJ05hzffsI0TZ8+z/+AR9j77HGPjExQLBarlKp3FAju3XsHV6/p57PQEedtsOZ4CgWcbPH5olAuViHWrB+nq6MB3J5A0z8hupo6XZtiMMxRhFDJbLjM6Os6RY8d57tBhDhw+ysj5CX7q5p3kLEkWvaFSwUIKyWwj4tnj5+nr62Pd6iGmynWeOHQWy7FbjlmTLHEYs3ltL7YlOTc6xplzI5waPsPxk6c4efoMp4bPcOr0WXoKHltWdRG2deZK1abAtA0OjkxybmKGzo4iOd/HthYfAtFkvOYcokRRbYRMTM9y8swIh4+f4vCxE1RqNX78hisxddyaZ/OrFBDHmr1HzmJaDoVCHjLHcikV0JQv13Ho7upg9dAghmnx6HOnsQ0rO0SCTMtAGMesXdHBUE+RkdEJRkZHOXP2HCdPDXNqeJjTZ84yfHYEU8L2TYMkSTzP39GAbRicn61x/PwFBvt66eoo4rtus1fw/Jk97/KBTpM4URQxNTPD+dExTp85x9FTZ9i0sovLV3YShqrplqUIyqLtw+cuAALLsjl4apyzMxVsY4lnaU3RMxBoarU6tWqNRqNBkiRUqlVmSyWmSyXiOKKvOz2Asv1l05cQTDciDp2dSIlhGC+4tpGupEmQaY5gtlJl4sIUo+MTnBudYOf6AXp8d+mj6EyTAycvAOA06wkuupiW3m87Nh3FIv19PUyUahw5O43hmC3syyzoi5ViqCuP7zvUGg0a2ZWohHq9wUypxNTMDOVqjf5uDyEE8QItF2e1D8dHZijmc3QU8ni+g9TJXMOghZw9HzVtk9dpkwSVJFQqVS5MTTI6PoElJZtW9qCyTppzq5LpiLP1oDXKoTMTJLFCLoUjrcm7TmpGshZw6LRTl0rSOLa52OR7i9vHaNJt/DpKODU6Ne8lvpu6HAFIIYijmFq9xmypxNTUDF1Fj57O/JJH0him4PSFaYIgmDfOAuTNA9MwsG0bw7QYPj/DVC1AzrUQz1bs0xnnHTPNu7TjA00SpwtvjUaQricAJhK5gAGaKe7hCyVc16VQyKUaoNXRKvvAC/mt6aSye5QmCAMajYBavU6URHTkfXTmKYu2e8CgXdjPTUxnHTeWBs91oHm8ita0umq2dc8EMEVzg+YctK/0j43PLJi8vugbirbP6ax1XaMRUMkWWASa3g53ySPtTCGYqTUo1RoXfaeF0K6Rxidm0IlakKfQc7UbcycT0WqErbITSJOEOInSk9iyl2ufYTPTaQiDUqUOUpD3/XS9Z257VEb8FxIPrVtEUSrBlALTMLBME8swCeMYqefTpDn1VT3F1s9GJkvZVuqlxWPOfGYYaG0MaWspB1ycnIAUlNu0zgsWKIi25wFaKaIoJAwCGo0GoCh6zpJOskAQhIpqLVj0u+8GxsvV1pkDS43dwoVeCh/MNa2+KDrShNnkdJVGEOE4dlr70fQ2ab77RbGUESuTRAn4rktXZyf9fb0M9vchDYPj56ayZWTRfhcSuGrTmtZojSh5XoLMHapEq/BkTlu1qbcs1JIXCe9q0XwHUWfx8fNBU+OgU22TJDFx1ovAtYwlq6WEEAQqod74/hig1AgzBbW06m5PJWflH204mdMOfs6Z99m2GSKkYLYeEIQJppSZuWiTqpbvuZRflv0xDBPfdenp6sS2TIYGB9i8aQM7t2zimePnefr4GHYWgjgqHaqeKAZ78rx8+/q58bLVxYslnlSTs5nj9FbTxgVaAFIGW3RMg2CeM5T+7HnI3xL++dKlM6kTQmCIi5/lt5CA3wu88H2iZcLQen6/4TZ8SClZbKAWvF72flrrtCBkXq3Z84AUklzOZ2iwnyBKHY51a1bx8l1XgTD54Kfvp6IFhWzzQyjTiVfKDX721u0M9hYplyvkvMXh2EJQWSdNvZQGaNMCeqkqh9Yb60XnDsx1+bo4XOyZIls6vhg0TxD9vmBpsW0OnFqGrD7jYm1fhSDtSfg87+WYJpYhW+clmrrJVcyXqMU3a5Qp6e3uYssVm1i7eiU9HUUG+3sZPj/Dr37kLp44PUWn7xICJglKCOrVgO2ruvjFH385J4bPEoQRgyt6adYWXMQDIIxUS/LSP6kG0G0E1FoTxWneSy2tRijYz89s7ZFPe3uWFNEqQ4meY0axNI4UGseyyXvu0g95Af9DGiJTvs0Aus0/ah6u3LLUbfjIIjJEOr8kc47bMZsG4QKlEvq6C/iuk/ZdVAlm2vWS+Q7nRTBVdD26u7vZuXUzYRDw8LPH+Nh9D/Avjx1jtpbQ4dvEWmOJdMmyXIno7/H4v375NsKgyrMHTqe1bY5FzrMRrRX5hWoaqkGIasbbzRayKh3XkBLLNNEISo1G2gdgCZwDDHTmF/xmaUrMe/fMqWpJFmkLG601URIvOYTS4JsS33MuhsHnhVzOyVZi504ra7f/jSQ9VDIz/3P40KlmNg0T0zDQOo2cJGJeQkkjUFrT6VsYEur1BlEYYkJ69MrzSX8TK3GSIAyLWqT4xT//HF99ZphEg+taFD2DBIENBGFCNajziitW8af/+TZ8M+GbD32HiclJBlasYN2qAfo7PRJN69i1xQhthqSZRGYtVi1TYlsWnutimibVRtzSJHr+dEEKVqzoWOJNnvc123wNjSkNbMvCcWxAMFNpIJcwA0mi6S96FHPeC+Cx7VFtOB/qyKcth9rwoQCD9BibmUZIFDf7JqUV2EorTFNiWyae6+C6NvUgRmkxL5xXCBytqWro7/CJoohypUytXm/3AV4oBBTILL34T/c+zpe//hzOUA+uUERaU44kRhRQVgmre4v85quv4adu2cHk5CRf/fZeDhw6TCMIUEpTr9dZ1VtMX4QlBEoIamHaVdwyTQxptAomTdPA9zwK+RyGNJitNDLEzUmxzKyZZUvWruieQ4S6SJ5jgYedhrjpyWWe51DM5+nq7CRO4MxEJVvqnX+rSiJWDXRhmCbNEnt9EYd6bj5NcyZYP9ibZkV1ghDmnFYUIKWgVG5QqwdYptEaW6kEKSWe65DP5XFshwul9OxE1YZZE02cRUtDPUUq1SqlUolqtdo8M6gtvnw+yMKNm3dtYtv2lZybDTEMg25DkHMtVvf388rt67hl+xpyluCpfft5Zv8BDh0+ytlzIziOTU9XFzOzZTYMdZN33DTcWyBRhik5f6FElCgK+Ry+72XpVY1jWeRzPh3FAtUg5MJ0BYz5x8SlrWEUvb7HpqEekqzPcJzELOTzpd5YSoFhGBTyPn093QwO9rNu1RDHRqc5O1XGlu2LQRma44Qdlw0B6aqi73mtbYsXyz5GcUy9lraZX9vfyWB3keHZGm4W0zbXNQxpUCk1mK00yPk+nuviWBZCpyXtOd+jsyOPJs2vmFJk4W5TKAyETjAtg8sGe5ktlZmZyRig1Vr9hclPGCfoJGJ9fyef+u23MjIxg5AC0zYp+jYFx6RarXLi1EkOHjnGiROnODU8zMjoGDOzs3R1djA5NcW50TGu2rGDTSs62D86g2vPb/BsmyZHx6epNBKG+vsZGuxn5PwKTMNgYEU//Sv6GFzRx9h0hYly/X+0d26xcZzXHf/N7OzMXrm87YWkeJOliLIlW5as1PdLEtWx68otChQpkhR1WtiIi6JPDQrkoUAfmiJAWxRoiqAvTVugCVoYTRM4SZOgTlMnsa2bZYoiRYsUyd3lZbn32ZmdnWsfZnZJWrKsJAVaRDpP5HI588055/vmnP+5IQqhnuHkv/tc2pbF4wezDPRF2a5UfMhV3MEmrid/1yqyTCqZJJfNIIkio6M5Dh24i/GxHP/w1f9GM0z64tIem8FyPfqiMo/OjKOqDdRWm1gkaA9/w7v5n3U6Haq2SbttkBlIcXQ6w9U3l1CkvfwIh0Q2ahrrtRaT2WFGczlGczkc26G/v59cJsNIJoNmuqxsNZCkEN0IpwCYgofUcRlPJ9if6+PKlXnq9Tptvb0LBwis3BvFOfw1C0iSSKVS4cLsPLVaDdd1fOMIKLYNqrUGW9sliuubrG9ssLW1Ta1eR2vrOLaDJklUKhXyhSIP3HcPT90/yYWvbxGTJXYXdYUFgc2awZuXVzj90AzLq4dwbJtavUF6eIiZQweZGh/hb7/xBk3dpj8u7TICg2Pecnns/mlMQ6e4XqK/v49EPM4e6zqgkOeBJxISRJLJBJMT+9B0HV3XyWWzPP7gCa4Wa7zyw0vEIxFcobs7/dBz27Q48aEsB8YHubaSxwO/Jb3r9tz397ASAMMwaBptytUakuDy9Im7ePXNq0hAB5B63/douR7/eXGZP/nkkxw+9CGMjsFILksiEefuQ4c4fHCKM4ubrJSaKBGFnWRXj5jnUbVsnj+UI6kIFIob1Bt1dF1H6uLKOy7GjUkUBKKSxHa5zOX5BS4vXKFaq/XEZts2uq7TUFVq9Tpq0zcyHMfxsTcB2kabcrnCaj7P8mqe0w/N8E+vXUI1XSIhcAIbwxUgJIX4u1fP8vSHZ/jlJx5mbCSL2mox0J/iyKEDrG42+MfvvENCkXF2yVPwQLNc9o/08cyJAywur1IqV3DcET8cfIMNKSIguC6JcJh0Nsv993pMjPmNKAb7UxS2G3zuy69S1V1iva6jPvjkuR4h2+aFj95Lo9lkeWWVWCzKvtxwYI1fp2+BUP16gGqtRj6fp93WefjwGDPTw1zOV4nJYUAM3E6BWFTmqz+Y5dcemeHU479ELj1IpVYnGo0wc2A/ISnCX/3bj3FDoaDAyN/9Dh62IxJXJD75xFHWNrZYKxSoVmvouubjAL78g0PtJkiw7dpoLY31jU0WFhcpFIpBcYLvYti2H6XrRur8XPsdN882/QdeXV1jdm6B08/s44WPHuWLr7yFlIwjBt8UgZQscXG9wae+8C987jceYf/4FAIeluvy2tsr/PnXXmdVazOghOnaxiJgA7Zh8tKzjxDG4tzCIoZh0JeIkxkevu7xRPycQFkJceZqkdfPXyYqhdmq6JQqKueXLvKvby5Qalj0RWVMwSXUA21E1FaTTz1xN48emeDsxTk2tzbJZbJYne78gL133L3BXMdFVVXph/tfAAAJDklEQVTyhXVK2xUGUwl+/9kTfPZL34UweOLOKyQcElFNk5f+8pt8/jcf49ihMdLZUfBgbq3OX7/yOueXy0Tjfu+iHbsjhK61ePmZ+5nKJPnW98+xurpGtVbDMDrdV0BgdPRAj91y9wLHxI+VO45Du92mUW+wVdr2Q7/dM61bXNGFW99jWHqeh6o2KRY3WFhcZGLfGL996j4uvLvO9y6uEUnFiXgituDQFkQGFZnzy2U+8Rf/zvhgnLgiU9UN1qsaSijEgBIJoF7f7227YKkqnzl1H8+fPMjrZ86ysLiIIitMTYz7c3q7zH+PIsiKzJsrVU798VeIiiJt28MIeBMLy6QiEi4ekudH6S3HRW/pnDo6zh994jHm313inbk5NE1DUSJYdrCyLmt2KdzO7x6GYVDaLmEYHRRZ4mNPPMrLTx/hb751gXg8Rigk4OHgEiIuyxSbHX7vy99hdDDOUExBN20KFRXHE0jGYoiey46z6KI1LJ68e5QXnzvBxbl55ubnyRcKqGrTB4Ic18FxHRzHDoCGvS8BwfOPIVewUYNQp++C+G7SdZWqgeDf71ViWRblSpmrS9cYGhxkeGiAL774NH/6zz/k6z9ZwgiLxGWJsChgCR6RSAgXkULDwHXbhESBWNTPFfAby7vYjoDe6RAR4KVffYCXT5/k7dk5zp17m3yxSDaTRm/rgTcAniD2wJZd6klEEnE92X//KtAfbAh/xraL4Xk4lodtdYjHZF7+lWO89NxJioU8P37jDPNXrhCSQoyO5LAsC8/phm127tU1V0XPd0tN06JWq7O5VcK2bYaGBvmDX38QRYrwpf84h2ZCRJaJhDwcBJSwn4JWbZlsNzuIgkBYlpEBFwcTcDwBp2Pj2RbPP3QXn/+tx1hfL/LW2QssvnuVrVKJjuF3QZUc26ZjGLRUzQ992g6mbmKFuzBkEHFru8iigGEamB0zUJhgivcH4Zx7dMOj1WpRXC9yaS6Coig8+uCH+bPfeYqP3DfNV167xOxKmbZp+hVBop84IQaK5npgmL6yCq6H4zrEIwpPHR7lMx8/xgMHspy9cJEfvfEWs5fmaDZVRFGgWquht9vYpomlmVj2B5evC4GgHM9BkCSG4gpj2TgPH97H0yf3MzUYY/bSLGcvXOSd2UtsbG4y0N9PtVqloTaxTRN0Gw2zpwAi/ih7vWNhdjq0Wir1RoONjQ1aWotIxE9w+d1nj3Dy8Ah//90zvHG1TL1l+sUugkAoJCKKYq+8yzAdHwIO5hvK4RBHJ1J8+sl7+fiJaa4sLfOjN87wzuws+XweVVUDCFlA6hgGjUaTa6trTE9P8YfPHWcuX0UO0po8BHBdJAFOHsxwbTVPvVbz4+Pu3iP+VkgAXMehWqmyJIi4roeqqhw5PMPxe2Z4+LOnWNpSmc+XWSs1KFZa5CtNv2Wr5yGIIgPJKKODCUYHEuzP9HNkcpjJXIpatcK3v/8DLs5eYn5hkbX8Gq7jEotFWb62wtTEBJ/+yBGOHayg3DBGEEQ8BZFQKERYEhlKROmLhUkloowMJBlOKYQ8m9XVIt986ycsLC6ytLRMYX2dVkvDsR0KhXVmL1/hyFSOF0/fiydKPWGJnoBhmezP9FGvV1lZK1CtVilXKtRqNfB8oGxjc5NjRw7zhRc+RqGiMV+osbJZp1BukK+2aGgGXlDe1ZeIkO2Pkx2IM5Xp5/C+AQ7mUuitJt/7r9eZm19g4coiq2trVCpVHMfx8xU9DyE+kPGG00PcPTPDieP3c/zeI2Qzw8jvYVDH6LC0mufchbc5e+4CV5eXaTQaP3P/G8/1kMJSz4/dt2+MqYlJpvdPcmBynHR6mGQigRgK09QN9I4Fnl9IEVPCxBUJy7bQdZ1ypcryap6l5WtcXVpmZXWNrVKJZrNJSBTJZnPcc/gQJ04c5/hR//lC10UJr1dVIdBYx3Ex2m0q9Qal7TLrG5usFYqsreVZ31inXKmitVo4rksqleKu/dMcP3aMB44f48D0JJFIZE+eh23ZbFcqvH1pnnPnL3B5fp71jU0cxyHV10c6nWbf2CgTExPsn5rkwPQkI7kMfck+wrKMZlhohokTjN+LRcMkFBnPddB0jXK5yrvXVnj36jLXVlYoFIpslbZpNBs4trOn14KgJAc8RVHIZjOMj+1jbGyU/v4Uyi6XyS9p7lCp1igUCqwVClQqVSzrBhM2fholCCDTaCRCX18fQ0ODpNNpsukMw+khBgYGehm9UiAwzwPTNP3k0EaTRqNBtVZju1yhVCpR2i5Tr9f35OZFo1GymTQTExOMjY6Q6ksRDt9gutjute362bZt2m0DVVVRVZVqrU6tVqVWq6O2WliW3RNwKBRiaHCQsbFRJsbHGR4eIhKJ7GlJY1o2jUaD9Y0N8oUCW1sldF3v/V2WZfqSSQYHB0in06TTaTLpYQYHBhnoT5FIxJHD4Z5h4W+EdoDwNShXK2xtldja3GK7UqbZVOl0Oj1+7yZBSfR7Hh6KLBNPJEgmEkQiEb8hw048Ctt2MAwDVW2haS3Mn1P4uzntBUe7IsvEYlGSiSSJZJxEIkksFiUcDvfiEACOY9MxTdq6jqa30TSNlqah6zqdTmeXC0oPq40oColEgkQigaIovXr9WyG/G4nVy8btdDoYnY7fjQT28MGPV/hwdTKZJBqNBsicsOd6HcNA1TRarRYdw/AX2V1ycLSHZT/olUgkSCZ92cTjcWRZ2ZNP6HoOpmnR1tvouu6X36ktWpoW8MM/KW6IR8jxlNdduCAIfm8gBLhOuDtBkuBfb5mBt0Zez6AURRFJ8jNmw1LYH6m+az2u6+K6DpZtY5oWruPgBC5bF3u47uqe1+t79H7fufna8NPDXDdgzc16KAVAUW/d78dL74a7cvc9wc/yCYkhZEX2N4Mo7tkQfosYJ8BhrJ5H592EH10S5FhyTxj8Zi6cEGjp/7bo30s7wNT7r8eXQRfbv7V1fdDz3Yy69/up1Gb3c/wc1/PYFTq+JX7c+rWFcDTxs/DjDv2C0N4+gXfotiPpgzOB7tAvMt05AW5zunMC3OYkee6dE+B2Jun/y+iSO/R/Q9J1Q5ju0G1F75eweoduE/offHKm7/ziO0UAAAAASUVORK5CYII=

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7X15kFXHee+v+5y7zgYDDDMsQjJCEovAoAUzgAANSCAsCVAU2/Irl+PKs+M4ZcWFEpftSiVxRfWyuVLP0fN7zlJJ5cVlyw+B0ACSGBYJGEAIhLGFAI1khAQSgmEbZrnLOd3vj+6vu8+de88dFChbNq06mnPP0ud0/77l933dfWBSSlwvv5ll9erVaQDNAJoA3ADgw+9973s73WvYdQH4eJbVq1dzAA0AhumtGQrkcQDGAxglpRwBoFFK2QhghJTyyOHDh+/u6OjopXquC8CvaVm9enU9FMANUKASuDcCaJJSNgEYAQV0RkoJ2hhjYIzB8zx4ngff95FIJJBIJJBKpZ5NJBKf/eM//uM8APi/mub9dpfVq1dnAdTrbQyUxt6gtyYAozXAo6SU9QAgpYQQAkIIUw9jDJxzcM6RSqWQzWYjf8MwhBACpOT9/f3o7e1dUSwWbwRwDLguAFe9rF69OgmgTm8tsJo7AQrcZg3uaG2aASCivQSq7/tGexljSCaTqKurQ01NDbLZLOrr69HY2Ijhw4cb4KWU+Od//mfs378fYRhiYGDAbIVCASNGjMCsWbOS9NzrAnAFZfXq1R6AGgC1UOCOBzAWCtxRAFqklM0ARkMBzAhY0kTGmKmPc45MJoPa2lokk0lkMhn4vj/o2r6+PsyaNQuf+tSnkMlk4Hle7HtOnDgRa9asQTqdhud54JyDMQbf9wfde10AdFm9ejUAZPXWDAvueP2bwKUtQeBSIb8rpUSxWCSfi0wmg5qaGqO5DQ0NGD58OBobG3HkyBG8/vrryOVyOHPmDPr7+zEwMID+/n6zXb58GUEQYPHixQCAIAgqtsP3fSxfvhxbt27FL37xC/h+PMS/NQKgTXMGCrxxUL53HJS2tgAYK6Vs0efTUkruai4AeJ6HRCJhzHMymUQymUQ6nUYikTCa3tTUhFtvvRXZbBbpdBo1NTWoq6tDKpUCgIgVEELgn/7pn9DT0wPOOaSUxgWQO0ilUti+fTsWL16Mu+++G3HEPQgC1NbWYuXKlXj99dcHWZ3S8hshANo0p6DAHAsF7ljnN4E7BkBGSpkArN8t1WTP8wyw2WwWmUwG2WwWQggUi0Ukk0nkcjkMDAwgl8uhp6cHuVwOfX196O7uxqxZs/C5z33O1EeCEYah+Q0oFzBt2jQsWrQI69atQyaTKds+3/fR09ODtWvXYubMmfA8z9RVWqgtCxYsQHt7O1577bWK9QIfEwHQ2jsa2hRDgdoEZZ5Jk1uklDVuSEThEG2kuYlEIqK5vu+jvr7emOV0Oo10Oo3a2lo0NDQgm80ikUjgyJEj+O53v4vu7m4AQBiGCIIAQRCY5wkhcPnyZbS1tWHOnDkoFAoV2xWGITzPw6pVq9DZ2YmLFy8ikUiUvTadTmPPnj3Ys2cP7rnnnlg3UCwWkc1msXLlSvziF7+AEAKc87LX/soFQCc0RkIBSxuBO05vY6SUtQCyUkrP1VhXgynmTaVSRnt9348AXygUkMvlkMvlcPHiRUgp8eUvfxkTJkwo+35hGEJKiTAMMWnSJNx2221Yv3496urqIibaLRcvXsTTTz+NWbNmwff9itoKKJN96623YuHChVizZk1FAeCcY2BgAE8//TTuvPNOpNPpWCEIwxDz58/HnXfeiV27dqG2trbsdddcAFavXt0Im44cgyi446HMcy2AWillspRU0UaJDOp0V0uHDRuG4cOHG587bNgwcM7x05/+FF1dXcjn8+jr60Nvby+KxSKCIECxWDTCMG3aNEyYMAGFQiHWv6ZSKTz66KN45ZVX0NPTUxGsTCaDgwcPYseOHViyZElVoHzfxyOPPILOzk6cPXs21gocPHgQL7/8MpYtW1aVC6TTaaxYsQIHDx6sKIT/JQHQ2aomvTVDhUI3QAFLLLpBSllHphlARHvJPGUyGWQyGaRSKQO0m8EqFovI5/OYNm0aZsyYgWw2C8650fpyoVE6nUZnZ6e5lswgCVU6nQbnHGvWrMH8+fMxduxY5PP5iqSpUChgypQpaGtrw09+8pOKQHmeh76+Pjz77LOYM2cOMplMrBAUCgXcdNNNWLp0Kf793/+9Yr2MMUgpsW7dOsybNw/ZbLaqK5g7dy5aW1uxZcsWpNPpQddUFAA9kDAayjyPhh1QGO9s9VLKBillHWCBpQ50ASa/m0wmkUqlUFNTYzQ3k8ng+PHjxrf29vair6/PaG1fXx/y+bzRuiVLlkSyXKTRbkkmk/id3/kddHZ24uTJkxU7NZFI4N1330V7ezu++tWvmvcuV8jVrFixAjt37sTZs2eRTCbLXktW4OWXX8by5csHvV+5epcvX46Ojg6cPn264vsmk0kcPnwYHR0dWLVqVWy9YRginU7joYcewt69e5HL5QZdExGA1atXJwD8HwB3AKiTUg6TUjYA8Eq1l7SPNDSZTCKRSERyzw0NDRg5ciSy2Sxqa2sxfPhw1NXVmetIGABg/fr1+I//+A8DrGv+6XlBEGDz5s1oa2vD5MmTYwlWoVDAmDFj8OCDD+Kpp56qGA5Rhm3Tpk1YunQpJkyYgHw+X7HeXC6HiRMn4v777zfaWq5ezjmEENiwYQPmzp2L2traWLDy+TzGjRuHhx56CD/4wQ/g+37FesMwxLp167Bo0SLU1dVVrfeOO+7AwoUL8dxzzw067/3FX/yF+bF+/fonAPxpEATNQojhADKcc06Mua6uDiNHjkRTUxOam5vR2NiImpoapFIpE5r09PTgzJkzeOutt5BIJPDFL34RN910E5qbm1FfX490Oo1kMhlJmABAS0sLDhw4gNOnT5uMGA1mUDbL931cuHABADB37txB4ZtbCPCWlhbs27cP586dq5gU4ZzjwoULSCQSmDNnTqxZpevHjBmDXbt2oaenp2K9nufh9OnTGD9+PCZPnhxbL8X/TU1N2LdvHy5cuFAx4+f7Prq7u9HU1ITbb789tl4hBFKpFEaMGIFt27bB8zyMHTv2fy9cuPAM4AjA97///Rvq6+ufbm5uTt58882YNGkSpkyZghkzZuBTn/oUWltbMXv2bLS2tiKdTuPpp5/G0aNH0dXVhaNHj+Lw4cM4evQo3nnnHXzwwQc4e/YsTp06hcmTJ2Ps2LHI5XJGu2kj8IQQqK+vh+d52Lt3LwBU9MOcc5w6dQrTp0/HuHHjqprA4cOHIwxD7N69u6JW0bFTp07hzjvvRFNTU1XiNmLECPT29uLAgQOx9QZBgDNnzqC1tRW1tbWxEYEQAo2Njcjlcti7d2/Vet9//33Mnz8fdXV1sfWGYYjRo0fj5MmTOH78OMaOHfuDe++9NyoAO3fuvGXJkiVfu/feezFt2jRMmTIFN998M8aNG4fGxkbU1dWZuLmhoQG7d+/GoUOHzAPcwQtyDX19fejp6cE999xjTGKlIqXEDTfcgIMHD+LUqVOx4VBvby8KhQLmzZtnOi6utLS04Gc/+xk++OCDWOJ26dIleJ6H1tZWE/5VKowxjBs3Drt378aFCxdircCHH36IMWPG4Pbbb0exWKxqtcaMGYMDBw7gzJkzse97/vx5DB8+HLNmzYp1h1JKJJNJjBgxAvv378fAwMBTK1as6AYAkx344Q9/GJ44cQI1NTUQQiCfz5tMV6FQQKFQQLFYRC6XQ21tLT7zmc+goaEBAEzasrSkUikcOHAAnZ2dZRmoWyiF+cgjjyCZTMaCmk6nsXPnThw4cGBQDF5aisUiRo0ahQceeMCw6EolmUxi69atOHjwYNX3LRQKaG5uxvLly2OFhcLWZ555Bu+9915FQN16R48ebcK8uHoZY1i/fj2OHz9ekYxSIe6ydOnSYmdnZw8dNwJQLBaxdu1anDx5Etls1mS1yqVLc7kc7rjjDrS2tmJgYKDiQz3PQy6Xw7p163Dp0iWT66605XI5zJkzBzNnzoyVaM45crkc1q5di4GBgar1DgwMoK2tDZ/85Cdj3zeRSOD8+fNob29HEARGYCpthUIBS5cuxW233Rb7volEAsePH0dHR4fx69X64b777sOMGTPKMncqqVQKJ0+exLp16yJp5pItkFKeC8PwTSnlq0uXLv37rq6uD0xf0s706dOxadMmtLW1ob29HdlsFjU1NWVfMAxDJJNJPPzww2hoaIj1l+l0GocOHcL27duRTqdjG04pzFWrViGRSMRagWQyiVdffRV79uxBMpmMrTcIAjQ0NOCBBx4ww61x77t7927s37+/ar2FQgFNTU148MEHq1qBRCKBDRs24J133jEDR3H9MHz4cDz88MPIZrOufy8AOA/gHQB7Afw/xtjfHzly5JsDAwMbAWyVUv5QCPEtIcTnpZQPSik/JaWcEQTBtJqamrubm5u/LaU0HWAc1969ezFy5EhkMhk8+uijePDBB/Hnf/7nmDZtGvL5/KDQKJfLYebMmbjnnnuwcePGWIYdhiE2btyIefPmoaamJpa4kXWZN28etm3bVnEgw/M8DAwMYM2aNbjrrrvg+36sIOZyOcyfPx8dHR3Yt28fstls2et838fFixfx7LPPYsaMGeb9K5V8Po+FCxdi8+bNeP311yu6jkQigQ8++ADr16/HH/7hHxoLG/e+s2bN6r777rv/c8eOHYc8z/sAwId6O719+/ZSafvbipXFFIPasGHDcNddd2H06NGYPXs2tm7digULFuArX/kKHn/8cYwePRp9fX2mM+jlV6xYgT179uDy5csV/VsqlcKRI0fw8ssvY8WKFVWZezabxcMPP4y9e/ciCIKK4VAqlcLrr7+O3bt3Y/HixSgWixWjhzAMUVtbi1WrVuHQoUNmIKZcyWQy2L9/P/bv34+5c+eiv7+/4vsWi0U0NjZi5cqVePPNN+MGXvo55/27du06/cgjj4wbOXJkrRDiMoAeACcBvKe3UwC6i8XiqeHDh5/667/+666KD78KxbzpDTfcgPPnz+Po0aM4f/48li1bhmXLluHf/u3fMH/+fPzrv/4rPM9DXV0dAOVr8vk8br31VixYsCAWVIoA1q9fjw8//LCqCRwYGMDtt9+OefPmxfpAzjmKxSLWrFmDixcvwvf92HopKXLnnXfGJnsolbt27Vpcvnx5SBzj7rvvxuzZs7vz+fx2AP8J4G8AfAPAZwDMBzCdMTZh7dq1M3zfvycIgrullJMATKqvr59XX1//ufr6+j+tr6//n/X19T8aNmzYS+l0+pqCDzizgufPnz+rvr7+QCKRwMDAAKSUGD16NBobG/Hmm2+is7MT06dPx1/+5V+ira0NhUIB/f39SKfTeOedd/DEE0/EDmcCwMDAAL7+9a/jd3/3d9HX11cxOyelRCaTweHDh/Gd73wHvb29FV2MEAJBEOBP/uRPsHz5cvT19VW0AlTv/v378Wd/9mcoFoux9Qoh8J3vfAcLFy5EPp93U915KM09BeCUlPKU7/vv+L6/Np1OH6vc3b9+JWKrgiBAoVDA5MmTceONN+L06dPo6urC6NGj8dhjj6G3txfLli3DF77wBbzzzjsYNmwYhBC46aabsGjRolgrACjN2rBhQyQ3X06jAOUDp0yZgtbW1qpWQAiBdevW4cyZM7FWgOqdPn26sVpSygIUkK8CaIdKhX+Xc/7fL1y4sCSXy/23IAj+Rkq5GsCjAOYIISaFYTgxn8/f2dDQ8Olhw4Z9pba29n983MAHSsYCBgYGMHHiRHzhC1/AuXPn8NRTT6Gvr88ANnPmTEydOhXbtm3Dpk2b8PWvfx1f/epXMWrUKDz00EPYtWtX7HBmMpnEW2+9hRdffBFf/OIXAVQfeHnooYfwyiuvxFqXVCqFY8eOYdOmTXjssceq1dvPGDu1atWq/QcOHHiqu7v7l6lUqh9A3/bt2yuzvd/QYgSAzPGlS5ewdetW9Pf3I5/Pm4GZQqGA48ePI5vNYunSpeju7sY//MM/4Kc//Sm+/e1v47HHHsMjjzyCf/zHf4x1A8lkEps3b8aiRYswbty4WF9MHOPee+/FmjVryrmMCwBOM8Y+DMPw1M9+9rPelStXfiqRSBSllKcAnAXwPoATUATrJIAL/f39l6dPn95XSUh+m4rhAPPmzZvled4BIYQZqJFSGgIEwIQulAtvampCV1cXXnvtNSxYsAC///u/j/b2drz55puxs1H7+/vx6KOP4g/+4A8QBEHVeP/EiRMXv/3tb689d+7c24lEgpjyuwAuA+jZvn27ye709vamz507V5wwYcJvnTZ/lGIEYO7cubMAHHDj00rzyAAYUnTDDTegtrYW+/fvx/vvv49p06aZBEqlUiwWB0aMGHHm7/7u75pbWlpSmjt0Azijt3MAPgDwSyHEeyNHjvwF9EqW6+XqFiMAc+bMmSWlPDCUm8IwRH19PWpra/Huu+8ik8mYkbkDBw6gpaXlw2w2e6xYLJ4D0C2EOCGEeDcIgnf7+/vfO3v27IXu7u6LQRBM9zyPQYF+AUDlPO31ck2KEYDW1tZZxWLxQDW/KISA7/t44okncMstt+DJJ5/EkSNHTI6gsbERo0aNWtvS0vITIcRAOp3OCSGYVPPsuRCCCSE8IYR35syZYi6XE4lEgicSCT+ZTHqJRMLzfT9+6cv18lEKAxAA2PC9733PKFqEBFbzx3Qd5xwnTpwwKWIiiu+//z76+/sxYcKEVblcbpUQIjaEa2hoMIklt5RL6VYacSwt7jyDuEKjdNVKaRgZV4b6jlLKqv18pXUOtd1CiL8F8E36bSzAggULZl26dOlAoVCo+kAhhJnAeeHCBfT19SGVSmHatGm45ZZbqub7iWcEQVB16RKg8geMsdicvEtQq62dA1Rufihj/iSM1YSFpshVm00EIDYB5RbKacQJC/ULkfe4oifa5jOZzG3f/OY33wFK8gC00CEMQzMrt1wHMcbQ09OD3l71nYH7778fX/va13DbbbdBCIEf//jHeOONNyqOUdOIYltbW9VJHTTx4Uc/+pFJ95YrlIP/7Gc/i5tvvrmisFC7Ojs78cILL1ScdQMooMaNG4fPf/7zpaNykULJqJ/85Cc4duxY7Nh8oVDAPffcg7a2tqrtfv/99/GjH/0I/f39FcENwxCJRAKf+9zncNNNN1Vt9/bt21MbNmy4AWpE0QpAf3+/mfBRU1ODIAiQz+dNSOhWlMvl0N/fjxkzZuAb3/gGHnroIXP+0KFDeO6558zsmnIvksvlMGHCBMyYMQONjY2DriktHR0d2Lx5s3E/5ers6+vD/PnzMWXKFNTU1MTW19vbi+eeew6vvfZaxQklNNz7+OOPY+zYsVXfcf/+/XjuuefQ29tbsd2FQgEjR47EH/3RHw2p3T/+8Y+xbdu22KlhfX19uPfeezFlypSqk1guXryI9vZ2HDp0yAA6KBM4atQo/NVf/RU++OADPPnkkygUCqbTgyBAT08Pxo4diyeeeAJf+tKXUF9fbyyGEALPPPMMzp07VxEEKSV838d9992HCRMmGPNVriQSCZw+fRrr1683U5zLlTAMUVdXh5UrV8a6H9KCjo4OHDp0CJlMpqJpz+fzmDx5Mu6//34AqFgnmf1nnnkGFy9ejG03ACxevBi33npr1XZ3dXXhhRdeMNPrKrW7oaEBK1euRDqdrtruF154AYcPH8aYMWMGC4A7IaNYLEbm9XHOcfnyZaTTafze7/0eHn/8cXziE58wWgKohM1rr72GvXv3xkpioVDAuHHjsGTJEtOIcoWA2bJlC06cOBE79SuXy2HevHm46667Yv06zSpub2+PPKO00EDQsmXLMHLkyNh5fJxzHDhwAK+++mrsIswgCNDU1IQHHngAQPV2b9y4EWfPnq3a7kWLFuGOO+6o2u7u7m48//zztJTNmJOIAPi+j2PHjuHJJ59ELpfD+fPnDdNfvHgxvvWtb2Hu3LkAEEnhep6HfD6P9vZ2XLp0qeJkCzLh9957L2688cbYjiUf2NHRYfxcuULzB5YvX45sNlsxtUxz6F566SUcPXq0qp+eNGkSFi5cGEvCaMpbe3s7Ll++XLHd9J4LFizALbfcEttu3/fR1dWFl19+OTYCoPkNy5cvRyqVqtrubdu2oaura1C7jQAQgw7DEG+88QYYYygWi7jpppvwrW99C4899pgBuvTlfd/HwYMH0dnZGSuxQRCgubkZ999/vyGCcS+9detWvPXWW7F1FgoFzJkzB3PmzKkqUOfOnUN7e3vsalkK+ZYtW4bm5ubYMNb3fezbtw979uyp2u6RI0fi05/+NIDK2k9gb9q0Ce+//36sQOXzecyePRuzZ8+u2u4zZ85gw4YNZYffjQCQ+aLJkEIIfPKTn8S//Mu/YOrUqSgUCmXXzV2JFgghsHjxYowfP76sIAF2CvPJkyexbds2k2MoV8IwRCaTMdrf399f8VrP8/DSSy/hzTffjAUrn89j0qRJWLBggcmLlKvT8zz09/ejvb0dAwMDVc3/woULMXHixNh2ZzIZHD16FC+99FLsgFqp9ldr97Zt2/D222+XtXpGDUaNGgXf91EsFjFs2DBMmjQJX/7ylzF16lQTIdCL0kZZwddffx2vvPJKbMcWi0W0tLRg4cKFJnatNGbPOceuXbuGpP1Tp07FXXfdZUxgaX0UH587dw4vvvgigiCoqv1tbW1oaWkx/KZcnb7v49ChQ3j11Vdj3UkQBGhsbMSSJUvM8rZy7aYZyFu2bIldv0Dtnj59Ou64446K7ZZSLZc/e/YsNm/eXNHqRcLA8ePHo7m5GYlEAhMmTMCiRYtQKBSMDyyVXHIJzz77LC5dulRRC9y4/xOf+ITRgnKaQNr/4osvmqXT5QoteXr44YdRV1dXcd6eE//ijTfeqKr9N998MxYvXhybFaUJqc8++2ys1SNivWjRItx2222x7c5kMjh27Bi2bNkSmyRy50zW1NRUbfeWLVticxORdQHJZBK1tbUIggDz58/HuHHjzJr5chtp/759+6qarJaWFixYsKCq9jPGsHv37iElVKZNm2bm91V6R845zp07h46OjqraDwCLFi0y2l+pzkQigUOHDpmp43HtHjFiBBYvXhyr/YAS6K1bt1bV/mKxiOnTp2PWrFmx7Sbfv2XLFrNyq1wxokYmKJfLYfz48Whra4vVAkpsbNy4ET09PbHaT9kvV/vLFYr7Ozo6IiuDS4sQAslkEg888ABqa2tjF3v4vo+dO3fi6NGjVd1JOatXWuhLHRs3bkRfX1+s76fla7fccgtyuVzFdqdSKbz99tvYvn17LPhk9R544AFkMpmq7d6xYwe6urpi2x0RC5KeJUuWmGXS5aRLCIFEIoGf//zn2LVrV1WJHTt2rPGBlbSfOmfHjh144403huQDW1tbDVhxPnDTpk2RhFZpoWffd999EYJaqd0HDx7Enj17qrZ71KhRWLp0qVmzUKnNYRjihRdeiP2OAbV71qxZmD17thmEq8R5Tp8+jU2bNqFYLMaOY0QsAK13mz9/PorFYqwWBEGAjo4O9Pb2xiZ+giBAa2srJkyYgFwuV7HOZDKJ7u5ubNu2rar2+76PtrY2ZLNZM4O5nHYlEgm8+uqrVZk/fUtg/vz5EdNfrt2FQgEdHR3o6+uLjXgKhQLuuusu3HzzzbHvmEql8N5771VVJBK+trY2pNNp4/srtXvv3r14++23q66djHAAIYTR/mo+8Oc//zk6OzsrfiCBOmEo2g8oAdyxY8eQfP9QtJ+yXxs3bqyq/VJK3H///VU5j6v91Zj/yJEjzVK0uHYDwPPPP4+TJ0/Gkr9CoYCZM2ca7Y/jZWfOnMHzzz8fx3kGLw378MMPceedd+LBBx9ENputOPpEQG7ZsgU9PT1mIemgJ2hTdN9992H69OmxK3zI92/ZskW9VIWOcHP+TU1NyOfzZYGgr35s27YNx44dM98IKlfy+TxuueUWfPrTnzbfDCpXPM9DoVDAli1bjPZXareUKpSkFG2l8YFUKoWuri7s3LkTyWQytt319fVYtWoVRo4ciXw+X1azqd2bN2/GW2+9VXasQ0qJIAjMoIF5Yi6XC0aPHi1OnDjBjx8/HkvUTpw4gZdeein2q1q0IDObzWLPnj1VByr27duHw4cP0wuWvbZYLJoUcmdnZ8XrKDx95pln0NPTEzviVywWMXr0aBw/fhxdXV2x7f7lL3+JHTt2oFgsoq+vr+x1NGjV0NCAffv2xaZoaWDq+PHj8H2/4grjYrGIiRMnIpfLVW03rZqOaXeYSqVMetNMCBk/fvyNuVzucC6Xy0pZ+fOidC6ZTEZmDFdqJH2WLW6SCYVryWSy6hp+AMb0V6uTPgJZ7R2FEEaYf1XtjivUJ1ej3ZzzS8OGDbv9zTfffA9wLADnXGYyGVFtTPlKy9WuD0Bs6PVRSxyh+yjl17XdjDGRy+XMYIQrAALA9ZUSv/lFwsE5EgbiugD8NpQIxi5FZHq7Xn6zSwTnUgtwvfyWlUjgGc8uAcYAzsiGfERv8WvhZCSkxDW3d6zM3rUuEsxgVfZ8SaQzZAvgcaAYhBgIAigUK13PnP+XeQEGsMjtzpVy8KHK5aN1KmOAEEAxlBU7qex7DElwZcyv0oNDqVCW/Vn5TolsOoFUwoeocFHFGUFxhTGgGAqcG0jjsvgEmKcTDAxg6n+6sxgYmBIPMhWM20roBRgzncsYd+6114Gu0w9irsCYa8z/9CFWIheDEQ5Cgem3jsHUm0ejUAzKXCOHgI2LhCw5JO01bj1SRsCX7nEi5lL/dOsw17g/HSKv/zDmoVgcwKEDHSj0fYBEwkeVdAqAIVoAziTyoYfe5FzwYa1gngfm2hkNKFMXm2MMzNBMxrRgMAWmZBZwxnQdcPepDligmfssB2zn3csKAlkcxhDkA9RMGIVFSyZiIB86nTRU31RBDQ2+pQIkI3JSVsAcpKQsc97cRoLCytTDkPA9sFQjOjd9H8MSqOwHnDK0fy9ASjAvBZaaBO4lAFko0Wj7MEYaLx1VFwAAG4pJREFUqu281WoJzvWLMwbGpL7W/gZQUm8UZHO9elCJEJiD9FRLWEhomEQqyXH8dA9OnbmEmnQCQdwavVLhMCDEXxM9yYz2y5KbjLYToOZUqdDY4xWtjlSJomR2LJiXBFAEcAUCEGcBGPSn2xHCDiRpMmEcurTCAAdc/ZfBgh85b8B3rAizm2PlVT0R8w+AA0wyY3lYqSCYuhQQyQTHhd4izl4qoK4m4YyL2TKY5DLVyVR3OTCcXVkqBCWgyZJ7Iia9tAJzqtRtOLdIdS4UAqHzqf0rEoAhFWZRsWC7v0s7nkUAAXcsAnP3o/eUnlO77vOsq7ACwZzTzn3GGsB0iBQMv/ywHxPH1ZbDnxpb8Yzqf9JaZjRQndT/G+wJnP1SEy5LZcQBHpFrB1MER7DMMHN14KlckQUAYDWuEvgOeYu4BwdkF8zoNSVCUeoC6JoK9VnOoetxQKc6AIAL4OT5HIoCYJxByMhVul9LDhrNB8BKTTSLWA1J1o1ApHoq0AcrEDKCeRRc54RzzuUMQpLHuyYWgAByAEN58CNa75K8knODhcU5jnL32joM6Fw11F5n340Eih5J7ifJPZztKeDC5QKG1yYhQlGGd1nUpHvI0X7JmINR1JdLd7/UzBgTPliQXPM+SBjKeB16ppRaAAY3JLZcgQUAor3pAl4dbPd39Poy+/Q8WhpFx7iWbgKdEtnOPwYFI0fcRiDWH4CMRH8gcOZyESPqU4BgkT518xRRxZOmHmksgoOuPi5NEM70raU+W7sNDThZHAYHwBIkLU2Q0VOOq5BC12qU6KpaAEdL5RDBj9N69xq49QFgXIEc0XYrAEbTOYe+XAMuDfC6VkcI1P8NjZHAe+dymHxDHWRYxgWYvxpoRyqMFjIJaYZTnGleLKqpph6NVhRj0no7D0KWkjwgImfS3uyQSHXJFRqAK+UAV6D5JeAP1nRXIOxxxpjWfEfbqR5un8u4Fg4wSy61QIDreiQcy2VEQjXcY/iwp4h8Uf+LnxETEOlpZWUdDqBwkxEzD80DyoLNGCCksRqGNDquoNTkS3fHJYvubxm9PhQwqd5rFAVAZ/iqm/HyZJBHfHVE6znXoDobRwR0cAZurEH0WZRgilgN89LmVUynpLjEhb4AF/oDjKxLQASlpI/gs77AuH9z3DHjrpAwYbTbDflcAYm6BQZXAoz1kO79VmiiLsAlgVrIYpS5tAzZAsCRqqGBr+/lZHMdgHjJPZyDG//ObR3cAm0BZ1FBofvo3SgKoPphHg8XYQYgHwp0Xy5iVEMK4OVW7Fqtt7fKCDAEvNRRg9Tu0ZhpfUwRxhK/T2QyotUuCZTmWibNo6N8xLEkkiyAwfMqWwBJIGqpNX1aBnyT4y/17UxrGmdgjEfAZRpwAh6MgZtz2rczawV4CU+wVsB5D5d7WGYAMMDnHCcvFjDlBgbLKE1rFTxa4yO5GX1CGsT1cQmASwhJlgCQkkFCmIdKqaIHSdpM2s8QjRYkbP1UNyQgHDmyOTkQB3FoyJD4wBXnAVymbcGtBr5zD1edzTTD5xxW6zk34HMjEDyi5VHBgK7HuhNeKpD0YL1vQQUSnsSFfoGBooTHncmoRmMjnaA62fHjxr9rICWTKkeieYMBCkwBR3xC0jkbMUjhJJQiPCHqHowLcDVf/w6VfFjFuroWwDH30tEm2nX8/CCyx2HJGmMA9xyTH9V65nIBj1mN50x/MQPmHlfrSaCYAz439p9SyCQIateTQG8xxIX+IpqHpVAMhAVbQkUQLjNzXYhkAB8ckkmmhcHgRX5Zo6P9P2m3ZNBhqGMNjFtwmT69gitBMFrPYBNBV1KuPBVMkuVoeNTEo6xVUMe4BY/DAB7Veq6A1wBzzqKAc9ctlLoRep0Sgqj6PWrl9H6hKHCuL0RLoz0f6UR9C4t0roTkcABjhstJQR5SRQlkbZR7YJBCqOsZAehYDOEck9bhU0QgAZhwxeWGkgRBlspp1TJ0Eujul2h4RfBpVQoBy5Q5554ma0yBzz1uNJ6TFXDB5u4+uQ7HGjhkkDvvZDgBYK0QALepknGc7QsUmNwqXQniMb2qQGKQChvOVMgnNcjSDiQJPYQunZSv4X/a50tBUDMAwmi+HHyxJZMa+FBK7QLY1XcBrla57oCZ3ygRCscCOOAzT4Fuwj4y7focJ63mDNxzBYCbjyape2AFygkJDXcAou/IbHcwbjuGeUBvQaI/kMj4DCFlU4ylJS2U9pjCBhQLSLejjQYqPmCFQN8UuUcRROKMEXJnzL6TLnbzBdYLGMEQAlGXNIRyRWFgqQuIhoXRMC0CPndNvzXznMw9U2Azxo2WlwWfw7gJSwJdl6CJHneFAMrFSMcdEUYM8ADkQonLuRC1DUkIGBtuuQCY6WRTOIOM0HBWwrwZJBdKgGjwCMyZiyg1no7bYdJYfgUkVxGEGeWzj5NGGKw1EBQyfhQLUDUKoD5hzvUEOncFxDnvgE9gQoNrhcABVP/lkeOe1XJjLawVMOCTZSDTT8fNe+v9SGpY9yeTuJAL0TycQTl3m5fXJN/+laTRTi1aucky2BidOX9ccHXWkAAnAZDRcwrUEj4gXIvg3uiMBuIauAAXdJKEKMHTh0kYyoFPJt7jGlxo/08a75p+bsE2vy0X4OQGiCw6oHOHExDoShC0VTANsn8vDihtZhxmcIgINzRojElIwQw/YAJmX3KNtJ78IghsUwFsRMes9ht89asIJq0LgL1fQJrxgEgY6LgFLuS1cwEqtmemE01PGvCZdQkGfETB9+y5qJbb39wj4Dm4Bwu85wJvBYuANy5Bg89dIqjB5+THWVQ3PA/IhcBAUSKbZHZQhcI0lxM48yFsooa8uooOIDTJldCJG5sqlo7QERmUjITBTlcXkvISWvPJqDhcQGk9U8/V4aCUcKzfVbYAxgWYsYCSv5GMHgxQLvicW/9vjnkMnj6u/nIrDExZCe4IgHEV3IJNroA7vt8VCiUDTpcwBhutA4UQ6C0I1GcSKJJKaRPAjKIxcAJJSp0nIH6gAGNCqvwAmQAGPYkG6hgja6D2jTmHnl/AGASZAKZ4hhWKEiHQPwRIGMiSVAf+IwkAkUHzt4wQRMI01+xrYMmPGzPvlewbK6DDQ87glWq/x+A5uQOdSrC/SfvJaDlRC3UPcwkBADCJy4UQkiXVfUS0iPBqISAMzVxSJgGhBQVQIJqq6ZyDFyNXQJXSKKIldS65F44FkJojWItg/yoBuKYuwOk9IEr6jOm1ABv2bbJ73AA4GHwP3Gfgmgt4niWInhYGz1gLaNPP4bnkkFFoCDtWQO/F7Gx1GIGItpFzoK+oQOcOSIoM2siceIFZ9yChNZ6AV6AbYSBrYARQuSHJmc7bSsMxJKwWS0hLCCNCYYUhGgpKCDMh5Kq7AG1YItpvgQeYHbblen+QyS+j5R79VYTQo9+cW633uQLXs+TQ47AWgDN4+j2sG4AB3aSKTegK0zERHsCBQAADIVCb5BBSJXYog8s4IAXApSJkzEntKt6jXAWEJoQCYFwROqZNitDHDXHUQqKsgnSsAx23UYI1/9FEkhkbAEMomUo2XUH5iCSwxPSXZuqcWJ85wNswz4LvcS9KAD0FvscdAdGRgUeAO1EAN9pProAZK8A4wOHwADJYFZoaCIlcINGQVhk5rsHgpGlcs3+p8goKUCKA6lmCFF0LDGMMkgnzbAWsJpFMA6h7mQwKYLXe0ks4wOvfwuEj0rFUH8UCDDUPQGxYn1Bs18nQkem3wuDE7RFAPSUYvtZq37oGEgDmK7A9shAkAJ4LOrOugI6RRWBGZqM5Abc9VCTAmER/UWqDZlO4UuqZwyatKw3p0+GAyg8IzTuEFgkGdS3XZE+YB+lNmHE1Ay0DQgZngMgVCgZIoaIUJ0NIYwFcimuVB2CK1BhNstoPzrXW2UjAHayJxPfc0fQI+NZSeD4JgLYQXgnwHPC49f8RC1BKCAGbEeS2OyLRgFM8CeRDNSrHPYe40bxxAQjGwLUgcDBIrlwFFwwhk8bVc31PqH09I43nAEJoq6AJIjF+RsRTcUchBwuBgIoSXKJIRkDoSCX6+c+rIgAkV9xxAY6p4QDz1INNGtYN2zxuAFWbZ0265gqepwTB8xyN9xk8RscUwF45V8Bgfpuw0HEF1vfDvne5VkpAQCIvJGpT3IwLKNC1EDjxtpQKKR36g3MFAmcSgvolVKRSEBdhUvEkSijpvIK1BDY4VcZWmxRICDgzkXQGyXgAzVmuXRRAJo3ezI37jfZzx+zTpA93BNCJFBwCqMB3ogPO4Bvzr/0/U4LheYDH7LGIG2AlbsDhAMRTTVvLSoDiAYWQJogoreVSsXzJNBa6qDSANH6fOeyfcesSpIDhD+qlBJjkygpQ8kifJkmVkCYhpeTMWgNXEGzsT4TRTgq9BokgZiZJmHF4Dbz1+87GWDRmN+TPEkPSbmL9vme13KdQkJMrUO7AuACyCi4pJO0nV2A0j3yjtQTlBIBzDwOh6l7OmSHtKsqTihsICUGar2ajA0wBydVwPwSY0nZGvMDhBJQDoFAlJDdgTT3tm9CQogHKC9A5QPMRjtCZHDLUMnQL4C6y4I72cwr9orn/aPqWO5vVbPPX7FuBIAvAtfvwPfL9pVzAugDXHRgiyB3gdRt5TA9xoaZWKQHQrl9QBpBBcgUChxp944KZMJFTyAgAtEiTMzAhjOk3y+rd1dCaOIMEiVkSqaaRsRKLoEJRygWoUUDKWFqOdpUtgBP2MWcenqbaRLxcl+ByAIr13bQuM8kdIoQafEcg1D60IHD4Ol9AbsA1/4OtgBMJwFoDwNESBqN2EsrKCAkUBFCbZAgEwLnUHQsIofy2ZIrckYXgkTn52lIwoQ0m8RB9npMVgPXj2qwT2O6YASiq0KAT+CQINBTMyAUMHdQhfiCC4j/bk07Yp62BO0OnZIuyf5sNNCGex6La7TnWwAiFDQU9j8NjMCSScxg+wLhKDJEQgFyBwwWYEQC3zdasMgGzcNSDHZiRUmkxlxJCKAshGcBDHf+TtmvuIcAhhVRJIkoakcAxaF7AAaaXJqmhSJ1OtpbARgLMAd91DcyEqgLXwALQ+1rmb8NBkJl1wI66gsGuYRAH0FpsGb4mgsZVqBSwz2yGkMigGx1w5lgCDYgLviGDUSnQjVQmWEBl7NQ6EWX61WlmmDeBLyTgCYnQ0+48JBAlQiZ0StkRPEokmf4kLkDACztqCGZIncsFQIIgiRDaMJCI5FCAvyIBACIS4Gg9WQEnERQjCO5kj8gAj+eYe5cU6mPcU3P4vQh/sKFfJCxkTlJI81MjpLohMUGAifGF7lxP+2YyvVzzoVBqny+hh5n1tHAdtanoR9jAyeR/9DVgYCEsMdRSImlsQOcFBO1ri0DvZXiBmk2qXcE1DQNJ+5mxAi4RpEUbhh845I/yAsz1/9zRftd8E9CMQIayBMxGBmQtuCMUnNmowJJCLQyIRgGIEQBIyvxJBJIhmWBAqAmXnvUjhA4NGYPUxI5DJ2dCBQ7X08PpUzgmIiAJgbTvQrkKrgQwMBIDRTeZMICTD9HTV2DzAzaCIAt9dUkggwOy1m4Q8YMhXTQjhztWwWTpGPSInx3PJ2tAIR73FLi+0W4Lsg0RdQQQIYOWB3AP5nluSlglsRwSTraYzCez4RbT0YCK9UkzmTH/IEHQLkJoKyMlCQcpNoFPwqcygK47GJQEMmsLpPL5gOOiaPjBzgGkYWJ3ZdBQy9BJIHPW6nPnHupYYw3gDAJZzS6dyeP6etp3rYGJBrwy4HuOOzD3w9zHmBIGMzMIMMQM9pUxiARKawVCBoS635W/V6EfaF+ofiBhYc4IIA0jK7yVphNnUJqppc+xRmaCCJOWBKpOjiaADAEkQqjeO6QBIVLOqx8GkgklJsUGZQLNrF7jCigUs0JAvp8SRJ5Hpt9h/yQEFOd7MGMCkc0ZFPL9KAEcPCjEHOAtIaS8jEqmaFGQSlh0dA2fk39lZkBHaPLOGTMJIBrOpbBRDRErdyCkQ0b1hBNjtA3xs+pLs4Ms+JQTsNbBCIV2P/+llUFDTgW72l4SDpLvcWfuUjLGWAPmWgA9dYBA1tdGBoC4DuucMNFzBMlnzEwSsalhGwYS+XOCFtsWWA8AjYc74UJIhlACCY+rCZfaAjCa/OFJyBA6I8jMSjJlFQh8QDAOxoSdM6AfbNwDyBiQr9IQa7cQyRw6UYF0hFS6zyZcrjoHcEOaCPiOYDis25CwEldgZ/A4m/M7atZhQjxLDh1XwSlKKNV+K2BGMDXwPKZfhBMOQijdohlGyupLhFqDmdBaLhQRBFzCTJ+ileb5tDKaBNFl+xQNqMmhzE5GhY4E9Lu5aWE7EVSFqCGuqQUgS2XUyAiEOxGUMWd4uIQgRidwIGKqrWlHNGXsJH8MYSQh8GyUYMNAbUX0/JXIHEGj/e4aelVofN0M9Up1H637Z3rUDpJp7VYEkMw+uRqptVyRZAEmpREO6GigxO4YYbDsFJB63JiuUnzAar07dUzo34xZ93UNLAD5fJjOM5pPHQwHeF5mX4eIxkS7RJGRsHBt8uk6DTxzQPUAz4dJFrmTQjymXIiNRsyr2/eU3BBZV8zVdC5pGDXl1iVU/SYJxBjoOwAqmUegGZJvB4Cg8wG6PqZ/Q9rQkIoBm0y9FghXCFQ4aF2AIoM6VrArQ4ZcrvwbQaY3EWFUUbCpE5ixBgSoJYW0b/mB5zkWgtlETql7KB0F9DjgMW40n84ZC0ACy+mVmcXfNbX6X7WTEpBCsf5Qx9wJ8sd61I/RBD/OFOiguB1GFY2plw7vYNJ5rK7POW6FwGb4VAqYwj0nLSxsGGiyhK57LiMJpf+Q1BWvC3AFgmnwLIthkc1YCoc02nwA7Jg9g5O/V8dcV+D6cgsyXUNWwgHfPIPqo2eXyK3TLgkd80snA0fJH6f5iksosKWkFK466Y7wCm0llHCo5A8zlcDwqGj/OlGAvsgQvZLZQVKvB7AcQDWsGgcofeYVLg2Do/3mqBNqRUmX5QV2I4DtHH5uLQKz2s8iQuG4C0f7zfVEFiO/XSuihVUDwA0SpUXSHE+txOoaqaWDCamFBJYXQFkArrmA0BeoEUEVHeg8suorYw20HhtArNWgVxvs/x32H/lNw9DSvPNQy5WFgfrNaJ9pYaAONceNtjHHPUS/4GF9PlmBKJiUSXSJouse3EUgLuCMR6/3SoXSmOkoDaCJFUSkGM2w5WrJuIT62nko9FCvDhdNZKQjA70sABSuRYwjJYuc0M5SQmY0OJIPcP5S6kC5KChOIp1z9IGTGBdQUQCqFrclZmBFC47j00F+1tHqiPYzU4UBxU7dttzBAMmtKyl1G5Yj2MwfRQJmfMA8uyQnQI1SvQ9OcbdODAnB9OAPzCQQX2u4hA79mIjE9Wa2lOkXB0ymEjaEPUhBANBUD6O8BKqZHAJnuFePWDIbEYRCqini+nlXYgOubFo4rPaY+N8Ubq9kljQa9g1XGKz5Js2wpt+9xgqOySk4bsLyCSfcdITCtR6mHv3SzHUDZHK1OgqpEz4UdxPZ0pbbhJJMM3mDPTOCwKT24lrr6UES0jzbarpFPpLgcRaB2CljTK1CEuo9aYmaYFqS9YyjazMjiP5zp6u4muuYWmggwNigc0YLaSv5zVGGS+j7XCtC/CJKLKO+n4RH3csizy9tH5lSTmAw6BFAHRZqgVZfA3MEQYXssNQNtmFUMwPoOyFK0KT7aPVEIw8UERAJtFbAWBHY+QJmTaBkkIPj29jyEVyAc4g0nQ0+H+lgc11UU0lKXU4w+DiMJkXAZ0wLymCrYt2LxYFz62rMVHHnFcm/2q9tqulfZFGE1jgzdMugwKeUHdPmgbTa+UMLRlVcT4v/mbmI7mKDNF8ariHp3aRO/ETcgPr3j2mZ+JWUj5AHQPkkimshGEr27VUkJIYn0D4c8F3LABguQYIUnertkMlSAXGsAmlvRKicJpsp4A4IitxKA56xDoMsmmPKGUy4RpBGe1YPLbshHZRguNPAKb63gkQLR+ywLwkFpYcpZWwtXWVMqVxZHkC/ChE83eSoYXA1y+S+o6A6l5r/kV80wuJoNTWFQDZyqC8mjXa1P8r8nXyAW4/zNozRhEtVARdqooV6nLIEUk/55WAIHP5eak2sUNuBGsvnoU01CYG0zJ7Yn+lpplcIac3W72cXpqgdqQeqaH7AlZQhWwClAVX8C7OgGg3XXcOc8y4XGBSiuS4A7vXmEY4wMee4vcCYadhreIXnUaF19xy0ukcTNsmsADCLDyPwQdopo1JgGm0oPeBeR5JsBIEpMI3pJ7fkJoNkZAUQZQBFZHIIg7z6Xwpl8BCCMQHBUgALwfTnXiX3IDmH9Dy176l9NX9bj+3qfebrr3/4DNzXvxN6oIdWBvnMrBQy8wN9NSHE9zl8bieH0L5aUKIfw2y20GQMGfSEkGiEYEDSqNJom9DTvX09K0hID6FQn2PXq7kQCOXOuYBKEOmNBQoVGUp1syfUsHEAiFCAh2qNAOcSnAlwLsCZ3md6/UCgX8Kj777p4E+GgAyhvhoiIIUPyUO1IUQoExAI4aHch6+rCABjrKL1EPDQ4OUwvr8D3all4IkEPAGwkMMzmwfuc3hFtdSL+RzM98B8BvhMCYjPEOrJnsxjBjHpMYQeR+AxsxU4h++zyERRn7sLRKITRGhgiGnAPTMtjJXwBJsPIH9uTCugv7Xn+FWtXUJKhKEOEaESQqFQH2UIhArHlJAIBEIiCNX5MFDnwwAIhEAQCgQh1PlQIBBCXRNKFEOJIBQIQ4liIBGEoToXSAi9H4YhwlBABAKh3kQoEEogLBbQ2P0C6vwcJEtU0n+HWUQtAHNPDBIC5qOx8BaGffi/ouyp0iNKSqC3KymOl/0vlNK7q9VY7nxpe4fyRuX6SFY5717n8BOo7xl61a6VyppIloh9Menki40ASCkZiyMCUEIwpMZXquUKkWQlfz9aNeVepppv/Ojn4++s7pPNdUO91L2Q8UExR7lSLBYNmTMCEIYhTyQSQ3jskN/sqt56Dar5rSxSSjYwMJCi30YS8vl8AmUi/OvlN674fX19tTo8tv9Mxvnz5y9IKbt/lW92vVzbwlRK+9zZs2dzAFIAmK9PMCnl2dbW1hfS6fSXrzSdeL18PArnHD09PS9dunTpIoAEgKIbBiaampq+N2nSpE8mk8m7q/DB6+VjWPr7+1974403/i+AJIAeAJLRmnZ9MO37/oSpU6d+KZVKzZRS+ijJ9F4vH7siGWOyt7f38JEjR9ZKKd8FcA7ABQBFRuZe84E0gBoAWQD1+q+P6+Tw41wEVAqmACAHBXwPgJyUUvglF+ZLbkiCZnpcLx/XQrnkAoABKCEogsa9XMLH7BAZd7brLuDjXSj1K5xNGstfjvE7gnC9/GYVWYr3/we/h8yBB4uuEwAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7L13rGXJfd/5qaqTbn6533vdr/P0TM/0JJIz5AwpaShGSUszKK53V1rCEJQMYwUYhgSusGtu8K537YVhW8BakheQKFGJWnlE0hI1TCKHwwnkhJ7O8XV4Od18T6iq/aPOue/2kBabZhNaYKbQB/fc826fe6p+v/qF7y9cYa3ljfH6HfLv+gHeGH+34w0GeJ2PNxjgdT7eYIDX+XiDAV7n4w0GeJ2PNxjgdT7eYIDX+XiDAV7n4w0GeJ2PNxjgdT7eYIDX+fDuxE0e+bXPHx3EWdTd2dzZ2Frptp/8X9vWbmR34t6vx/GOjz0YhOVfrVo7W7F2bEyIyrgQ0STYQNjWk0/992/p36nvEt9rNFAIoZ74n1/4VCkMH7bWdqy1PQs9i+1ZS8cY0zLWNrG0jDUta2zHYNvW2pY1tp1lcTuO43a30211ulvxzur1NP78f4ytflbfoTn+nYyHPpn6SeT7K184H90z0a1HQVCTQtWxqm5FUBN4dVB1kHWQYyAbFhpYWRXIskVWjJUVKUQJiBCyjI0x5uKbv/gbbzp7p57ze5YA4aG3z3rCvqUayr1g0QasBSXB4s7hNecWLDZ/rWIhtZYEa/vWPtK27/lw+33//OUWjlHa1tqWgZa1NI0xTWt0M9Nm21jbNjrraq27WZa2+1nW2165Olj/w4/1rd3+niSQEEI++Mv/slSqHCz5wXjFCxpVoUpVIbyqQI0J4Y2BHEOoMZANUHWBbGj8hpFRfSbZqHvJav3E0UOVZlINkkz5mbVCCYMUxYoIBAASi0BYMCL/fqASQJyBNcOHwqTqIPD/HwYYP/SmGankmLWQGUsjEgQKNroWKUEKNyMBWAHCTRWEgOIcfAQ+VlSAKXDLM3y17v+SMw6AsWCtxVpjrSW22NgY27d753rmTU913v/PX+hqQ0cb27RWNLGiiWUHQxOrup6KjFBBWUq/IaSqC+GNI2QDIccEovZj/6JZsciqQNSwIrLIECFCNwkBiJyhJcZKUuOerywTxrKTpFf+GNO5zmM/+F7S8ixbep4NPcd2Ok4nkQwyEPlGkba4pUVYgbGWTAt+7CF44QosbkDggRQSQXjke6XZ6PieGaAysTCthKqIfEcfnJBIAdd2NKEHWIsQIKUjtRSOiKKgbE5SkRPUDbvLAQj3z4K1AoHAWpEzlgIhBVJFICPryQYorJBgFVYo8CpYFBiLFT4It9MoFt0W3yWGcxqVWsPHyQ9jwRjQ1h0SiFTK3tI2e8PrNAavsrH4DV669gp33/sA46WYna3nmZdwKKqSlifp1+bZNntZT/ew1m/QywT9FKwRKOE2TabBVzDbgO2ue7pBKhEqOvC90mx0fM8M4JUq0xrBWMlyYo/k0KSgl1qqgUQbyyCFXmLpxIZuDL1MkGqBsQKBBCGxSIRwB1IhhDsQEoQCFAKJFCr/u3RExu1EMUI8yAkLWAVm9TSV1jcoBQITTpF408RqAq3qGFVBiwgtR4hudtXVLWrLgAIimVDyExpBn+lSlz3lFtPBFipZY215kTPnL3Px8nU2W32CMGJrp00QNZBSkhoNgzVqYoVx/2WOBmWyygQ7eo6unKM+Nk1lrI4QYDXcM285Nic4sQAvXoUXFyUewf7vlWa3rNV3MgLF/n8qypNBaWr/Qjg2PVOuNuo1LypVPd+rkiWVjPjnamOTPxl4gtBTzNQ8hFRoK1FKYVGkVpFZhbaCzDqRaZGAzNWBROYOqVMT5Dojv5bv2GIXkv+p0I0WwOw+swWEB+vP/A7Jqd9CkaG1JQwDytUqUblBUB53R2USvzyGHzWQYR3lhwgVIqWHp8D3IFBQ8TWV0FDxMkIZI7IOg16L9Y1Nbtxc5er1m6yurtFqtdBaMz4+zkc/+lG01qyurtJut5meniYIgpEHNUhhUMJQitz1r59cJLn7F8gaBzk+DaJv+X+fFwSeY2yjV65oe+afISvbRpt2ZnQ3S5NOmqYdrGlPVf31p/7Hd42sxt8+vqME+OGP/vh7xvbM/6bn+yUhRFkIURJChgiBEAKlPISU7ukEbJh8X44YM7kUdyTPz4XdJWKx2wrbyOZK3wLCOKYw1uafFcNdqu2tO9Uai7WCIILNl/+SC3/xa1gk280OaZoCFqU8SlFIFIWUSyHVcolarUq1WqFWqxFFEaUowg8ClJRIpRBCYIwhSTO63QHd/oB2u0u706HT6ZAkCZ7n4fs+QgistZTLZeI4xvM8dnZ2uHDhAtPT08PPFJ8zxiCkJEWhtebUc19grFMmffjXGY88DpZ2NZQFlPIPjZca/06ogEy7a1LYzFriRNv+6vVzPwo8f8cYwMTthUqtfkQFHgLIcoJ5I2KTnHAAvty1bq21IxMVFH6dyQlsrM2NObhFD1uBELv38ZQl9ASBtCgJvoRAWQIPfCUIFYS+JfLznYLmX//7f8ON5Q3IGc8PfIR00+0PYrq9PhvWDu0OKZ3EckztXqWUSCmHBCuueZ5HGIYopVBKDT9XEHQwGHDs2DHq9TrtdptDhw6xf/9+SqUSWmuklARBwMbGBi+99BLHjx/n4MGDPPvssxhVZr93jbjzNzQHP0x5ophTwegBSjhDu16RDDJLnAlPCrxuYir9raXp2yX+bTHAoLUaGWsRBuIUDkxA5MHZNYsnwVixa0eNEFEKi5TOqFFCEPigBHgCAuUm5V4tgRKOqLm49YeHxVNOx0twzARDpjEWtIFEQ2oEiYa+gV4/4/AP/Dck4TSb18/QWr1Ev7UBpPmzgVIeynP2xGuHMU6C2pxBRpmjYAit9S1/N8bged7wtVKp0Gq1EEJQLpeHnwmCYHifMAwplUpUq1Wq1SpJkrK9vc0gEzxUPs3l/j6sPEY5gH4CUoKxAUkmyLA8ekBxdVNzbccQ+m7dTTrw7ygDGJ2qQoQHHiyMQSOyrLcFjRKE/uiOdJzpS3fuq8J9YegBgBPTxaa3VpBpS2og1e4YaGgngtRYUg2ZddezzIl9Y3Jr3O4abQibG5Zg8dn35g8xc/yH6e2ssrN6hXjtDDcvnWT16mla61eJO1ukmYMKlADl+yjlDQlfiP1iVxtjkFIOd7DneUNp4Xnu/2VZhrWWPXv2cPz4cYQQdDqd4edkbugUDDA1NcV73vMe4jjm2rVrXL16FWstJ189zYH9Czw2f5YsLaHUAgYnySweY5HPWNVS9gXVUFINc0la3PxOMgBCkBmo+vD4QcvhCSgHUA0ZqgRtLdrk/qtx1zqpJR1AqgWZyVWAcTs2s2CMI5iB3Ml3zDFq0Yuc82zuH7trjpEKfMFKi829AXD3tEiEF+KH05TGpqnvO8FU+B42tpusrqzSWr3E1vUzrC++wvbNM7TXFkniJoWEUBKUF6CU80yklGRZNhT1o++VUqRpiud5ztJPU2dHlEqUy2XGx8fpdDpDwhcqZ5QhxsfHMcayvr6B53m0220+8x8/x9jYGCfGqhwowfOtBSoBZEYxVg54eCFlriaphrAwLnh1WbPTB+c63UEGsLmv28/gc+fg/nnBgXF44YbFz1UAhtxIEUOjT+Z0LET37g3dZ9TIZ7QtPisw1jGQAJTMbQjELo/k92cEHROjPjru/4OzUzwFUQjjjYh6PWJ+bg/S3odJ302v06S5ucLGzYusXDnD8tVTrC6eprl2gyRp7y6SkijPv4UBgFskQsEQvV6P48ePU6/X6Xa7KKUIw3BI+IIJRu0Kaw0XLl6g1W7he06itFotPvEHf8TP/NSP8xMPCnyZ8vWVw3gKFrc9Utnj4b0ep5czbuwYQk/gSYG44xKgoJt1sGSuHnMC5QQuXLjcqDO5L+dJt+ONLXat0+2ZBm0FXg4KjZWdTbDVhWpgma5AZgWrbdjpOWYRw53u0ESEUx8FKCNx6qYeGRqRpR5BKTD40ulOgXsWbQUGgaWCFFWwc1h9gix5P932DlvrN1m5donFi6e5cv5Vblw5z/ryDeJ4N/7iKYkfBEiphrp9dN0nJydJ0xStNcvLy0xPT1Mul29Zz1FpUK1WWVpeIUtTlHTXlVI0m01+9xOf5O81m3zwHW9jIurx14vH6WdlFM3hRrrFhhbyzkoArB0BRApbNDc4ct/ETQYCTxB5MFGGbgIrbZirwXgZltswma+BErDcgpmqZacHB8dhtQN7G7DWEUhpkcbSTQSTFUgyGGS5yIdc3ThDs1GyTFcsk1VLxXcqqD2Anb5kpaXoaxikglroGHC77zwJcP/fGom2EZYIKcfwxw8yMfkocw/1eDzZIt65wdbNC1y5cIoLZ15l8fIFtteWyPoDihXxAw/P89HaMDs7y4kTJ5BSsrq6yl/+5V/ywQ9+kImJiaGNUKgOay1Ga1ZX17h27RppmqCUHEoIpRS9Xo/f/b1Pcv3GTT78X7ybmVKXpxYn6CTO9RZCDN1nRwv5/ZEAuwxR3F+gtcXznG6vhzBegloIg9QxTC2EsRIsbtvhDjm3bjk0IdjbcPcwQC+Bra7l8BTEmWC1Iyj7TuLUGzBVgZeXIM3cildCy1zNsKdmCJUzGNfagu2+pDOAfipolCxTFcueOpQDS9m3+CrX79LmMLBjpES77+qlgm4saMU+rUGDrmygG4dQjbfx0Ik27/jgJvHOdW5cucDJV09x/sxpVq9fIGktkyROQoyPNdi7dy8ABw4c4CMf+Qjz8/PDXa2UotPp8PTTT3P48GEefvhhtltNrly5gtaaOI7dJlEOF8gXnc997imuXFnkJz/8o/zX993Dye0qVgdoIbEjKJj4dm7N98oAFqdbR6H6zFj2jztCXd6yTFZgqSXY7rsoVjmAmRrs9GG7J/Ak3DsD77nLXTu/AfvqztWbqQkyI1jagUEG48K5g0JAc+CkRZrBdNWwf9wwXrZ0Y8H1bcVGz9kAjZLl4LhhvAy1CELPPeMgsXRjS6tvnbeROPXhecLFKISTSL4SVH3BdFkQBS7WEGew3RestD1WWxMsDibwxo5y4O2P8ei72gzam5y5eIMXT17g6vmTrF16nkff/gOEgU+cpNTr9eHOLzaA53kMBgM2NjY4cuQISinOn7vA9tYOStoh0QsJUJxLKTl79iz/4l9d5/3vezfvfOKH8EXC+biKoYaVAoRGyDusAob6hQKR20XqlHBMsa/uFqsTg4gsFQSh795LASfmXDxgtS1YajkRXwkEmz0nzl9Zsmx2wZPOjWwNLL3ETXyzDzMVw8N7NZXAstZRPL+oSAxMlA33zxqmqxD50E8sGx3NpRXN4krKWsvQ6hm6fUupBOMNj9a2phxBGEp8H6wQJJml3TIMEsc4EzXF3JTHwrRidkxx/6zkoXnBTh9u7EiubJZYbJWYqszw5sfv4gff8RgXl7p87dUVHr+ribAZQRAM8QTf9xmF3CcnJ/n5n//5HFAKuHDhEjs7W5RL0RBnGDU0C2PR8zyazR3+4JN/xDdffJkf/ZH3ct/8fgJZ43q6Dy0aJDbguxm3YQPwLcE5EEgBN3bc+/GS0/meAGEFSsJGFzZ7zjgrB5BpxyQmtyV8F6DLIWFH+AJviDNBR8Nk1XBs0lCLDNd3FC8vSTxp2T9uWBgzVEJBe2C4uJZxYSXlxqZmu2dodTT9tkV6TuR7QhKFkjCASiQoh+4ZhXFYv/QEfSWIY81m07K4mvHipZgglIyPKxZmFHfP+Ryd9XlwL7xlwbDShvNrkrNrHlOVCvcdLvHIsTE6V57h4uVF/CBk//79QwBplAEKG6DdbrOyusqly5dJkxgd+EOmeS3xC9uheH/y5EkuXbrEgw+c4KET93K4sYcl7whbQaf+3TDAdwwGPfLzf/KPDj3+oX+lAp84hTfvg0OTzg0MlGMEk7uBMsfstXHhX5XDwtY4B3E3PpDDvDnca+2u/59pCDzL0SnDfF2z3JJc3JIEUnB4QrNvzBlx1zc1p5ZSzq+krDcz4sy5fEFuFg96BqNztNBCrSw5PO8hUsPBKY/DMx7TdckzlxPW+5Ba6MWGZt8Sp87fsDlmYbEoJSiXJPMVyfFZj/v2+YxXJNs9yys3BadWJUdLK/zYoTWsDBgM4lug5FsWPX+vpOSVk6/yC7/4y+xsbyAB5Sk830dK9RpX0d5yrwKoStOURqPBPceOcvexo9TGJtc9z/9/PM/79x//+MfPfScGuH0VkC+EHZJQuIUNHRGbfYuQDrb11W7ITgjr3ES76z0Ur9Y6pnCTcWDSbM1wfEYTa3j2mkeq4a4pw8EJd6+rG5pnLw9Y3HBED33BRMNzrl7u7smcCboDQy0UHJxW3LPH5/55n+mKYKqq8JQANC9d76DbPv2Bpds3pNoSJ5AODDp1ASijHZNvSriq4OtnBXvGFW86GPDI4YBHD8Bcw5DtJCRpRhA5iLeAikdF+igTBEHA6voWonGQenkPaXeHpLtNv98brpJSAs93LmchHUaZoACOnnn2eV49fZajR49OHz169J9MT0//8sc+9rFPKaV+++Mf//hX/7MZoBD+LmAjbo0AWYY72+YxgSL1R+TAkM3dtfzCyB13T7R18YL7ZjX76przGx7XdwQLY4a7ZwwlHy6tab52acB2Yki0pVqVjMk8oGRGYwOWQezg2195osJbDoaMl4vcgVvnlSSafiej1ZQMUuj0nb1ghEX6AukJdOIYWKl8LjkGvbqW8Zn1jOfOD3jsnpA3HRAcGOsRBiWk8m7Z9aMEK4ZSCikMz714isbBR6nWxwjKDay29LZu0F6/RHv1Ar3tJQYDxxBOQjhQSinvFvyhUCkvvPACp0+fZmFhoXr06NGf27t378/9+q//+teCIPgjz/Oe/I3f+I2r3yUD7IIMLutJDOPyVlhMHqgZXd9hYEjYYQZPkfI0dCNznkg1VEPLg3MZnhR8bdHFMh5ZyJhrCNbahr86GXPyRkKiDb5yrltT5wDR6HNa0Nrd2JqUhbplvOxgw053wMpmh8WVDpdudnjk+B4eunsSay2D1OEHxuRzMmAGFukJVCCGksDhLG7+ylikgfWNjD/5csrlI5K/f9cKaqLO1HQdrfUtqN/oKCKHK8vLbLQNYWWcUmOGxvxxovosUnnoLCNub9BeXyTbPE22+ipnz10gad8gHQwA5y56yqmM0ehlHMecO3eOixcvMjk5yYEDBx7ft2/f4+Pj4//LL/7iL/51p9P5Pz/xiU987fYY4JZdW+zdIpizu+sLVSGKz+cG4VAoWJsDFzmlhIveTVcMD81rtvqCV5YV8zXDiTlDoOD5KwlfOttnu2uIPIg8Fw4pUEUnES1SCKQU9HuGNLZIBXFiaHZTdCr5nz7xIi9d7RBEARvbPp1BQH0s5eF7MpLU0OobhBQk2qGNQjqr1xRueJ6/uCv8hFM3FnwB/YGFXpeHTxwjsxKtzTBANKrDRyHgKIp4/tpNLi81ifbM4gUlvKCCF0R4pTp+UIG5u5k88jg1r8/x+ja//7mb9DfO0V09RWf1ZbKdM/R2NhgMRkEpZz8U37+2tsbKygovvvgi09PT1cOHD384DMP3P/LII+96/vnnn7ltG6AguPumEUYYMki+82zxlxFRXywau9Ik1bCvbnhwLuPiluLShuK+Wc1dU84Q+/SLfV65niCloBTsol1xYtGZRXkCpQRJYslSQxAUbpP7pjixdHopaQxfvxqy1J/kgYU60+MebGa0YwvZAKM1zbbB8x2gVRCo8EiGIQfl3hgDmbZ5goqboRGSI1N9rLYov44QtwAzt67CcKfC+naHWJSoKIUXVV02knTukC1yprwAE4TMLoyx755DdHpvxSQ9eu0lHmw8y/LNq5w6c57u6kVaa4sMWhtWkIlRiVC4oUtLS2xsbLCwsFAyxnxMCPHh25IA1vAaSZDvCHbxeTuy84ewZMEU7Fr+1jqX8MC44cSejFdXFastySMLKQtjgssbms+83GNpR1PydxNLbG5nZLG7p04hSwrRLIhjixA2f1aDVJLOICXLLEf2TyC6NaYnAzILQdVDlfrEnR61mqYxrQikJE4McWJJY4vWObHyQKO2TkKUfMHcuKQeOS+mOzAsb8U8dnyMWqNMnLnA0LdjgEIShGFIMujx5WdeQoZ1hPLxwhqoAISLLwgpUQqkNLmkFVRDQTfxCYIGOmhw8C7FzNGHEId6MNhmZ3OF05//3T/fPPs3N6y1DxljjgCzQghZeBBpmrK6uorv+w+VSqWHbiMczK6IH0nf2pUGu3ECY3d1ss31/VAl5CygDewf05zYo3l52WOzJ3jbgYzpKry4mPDZkz36qfPxdxWIC/oICUEkSGM79B4Q+c7FSYVSSVIuSTIjSW2fLNEEniPq+ram2zfcXMtYYEB8XKDQJJklCKFSkdTH3AySxNLrGHodS39gKUeCR+4OOLLHI/QcCIa1xKlBWdDNV/ny3/SZnJ7h2LFjt0T/RoeUkna7Rau5QysWjNUiJmolJier1MZ9wpJHUFKoIM8yQjDQAqQLwS9tg/LdBhtkPsrziarjhGPjhFOHaMXZ05tn/+bfAXPAYeAea+39Wuv78vdT7XZbBEEwrrXef/vRQG4J2w9Fvpvk6Odynz6PCNqCKUbE/gOzhpeWHYz7+P6MibLgq2cHPPmNLlJAuSyRQuDlotgKizUu9hCETsdmqc0dC0u1IqnVPPzAoXqdjmF9I2NtPoMjln47Y2tTU40EnRiyTBBKl8AhM83OdkYWQZY67vZ8QaksqFQlpSqUhOBtB32i3OpUHrQHBmMtkbLMlA2PP/AwrXaPwWAw9Ne/HRN4noe18PTXnmV1s0U0OY0MqmhRopt6DKTCauWCesqtez+B7qygUWaYVicltGNFOXCJgUWNgh/VtbW2DbSB80KILwA1YA9wEDihtX44juMQWLmtfIDXYkVDaNjaYejX7np5Qwu/MPywDuCZKlsems84tapY70oe258xWRF8+eyAJ5/v4CmBrwQ6tggNKswrjKzTwULmAajA6f5qWTA14SMlNJuGtfWMNHNP0U+h2dVYYwl9p6z6ieCRA4b3PtFnb13TjTMizyKFxfMlQWiHoW1todm1TDckP/1ICc9zyaiXNjQvX03wPOinmu2W4afu3gY9yczMDNbaW1TAaxkAYH5+HuFFjFUVie/To0ZoIrT28I1CWZnnS+cQsBS0BjBeLbwoZ0y2BwGBZ9ziWEcsa/QtNLXWJsAmsCmEOA18Hhg3xvjA9u1JgBErv4CCCrG/6x0UeEAu/nPRLazj2nJgefPejMVtyeKO5PH9mpmq4OlLMX99pkepLCFz1US+EijAZqDJ9bqyWCnIrBPH+2cCBqllYyuj23UKyfMgDAUDI5mbgMm6QuuMRk1QmfC4ZzbjZ09s4JmEbtciQ+hnlsbkBJWSQmuDzRyaaTSkKbx5n8/6hkYAryxnXO5oDtYlj+3zubYBn3y5zZEfnqY23iCOnfE3GsR57QiCgJ2tDf7iqa9j/Dr37vW4LqpIFeAphVIeUknkSFRXSBdXmSoVSTROBbVin1q0K2FxavE/GQzKJVIMrBTXbo8BhnBgTvSh77frAw4ze8WoKCiwf8ub5jLaseDkquLNezWzdcs3F1M++7Ire/F9gfQd8DJIDZ6yRFIgFVgJBomvYN+4x8SEojWwDJqaWl0SVYaeGqkW/OhdGe/a36ciM9q9lFBBmloenetSDzSdNGRmwuf89W0++3yfbmiI/dTNywDGGXz7JhRjgSDVcHkt5UsvxUQhHDkREtUF9URyz5ygtXSStem7md4zN9z93474QgiM1nR7PfoprMVVToRlHpqPOLXj6imEkA5Zye0bcETvJpb9VRdVLa71s4BekjPF0DH7foSD7a2vhbvn0L9dS9/g6tyGvGFdetaJPYaxkuVLV3zu3aM5PgM3W5avXo0ZH/OGGa2DVDNTEZyYCzg85TNVVYSBoBNbTt1IuLidsrVjOHle008MfuBcQa0t/Z6l04N33635iSMd4jRjkEC9pNjY6tNtZbxwsc99Uy5M/PSpVT7x5Q22xD7Gqs7IspYi8xKjYf+UwuJiDKdvZFTKEmMsV6+n3LdHEYWW97+1wvve8fbhWhS7/7WEL1611nz+i19BD1rsm5zlQrPBRx4O6QeSxZZHINTQuC3iI0pCJ3GZ1aHv1KkEMh3QiQVS7aaMijueEQRD015Y+xpln4/RHY+DCSbL7sHHI8uDc4aXlj32NgwPzxvafcunnuvQ7BvKkaTTM8Rxyo/dX+K/emudwPa5vLTDjaU+SQwz4x4fOt7AC+v868+1eOVCnyhUDGKnkEJfoHxBqWR47/GUcsnHC0vMRB6fe/4Gz15KmRiTPHcNLizeYGtjwNZAEVWnqI2PgZC5GM2lmXDrWStJhIDOwNKLHQAlJPRSSxwbdrY0b5nfQOsyQVjhbwusjRqEg0wig4jDMx4X0xpn10u8+bBg67IkReLlZW+FMJVALwaloBq51DklwFiPQaYoqSFakUNUtz++u3BwgeKOxHRMAfyMBHsssDNw7+6bzji7Jjm3LnjiUMYghT95tsfJyzGlQNKUGpThH7+/zgceDPjEU2f48xdabMYBYVhGCkmjGrO9tszfe7jGxz50jNCDP3lhwGxd4GHZGCh8acm05mtnW8xUyrR6fb700jJ//PUdRO0gkQQ/qmDELAO/T6MS4pfqiKB8S2WSyEuWhHCl2gKXxygl2MyVdje7DgiaaxjuP3aQICwB3BLKHSV84RF4nkd7Z5M/++zTbPTLPFwr8aaxMi+thJw4qHhoQfD1GxJ/FDvI1zPVzjCtRrDZIZdYikx7WBsjdmHxbxVBf8u4fSSwKMsqHip3wcwoFFx4hhZ6Kdw3rQkUnFyT3Dtj2FMTPHcl4RuXYyqhRCpBs5PxK++q8IEHQ/7Jb7/I5y75vOnuw/zSY+McnvS4tpPylTN9Hv2BQ/ybT19Eqsv8ynsP89XzfVqJ4genu3w9LZGi8KTiUy+kPPnVk2RZRjsNqdRnKFeqLhonI2r1GbppDPgIv9R4/AAAIABJREFUFeCKU93D787BJa1sdDQHpzxKoWCmobiyZvGUO/7s2T4Hxgcc9k9zM/KYnd/Hvn37bikqGR1CCNqtFq12h80OLG5LmnGJR/eV2BKSZxZDPvRmuLgNO7FwhBnZdcZArKFezqVsbiJo4wOD3S8atR5vY9yWuBjd/cP3OTBgc5WgrQsP6zxLtxZY7prUvLqmqASWuyYN623Nl871KVclynNw7V2zin/wzjq/9enz/Mk3Qx44vMD//hOTvOtoypee/SZLVy7z372rxBN3ZSgv4K9OW5Tpc/eMYatjkb7PD0y06WYOtStVqiT+DCbcw/jkLFF1AuGVhtP1ojJeqYYKIoRyol/YPJSdM6+1rurp6nqGxtJPDG8+7ONJBwN7nmCjnTI75vO2R+5nbGKSfr9PlmVorYevxhi01sM0r63tLZ78zOe4ttIBVeLsUoD0Q95yULLW9lhrezw47/IphtJ2xOvqJi7HMst24xSGYAhJ4+j0XamA2/iwvfXsNSohM1AKLHvrMFuFmarjzLsmDb1UcKMpuHfKEHjw9KWY9bYmDARRWWKk5e1HPTqtHf70+QHjU1N89G0+09WYf/kfTvNvn4Y/P2UoqZgvvbLKjW2LURH9QUJAgrSaFzYjnpiPmRMdEqvwwgrV8Vkq47MEtT0EpQZCKBcuNoBhCO86kZ9DtPkiCiWGC7PVNpy5kRJ5klIgeM8DIZEv6PRdldBstIkv4cjRuzh8+PC3EL54XyR7HjhwgNhE9BJFKQxZ3Ai4tCLYN6k4PCP42iWPA1OWqYrzZsiDXEq6HMlUw9QYVKrQGIdy2ZWKmZEAjHTBhDvIAPaWzc8ITyKwZNalf3cSaMcu4bPqGw40DKfWFFNly76G5dqW4cVrCaG3GzAKI8GhScPFm2024gpHpyUP79O8em6Fv3jFg3CBo3sn0EmPZy+26RMx0/BJ4z7LG11KvmBp27CsK3x0doVuYrEoVFBBRXWkFw7zFXKaY4xFkVcY52LfLVxuABqnx4QQRErw3MWEG1sZgRJMViUfebTMD9wdcN88vO9tB0CG9LpdBoPBkNjFMcoAQkiuXb3EX/3NC5QadaJqGa9U4ZVrBqU8HjsiQCmMkTx+yDBbh/mGZa4BexquUYSUMFaBcuTWzxiwhBhrd22A77Iw5DsywC0QgPuC4oSCNQaZoJNAN3XHgTFDL4XVruCuSY0Q8MylAf3EokZVlLUkWUyqM7woIJQZJu1xbW3AWq8GFt51FLZ2WrywaKg3In7mEcUrF9c4vaQJlCLA8hdXK7xn34CHzRId7WO0HYbxLGC1zcOx7pGV4la9tmsBDp8LYZF5ytvnXulzYTkl9ARSWO6a83j3ccvyxRdYWdvEWjsk+Ogxei1JYtqdPmutlOpYhdp0nT37a6wnksUNy8KEZGESXl7ymG24/ITVlmClaVnesdxswuV1yFLotGBnB+IEEAHGyFEq3WkVsLtGw8XJXwqVUKRXgyvO2N+wnN+UjEeWuTpc29a8eiN2hRh5XNypEcHl1QGTJc3cpM9mP2Vpq8vdsx4//UjAP3rCEmVrtHsJH3ioxv/wHsuMXObfPrWBKDcQWHwMp5cN59IJfnXPRcRgQFbYznldW1EroY3BaAf3Dp/BuAQQnVlMoQZyCFZ6EIWSUlny3GLCV67EtK0Fz7BvusSJ++7B832SJPm2xB+VAlka8/kvPc3N1YQsDui0Ipobku0NwXOXNLEWzDcs59YEgwymKoZ+WuQ8OABokEHgOwlQtGSwwsdYNQIEfXc4wO0bgbaQBkNQYBgQLnZXqgVzNbf1brQkh8YNvoKXryWuvBmHqhXME3qKZ6+kZGnC++5KCRsVfvOpDU5dWeP9B1fQW+f59T+4wR9+dZ0j1Q0unzvFr/zODa725qiUyyjfuW3xwPLHF2vcO9PnA9lJmqmPTi06A5M5l63Qp1IISpEkKkkqNUl9TDE2qRif9pgojhmP8SmPxoSiOi6p1hX1umKlafjMN/r84dM9Fq8tuqTYvC5w9EjT9FveR2FAsy/oZQrphaigAtJDITl7RbPehIOTEHmCm9uSo9NmCPti3arHqSN6JWAYeRXSQxtFURxyxwtDxKgOGHkdjQWI3B2UAg40LEttiSdgb92y2bGcXU4JPIGSAp3bDQqL70mWWxG/97VlfuGHLKVywG9/eYqnP32NSLZppWWC6mF+9xvbfOKZFvftq/AP3r+XT5+tsdoV+NKFgGsly7PrIRtzk/xi9BLftIfoTs5QVpnzipR7tkxDo6YwxpLkIWRrQKeOSbTOaxmz3TxDa4ocA8fsWabxhOahu2cRnkc2yIZW/rdL/7LW4inF4tWrfOmZU5QbDcJKFc8vIXCZOzsdOH9T855ZwWzVcHFN8u57M6qRpReLYRFtqp0rOF6B5aarvXQJtb4LnADw/UACHa0ZBvcLmHIEAzAW6qGlERlOrnnM1iy1EM4sZax3XEqXsUUFsCVNLVoayqUqn7tYouyt81OPaI5/aIynF+/m2pYh1gopPeaqdR6azzg6EfPi1Q1UFDBdLSOsQSeGqGRYb0o+uzHDzzZSfm7laf63zoexXs6peQl7pg0mdmnl2+t6uFQCkQewGLFx3OSEcClihZdgEUyXemxdX+SltYDJqWnq9fqwl8C3s8GyNKGfpCxvpUhZxy9VCeslED7WSqyRnL+hedebBHvHLF88J8i0YK7uVEJQwNNAL3NVULaggwVDiKVbzOTOVwaJ4qS4lvvKhRQA10NgtmZItGCpKfmhQynawPm11EX4ApcG5SkwJk/qUOCHgr0zezm5A6eeXOWJu5o8Ol/jnfsjlOdSoVu9mFeutPmtT3e43ikzNiPxgwydGbLEkPYN/bbl03GD//LANO8fvMKTN4/wzYn7qSuXn+/mIDDa4imJVCOYSS5inavocgwdk+eAl0ttxmrNIMl48L4yRw/Nc2N5i1arRblcpmgksbtGbsGklGxtrvOFrzzPRtsSjZWRQSXPAvIQysPGkmtrGRsty94Jt9SbHcF8w3BuVY6gca7CqlYaSb0TYAss4Ftq8e8AAxSx/uGbnBl2jUKGvRNnK5YbTUHkW45MCtLMsJNYpiaVy+bN21jEfTv0yXttTWmPR589XF2VvLi4TVmuUQshCiR4klYi6KUeUk1TrtewJiBL8/6CwgWEKoHl1c2I52fmeLx6jl/e+jL/sH8IXY1w3bjc42YGApzIl0N7ZnfXi5wJRJ7qXKS1gUsL9hTU7RK+qrN//3601iRJcgvRi+GkAszPz7HdtcTWo1IuYVQZg+ugJpWiXPXoZYLlbc19+xV7GpbVtuTQpM53f9Fj0dIZwEx5JAIocldw95nvLBS8a10W5zaP/uUX8shfybOMlSznNiSNyOJJy6vLGecvxXgSVB6wkTnoEnfd4qi8uninqajWp7CVOkYP6GQZ7VQjMkFU9pmajPD8kDT1yNKi54CL4gnlXLsMyZPXx3i87PMmeZMPtp/mk9H7Gffj4Y4xedUS1sX98zhdnraeA0G53nedSXaBEGst9cjw6D2TDJKY1PSGXs2o+H9tQciVK1c5f/EaC3vqzMzWacxV2Up9OpkkshKJRANL24YHD8FM3ZXW3TdnKQfWRfzcVGkOBIfGLZ7aZVwrfLQVKOz3IRjECBAkdt858ucLaaBWsiigm0r2NzQWuLrmMnS8wCVz6tTi+QIvEJRqkn7HEEV5rmAGUnpYoZB+SCDywAyAlWSZRCpJWBb4mWXQN7vNKqREeJZSoPlycw9XmgmHehv87MTzfKV5D2uT+6nI1JUlmF3XcDd05ebgwrA2dxvtrug1Ns/0gflql43r5/FmZwmj0nDXj76OSgLPU3T7KdtdzcNH68wtjDO/r0pYqfKNmz4nb+Q9Ei2s7miMgcmK4dqWctG/0NLsCYRy9lMvdj2ZIt/1UHKzCDBGodyG/D65gaORwNyPc5vGoq1rHJUal4o1WXaZv0s7uXWMGPriaWzptgzbLYORUKlK4r67mZQibymrMCjAR0gfoRTWCvp9Q6/lFqlUVvhBHijBETT0LCu6zue5F3PtIjM3TvPfxl8m7qZkeR8aq4uOYwwnJEQuOAVDhLBovFCkiFtriRPNvQsBB/fNYCzEcUySJKRpSpqmw/NRNDAe9Hn2GydJM8Hips8Xzig+9WzGqUXDD94V8cBCQJy6SWw2NUkGjZJbxzQT1EouBO3nTSsHKVghqEYMC26E9BwWgL3zbuAtYwQ4K6KBRdrCWOjgYItrFtGJDc3YOD1ri8+69LCJsuSB/T5nbqZoYNAfCaOKoWxBmzw3Pm8z5tQHxD3jauZCiMqCZABJJpBK4ivDX2b389OT+0hfeYV3WskX/Pt4JnwLdfpkGsClXBmzq8KwOMNQuQxkk+VMPsLsgbJUs5skCWjj3VL3/9pRSIJy5LPVNVzdVqjYpzId0u8JvngmY3LC8tixiKVuSpyBCCRxZqmGgn1jrnHF3jFLN9/1nRhWmk79VUPYaLucCyEVLhUwYYS1b2t8dypgFzMdcoEFlLDUIkNz4Mq8S76l2bO0e2aIsLpQsltMI+ChgwGHpj2eWco4u5rhiWGvqeFXCdyONBT6FFDO6tQadDcv3/IEQUlgtaASaF7uz/Fi/WEeKZ+he+oVflr+PidLx9DlMkJnzp7LvZjcHAByouPsFS9y6WlZ6hDCLNWuH/KBCpnpDVvHFQzw2j5BWmuUkiwvb3LqwhLjUw2i8TEqMxVK5ZA+Acs9ePsen8kxzXoLBqmln0ApcF1TOrFj0ps7TlQbHE6RaqdytXVt1t36BlgT892mhN2+CngtK9hd/18KQehBNxVEnguldmJDgsvjN9oO/7cnYa1lePp8TCkUvOOwTz0UJMnIFxXGDQxNGqMLcEYMVZIQApNBMrAYLVC+JIgglh6f5U0EM1OkCRy58GXeffXP6GSBq+wxu/0GtXYwcJbZYRu7NHbgUBAJamOKel1SqiimKx2aKxe4sbRCr9fLMf5kqAriOB4eTi0kxJlleQeiqEQ/KbG9o1hZsWytWSZDweqG5saSZnNTs7GlGSTGwb6pOwKvsE8sEme/dGIXFh6xzB0W4IJC30cjsCD+KAKEE0OBcL15Que50UscOhiWJJl0NXuFzvKl5aXFlLv3+tSqkvc/UOIzL/XZbLviT89z7pYnBKl2nB76Yojb7/4OQeG/7/YotEJQ9jM+3znKLzWO0ojWaHcS3nvpkzw79ijb++6jUdIEUx692AwbXXl5c3KKaqA8UiixeJHADwQPzCum63U2dvq0Wi2q1SpFnX6BARTNn6SU9Dpdvv6NsyipeOxYg643xrVWAF7A3Qsl7tsf8uLllDi1+J5rmBlnFqVsnnsAJb/YD26+EmjFlnp51xh3NAkKqtxhNzCXxbtGU+H4M6ykda3YLHG22xm0n+Q7VoIXSpTnKm3SFKqRu9l609Cout8X+LGHI5a2DRUfSoHEyzuNJhms7WS8dD1lYHN3L0/d9pRAea4ziRISIoEOBCVPs+LN8LXsrfxE7Zt0Nw1TG9f5ybXf568f+WfMTQVkqaYVW1IJg9jQ3DHEXYu1Jk+4MK5nQeZi+2lmsOVrZKWUiYlx0jQljuNbikCKPICCASYmx+knkoXpkGZa5q6FKm99oEYYVvDCiBcvZ3zxlZSxCY9SVeb2iSOrEC7JRgpzC/QuhZMAs5Uc9B26gkFePeU6Bf4t6YnfJQPYAvEnjzmPyAO7W/8vhWv0VBYGIVzmbYEYYh1SeGivz1sWfPxccvmBoN239BNLFAqOzHhkRY6ZsHhSMFEX3LMvYiAElzcySpFjDGEFqXU9jCG3FTLLQEA2MChpeXLwIB+YmCPYvkxfS+49/1d8sfQ4X33kI6h+lzi1RJEkKgkqZUWaatot1w0E4+4pJKBhumK5ez5ikHTI4la+FyxJktzi8xeZvwi4dGmD89c22M4muL4UcGZLszCXEpUSNtqWrb6kXPfIrKDdtYzXFaEvXeGpLYrpdlE/h1i6Tmah75JEhml4InBFOlgJ7xTwxdtigdv0AsS3nBpjMcI1hcxzKNzPpuRD51E/JQpXRfJD94RUS4JO1xlWXuAMuExLfCUYrxaQrSXRrlRreVvz1OmY1aYrzmg3LbpIgZK5Dk8dUG4t6MxBwypN+Ea6jzMTD3DfzSsMBj7lZocnTv3ffHLuAVrVOZJejDGWNJMMYsvUtOeSPptOD0vpUq8yI6iqbbaWzlEqV5DK+0/6/cU133O/mXB1zZKEAQv7a3QTjwtLBuFpwsjHl4Ksb/Eii1WCnbbON41Ta0q6GMZw+YUrCOnETmWVQ+jGuScmfYwp2jp/6Tb3/3fdJ3AYGcCXgrLn3tZD99BFn0BtoFKSzE0rFDAYOD1+ZT3jzYcCGjWXVpVoS90TxANDECm++PKA7Y4hzZw66cWG9sCgFAT+blRstwTZ+e/SE86qL8CcSKJDQTLV4KnkMd7S+ALe5gr9TDO30OMnp8+weNdRtjctVzcylnYywtBZ3PvmfaxxXcOcxHMEPrYHpifrbLcTTJLm9BC3HMBuY2lhePn0VbqpR2OyAqpEVA4o+wFZ5rlcyhx+TAcWKyGoSqLASUttnDpNdS4HxO5uHyTOqa5G0B64dRFCYayHtaZoh3LnJMBr72Ssa8Vaj5z/XVSrGGPpp7l1rmF9S0NqSbqOiz+/nPL06ZggEPQN3DPn8b77Q+qR5JuXY756LqEUivyHJQRKWcphcfPcFpHsRu5wonoI6eZ/FxJKYz5+pnny3FF+3JvDe2iSI//413j03e9yNWRYwGd1M+bzJwf83lcG3FhLUcDMjMcgtVhjyAYWXxpKyTWazZZLwrQFemiG50VBiNaaTGsqpQrbfZ/MaPxSDa1D4lQQKUlU8dBWkiVgM7epstSiMkvkFQ22XVv+Zp8hjlIoY2MFcQr1kmVpJ98VQmAJwDFArri+87gtl0G85kzisOobO4KlNqy23XLGGbQGjvlCz7lXQglU6CwHX0mygaXXNiQ9w6FxReBLuhpOr2vGaq441MuxfWA3Hl9UHxmBNXlOn7F5B7Lis7i/See+kcRc6kZ880d+iYN/8efcOHqE/+s3f5OXX34ZECSJZrIm+fuPe/wfPyO4d49mdS2l29F40hl1KhRMj8PBKTBWkWXZ0NUrWsgDQzRQa42wlpWVVc5d23Kx/7CKtT4SDx1Lkq6zYcKyQpUdzKszS6MiifLfBtDG1VN2k1tRmJzn6aWWRilXv0V2kPWx1hYS4LbG7YSDv8WgLLx6gatQ0TjfuuxbmoO8vXwk8ZxsIigLMmVJY5P32LFUpGAscLr36fMxVkCppshi183TZgXWnEuzIhl++LLbZq6QACJP7PQ8iR8KdtoZ73xrwLt/9UfoCcMf/s7v0Gq1aG5tcezYMYIg4IUXvsFzzz3Lw/cf4x/+0Bz/9D+UaO4oKlVJa9uQAXNjmzTXrjixHEZD16/I/Bn94QhwrqO2Ac2+T6leoTJWI9UeeYkzFkHStYRlV+6eKZDWMDOtCAPX7hbrGKDddzF/UZTh4eyDbux+qGsYzhK5J+AY4A7aAEXE57UckF8S1vmrqXYNIVfaIm/8JFzZV9+4Wv9QIIQk7hmSDO6Z9zg0pXj6esqNDY3MLIkReL7LwdOpa9VmtB1WP2N2RT0ybz4l82tGDCFdT7loZakEP/8BRaS3SdOIxx57jMFgQL1eR0rJxsYGn/rUn9LpdFheWeGDP/IEP7jg85nLh2jUI6QEncKBesZUrcp2xwE/BQPArXZA0TJe2IyT55cZEFCPqii/hJYeYcnDGoXRI7YDzlBWvmBmXOEJy1ZPUgldKVprUPRXLCqM3KbrJLC3ttty361JiDFFVONOMcDI/Xepf+v9tXG/e1cPLAPtkheroaAeSZpd4/BqnJgj9+U3OoY/fbbPza6hUZM0NzXJwJLGGk+5iGFQkZgslwgmhzyHbWCK8OtuKHcYwBOul9DxfQl7GzEbW4J6I+CJJ56g3+9TqVQYDAYMBgPuvfdeKpUK7Xabta0Oe4IWY34dzF6EgVBqgvgqLboEYQ1rLf1+/5bfCCr69RW9Aeb2TNJOd8isR22yTlSLyAYeQngI8f9192axkl3XffdvD2eo6dYd+96+PTe7m02qSbZESrQtKpIohbItJZEcZEBsI04CI37IB3yAH5zg+wC/GEkQ2C8JAgQB8hg4sB1YtmVNtBXLsga7KVES2d1kT+z59u0736o6VWfYe+dhn3OqbotDS6FiJAc4XVVddavO2WvtNa//UoBEKA+CUYn1UAsOzmkKC+t9wWwLMiMYpCXMXjUww5WMMYRH5kqE1YpGMsC5quvhXWIAb1WKCRkg6v7Q6uIL6/PUi21HXvgY9sw0zHcE19cmvJjySwIlWN0x3N4oaDUk3Rnl07Pl+3nuY/BC+t2slcAK37PvSkPPAzb5OIBQXiFV2gLrEFKy3OgxSkYkacG91VUOHDhAGIb0er26WvcDH/gA/X6fXq/HyspdzGiTrlij4AAihMUmHOgW9DZSTD+rRf2DdYCTruDrr1/myu0BUhxCyja9bYXTiqijPAhUIbGmjq5QWEenIVmakSVyuuCJA5b+SDBMRZ0uBh/plHgs5UB6bOO07BaWQoPQ77YEsA98WcWNY0vcOdgeCY7P+RDmZgJHZwXL0xrI6zoSHfvP5rnvD1Ba1EBPOvLuUCntfEhWAqURGcc+VWyNt4dt7jCZK6t/fVxBSm8X5IUjcIJYDVjf2OZr33yR27dv88EPfpDnn3+eoihqHZ5lGUmSsL6+7nV6luLSbTbWhxAGLLTX2Lx7GZRH63TOkef5mxZ/unJ36rhDLze0Z9sEcYudnkQpiUkdQdsxtaBwBSS7/n6LAvbPKOY7krvbvvp3f9dyZ9uPpA1/ILInGKY+TtEIIU0oPaAASfhudwf7ve53u6v/q0YG9bRiMxFo4ehEjtW+xDrDwTnlY/il/yqkNwjd0HoYGOl1dTJ0HJqxvLHikIEiakhU4IlpCoEtHGnP1pFFIfAoGmH5fQhsbskSR5E5bOHIUkfRgrW1dZxznD17lo2NDXZ2dmpxbYyh1+vx4osvsrGxwbGjR4lDwWhU0M9zWosRB1sZC2qGexs9jBlb/ZXor+yBSiKEGs5f3iBjhsXFKcJGgygNKKzAWUk+gO00p7MvoDWjSLZ9yPnRA5pQw51tSay9i31ue696q9SvkJDlPl3cbfoNp/DBNinjMjrzLjGAM6bCfJj4dxIezrdabY8ko0Kw1HFc3/KW7PK0Zr4tubdjCITAOF/GHbUkuXTkI4twgl7P0l0WPPdIxte3Qigso11TInSOf7lq6BBlZYFzXvyrQBDEgsa0whnJcCunv51zR2oebxnOnn2K6emZPYSrCLm5uUme5xw7dozhcIATbbaGEdGiJN/JyeQltsWOTzhNJH084+9dZ2sd7ekOQ5vhVEzYnCI1IUFL045CRolklIIoBNsrBY1pRdCRdLXi1HLAKIdbG5LlaYtxjrXdCo1szATVLxoHowymG2VHQHktKmjF/BANP+/cGuaMHD+vb30sqstcwSiHtYHgYNfRS2FzCFMNOL6oyXJHOjCkfUvaNxSpz7BFLYnU0JoS3ByGvH82ZWarx/a2t77B+8jVSSlFqkdZzhS0OYx2LYN1Qz5yNGcCmjOSy/emuLaS4YoRaZYRhiHXrl3jd37ndzh//jxBELB//36ee+45zp59L48+coQ3VgXbRZfhLszEhsXOiP4w3zMnsDL+HuwAEgJu31nh2t0+3bkuRrTJhprRQDIcCjoz2oebtY9ZDNYsuxuGJ0+H7J+RrPd9fOXEomNlW/qegNqrdzWRK3onGbQbok7OCQk6aE8B8bvHANaoMd9VvUATz+qSKbi9I1lo+WjWrW2PrvH4gYBQVxiCAlsI0oFluGWQGuaOBGgluH4p5eJmxD85tMIotUxgU45/fZwVGXNjGTyvYgDZwNLbyL1RND3Ht24vs3Z/lVHSZzAY8O1vf5t+v8+5c+cYDoe0220/0lUZ1raHnLvZxdo2VgZ05H3W715mkAz3lHpNSoGq+6dK3uioy1C0CBstkC0cGiEkWSpYX7WMUsfCou86UrHAZHBmUdNtCi6vynLSiuXqmizpOhF1ecAb72e+MqhMAACgotZi58iTDz0z4B0ZwJpCURPD7zhXrXupDPw4dz8yxjnH4WnHG5teDRydVxxe0BgoO28pDUKJDCRbtwuygaUZOD7/esRT3QHP6xvsZAE467N8E+nQykB0pQvlKiXpxl6JEJLRwOIKx1r4OC9e7LK1vook4/TpR/nQh57jmaefJgpDnLMIN+LqG3f579+ErWyJqNlFB5ojsyOW9s3TarVr8V/p+6r+b1KdZOmIi1dX6Ey3CZtTqEbDl2oJ5W0WJRjsWtbuGeJIMLugOHk44PCCoj+ClW3fEpYWgjtbfprqnnurCFHGAnYSzwBSjDlDBdH0/rOfnnvXGABs9IOO5WSa0lNUSu8KrvQkpxb8EMOVHUEnlpw9HJDnJeGsI2xJ4ilJsm7IE0ue+Xr8+9uOL9yZ4demv01r2Cez3lhzdgzUXNtCe65mIjJVPkglcQaEa3CleB//9etNvvHSLRbmZzh0YB9PnDlFNupx984d/uhPr/Kf/jjlVv8gndlDqCgm0BbZv0I/GdLtduuxbxXBtdYopfYYgIcPH2RIGxk1WJifodNpoGKFDlXdYqcCibVw745ha63guccjuk3Jhbveqj9z0HJpVTLMJtzaibPqxRT4dvxY+4LRakmkCqPO0pnFh6I+72AECgGn/64s77xc3WpQZGWMlUxQMcildcnHThTMt+C1NcmROcNTR0K+MjNidcPQmpKEHUl/zWBNqUGcAOloacvvvjHPPz+c8svma/xW8UlmglIZVDln6a9jT11CJSgnrklIhwqUZ7hwmk31DP/13BW+8NIKhxZX6bY1O32xQAMQAAAgAElEQVTD5Vspa72YqQMnmWotEjbbGKVZ6Dhmgl0213qoflaPeQH2RAGrCiBwvPbaFdaTkEGzgw26zDYiiq4v6jRGghGYwi9h4WCpo3jsoCbJHC/f0Bya8+10r6/IGoq2znTUUkCU9++NQIcPuvXKtLCUmsbU8sGHZYB3kAD7pAzjhepnZW2ElNM8YawOnK/Mub0j2RkJnthvuLElWd2FubbgucciLI6o3PnOOIRyHuwI7xJGAVzfCfn9rWP8cuOveM/gKgMblvMISmg66z2Dunlzj0iYUE9OgBTIQKFCTRRNMX/qKbais3zrxiG+emWR768dZEeeYumxp5leOo6O277KQkd0xCq9jdsg1A8EeyZHt1R2gVaSuD3DTh4i3BRF3ObutkOHkn1zAY1YIEJB2JToyLeev/Bsg5mO4MJtwUZf8Piy4daWoF+meG0ZcZucmlphNArh4wXWQiti7C1JRRB3D71LDLAWiLC5WBlY5RrXT119QWNPZZjDhVXJiXmv11+5pygMPPtoxOlHI3bWDMXQW8G+OleUYqB05WLBb9/aj9jc4P8dfRExyijcRLyzCkMaJsCrxR5GnPyskBIZapC+LXvp0YMsHD7B4vHTLJ94jNlDjzC1vA+CkKAZoEON0JJDU31mZjqocvrHJOzL5POKObJ0xJXbG+S2g9bT4GKGPcHGjmMwcszNaKbbHpAqtfD04xFPnwrZ6ju+fUPx2AFLK3S8fEvRbvj7mHT/xw6YqOmQlQWu7WiyXVyiw+bhd4kBaMsg2scDRoCoCL9X7eLwUuDyumSYwdllw3dvSW5swr6u5GfOxN63d5N35ONLzoA1gnbDcF4c4Ctr+/jwld/jbyffoGci/6GJEPR4eo0br1J9HV5dOB8fBSkRoaYoBDrWNBea6EZM3IlozMbISIFUiNCjdTYjhxxcoT9Ia8Nv0v2rPIKKEay1LCzMMzAt0rxJY3YGZwOKxFEMHdtblvtbvgtqfkayb1rxwnsbBAq+f8uDUT573HDhruT2hqARMZ6z5MaMXSW7KnXnrMcP7Db2uugyjN8lCdCYnpI6nH9zE7AMDO5JDPgegSQVvHxH8Z79lrmm42uXNcY4Tu8PePZMTCYY5+4ndq2QvjkjRfP78Ycxm9v8/Cv/gUPpXYYmqu6vXhgfEy4LMiuJgBf/znjZWUcNtURoSZpA3A1BK1SkCVsBpvDvKykokMzEKW026Sd+LMuDM38ebAcTAm7evMO9HUvcniFod8lT/3lhJTaFZMewct/QH8Enn21wZEFxZxO+e0vxgWM+qPW922MwqzCYGM3rJkywitnL6uWdIUw3qUkkBSgZHowWD1fQaD86A3Qe+alZoYPpMfmrG2dPKLhqFa/4QSt4bVWyPRR87FTBvb7gwqpECscn39tgeUljJbjC1QUfFSMIJek0Cr7i3sOl+Wc4duMl/t7l/4zDJ1C8TpyYW2Qr/VdeZdXtI0RdJ+hKKkmtyvHyoJsKGQiCWGILf+HerlB03Cqj3ioWscfQq0R+NQK2CikHWqGiLkPR4MDpfew70iFLvQtbU8UItjctx+cUZ48GJJnj65c1823HmYOWc29I+kMf+cvL6uqa4cu1r++y1HdCeE+gGY4hYwCECvadfP5XZ/+XGaC1cGJeKtUep/PG79UEr22ASlx5IKXUCr7xhuLwrOMnjls+f15xbwf2T0v+zjMNVCwgmNDj1Qx5vDG4qTr8cesjhK0OH774uzx150/IwrZH7KxFUPn7xnmboLwuP4/e+dIxW3otZQURCPIUVOxTsrZkIhUI3xksJEvxJnEUEuhgT6CnYoIHA0L93R2u3tlkZDoMkymcUcwuBeimrDBdSVLLieWAz/xUEy3hOzcla33Bxx4vuLEuuHRPEZTokJnxZfaecV2Nvj6e1yBqG6GfQhz4buxqTaQKpjpLjy//LzNANHNgWUlVk73up53Q/f70vzy2BXwQ440tycX7ko8cN0jr+PJFxSB1vO9YwMfPxIyyCV1XijsdCXSsaMaWz8ln2Jg9zlzS55Pf/DeYq6+xOVCMClt7AdVud6VhiC1b1225UMAY5sX/RjHyI2iitsQ5n5E0me8uajUMcXaDMGqwtLREo9GomaCa9TepChqNBkeOHmE3jZHhFCqaYvOeJW4Iml1F2BQYDQuzml/4RIu5KW/1f+cNxYcfLYi04+tXNI4xfqE1rh5y7VzVfVmJvDETSOHoD335fBxUE8pAKiWD5vRD2QFvywBhc/aAkKpW+pMGdqWbJm2A2rgre++kg+/c8iPc/87Zgjtbkr+47Hfdz76/wQdPR/QGrpxH7I1AkzqCWDAz63hdH+Kr8fvROB492eVfPrfBL3+0xcdOBwTakZmxkVQbiLWHIHCmvKbKi6lCCrlngrBRLmy58HkhmHIJYbHOvfub3Lhxg+FwuKfgs8oJVJJgOEy49sZNdkxIa34OHbQwxk8ubTQ8Gmqno/iln21zdFFxawP+5ILi8WXDY/stf35Jsz0UqIlgjm8IEePGWi8KJpe+jHj60jCBLxGvy8OkIog6Rx6GAd42EBQ02gcmmyf3RqT2SoLxR8bUkEBmBV+5rPj4yYIXzhS8eEGz0IGzhwz/4PkWSe44dzGlFQFCYK0gGzpUIIk68Hujj/KJf/8+nvp7/4j3CgEYXB7x569k/Ls/stztaaIAbFHaEDXuDzX2v6tKJJyrGTYflnLL+oVzzmHQdMQ90t4q1ok60jcZBzDGoLUmCAKMMTTiiMxqdvOYbmcOS+BRRgrIgUYk+YWPtnnsYMDaruNL5zUHZh0fPm0494biyj1JGIzXlOoy2ePxjZlAlF5T+bKwPiDUmegW9mPjomMPwwBvKQGEEFKHrQO+rnMs3KuY5tgQn3jvgegcwsPIXlmT/PkVxdMHLc8cNXzlkuLyfUEzhF96oc0HTkcMRm5Ct3sMocANee6fPMPU3//5ejWKwrG+nXBybot/+v4VVJpQFA4V+lIz3z9YjnWT3gRwBVAaepQLawuHEh50wQNJ+uqjfdEaWqs61Lun28evy7j2X0qSQZ/bqwnEcwi6OBTWOTLnaEjBLz7f4onDmo2+J36g4WefNFy5L3npRqn3J7yoKsY56ejsTYJNLHcpdYcZdOKJEXdCIHV0/GEY4O0kQKzCeHmP6B83CE5ctKgv3L+qXpcfF4LZBlxYUcw0Hc+fNPRGgs9fCPjbquD4vOMfv9AmUoKvvTLyA6Ok78Y5vFDw8TO7bG5IwqhJkiRsb28ThiErK9u03R1OtXt8b+c0Ep9s0YHvGLaFN56Ep7K3AYyrB0KYwpeghZG3H6wRaJEx5VYQKsSYtF6IitiVBJjMByzuW+C7t3exdFFBByklGZYDi5pPnIw4vqTY6MOXXlFkBn7ufQVrPcFXX1cVr4/FfMUEgrpTudr5zo2DPQ72TGNLMh8LqBFTBEgdLgshlHPubfsD3pIBZOfAlNTR0uQcgJqyrsoJ1pxR6wNX5Sado7CC6RiEgY0e/MUVRSuAv3Wm4LPf1/zh9zWfOlPwyILjF3+6xXRb8oW/GiIDMEiWpvr0trdxrmB6eprPfvazXL16lc985jOkoxHrG5s0TR+THcO1GmUbui81k7rE/ytcDTBR5y6cwxa+cFSWyW6LZDbqUezeYNAfoIOo3vXW2toOqNRCnufkWcr13i47xT7imTmEjiGAD5+J+dhjEdOxYG0XvvSqxlj4zPsKeiP48nlFbnzr1zjTyVhFSfwEc+G7om15zd0G9IZ+UJeSHj5mZcd3By1OTxhCApQKFo/89L+aBdZ+JAaYe+rvLiqluhhDzZrCJyfK+ck+3l4rgspWdb5xsxDMtRztQHBhzSdnrBV8+XXFzyj49JMFf/iK5g++r3nhsYLHlx0/9+EmS7OK3/tqwt0dx3CQsHpvhSR1jEYjTp48yYkTJ3DOkZTw7Ek/w6Qpzja8y+W8mhCULWOUwA81+oS3+IQosXZL09s6zVxwHzfsebj2ssR7svhjb/IHmo2Y3aEg1S1mDi4wu9zgQ6ciPnBYowTc2BC8eEHTCuEzTxdsJ/DFVzTDVNCKqMV/2T6Bc77W7+Ccl4CxdvRTCKXX9YWBRMJsA5LUN9+oMhh0dJ+os4J+VreaXzj6/n0/MgM0F48vKaVamMkRaKKORLg9MmAs9sH3CEw3YboluLlT/mfJtYURfPG84oXHHJ9+suCLFxRfOK/ZHRmeOWL40FMRB/ZpfvtPEy5dCLlyY5NTQQMhJMvLy8RxzNbWFoNBH2sdK70IGWi/0ysjUFTAU2MIG+8OVvT3yaei8O6g0AJhBFPuNkWR4dzeqV+VLVCFfkXZ8Jokfe73WmynMxxtTvGZsw1O7lMU1vHqHcHXLvsM3yfeU7CyI/iTi5pR7lvaA+17KZV0ZMZPSUsNdCJfMJvmsFOmhO8NfO/AKPcFpLn1sw8HmRf7FYRMNU8IAUKpsNHdvx84/yMxQNiaOSCVEu7BN6psVBX4gT2sUFhBJ4KFNryx4WhE+BCr8cTQJRN84XzARx8t+OQZQ7cBX7uiWN0VfOSU4fiS4v/5uQ5/OHeCb5+/yHx3hVZ7qg7INBoxrRjOXx1xa/cYM6eaqEBiMr/bhayQvqo08UTZdoVWoiHLfR2CjCSNUUpXrNKeW2RahGxsbJDneV3sURFeaz+2PY5jptqzvHIv4aeeWuYffnyB5XnFVuL4q2uSC3cVzxy1/MQJw8UVydcu+ShkoLzhNsoFfenLuphgTiEEbuBj/LZ0W0UZ/KrshSL3q14U1KVhEogD6JfBLik1Omq9oyfwlgyg486yFNK3J+/hgkqPVkZfzRkUxqcml6YcNzYFRSGw1ewTN2YTJb2B8+JFxU4ieO6EYXHK8YVXFf/tpYCPnip4ZMHy6Y9M8VczL/D9i1+mcDdQjzgCZdjc3OKP/8cNfv8v55ELx7ApSO3QDYnLfYWwNWWZWO1K+ScWV3oA0heiZA60ZjrchsFtbm5vIqXeY/QppeoKYGMMUkpGoyG7uwP2Lx3mZz+4n7luxOurgq9fUhQWPvVUzpF5+MYVxXdvKST4fsNSJhUG1vvj66q2khAe+ELi4eqd3VuA65na06CyH0zh17MdQS/1n5VSoYL4HT2Bt2SAIGoemix6nTBSfUzFVXq1mgnsEUKXu3BrS5AVXrflBt8jWN1A+aUVEva33lBsDAQfP13wSz/p+PIFxR98T/PYkuXpQwVPnJ7jSuOTvPraK7z04j3W1m7y+s2Cu7sLTC2dotmd8kUWPUA5pK5EtyuZgDLE6y+8Ao8WARRD5+f+FpLFqQ3ylV20Dj3DTOz2Sv9XKsGjfwf0rGBmrosNZ/nK6yGv31OcWDB86JShMPBH39Pc3JSElaE5kd93lAgftlrXqnzer50tF9yWHVGqXC8pPASPdRApQDjubQuGhVe7t7f9aFshJUrH7xgMelMGEELI9/7qnx2cnO3gVeeER1Dt6JITYw2HpgW3t3x3q6rcLVM+f5NwohQeeu3yqmS9H/CRUwU/9z7Dq3csf3ZJcWU15L2HCk7un2Lf/E9yf31Ad3VAdKhgek2xPhAMjSQMfOhZVEBSYqKcCmoDUHhzHyk95k82sMQNST5wtJpXSdMRVsT1uPXJ1q9JLGCtNXk2InMdRm4/X7o8w1RH8TNP5Bybc7x2T/CX1xT9kaxFflXDiPPBp6qjt5wWj7F+PTqRN/gEou63BGgGvooIB7l1dGPB1sBTxjgYpv5vK1o5ASqIDj3YtfRQDAB0dBAuTS7ipATwpUp7ObcVwcquH2yk5d6olkdMERi39+/BL0KkYScR/MH3NGeWLR88YXlkoeBb1yTfuak4fxfOLAtOLHd4/MQUSkEystxazXn9Zs6VuwXrPUtSxvQpG0qFKxGTSklQ8V8Q+/byIgPTkIRmxLTZImt22B2ke5I/k/P+qoigtYZOq82FzZhY7ueFR0LOHsnZSRyff0Vxfd0Hj7qlY1JYX95dwb9bB/Mtn/FLcsgKx2wTcut7/cosNFuJY6YJg1QwyDwMTyVR1wewmzgK49vpeyNHpz02XKUAqfTBqdOfaAGDH4oBwoM/2ZUqWKgEQC0IHqgMGost2Oh7XaUoS7bqv/MyL1CgrM9yCfxNaOW7W5KMMssn+M5NxbU1yfuPGZ47aTh72HLuDcXLtyWv3BGcXDI8uuRY6sIzj4Y8/WhIL7Hc37bc3TLc2TDc3zJs9SyDoSMZWfLMu4Y4UJEg7CqynsXmjiDULO1bZ/f+6ySDPjqI9vj9k2PgKikgBWzuDllcPMRPP9dlaVly7rrk/B3pp3qU0Phh4Jhu+CEQWVHO/Yt81ZTDl3Tlud/x93fLyLXzAFuhEvSGgp3EM68u+wBHhQfO0srRbni8xCTzzaJLs+P5SABKBQtHn/2FfcAbPxQDTB17Zk4qNQemcpv3BHmdw8fYS0i4Sp8L4Rs/cb4mINIwyr2ZEwX+b7PcN0OGyhEoQWa8KyRKJunGgBO8fF3z2j3HUwcNH3m04NnjgldvS169K3n1rmC+7Tg+bzkyZ5ltCY4uSU4eUFjnF6g/dCSZIxk5hrkjzTwOoJIw1ZakIx8K7nQj8pUB575gCMKolFjmTZmgCgMHYUB/4JjeP8udZIavfydkZ+jh73we36/BKBf0lQfQsNa7cpn1bV1CuNoYFMLbB87BfNtH9bT0Vn0z9Igpw9zjIChFOcDKD8oYph4/eHsoaASlui3pJZVutmYPHvihGaAxe2ifUqo5nkLhj0kmqODpZ5v+eWZ8eXJh/PNQe0I45w1BWeo5JSrsO0/8TuTPUeEZpvqsAO7vCD63pdl33fLkAcfZw5YPHDfc2hBcvKd49a7k3HVFM3TMNhzL047FacdU0++0hVigpr0bKspgZSuoJm+UoktKzp27wMbGFkIFhGFYR/smW7/GsDCOYdKnUEtcGRxk/U6HMPTXvqe6STiGuffVy9BJHS6rBGltCFICbRhfk9qMxBgssvBldvd7/q8lfo17Q09sV76udn4jdKR5WQkllQgbnbetD3xTBoi7iwelFOPsArUgAHyOGudF1zD3Fy0FOOs80amCPqUo1H6X5+Xr3Hpdlhl8WLaEkS2MN9CqhVTCTxDf7En+9CK8dF1ybN5yer/lY6cLnBCs9QQ3NgS3NiQv3xTYm6VxGfgUaTPwEbNAOdqx3z3biQ9TJ4VksVlgd7Y4evQoxgnW1tZqXT9ZAVSJ/1arSaBirq0EBAcWCcNwXKSyN3FSW++V9+Ns2SFVRlEd4wggzqvG9QHIxBtfVRArNV5axhp2h47Frl9bLT0uw8bAw/MYC61QMMoog0GCIG6/rSfwpgwQNKYOyQchZ2uDoHasa+5T5QKkxrNhpMaeQOWyDFLB7pDaEq7ElFZj9ydUXk+Kyd9y/js0/ju+e1Pxyh3JbBMOzVoOzzqePGB59pihsIL+CLYGsJ1IdlMYZJJ+6sPQOYKdgVc3WvuR9WJ4j7vXXycZjVAl/NtkCvjBaGCWpbgghPZBwtYMQsgySeMJNlmtVGfsSiYIlECVmIpKjqVioKEdCtZ6MNvyfxtr7yEVxo/kKwxMNR2DzEsbLb3ETQsvUXeHjrwQtCO43yu7hZVGhfHRH5oBdNQ4JKQY40xNyv467et1aG9UQcKMcW1jDb1yeHSgxpmtZuRDloH0oq0Tl+5PyUCBgpUdVwIessdlFM53ISvt98bmAO7vKr5704NTT7ccCx2Yaztmm5ZjC35aqVYWLfxvpaUBVSVh0JKV1+5wZTSk6v6d3O1VFrDS/c45olBxf2tIPrVA1JiaqIkoS7ZqwjuqBJRwgsI5Tsx74u0mpUQsfPnboMT9m/YtOEQKthK/NmkOkfbrsb7rbYara+VwKzv+uSTzzN/UVdTQr5dW4Q8nAYT4CfHeX/23+2sNMOlCijEi12RuvZIVsvxMkvmLDiqkLwemLG+Kg9IgkmNAZOP8rrBlC5i/qYmYQ8WEleIsRasqCynSQnB3C+5serGilPL9HdI3qs7PeADoYTaWLtVsycaV8yRJDx2167AvUBd9VoGgGgCCAqJ96PYySkf156vrrl8jxkzgHNIJ1nt+txrru4Vw3iB0Au4Zvy6p2ZvWVdKva1Ui1okEofZGdTPw3xeVqGqPLsF7NDy23+M1fPUKSBUcFKIbOreTPRQDwF92dBAuO8YjyysCTNbC2bKKFucwznOmK+P8ALkbL3RuICrh35IctgfV2oy/XExEuuoFrOQnE2hY1WpPhFClEHuqYsGR5wKnIW7CrXVBf1Bh6wLCX387KNgf9GFugd3+cM+g58mjuu8wDAiVYGsnojW7iFA+zUtZi+dc7fiOCzoqCeEcd7c80ynpvSUtHaEURKX30wwdrcjr+ij0j2EFnF1upioTm1tvQ+XWMcpgfQSXNwXzbfiT18eBJan10iOf+v9mgXsPxQDRkb/RFSqYb4ZwsCm5byawamsKTFrHnpC6tLRD7TDWW7GWEufegtA+x22MYCr2IsraMchRYcuBE3uCVmIc1iqXdmwasTe4OFmz7wStBjSagn4CoxSikD0GmpEQjm5z79p3GaYGVZZ4T0qByQhaNSBSy4iidZhWc9r3+TsQ9VCnsb/eCLzBGWovDRuBh3OJwxKZXJStduUtWrwk8yBbjiQXbA0do0IwzDwuYGZ8AsiUBrgvGPGFLYWF3ZFXdZuJV6dKgtTB9NzhM8sPzQDd4x+YQ6qZRiA4vU+iUzGRUB7vWC8SS3gW56FgnfWWqbW+FCvUYIyfgGGM39XdhrcB8jK/7ZxnGFOWbk/S/gElsCcqOX4x7lGE0vovWyK2tsqpI3IMIVftTAPMifsMFXuIPwn7suennSMMNGvbCQdOLvLokRbtVknUYDzSReBDtkXZtpUZT7jUwHruSBLv/qaFV3+ZceValBIVHzamZCwpSiDqqjmlNJIDRdk+Xl6f9cGgV+6WMZdyQaTSKurMHQK+81AM0JheXowC3dxMLH98MUcmlrnF2iynSgFXpPALKmps0srvr0S/dwt9s4PD97QLKtevYiYPrljh5lF+D67KnlH/vpvYxeX/+HmEgUAHgBD0Bj42XrlWrlQlSvtFC5VnlOTKS6zdX0NFHeL4zUE1qoygMQaJJuousXD4IK0ZzaiAjQQfaCp8QiYrvIuZW0rU77FUk4wjdaL0Bqr7CKTPD9SZv7KnYW8X9APHhNeptO8VvLHtGbHySrWLiJrdU2/1FT+oAroLB5RSaCmItMRpsVcui0p3+ztphr40ydrxqIpm6FOdhaXEwnuQuGPRB6X0rkbK1N9e+YOu1nuVdyDxu1qrUpeWAxYUfqLMXMfRmPO18o3A5yniwC+wKgdDSJtybaVP5+TjjNKMra2tcah3YgZAFRXstDvYPOFOT3O3v59LV8divwpcSfx3V/9fIaX73IeoXcV6ISsiTiyvrGzHMmtZu5JMbDxbraMvEHFFgbMGZ1JMPnJJng5MNkyKbDiwxu2MBtu34fTDMYAOG0tZXmCtpMgtRero1pfrd5JzYytdCg9omBee4Ep6ne8oR8VXV+0qWIFKdVCjf1SHc741yhPUj6GJA0EceSZrxV7ker3q9a2SfqEdlWXvyG0ZcrWlLs1hmEBa+J06MNDcuYG4fN7XMLTbKKXqtG/FBNXpnKMwBXHUQMZHabSmajErqmiOcHWnc7WvhaAujK0eZcXwFQ9Uasl6aHqMw5ocZ3KETaHIkCaFIsHmI0w+JE/96YoR3ShjbWeEMRm5sfSTZPTai//lX4/uX7oANgVuAFf5rT3G1ZszgBBCzj/16S+vRZ3ECdUWUgXTS088t/zU33i+EtcVoXCe0L20JGJZwVp5DZOiyyd+vMUb6oqw3o1plgSNS11aWbxa1R1dGEetR1Pr2M0Fw8Qjk4+Mj4Zl1qubvBhHEsdl0hMn3ltZKu6TKR+57PV6NbGrY7L8S0qJKXJub2xjHz1M2Ihrj6KyiUVtsI7XwhpwpsCaAltkmGyEKTJMNsRmQ2w+xORDT9hsiDUpzmRIm6IoCKUhVJZAOe9Wa0lDS8IgQLU1zSjg6L6YlX4DqQIubShWdnMjQv1NsC+VBKuK4t+ZAQC7/r3Pfh+4jBdApvuJ38hw9nnrfKYrt2CEj1sj/MTQRuj9+0iPjaJGRdygFIe6gnr1hMitDwaNChgZWC884OGwgEHma+Ky0lCsLF5TKjZZBVgq0SvGu6qqPRBuwm0dc3jpzsLg5jkGO310o7PH8JtUAZNVQYGUhFP7cY39ZP0hLh9i8rQmnil355iwI1yRYk2GMxm+TckgMP4yqt9QCqUDpNJorZFxiNQtpAyQKsDqgExocqVRfuBx/diKFMfmA673DCYXyK6gE2auc/T928mtV/pvRfS3ZIDS7cnKE4Anf/63e7lx7O/Chw7DI9PQETDbKduRhDf+TOmb5taDPg8yx3oGw4FgVA6ASA2Miio16mq/mUo3ihLyVFbAR34QhKoY6Af9gj2e4thDHccM9lQ1ldZ526UstzJWZ2bpJ2m98yfLviZBoH100HLz/i472V+wde0cuKIkqIe09bEI4cOvWhNojYwCVND0JWZKI1VQPipEWXbmGUGVj7JUF5UaKQ2KSsJM0gqPuWic9rObSvUJQgqp3gn34c0Z4E0PIeri7+0RbGaw7eCrdxxOijqxU9hxkMLhKVLpQlndUHkPWoJ2PnQq3oymgjEeYMUkE4QFymbPUtRasMZ4cVvkmDwzNk+zIhvmZjRIitFgWAx7o2K4m/R3t3aPtzfm73DpiSzL69BvlfSZnP0zWRTS7Eyxc/Hy+bWNb1xtTM1HKmyFutH2j2EjVGEcKh2HKohCEUSh0GHolNZWeY4QUimrlRBSYktmcaLUI0rsYdTxQkwEywQIN1mLLciM46XbXrorWRfmCyH1u8gAOKGld3eubXhOm27Aapl/roSskmLPl1XBOuHfrjkZqFXB2K8XY2vX+cpeWxRYY7BFitjgm18AAAQvSURBVM2zzOZpatLhsEiTUZEOkmKUDIrh7m4+2O5lyfZuPtjqZ7vru2l/rZ/31/qjnbv90fadyiGcPLc+9S/+2a8NivCJUZohashXydbWFu3SIKyaQMGXgF2/edveu/gX/35jZ/AlPBCjLk9VPoZAgIwCwmYggyjQjW4cNKfjoDEV66gdqbgZ6bARq7DVUFEjUmHc0DqKVRhFMogaOohiqeNYBWGsgjCWSodK6lBoHUqlAylVqJQKpFRaSBVIpZQQUtaMKwQG2QyCKgj/rjCAP5SE6Ybg+jbIXWjFk7p3wq0TorZoXZmwsIXBGeMNoTw1Nstyk6dZkQ4Tkw36xXAwyIe9QZHs9LNkZ7cYbvey3sZOunt/Jx2s97PdtWS0dW9gsvsJ5AOgXxIzf5PT4o0eUz43E8/zx08/ogZFcHJtbc3nDMKQMAy5dOny6Bvf+PpvfepTn3LLy8v/qtfrqSoPEEURzUbj9sbO4IvOuZt+MFvt9VZ7VwISmwpGqbAjZNa7J7IJD3HiVOUpy7NiIvXA8wCIgJCwFap4KtKNqVDH7VjH7VBHrUiFcaSCRqTjZiOIp5phZ2Y4Wrm4/q4xgJBaC6nrK+8lFmsMwhaYPMNmaW7yNDXpaFRkyaDwIndQJLu9LNnZLZKdXjbY6qe7672sv97Lemu90c7dXrpzpw+DITAERox3aFYSsniAmAXjIJ594LG0vQGwb1cE+Zu/+Zsn+v3+e1qtFoPBgH6/jzGGTqd9xRjzr3/lV37lJz7/+c//WlEUSmtNu90mSRLu3Ln9HeAmgPM/8FAzed5yXccyf9IpfLPTv5cNpMkGwuyukI4ZZ5K5KoYa4df0oY53wAkUHP+bv3Hr1re++PV8uJPk/a2dLNnu5b2NXtpb2836m/20t9ofbd3umWx1ALYiZnVWBDUT51vtzklClhoe596Omj/CIYR4/8rKSivPc+LYj39J05QDBw488uu//utf/OY3v3lye3s7qKqCoiii0Whw9erVb76blzLxXe6Bx/+txztJAHHtxf//z669yAW8OMoY+5WTu7QiYvV68v8cewn6Y7iNhz+SJPlImqb13F/wqd/hcNi4du3ah6rGj+ro9/tsbGzY+/fvf+Ov65p/nMfbMoBzzgkhNoFdxtHIH9vu/HEfL7/8srp+/fpzSZLUu79C+qiQQKsewIoJms0m/X7/6vXr19+2x+7/1OMhRsa4Skz/33CYz33uc7/RarV+cW5u7olut3uw0+nQbDZr4gM1Ywgh2NraYmVl5dvOua2/5mv/sRzi/7BN/K4dQogF4MnFxcXn5ubmnpuZmTk7NTU132w2aTabdTXQzs4O58+f/xeXLl36j3/d1/zjOB7aDfy/7XDOrQF/Wp4IIfa1Wq2z+/bte3ZmZubZbrd7ptvtLu/u7marq6tf++u92h/f8T8B73pGqODxMfcAAAAASUVORK5CYII=

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAAAAWdEVYdENyZWF0aW9uIFRpbWUAMTAvMDkvMTXGDm26AAAgAElEQVR4nO19e3Qc1Znn79ajX3q/LVuWWrZlYxsjMBgkG7B52jEskLPYJEMIJnEmJzk7wRA22SwzibxnITvZiS2yZw+QJRmRSYYkkAWGWEk8ASuOEzssCMvEsmzZWMjCsh7Wq1vqR3XV3T+qb/Wt6upWS9162PA7p0531+PeW/X97vd99/vurSaUUnxc0dzcfB8AbN269bW5bstcgXwcCdDc3Hw1gEYAG6O7/gBg19atW4/OXavmBh8rAjQ3N+dDF/zDCU55EToRRmavVXMLYa4bMFtobm7eBaALiYWP6LGu6LkfC1z2GqC5uXkTgCYAVVO89EMAO7Zu3dqS4SbNK1y2BGhubvZCF/zG5GdOij9AJ0JXmuXMS1x2BIja+QYAj2a46GcANFxu/sFlRYDm5uYd0J28vBmqYhS6k9g0Q+XPOi4LAkTtfCOA2lmqsg06EVpmqb4ZwyVNgKidbwRw7xw14XXoROiao/rTxiVJgKid3xXdZkrdp4pR6CRsvBT9g0uOAFE734CpD+viUFFRAQDo6elJtyhAHzY2XGr+wSVDgKidb0D6wzoUFRWhpqYGhYWFAIChoSF0dnbi4sWL6RYN6MPGhkvFP5j3BEghfJsy3G43ampqjJ5vRU9PDzo7OxEIBNKtCrhEwsrzmgDNzc0NyJCdr6mpQXV1NSRJSnpeJBLB2bNn0dnZmW6VQNQ/2Lp1a0MmCpsJzEsCRNO0jciAnS8rK8OqVavgdrundF0gEEB7ezv6+vrSbQKg+we75mPaeV4RwCZNO23k5uZi1apVhp2fLoaGhtDe3o6xsbF0mwTMw7TzvCBAJsO3sixj5cqVCe38dNHT04MTJ05AUZRMFDdvwspzToBo6rUBGbDzXq8Xy5cvn9TOTxeRSASnTp1CV1dXJoobhU6CxkwUNl3MGQHSSNPGoaioCFddddWU7fx0EQgEcOzYsUwNG+c07TzrBMhgmhZutxu1tbVp2/npYmhoCG1tbZkaNs5J2nnWCMCFb7+TblmyLKOmpgZerzftdmUCXV1d6OzszJR/sBuzGFaeFQJkMk1bUVGBVatWpW3nR0Iqdh3oR0vPBBo3leK+ZTlplReJRNDe3p6psPKspZ1nlACZTNMWFRVh5cqVyM3NTbtdja1DaDg8iNGQZuzbWOFB4y2luLrElVbZY2NjOHHiRKb8gxlPO88IAaJ2vgEZCt+uWrUKZWVl6RaFlnMT2PG7Xnw4llhVP7q2AA31xch3imnV1dfXh/b29kyGlRtmwj/IKAEymaaVZRlerzel8O1k6BpTsOO3vfhDz0RK5+c5BTTUF2PX2vScSxZW7urqyoR/MCNp54wRINNp2pqamrSHdSMhFY2tw9h9eHBa11flymjaXI5Niz1ptSMQCKCzs3Nepp3TJkAmw7fWNG06aDo+il0tfSY7P11srPCgaUs5vLlyWuXMQNo57bDytAmQyTRtJsO3LecmsKulD20DobTLsuI79cXYtbYgbf8gw2HltNLO0yLAXKRpJ0PXmIJdB/rw+hl/uk1KijyngMZNZdixOr1bny9p5ykRYD6kaa1gdr6xdSgj6j5V1JY40bipLCP+wVymnVMiQCbDt5lK0wK6nW84PJh0WDfTuHdpNhpvKcuIf5DhtHNKYeVUCZD2UCGT4duWcxNoODyY8rBuppHnFLBrbWFG/INMhpW3bt1KJjtnVgiQqTQtC9++2D6aVjkzhapcGQ31xRnxDzKRdp5zAmQyTdtweHDW7fx0kamwcrpp5zkjQCbTtK+d9mFXS/+c2vnp4uFVeWi8pTRtszDdtPOsE4CFb2tqalI5PSmODgSx60D/vLHz0wXzDxrqi9Muq7Ozc0ph5VklQFFREa699tqM2PmGw4N4pnU4rXLmG6py5Yylnd99992UzEIqBMjYK2IKCwvTFn5j6xC8L5y57IQPAB+OKfj0v32ETb/sRlca5kySpIzOgJo37whqbB3CYy39l4STlw7+0DOBTb/sxkhIneumAJhHBNi1thAHtlViY0V6kbX5ju/UF+PoQ960HcNMYWbmT08TmxZ70LK4MqOZvPmCTEUMM415owF47Fidh66dS/GdDHjOc43aEicObKvEa/dWzDvhA/OUAACQ7xTRUF+MszuX4t6l2XPdnCkjzyngnzeX4+hD1WknjGYS85YADN5cGa/dW4ED2ypRW+Kc6+akhEfXFqBr59K0Q8KzgXlPAIZNiz04+lA19m4qRZ5zfjZ7Y4UHZ3cuReOmsnnj5E2G+fkkk2DX2kJ07VyKR9cWzHVTDFTlyjiwrRIt2yvnpZ1PhkuOAIDuHzRuKsPZnUvndNiY5xSwd1MpunYundd2Phnm1TBwqvDmymjZXpnSfP9MI1OJnrnGJakBrNi02GMMG2faP9hY4cF7D3nRtKX8khc+MMsEOH78OF7+5cszVn5DfTG6di7Fw6sy731X5cp49Z5FaNlemXaePxFGAgoaft0xI2UnwqwSYGxsDF9//HFsv38bDh8+PCN15DtFNG0px3sPeTPiH+Q5BSN8m24mLxlea+vF1f/9AHbvu4wJwHDkyBE8sG07Hn/scfScy8hqmThcXeJCy/ZKvHrPIlRN0zN/eFUejj5UnZG1golwtGcUm/Ycwqef+ws+HJr9uQ9z6gO88vLL2Hznndi7Z8+M1XHfshwcfcg7Jf9gY4UHB7ZVZmQ1UCKMBBTseLEV1zx1AH/onN7StUxgzp1An8+HvXv2or6uHr/77e9mpA4WVj76UHVS/4CFb1u2V87osK7xrTPwPrkfLx7pnrE6UsWcE4Dho54efGnnTmy/fxuOHz8+I3V4c2U0bSm3DSt/J+pAzmT4tuXUILxP7sdjL7+P0cD8mOM47+IAR44cwac2b8EXvvhFPP71xzPyQggrWFi56fiovsZgffGMRvC6Lk5gx4utc6rqE2HeaAArfvyjH6H+hjr86IUXZqyOHavzZtzO73r5fVT//f55KXxgHhMA0P2D3Q27UV9XP2PDxplC0+FueJ/cj2feOjPXTUmKeU0Aho96evDAtu3Yfv+2GRs2ZgotpwZx9VMH8MhPWueNnU+GS4IADEeOHMH6+nrs3bMnU4soM4auixO477m/4Ja9h9DWMz+XrtnhkiIAw949e1F/Q92MhpVTBQvfVv/9frze1jvXzZkyLkkCALp/8PXHH8eWOzfPmX/QdLh7TsK3mcQlSwCG9vZ2PLBtO3Z+8Yuz5h+0nBrEpj2H8MhPWuckfJtJXPIEYNj/u/1GWHmm/AMWvr1l76F5O6ybKi4bAgCxsPLmOzdn3D9o+HXHvAnfZhKXFQEYPurpyVja+bW2Xnif3I/d+zouiWHdVHFZEoCBTztPB3OZpp0tXNYEYHjl5emZg8vFzifDx4IAnyAxPiHAxxyfEOBjjk8I8DHHJwT4mOMTAnzMkcqUMONNU4RM+tKp5AURAlGMTa/m31BGCIkr33o8GaxvOyOExO2bKiQhvk5Wol1rKAC7Ku2abj1vqo822bOaCuwIwEoW2Hc74UzWoETnpPMmsUzddKqQxckV5Fz87WYq8mCnRj8TNpOXBkFM6KZNEMwPwq7yVAkgO+zn3xHbPpU+aBoickr2BEhU4mz9ByMhBIIg2GpISxskRBUTAA02TWcEEBATPv8pABB4xiUSfioEEAQBTqf9uro0rcuMwCUnXw1kR67Z4AAjQKxOanxaTJ+EmOAJbIggARARL3SR+xSZ3U5GAquWsIMgCHC7ExFg/jHA42D3rf+2CtdKgNn6F17mS/G9nScB9ylDF7iKGAFIdJ8G6ASwEzojhghAEgQBibRAMlJYIYoisjxZSW8sk0hXJWc7zcS3lmctnR2eaVMgCILhTPMCZxu33wFd+EL0U4PZvGu8BmCCZ5vMvouiaBAgERFS0QCiKCI72+aNXxbBWx94KsSYiYee67b3V+I0Ad8Tbc5J1Hx2zlR5LwgCJElKKHxN09h3F4AIt6nRzWiaqadDFzrbHOxTkqRJCcAP7xJBFEXk5MQvsZ6KFkkFmSJDvg0B+KJ5E2D0fks7ZsK0MQKwOqybIAjQNA0A3ACU6CZAJwHr/SoAlRFAQkzgzujmYJ+MAMlMQSoaQJIk5OXHr71jI4BURxLsxhMhUwQo8CTXAFZh8/sm0wDpxAFEUYQsyyYNwHo9+x6VRxaAMIAQzI6+AabuHYgJ3GXZnJIkQRCEhASwBngSQZIkFBTEv93LNARMt8dk0BQUZTkAxDuBdkJm2oDSxE1I5Exaj08GQRAgy3K0LGoigKZpxgYgG0AQZkefB+XVvhO6ynAD8HDf3bIsxxHAOvRLhQALFy7E1q1b0drailAoHL3pxI5lJnyAdLRBSY79iykT9XZKaVo+gFMSsWV16aTtEkURDocjzubzwo8SIAfxIz0+OGQQgPV8N3S1wTYPAA9PACsJ+EZNBqfTibr6ely5Zg3a2tpw5nRs3ZyZAPYPKBmSyXm6JCjOdiStJyERphF8WldVgNqKvITBJx48AXgNwG+qqgJALswEMJoOCwEc0AnggS74HOjqIwtAlh0BeJtv/T0ZsrOzsWHDBqxYsQInT57E0MUhrqyUi7FFJgcDhZ54AgBmdW+t1+5YMh+gosCNtYvzkTWFV9BYfQA74Uc7VB5iQ329ebEYgIboMJC3/UwDZCNGgmxJkiCKYtoawIri4mIUFxfjwoUL+ODMGUQiif9EYarJoEwgP+oE2gXUkw39ErWFN205LhkrF2SjMMueZMnA+wB26p/JCboGsApf5Tc7E8C0gEECKwEYCfibmooGsGLBggUoKSnBQH8/ei9cSHjedJJB6RAjz22fuLLr+YB977dCFAgWF7hRnjf9V83xGsBqAljvjz4rNuZmgle4LQIgwpsA5gTyBMgGkGOnAZjAeVanM+4VRRELystRVFyMgYEBjPvH486xFp2qbKebEMp2SvFus/U3tT9ml6gpypJRku2EaJNmThVM2CwQZCWARTtnQxd+BLrQQ9CHhWwTrQRgWoAnQpYoigYB+Kggf3MAEAqFDHZOF7IsY+HChQiFQhgeHoYaiSBaUbKnMu36kiHLIU1KulTyAS5ZQHG203Z+wVSgKAoi0efBh4JtBG/cAszCZ/EdI8rLh30TkcDNEyCRCYg9AIpwOAwWO5gunE4nFixYgGAwiImJiWmp8nT9ApYMiis3gUaxVicQgly3BEcK8wqSQdM0RCIRI8oXqy82TOaFz/ljbsQCQS7o8jWED04D8ASwBoMMAhw6N4aQBoQiFNdX5CDfKePH7/Xi6HkfKguduGNJEdZX5hmNZg0mhOCDoQCO9fmgqBoW5bpww+I8iBx5Tg2O48TAOFRKsSDLgesX50MSCFwuF5xOJ97uHkLnoB8iIVhdkgVJJPjd6SFooLjVW4CaArNN7RwK4Nl3e7G/cwSapmFhgRv/dWM17lpRYquCFUXB22+/jb6+PoiiiPXr1yMQodj3xr/hRPtx5OfnY+vd92D1lWsAAG1H38P7x9pw9L1WZGVlYd31N+CG+g0oLikBASBLAlzRIV1PTw/eeecdQzgbN26Me/lVa2srzp49C0opFixYgPXr14MQYnqOANDW1oZ9+/bh5MmTyM/Px5133onbbrvN0MwWcrhg7vl87xcBCIRSeiuAfACFAIoBFEW/50MfRuT4/f7rRVHEuv/zHi5ORBBWVVxbnguXRHDwwxFoUebnO0U8vHYhvn5jFXKdsVi1IAh45nA3dr91FqGIhpu8+fjFZ65CvivmZD3V8gG+/6duKKqGDZV5eOmBq1DAxeK/+Go7fvH+BThFAcuLXCACQUf/BPwhFd+4cTH+YZPXOPf1jkE8ffBDnBicABFItGdSFDgk/MfVpXhqcw3yXWYz1dvbiwcffBDvvfceBEFAXV0dVI3iyOE/gxACVVXh9VbjK1/9KoLBIP7XD36AoaHYnzeKooSrr7kG3/zmN3HHHbebfIeDBw/iwQcfhM/ngyRJaGxsxOc+9znjeN+FPnz2bz6Ld955B4qiYOfOnWhsbDQJNBwO4/vf/z6amprQ399vPFu3241PfepTeOKJJ7B06VKoqgpVVRGJRFBUVPQ6gBEAwwCGAAxGP0cAjALw87mARMkgmakXfziCvvEQKAX+/YOLgEajWWYCCIAvFMH/OPghen1hPHffSoicWgpGKEaCCkABfygS51xNRFQMBxSAUowG4xdh+oIKxsMqxqHiyLmw7hNoFFkOEfXefMMp+mV7H3a+2oGAouoDoICqe2eyiL6Igufe/gi+sIqm+6+EYDFfY2NjGBkZAQA0NzfHteH994/ha3/3n0AIsf371rfe/D3eP9aG3/zmN7j22muN/bW1tfB6vTh06BAA4NVXX8VnP/tZQ1Ufbz+OP//5zwiFQnC5XLjttttMqj4SieAb3/gGnn/+eYTDYfNz8fnw4osvore3F6+88gpEUeRzAbw8+UwvSwASgfvBZwVNm8fjOSeKYtgjS3qkikAXgECQ45SxIMehP0wBiGgafnr0PN48M2SyTZJAjECkQxJg1cKyIMSOi/HHJSl2HITAIQuQRAGry7JxU1UhBEFAfyCC3W92IRBWAQIQDbh+cS7uW1WMbKcAaBo0AC/9tQ+vtfebyieEwGWZrCIIAsrLy+FwOAyBRCIRQ/hutxv19fUoKyszrhkYGMDTTz+NYDBo7MvLy0NdXZ3RGfr7++H3+43jp0+fNux5aWkp1qxZY3p2P/vZz/Dcc88ZwpckCRs2bMCSJUsAAJWVlfjKV74ClrSTJGk8Nzf3aAKhm2Z/CTBPCBEtJ4oAREKIJsvyaESjVGNzSiIa7lxWjH2fvwb7v3At/vHOGuTIukoPaUDzKfPCSo3zkDQa70ZpluGU1aEyrqdAtlPAD7auwKG/XYf/fc8VyHXJIITg1x0D+GA4ABDAJQn45s1VeH3HtfjXz63Fv2y7EmXZDgAUEU3DvxzthaKaK4nGzwHosYkf//jHOHToEN58803ccccdpnOvuOIK/PznP0dzczPefPNNbNy40RBwa2sr+vr6TOfffPPN8Hj018+eOnUKZ86cMeo8cOAAFEUBIQT19fWorq42rhsfH0dTU5NBusLCQvzwhz/Evn378Itf/AKf//zn8fzzz+Puu++GKIqaw+EY8Hg83aIoKogXetzUP8nmoN3JBAChbEpRREN1oQs/uGs5VpToEzzWlOWgbzyEPX/qhqZRHOoaxsB4GCU2kS6SyhRQywm8Pfz0ylJ8eV2F6TgF8E7PGCKqBiIQ3L6sGN/dvMI4ft+qBTh9MYAn959GWAM6Bsdx3hdEVb5bv55SYyBPCMEXvvAFPPzwwwCAJUuW4Fvf+hbefvttDA/r/2v85S9/Gffccw8AID8/H48++ijeffdd+P1+DA8Po7u7G1VVVUb9K1euRGFhIcbHxzE0NITjx49j7dq18Pl8hvMnCAJWr15tUv8dHR04ceIEAF0jPfbYY3jkkUcAANdddx2ampqY9ghLkjQGPftHbDbrhF+9zElOirsAABDSsGlRLlYUm6d33b2iRBeUQHB2OIheXwh2ICSNYT0BKqNC4xFUVPSMBaMXE2TLAk4OjuP9Cz68d34MnYPjEAVWL0XPWAgdA+Z1//ywceHChaZjy5cvR3l5OQDA4/GgtrbWdHzp0qXGnzr7/X709JjfV7RkyRJcd911Rj3MH2hra8PJkyeNcjds2GC67uDBgxgc1LVpdXW1yXlkzRYEISQIQhiJZceeNv9JENUASOGi2O/oXpUCKqVU5LqmRxaR7xRxcUKBKCWeKZwsZw4kSp7ELgip8X8pezGgoN+vAETXLvtODeLIuTGEVS3qVxAMTShQoPsiSoRiQolY6o1FNa3vGQqHwyzDhtzcXJSUlCQ8zs/YYRAEAcuWLQMAqKqK9vZ2APpLrpjjWVpailWrVpmuGx8fN0xTeXm5lZiUEDLZ/+vaPWmWDUza4+N7PgMBFEqhUWo6LgpRZ48SCEmUfFL1Ty0TRGxgI38MjIfRPRoEBAIiAL6Qiq6hCZwfDeL8SBBdFwMYC0T0h6m33ZKxSz613TrnjgmbP877EHa46667jDmRnZ2d6O7uNmmKzZs3mxxKQI+M8kG3yergmwQuT2X5NM6ZXoiKAm6RxAVUxkMqRsMqIAKKSqEm6OaiQOKGYG6WByfTi+AVuWUszHUBmi5ch0iQ65KQ5RThcQrIcor6JovwyAIcAoHFB5xSvXZL0ax5ESvWrFmDigrdd+nv78dLL72Et956y7ieBX94qKpqIh7nHyTr2YmOxV03vXVaBAiqNH4cHY5AiWgABRbkOFBql0/XKMZDSlwfDzNmTzN6W+xxoDxbRhuloJTggasW4KHacgwHFVCqj3eyHRICiopQRB8OsqjlVGEnYG4mrnGOFfn5+bjlllvQ0dEBQgieeuopBAIBALp952MHDCUlJRBFEaqqore3FxcuXEBlZWUyAVv3JdUEEiY3AWZzQAE4Rfz7h6No6/WhtjwW0vzn1o90tapRbFich3JuSpWhDQSC9sEJHOkZxa1LdKdpNBjBGyei43IS7U1TXCrmcYioyHPpDgQFgkoEt9cUmUoZnFBQnGCiJzD5nAObUOuUIAgCbrzxRjz77LPQNA0+n884tmbNGixfvjzumnXr1qGgoACDg4Po6urCs88+i+9+97vG8ZGREZqXl0cJ826nuAlTvECHSDDgD2PHr9rxq+N99Fifj371jXb83/YBaJRClgjqKvMpIbFrryj2wCXqwZyxUARf+/UJ/P70RbzdM4rPv/I+jl7g0r+EJh0lJEqqXVeRB1nUI4S/+ms/bv/RO/jV8T609/ux509dWP/sEfzTobMJy52NSSc33HADampqTPtkWUZdXZ11Ug0FQJcvX05ZYEjTNDzzzDPYvXs3OXXqFF5//XXccccd4pe+9CV5aGjIuAaxyR+JNuO86ZkACkAUcLR3DI+88leS6xBxIaCAagBAcEVJFrYuLzY9rZuqCmhVnks4eXEcIATH+8ax/aVjkEUB/RPR8Kbx/EmcQuPNjdX0MNy1ohjf/6MLnUMBaCB464Mh/OXcKPKcIgaDCsIKxT/sPw0RBI/d6I27frJp7rwzZj3OzcIxrdzhQSnFkiVLsHr1anR2dhr7nU4nNmzYwAhm8uw9Hg927NhBDh06JCiKgkAggKeeegovvPAC8fv9GBkZQWtrq9je3u759re/rW7ZssUPy6wfbosjwvScQALdFacUPkXFR/4QmFNc4JLxjZurtfIcp2n6UXGWQ33ipirVJQrRHALBcEhBvy9kRJahUUAFJkIqItw8d0op/GHVaHYwrNra4YpcF751yxKUZDn18gjBeETDeX8Y4Yj+m1IC0Ua4qqqaVLI15q4oCkZH9dfA+/1+IzLH2qEoinF9OBxGOBw2tZ9v65VXXmkiyKJFi1BdXU0BKIQQBRbB3X///ZEHHnhAY/MsFEVBT0+PMXyklCIYDEKSJH4VUKLNRAR++XBytc8jomFhrhPFuQ50DAQQjmhwSQJqy7Npwy3L1C3Li1TuWqOMnddVIKJB2vOnLunM0ATRQFCUI+MzV5bhYjCClrNDUFWgNNsBAvM6txKPjJJsCRolyHaKpuEQ3yMfuWYRluS7sbvlLI73+TA4oUDT9BHBlWVZ+LsbKvGZqxbE3ZIsyygtLUVpaameF3CZ8wJOpxMLFy5EMBhEaWkpJEkytUGWZXi9Xly4cAGEEMiynHDIdvvtt6OpqQmRSASqqqKurk4rLS0NcBqIf+7E4/HghRdeiKxcuVL+6U9/Kp08eZKwZ1NcXExvvfVW5Xvf+95wZWXlOMwzfthmmgYGjgiEUvofABRATwOXIj4dzGYHu2v2/qmwezQohIMRfK1uMf3mbUvoH7tG6NCEQstyHHSjt0Ar8jji7IzlhnBycFz8c/eIOBFSsWZBlrh+cZ7sC0fIB8NBaBpFjlPEkgK3SdV3jwTRPxGCqgHlOU4szo2fs8+r3vGwio6BcRy74IOqUVQXenDtwhzb5V6ArgFOnz4Nv98PSinKy8uxaNEi43gkEsHJkycxOjoKj8eDZcuWmUgSCoXwwQcfIBgMglKKqqoqFBUV2dY1MTGBjo4OKopiOBwOK+Xl5ZrX6+WjUiYC8NeePXtWeuONN6Te3l5SXFysrVu3Trn55psnoOf9gwAmAPij2yjM6eCh6PdRAGMA/IRSejdiBCiBPicgEQGKukeDQljV8K2bvNrTd9YwdZLM6UiuTQBQSgVVVbM0TbP9s76pOl9sDmMmwWblTAWJ2i2K4oQoin5CCIsmJQrUWMGTgT1TNtkzjBgBxgH4oAt5JLox4RtzARCdD5DMW7QK0YBfT6Xx9oR3NKxORzISkGgKc0LTNIeiKAWappn071QJoKoqBEEwpXGnC03ToCjKVCJwJvBtFwQh6HA4LgqCwJIkvOCTkYDYfGedzkqAAHQCTES3QHQLITYp1DADPAGSeY4qAJUQUCHqrPmDKoV5ybHK/bbuT2QOTEkKQRCI0+kcjkQiOaFQaAGlVLY+RIbJSMEmbUiSBKfTOWUiaJqGUCgUF/JNFZZZwYrT6TwvyzKfYLAKPamWhPlZsfOSEYBtVhIwn8AggFXgVq+RORASpRTBsIpcl4SN1QWs0ojlOltnI8lNWpNOkCTJJ0nS+UAgsCgUCpVTSuP0eTIC8MO5SCSCYDAIt9sNp9OZ0lg/FAqZJnRMFdxkTdXhcJz3eDzn+MM2n4kidoB9Jo+dk4gAvB/AkyAICwkYAXjh2XmRMgDRH1JxR01R+L/dtmz8+oq8EGJzznmixC0+QBJTgsTpSup2u0ecTudJn893RTgcNjyyqZgEJnCfz4fx8XFkZWXFefgMbAayXa+3I06ydjgcjo9ycnI6omla02XcZzLhU8SrfqsPwAgQQYwAQcR6v5UEVgKoPAF44TN7EURU+ADIZ9aU+b9St3hseVEWU+vWa60EMgCJ+fwAAAS/SURBVFQNJieA3Q1CEASal5fXHwgESn0+3xpFUSZfPssXbhFcKBSC0+lETk4OHA49VxEOh+Hz+RAKJZq/kDxLyEOW5f7s7Oy/ut1uNiXIer/JCJDQT0JyDcAIwI8EmDPISMC0gMkPIJTS9dC9fTYzmI0A8qGvLctGbLm4A1EyIN4DDXOF8ytQeC1gvUm7OQf8DcY9mOHh4St8Pl+dqqrxrxrhn5iN0Kz7WGqWn583lfJ44Yui6MvOzv5/+fn5J/hTLJ/WfamQwG5uBrueJwBb/BFCzOYzEkzA7BSy8xRCKb0euqDzoA8H86OfeYgtEGULRQxtEG0AYx6vNRgLTaoGZi3AbmCqBKAAqKIoroGBgXq/37+eUhqnz1MR/lSRiACEkFBWVtaRkpKSI5Ik8Y5DIq/ejgBW7ZjIB7A2gplWqwZnpiBg2ZhcQtHzI4RSeg10QeciNvZnvT8H0RgA9EUGPAFYxVaTEbSrCOZhIX+TyUxAUkfJ7/cXnj9//oFQKFQLJBdyOgRIdK3D4Xi/vLz8laysrCHLoVSEzz5TNQHs09pBrH4Y3yF5WQRhNs0KAJVQSq9EbCFoXnRjwjeCQIgtK2LjKSsBgjYbbwascQHrDdoxPJGTZPp9/vz51QMDA4+oquoFppbWnQ4kSeouKSn5SVlZ2QnYCwyW/YlMAPucrg/AmwFmjnmtbDXHvEmOIEqAFdBtPFsOzm/sLSFsXRn/sgENMcbxGsBO1TAzkEgDWG+Sf1h2wrd+BwCcOnVq8+jo6FcppbYvI8yAGRjPz8//4bJly36PeEHaIRUSJL0nVrXlky+Hj+PYDd/tcgFGfIdQSqthfjVMNrcx54+tLWMTSIAYAZjzYVU3yUxAKkPByYRu90DJ6OhozpkzZ/42GAw+gCkiGUFcLtcvly1b9qOcnByrx5iKBkj0e7L7MpqW4LudFrCL5VjfE8hGcRFCKa2A+eUQbFk46/n8qlK2yIC3PXZDR17tpDoUtN4c/zDsHlCynke6u7sXnTt37mlVVdclOS/+QgsJRFF8p7Ky8smKiorziH/4iTCZ8Pl9k91bIuHz1/Ik4MlgFTof3lcBUEIpLUPsHUH80nDW8/nez48ArFEongRxzgZirEtmApI9pGT77EAA4OjRo3UjIyN7KKWLJjnffDEhHxUUFDxRW1t7JIX2JUIywfPfUyJ1kjp4U2AVsl1ex0jXE0ppIczvCWTLw61Lio0FhYgnAG9vEgnfmhNI5QYns6HW79YyjN8HDx78cjgc/s/QHdyEIISMORyO/3nTTTf9cIrtS4SpOInpEIAnAk8Iu32xQiml7FVixqthLRu/uJCtI+ALmywMbI0BZIIAdr8nLa+joyOvp6fnHzVN+xu7CwRB+NfKysr/snz58tFptC8RpuMkJsJkWjLZZud7gUQ95kRLxOOWEyOeAHbeZyLh2zYiRUymTo17mqyglpaW2lAo9E+U0psAgBDyR5fL9cTGjRuPTbNtiTBdgiTTapOVw3cwq7mNA4lG0qyviZcs3+3eM2u1NYlSwXaqiE9psgba5Wt5dWUXBUt4Xzbn83UBAH7729/eCwBbtmx5PcH5VkEkClTZtc96vbV91nMSabiEZi3B+VPqYP8fdCxlfiZIpIUAAAAASUVORK5CYII=

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAABpXSURBVHic7Z17cBxHnce/v9mHLNtavRxZ8lmWnzLGjo2dYPyIEwyhEicxNvGFXBUkgQLu4K6ASxVUjlB3RV1R1PEoAhxFjuS443mYV8jhkApJjhgndziX+OJYtoxkgWwptiVZsixprcc+uu+P2e7p6ZnZXWlnJHm1vbXendnRTE9/vv3rX/+6e0ycc5TS3E3GTGeglGY2lQQwx1NY3SAimqmMuKXmR5rZTOfhWkztD7ZnrdhcafdJ9QFmkwCaH2lmRAQiAhnWZynlTsmJZFYRzHoBeMEX+0ope2KMZRXBrBZALvj6tmEYrvs9/97lGIOMrNeQ2zmOkXnJJx9eeVHvZ4rnOvTdQ1lFoApgVjmBJfiFwzcMA/s/tB+GYSBSFsnpR80aAZTg+wNf7Lv7L+/OSwSzQgAl+P7CF/vyEcGMC6AEPxj4nHNwznM2BzMqgBL8YOFzZn7u/cBeTxHMmABK8KcHPmMM2cZ7ZkQAJfjTC39WCaAEf/rhczZLBFCCPzPwZ4UFKMGfOfgzLoDZDH/iygQmBieKGn42AYQ9f5kD8MkgVK6qBHHCnnV7zIJiADjAOQdxAhjAkSnEzH75Fi+xTRyMM7mfwexxMTC5zSjznZjctr0z+/yEP2M+wGyHL675k+t/AkN7hRE2v5G1j8RL5Ff9jczfDDLkMSEKyeNs+fPKVwA1P5cPEJgFuBbgE1mDnwYMcJgFRTD3i5pMIKu2k1XbZcGS9feMMxiGWa8YGAwYYGBSHOK7LU/6ts/ws1mAQARwrcAnIhhhwyYAgwwJVjHyZuHDDl8KIgMeAAwyAMrA5xngRJYQxHVhHgeCPH9Q8KfVAlxL8MmwWwBZ88ml5iu1HeIrkdnOcxO8sCCy5pMGX9R002TIbQMGuMGtbZ/hT5sArjX4Ig9mQYRdTT65mX+l5hvcMJ0/xdzbzL5HzZf7oOQNZn50J7BQ+NMigGsRPpFlAYgIxEnWYgEdsCyCDb7ynYEhhJAUhMPsZ9p/ANIqkNbuy6YjAPiB+wDXKnzVAhiZDpEuAE5cmnxTKTC3laYgRCEpCEZKzde/q+BdBMCJBwI/UAtwrcN3E4A0/WpNd+kBcLLEwohl9EG2psBh7hVTzzPOn2FkLEVA8AMTwLUO32EBSDP9WeAzYlbXT3j85OIHiGtqMQTRdSSDkEY6UPiBCKAY4Ou9AEDr+gkHULEEDAygjNPILedPWANbD0Dx8iEulen6MTDL4VPyFgR8xrznhU5JAMUC32EBNAFwcFtbL2stJykE1QoQXBw/0QSobb7q7U8DfF+dwGKCT0QyGC5Aylrv1u3jVq/A4IbVC+BMCkg0A17giSyHj5MVAAoSvm9NQLHB1y2AbPt1+Io14Go0ULT/pPX7s5h/IkKa0vL7dMD3RQDFCF/3AWwCUF+kOYVkjfSJfr/s5ysxAMDe7zco4yiSZf6nA37BAihW+G4WgGe6ZipscLtVkI4fuM3zt4HXegAq9Oms+eKYKQugmOGT4fQBHKN8mVCv7AUI4Mrgj+zzA07zD4CMjNNowC4wrpyXBwd/yhag2OGrkFQLIC2B5hAKZ0+YfC8fQLT50tyLIA+0mq+AkwIIAP6UBDAb4Q+8PiD3RSoiqG6uLgg+kYsF0JuBDPhVtAohCpmTPECYR/OsoznHCEaQ5EkkMIFBXMEVXMEYjWWv+ZwjzdKOfX7Dn7QAZhr+5ROXMXhiEJdPXMZYzxjG+sayGSpUrqnEgoYFqFpbhcU3Lkb9W+vzywdpPgBxpHkaUUSxCqsQMSIoozKUUZl1MS4cRSURUIUq+ZtIw3wEl+gS2tGOYQwjxVMmMG7W+CDb/Cn7ADMFf/zSOP74wz+i73/6kBpNZQWup6EzQxg6M4QLRy6g9fFWRBZGsHT3Umz6602oWFqR9T6EAABgPuZjNa1G1Igi7MM4WYwqUIEKrGQrMcAHcIJOoJt3WwII2OxP2geYCfjpq2mcfvw0Ljx/oeACFykZT6LzUCc6D3WicXcjtj68FRWNFa75E2kzbUYYYYRgwLO4RM8AihXI/EOZl1eqRQ1287fjEu/HYX4YvbxXAnJ1AH2EPykLMJ3w+4/249RXT+Ws8bFVMcxvmI+q5iok40kMnRnClfYrSF3NbSm6X+hGzys9eP+x93veBwBEKWoC9KgtjDNM8AmM8GHEcRXjGAcDQxpphBFGjGKoRS2iiCIEw/UcAHAdLcIB3I0XcBgt6RYrsBQg/En5ANMFv+f5Hpz62invjC0IY+0H16LpjiZEY1HXc11pv4IzB8/g7FNnPc8DmBbBKy9ZWAEwnbcUT+ESu4RzOCc9f2EJxFTuXupFG2/DUizFMjSiHOWe5zTIwDvpHYgYYbyc+t/A4U9OALMA/uKdi7HlM1sQrYx65oOIULuuFov+cRFW7VuFIw8eQTKe9DxnPj6Anjg4xvgYWlkrOLgtWqiO/4coJLt63ehGD3pwQ/oGLKQFnucGgJvDN4MxhheTLwUKP5sAHHcfNPyJvgm0PdbmmaHFOxfjbV94W074alevfms93vPMe1DdXO15Xi/4RhYTMMpH0cbb5Fx/MXFUXQ8QJvv6ASLCOMZx1DiKOI97nlukWyK3YLWxOlD42XwApwAChG+QgVOPeLf54QVhbPnMlikFecoqy7D7m7sRWRhxPbftfMo5vPinkEIH75CgDbLeQgwiJqCel3OziRjFKI7h/8B4OqsAiAh3RPcgzM35BRz+w5+UBeCcBwZ/pHMEgy2DnplZec/KSdV8/biKpRXY+vDWrAIwyLDdj5sF4OAY5sMIIWTVeuXTIBO+KgyCMn6QKfw+9OECz927iYUqsTO6I5CaL86RtwAABAKfDELXk11ZC6LpjqYpwxefzQeasWCJs+0Vv4eMkG0o1q27P45x9KLXZuolaCKEoNX8TMiYwerfp7kZ4Wvn7Z49CzXtLNuJKIsGAn9SFkAWls/wicwIX7a0YMmCguCLfVs+scV5T6Lfr8Anw2kBOIBBPijBC6shan8YYUdzoNZ6zq1+PeMMF3kPrvKrOQVQRmXYMW97IPAnLYB0Ku07/LHeMYz3jXtmpPYttb7AJyKsvWet80bVRZnK34hxfHnvSGEUozBcXnKxJ+zw1chemqfN77BEcI5nt3wibY5uRpqlfYc/aQEA8BU+EWWFDwADxwd8gS+2m97VZDt/xIi45ldPCSSt2q+0/bLNh7US2FbzYY4jcPFiVrygn/XnYg8AqAvXoZZqfYc/qV6ASH7Cz0cAADDUMeQLfCLCojcvst8ouZ9LbQI4OMYxbpl4ratHIPeaDybhyxg/rOZgmA3nwx8AcH1kg+/wp2YBfIRPhtkE5EodBzt8gU9EWLJjiTxvKBRyzL0Xf6MmzjniiNscP7Xm6/DVmm8b3OH2+P5FdjEf9gCAhkiD7/CzCcBzyMtP+ESE+fXzc978uafPoe7GOqzat6og+GQQ6jbUYf/P9gMEREIRczWuMPtkCVy1ALapXmAIIyyf2GGbL5ABzMCQ4il7jc+8VJGI2UP5pMZIo+/wCxOAD/CJCPMbcgsAAI5/9TgMw8Cq/aumDN8wDMyrmoelO5eCiBChiG0mrhSDZgFUAagzf8Rv0sRnvqttvur4qUCECPJNdZE63+EX7gMUCJ+IULWmKq8CSMaTePlzL+PYl44hOZKcEvxcx6ifahICEAEgGd5V23wo3r7S73eYfs1BzDeFKew7/KkJwEf4ZBCilVHEVsfyLoi2/2jDL2//JV5/9HVTCAXADxkhTyHpcQD92UAqfAE1jbSttttMvyICsX196Pq87xsAFtJCX+FPvQnwCb7smt3RhJZvtORdEMl4Eie+dQKnv38aTbc2Yc2BNViybcmka/48mmc2AQbsgSDNAhhkYD6fj3TmJbz7EEKIIII0T5tvl1cKKfMbmcekKAUCYUF4PjZGNuZ9zwCwLLoMLVdbfIM/NQH4DJ+I0HRnE05/53ReEznUlIwn0fFkBzqe7MDCJQvRsK0BK25bgRW3rcgJHwDKQ+UY5aPysSxSBFokMJJ5cXA500cUnSxEEvs4uFw3mNnHrd8Ac5KJLPpJ+AF9iT5f4fvjBBYIn8gcsXvrP7wVv3/o93kXhp7iF+I488QZnHniDKIVUay4bQU2fWQT6q6vc80HyFzLJ6HDuxdAciUo2fZkvpqJa5NCbUak8P+FNcmS6En0+Arf10BQofP2l+5eijV/sabgggKAxEgCbT9vw09v+ykO3noQp3962rVp0NfiZfMBZjr9dugF3+EX3gT4BF+8b/j0DUjFU+h8qtO3gutv7cfzn3weL3/5ZWx/aDs2vG+DvLZZ6S2LIOFrs4HUqV6mMbe8+MyWsi0K1r7tdoz8zHw3ncNMw8E5rrKriKfiOD9xHk8N/Np3+IU1AT7DF+319s9vR826Ghz78jGfJGCmkTdG8OzHn0XrwVbseXQPKpsqzetm8i/uTT4hRLEACSSkE5eG5vBJBzCFFE8jzVNyv9hO8ZS5zcxjzO1UZlv/TCPFkkixFC6nBnE5eRnxVFyuHfATfsE+QFDLtdbdtw71W+vx6hdfRe+rvT7KAHjjv9/A9276Hm794q3Ycd8OKwgE2PKhCiCZeSWQwAQm5HaSJ+3feRIppJBkSaR4ytwWn8zaTrCECVsFr73T6Yxg0qlAan7BPkDQa/Vq31yL279/O3Z+YafrRI5CUmI4gac/9jTaftlmeyaQmg81ySAP0tYED1jBH9tsYG49AFpuc2tbTAiRMQJ9MYjSJDiaCZ/hZwtFZw0ETedCzeYDzbj38L1457feifqt9f6pAMDvHj6Mlh+0uD8hRElRRJFCyhbP19tzFaQeHhaBHwFfDw9LQaiRQw/IfsLPZgE8m4CZ+s8WVty2AitvX4n4+TjOPnsW7T9vx8DpgSnDF5Cf+9RzWLF7BapWVMlrcW493g2AfPaPWuO9XjZBKJDTPG1f7ZvtHYC37wY/mw8w+eHgAOGr27HGGDZ9ZBPufe5e3Hf0Ptz0uZscY/z5pnQ6jcRIAr/60K9s8N0KxhW3br5hN+vCzIthYVezngd8BhYI/MKcwBmAL/2PzDkql1Vi819txpaPbcFI9whee+w1tP64FYmRRE746s2fO3IOw13DiC0zxyQ442CGYgFA9trPnbVe7Ffbezf4unBsImLuzUBQ8KdmAWYJfP2YyqZK7P7Cbnz4xIex/aHtOQWgp6NfO2o3t7AEoM4FUGu/rda7jPVLh89lWNjNEqjCyeUL+AHf3ylhMwhf3S6vKsfOh3fi/pfuR6zRe5SRiBAKheR25wudtrZWFYCwADYT7mbuFctgc/hU86/C14Hobb7uL/gM3z8fYIrwB9sG8ZsHfoNnHngGv/2b3xYMX/2s31SPD/7+g6i7vs71Pjg3F7qI1NfSZ6txahJr/LwcQd0KqPMApVi0XoIQmRdkxxNCAoBfWBPgQ81PxpPofbUXva/0ouu/uhA/H/cFvniX15TjrsfvQlmszPVe9AK4+NpFmzmW9wxCLa91FYENPudyKpiMB+h9fFHzFQugPxAiaLNfeBPgk9nXn5vQ9XyXb/ClJXhLPbZ+wn1ZmJ4mhiY8C6aMypxdQM2JSyFl9wu02m2zHszyIVRrIaeTcY4N5evdxeAT/KlbAJ/a/CXbltjO3f6Ldl/hi3xs++Q213tJJO3Lxm21EPYoWURMBPUw/WmkLciqE6daC80HkCJxMfvr5r0JD/zZA/j0yk9ha2yrtSjER/hTswA+O3xquvyHy4i/EfcVvmgKmm5uctzL2Jh9Snq2tjGEMGpRazfvisPnmPyphYhdnT0FmFrTGWd49+J9qJ23CBtjG3H/svvwjkXv8B2+f07gFOHrAgCAtl+0+Qpf7Fu+e7njWqOjo3Lol4gQWxZz9QEAs7Wqpmpbd0+dBCr3QROIR5/f1o3UxHNLxS1YtWClvHZNtAZvXO32Hb4/TmAB8Mkg1Lypxnb+lu+0IDGc8BU+EblOyklqTUBFY0VW0ziP5llrAjJmX4CzOX1aM6CbfmERGGd2bx8cFVSBd9fvRYiULmq8E23xdt/hFyYAn/r5ZZV2Dz0xksDr//q6r/BF4bolUQiNO+0LL3QLAJi9gXXGOgu+2q1Tar4K2NFtVECpouHc9P4faLgflZFK23V/feFpR0/BD/i+BYIKCfK4pVe++gr6W/v9g885zh4+63ot8ZCE1XeuNv8/4BwFU07zsJ7WO7qBqgPoCP64RPxkiFj5/Z5F9+DNsfW2610c68FLA97PCioEvi8+QKERvorGCtfrPPeJ5zAxPOEL/LHLY+g64r0UOxqLYt296+wWwHOsnFBtVGMjbXSPCSjjAY7gD7cPC0srwDj+vOYAdtXehJC2LP3xPz6GJEsGAr9gH8CP8K5XuLb/VD+OfPZIwfA54zj69aOeNwoAN3zsBkRjUVvBuDUBsnDIwHXh63CjcaPD4RN/62jzM8EfGSKGZSE+svjD2FW7C2WGvTl8sfcIWoZPOv0In+BP6f8M8hO+fCCTR2r9SStgAHf8yx1Thn/xtYt48fMvel6jorECmz+62Q6McyDHEoUQhVAXrsNu2o3DicNI8ITDItisAEyHTw0O7SjbgZtrd6E2Wmtz+gDgwuhF/Nu5fw8UPuccRsgsvyTsDnFWAfgJ3ytMK0Xw41ZcarmEuw/ejarlVZOC33m4Ez878DPPc0djUez74T6UVZTZ22qW3QKoIqgOVWPvvL0YSA1gIDmAl9Ivufb7RYSvHOXYNn8b1lesR02k2lHrAeDyxGV85cxXcDV1NVD42XwB7xlBPo/qLd25NGdBXzp5Cd/e8G1seN8G7Pr7XaheXp0V/uCfBnH060fxyjdf8TxnNBbFew+9F9etv87dOcpz5TaRucq4LlKHReFFaC5fg8HkFXAw9Cf6kWZpLAxXIExhVIUrETGiCCGEMIUAcj6CdmBiAN/o+GecHzvvFGVA8CclAD/hExHqNtbhru/ehWc//mzOiRwnf3QSJ390EnUb67D8luWoWl6Fhs0NAAHjg+O4ePwizh4+m9XhA0yzv++H+zzh5/IB3JIBgkEhcISwKLoI4EBtxJypRBwAEQxl8MPN/RqcGMQ/tX8R3aPdEr5tokhA8CcnAB/hi2NW37kajbsa8bvP/g6tB1tzFnbfiT70nejLTcUlbfnoFmx7aJtl9j0KJJuDlCtRZplZCKJdz7007MilF/GD8z/AaGoUAGyzhNI8HSh8t27v1J8QMkn44l1eXY49j+7Bzod34tijx9DxVAeGu/N/hk62FI1FsebONdj+d9sRa4zljKkzxmQT0MW60EANiMD9SaOFpgtjF/GfF57Eq/FjmGDmaKSMIUxDzZ+0DxAEfPVcVcurcOuXbsW7vvwu9LX04cxTZ9B1pAtdL+b3SDWRYo0xNO5qRONNjVh952qUxcpyFpQsLGZZgG5040/sT6jhNVhJKxFBxNVxm0yKp66iY6QDzww8g87xToynx22ziqYbPmcc7Q+2G/hbK4/5+QA+w9f317+lHg2bG+Q5hrqGMHRuCOND4+h5rccM73LIG1p28zJwzlG3oQ5llWWTKigVvlojRHeuBz3oZt1yhc8O7EA049BFKAIDhPkh5+NuriSuIMESGEkNo3+iHydHT+H42HGkWRqptLmMTL0HL/gOMfgI/w+f/IMj7pPbBwgYvltXr3pFNWpW1oBzjrXvXmtF7QL4P3aEBdDnAIjXYXYYqbS5jEsuBcus6bMt8WJp+3KvtPX/A3Fkrgt7vqaz5rvBB6b6nMAA4etdvSDhewrAZRqY2FYfCeeYF6BN+ZZjBzp8t5o+A/CzC2AOwOfMigPYBnzUkK8yJ0BdNqYPDAnADvguM4Xl6iHl72YCfm4LUOTwBSibBXCZD8jB5VQwzrkFWxWCNkFUFYNa62VXTxOMQwjTAD8/ARQxfM7tFsCrdqd4yiEKm/mHBVEXgQpamn03X2AG4OcWQJHDF8dIAei1H4rZ1yZ9cH1k0MUCcKX5cNT0GTT7+QlgDsDnzNkNVCHbnv6tTfpQoaozhHT46rE2MbjB198Bw88ugDkA32EBlJrtqPn6S3X2wB21XJ0UovsCnCnzBNzue5rg5yeAIoav9wLES84DVC2CXoNhhy/PrcF3rdlQ8ors9xQk/NwCKHL4bhbA4fDpzqHe3XOxBK7w9bkDaj48/IKg4WcXwByAz7nlA3DO3R8PI+Apbbxrb0FpAvRHxDAw+dQQxpl1v0yzHtMMP6sA5gJ81QLoQR6HU6hG/xSnUPoDmW3b6iG3II/XewbgZxXAXIDPWfZQsFcT4JgBDCvI4xb5UwXj2D+D8PMTQBHDVy1AtnZf7/JJ06/Ch/aIGN1xFA+OYtbvuhhsq4emAX5uAcwR+EIAXB380Tx+9Tdh+lX4AqIeJdRru+03RQzTXfNzC2AOwHdYAG4XgQ5e9fjFtlwuropFePZe3r3eg5gh+NkFMAfgc+4eCXSAdxMH5zb48m/UkLHq+esmnzvzMt3w8xNAEcPnnIOlXEYDPUYEbfDV/ypOjwRqZl98Z2AOS2CzGtMMP7cAihw+Zx5jAS5dPxW+6DLK5sAlEugqCGb5ADPh8E1OAHMAvtjvKgC965cBLZ4P5DYkzMAcs39U4Yi3+nwg1Rro+QsafnYBzAH4nJsW4MDxA9nhc6fDx116BsICuMYbRFOhPiLGK1/TBB+YysKQIoLPOceVM1cABjx9+ems13AM4erH5XFPM+3wTU4AcwA+ZxxlVdlXDhUzfGCSkcBig5/PNYoZPjAJH6AEv/jgA3lGAkvwixM+kEcTUIJfvPCBHAIowS9u+IAmgPYH243kRBKMMRz67qES/CKHD7hYAFUET37nyRL8IoYPeDQBqgieeOyJEvwihQ8AxLk1IEJEtme5NT/SzCJlERiGgf0f2l+CXyTwuQI9qwAAuwj2fmBvCf41Dh+YpAAAuwhKyZ5C4dA1BR+YggAASwSl5J4Mw7gm4ANTFABgiiDAfBVdan+wfdbBB7IIoJTmXpqVCi2l6UslAczx9P+9GCgQZFp6/wAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic7b15fBzHde/7rZ4FGAx2gAC4L+AiihQpShQ3iaQoUZslR5a83MiKnU3OdZ5fEiexEzteb5z3orxc5z7HS2zZiiMnlmI7el4kWZEla98uJVGUKO47QRAEAQIDYPaZ7rp/9HRPVS8DcMv9fF5c+MwH09VV1dX1O+d3Tp2q7hFSSs42nThxYmZjY+PGWCz2rlgsdjmwOBaL1QkhzrqtX6WzT5ZlUS6XU8CuQqHwP0ul0s9Pnjy5bfny5RNn25Y4GwEYGRlZl0gk3h+NRrdGIpFFhmEkvB37Vbq4SQiBR9GkaZpjpmnuKJVKj01MTPx/PT09h6fc3lQEYHBwcFVLS8ufxGKx90QikUYA0zTJZrNkMhny+TzFYhHTNDkXRvlVmnoyDINoNEo8HieRSJBMJkkkEq5QlMvlvkKh8N0TJ058bcmSJUOTtacJgPCI1vvf/37jvvvu+3gymfzzWCw2DSCbzTI8PEwqlSKfz19U0BPzE5MX+k+eYkaMRCxBS30LrfWtRI0oAMVicXsqlfpMd3f3E946UgEsVADefPPNrsWLF/9dIpH4oBCCXC7HwMAAw8PDFAoFl4oult33gv8r/yI4SaSrgPXRejobOulo6CAiIpimmZ6YmPhiW1vb32l1JhOAt99+e+bChQsfSCQS1wEMDAzQ19dHJpMhEolcdDASCxJOf6qZAgS/EoJayZQmAM11zcxsmkljvBEpJRMTE/e2tLT8hVNOFYCot5HHH3+8qbe39x8TicR1lmVx8OBB+vv7sSyLSCRy0R29hoUNWLJ6DWEjD9Jz7JxXhCRUYMTFrest/7+rrpNOD5wmU8wwu3k205LTaGxs/NTo6Gihra3tv+FJGgN0dXVFjhw58s1kMnmPaZrs2bOH/v7+/xCtB2hY3FC5lwszYKHtnE3ZsGtqp5V2PON0rtcMvP4UyjrfB/sHAZjXMo/pTdOxLKs4Ojr6u52dnd8PNQHDw8O/297e/h3DMNi3bx+HDh36jwN/ScM5DcB5ASdEeDm1DbVfZ9tGkGB4riGERyhC6p3tmAz0DWBgcEnnJbQn2imXy6f6+vpunD9//k63jiMAR48eXTBz5sxnY7HY7IGBAXbs2IGUEsMwLvrULrk0qd/UZDd4NowQNIBnwyI1Bj2snNbv/8331H+sn4ZYA8u7lpOIJshms//29NNP33XbbbeVQRGAiYmJLzc1Nf1JoVDglVdeIZVKEY36XIQLnpLLklPTUgJuNkBrpjL4U6LwKQ78VMGeFPggoZqqIIawIdKeJfQf62dG4wwu6bwEy7LKIyMj7+3s7PwZgAFw/PjxBYlE4oMAR48eZXh4GLCDPRfzk1iawJIWpjSxsKrfpeX/4Pk/2XkspJRYBJ9z6kmqZSTSXw6lnFTK4a+rXs/XrlrOqS9C8p3vovJdKPnCc075c/K899kzp4dT6VOM5kcxDCOaTCb/6xe+8AUDKrOA1tbWd0ej0Z58Ps/Ro0exLOuie/uNKxr93r79BaQizbJ6zmc3pee7ACGVep4yUkr3v3MtrbxH+6SUrrbJSkNCCqSQ7n+3LNXvYGuewL6+r5zSpq+8qHwXnnzPd2XgtP/SVnvf/3w5z4nxE7TVt1FXV7f5Yx/72GpgW/SJJ56o27Rp000AJ0+eZGRkhEgkgmmaU8XyrFPT5U0u+BqokwDsAxrCQQ8p45ZFAaRSzwtyWBkv4IGC4gEbggGcFGwRLhwu6EJq/QRcIVf9t9OZ06SLaRrjjcmGhoYbgG3RSy+9dEVlRY++vj7K5fJF9fqbVjVhSlPXcAfgAGFwNTZMW4NA95Txaa30tBsEXEiZIDZwz3uEJhB4RVODzmvfRcB3ReO9wuOCHcAAANlSlqHMEI3xRqLR6Prvf//78WhTU9P6SCTSmU6nNdt/MVLzlc1+zZ9Em91znB3th2lraB2mQPsBgqLSvNNmIEso9TWwRcB3EVzGS/de2ge/5jv/TWliWiZDmSHmt80nEolcsmnTpnlRIcQ6IURsZGSEdDptOzIXwf43X9Xshirtvru9173YoDwHKIfGg2geP5MECVmg4OA5j5KnUHiQ0KjXCTRnAfc32QxGYxOhC5J7XClnYWngq5SvMoIpTSSS0fwo+Xyeurq6zng8vjhaV1c3C2BsbIxisUgkEuFCp5a1LT7N17RZBdm5SSm1ctqgBNE8eh2fBnvssaPVZsE2R5H6SLVOAIOEaj8hGq/YbUUu7PJeDVeEQMtT6jn9CaR9r/Y79K8Ig2nZs6tcKUc6naa+vr5BCLEkGovFEgDpdJpSqXQWsE4ttaxvqdp8goH3anFNzQygebecaqsVp0+zzVIXhIk+exNNy8IWnykIdfqcPK/N9zhzXtqfsl+gAO8zAV7al1Oz/86017RMMpkMnZ2dRmNjYyxaKpWSkUiEfD5PuVzGMIyzwbdmatmgaL5Kz6r24gG0MvA+IcFP3T6QHb/Bo8kuSKp9r4BjSYuRd0ZoXtTsCo4UfvCDtH0qeV4gg5y8Wp69q/mituaH+gEVQTClvW/DNE0KhQIA0WiUqNNouVy+oALQurHVBt8BTdV2J88BXoqaNjVwdhDGHo6goIAfZt+xHd5yuWz3VbHLXvvvFSa3DaHcn1NG4APba7u9gqg5qkoZt47CdmHg12IBxwSY0lSdfOHGei3LciN055vaNrUFa75yg14GUAfQO+0LPIfSbhD1K8e+QZY6A5im6TpTXk/cvV6IT+D11n2aH+D9e7Vcm+I5VYVC/x7aD/T0Q6jfOedGTC1L8w0uuAC0XdumzfN9ICqD4Gi+12a7AqJqsKetIBvtne97TYN9Wb2OoxEWlm7DFSEJAjiQ0tFp2gu4CmTo1M6bp9TxAR0y5QtyDJ0Qe1mWtXKaAJRKpfMyAe3XtWsOXyCICiNMFgDSNFwVAm85AoQkQGh8fUJgWrYJcAbYNyVV6vqmhR5WU8HX+hZQLkiQnHMuKwTQfqDnL/GX88YBKibgojFA+9b2amw/hL7dQawMRpA991Gvt75yHKr5qpYLfztqHee+HQYIondvmtS7V2g7UMPVdkRVCFRBqEX7oZoeYAZcH8BxAqV54QWg/cZ214nyBlyCtMVH+0FCEkT1iofuDnYQzQcEcMJAc3wAd44dQO+BdtxJika7wOIXQq9W+4RkCrRf0wTUyAfFB5DVhT4pJVGn8LkKQMdNHVjSmpySPZobCtgU8330WsNJqwWk6gT66gRRtQdMu2tnB6z3+7lq/tkIgilNpCUpW+VwBiiXy2cVCey8pdO2+VKAEWCfFWp3QJqUIYJsv6fNQEEIsfmBQqQIouMDWFi164bY/kBmm0yQPELoLeOYUtWeTzoDCMjXBMCq7rOoKQBT3QXUeWsnJmYVBFkbVJXOwwALpXxFe90BU730AGBrsoFiQhzmc4MtBF9TSwG07/bLyxZCv2YgEyjHXrCDtDsQ/ElmBw7112SAqZqAznd3avN8n8YETP00YQhz2mp42dpKW5hNVyjaJ0xerfPEAVwwvXgLgutPBqqnDfeaojoOjoPqXicA2FDbP4kJ0NqomACvD6AJgLpVq1aadvs02+arWh2g8Y5AuNqm7MbRGANFUII8+8o5DVhkYDkvUBr4UiIMBbxKX71xgFpU7dNY0K8dZv/DhGQSzZ8K4FM6V1nhddYC1OQzAeVyORz8O6ZhWqYOnMdOh87zHZr3+gAe6g4qHxbS9ZoPb57bJ0cYPPN8hwHK5TKWsLQ6arveaZqb7zUZquAFef6VdhFo570ATubwBU75LL95kFb1e1mWXSHQZgFgc99kJqDrzi5N812g8NO6FzxNC1V2MPw2XwO0luZ7tDPwnLKq6HW0wG7btEzfNNBNolpPzXPqest6wQ3V+hDaD9NoHxNMMjUMEiCH/n0+gBBiUgHoel+X6yWrkqzZeC/tK+CpZVzaNvyAq+AZ0rDLKGAKw0/pPptv6CC7ICrHmsBI6fMBNHADaF89VqeDYWUQVKeMQrlOEO1PQu+1/AEv7atlas0ChCMA5XLZJwDdH+h25/m+ubdHw5FgCMOv6Z4ywhCBDqA2FRKWfxaglgmJwweC74nPqxoatBbgJCmkfT8V4VCduCCQQ/+fpear1A0grWB/wDsFtKTlmgJvW+p+gEAnMMgH6P71bv/CDh6bq35XqdwRlEo9r7mYjEGCzIHXfjvlg8qF9lHtB8K9b2e/ve88VrA/gPD5AD7hrPgNDvhOnjrP9wlAGANYftAD2SOIMagsBllW7VCwygA9H+zRNV/10mVVg4Ty51w8zJtXaV71CdQ8BJr5UM9NHLd37wjD3sKV7En6WcBpA53KNVuumAGNAaiC5U7TKmlaZBqNRiNJI0mcOG1Gm0b5KZmiRIkyJVJijHHGMUXFtHg036vltajbC2QQ0M6+C62cyhpUTYBp1RAAxw/oubvHdfg0rcCvmVJKjfY1B0zRJA34gO9OkkgyxzNk+jJkjmcojhUpjheplRp6GqhrraNhegMt81toWdCigaOZAY/z5voAFbAlEgODRqOR2dHZzIrNYlpkWs3rA0zDX2ZCjjMsznCYw2TI+MDxAR8UB6gxt3dwC9R6Tx3H+580Etj1warDp2m+9NAfVcfMJyxyCsArAgNQHCsy+OIg4wfGMQtntx4x0T/BRP8E7LKPI/UR2i9tZ+4Nc0m0J4IZQVTp2DRt7YgaUWbEZrCybiWd0c6z6kNQahLNNNHMfGs+o4yyhz2c5rRGw5M6e2Fa7TUf3rYcJrGqTOc+ehfmA/T8dpX2tSldgDAAPs0Hv9MXKARKGStvMfDLAUZ3jp73gDvJzJiceu0Up147RceyDhbesZBER/D7hpxpYEu0hU0Nm2oDL6X7pJ83CQwMEb6Xoo02NrCBETnCa/I1xuRYpckQBzAAbFWrvfP8Wr6BywCTBYJMadpOnwfsIAfOwPCvBTj+An5HLajMxL4J+h7pm1TjEz0J6trqSE5PYuZNsgNZMiczU2KKwbcGGd43zOa/3Vy9ByWo4wSCbmm8hYQR/lKqsiwxZo3TL08wSooMGfdekiJJF13MYib11BMR4esp7aKdG7mBbbzGEfOI+xArVECfBEhHSII0P1SQKtNA0zJrM4BpVW1h0GKHkxxNRlJ5vjg8OWyi1ROQeivF8UeOh9aL1EeYed1Mpl05jWhDtOp0Kp515mSGgRcGOP366Zp9sLKWNvVz7ssxAZZlP0kbWFdaZGSG10uv009/tQ+2FiCEIEWKk8ZJ3uItFrOIRXIxSZEMHxNhsFasJWpF2WfuC/YHgmz+VBy+APMhpZx8T6BpmlUGUP6cgXJsuyGM0OVdzVn0OozK99E3Rzn+03DwW5e20vv+XqLJqAuSj1kkJGcmWXjXQqZdNY1d395FOR8exnbm+d7pmhsKliZIXeBNLI6Zx3ih/IIufOAGqSqdcvP2sZ8+TnCtuZkmmkL7A3Bl5AqQknfKu/yAO/ZbEYYg2g+z+dLSTYaDrXca6OqvIyW2hVOenxdV6XEo0/fMuwx4zl1a1efVlTqFVIHjjx0PfWdA05ImFn14EUaD4bYl0Z+Hd+bmznHLohbW/Lc1JHoSoe0683z3r7ISp+0KVpJEsq+8j+fKz7ll3bqG3oYUdh7Y3zNkeMr4JRNM/ubWK6JX0iN6qos1srp3zwFMDeA43x0qD6yjbgGv1HNMgDoLkFJWBcBdK/YMkvPnSrkn3x0ICK9bGRgEHHn4CKVcyZ12qh8RF/R+oNffnqi24fRFCh2AaEOUy37/Mow6I7BtR1PdNoyqdlhWdSHISUPWMK+UX9HrCNx6iGp7zihKIV1lyMosL/ESZohpcZIAroldjZAi9MUXahhXpfLAY2++5wUcZasc7gNIKSmZpeqLoSpOmyEM1znU6NyzNUszGygOpAGGNJgYmCB1MBU6GD1X9yAaRDUoE9Cu42lLpHZOCkldZx29H+hl1/27fG07bbrBnsroV3cFV1ORIs+VngOjWs8B23ViKwKggu9SbsXxGpSn6eM488S8mkKQNJIsjy3jjeL2QIp3nT7HzodMB8OONdbwxAE0BnApJ+S1JZbyJ6VNy95yvmNhS5slLAZeGKj5yphpV03TrymqTKLSviUsjWHUV6nM3DiTWGss2AQ4c3+POTFNE0NhgJ3ld0iJVJXJPGzjar9iCixpYeKn5XesdzThCksrYyuJWJEqdVfoWwXOC6RbRio0L5VjaboarzKCIgBSF4BKmNCx25o9D7HvocBLSwNPIkkdSNUUgHhHXAdfaU8DXzUzQvle+eu9ozdUANx+OnUrkUCHYUxp8pb5VtX0KObGe+xovkrDmt2WJqfkIGk5uS8QF3GWx5fpYCrUr9p2VxAsv7/g2nxpUjbLgQKl+ADSwJ7MaY2USiV3sFxH0OMYhgLveZmR85c7kyM3nAsFv3FB46TgB/keQUwxa8ssX/ugtKF8HCfQMS0n5UmKougrp2m+t770AOU5PmgdmgIHwJLYEtskKZs3goDVHD3L9AuDVdH8EIdRYQChzQIc6XA8YnXQHWn3OXeeMk6e3XzVgcqP5AOdM+czum9U2yPnrs5VFmU0R8zjzKn9cOp3re7S2o8YEc32u0JVcQKdPu8x9+qLN5U2tfX8Sn2VUlVBcNp0zg9ag1MSgPZIO02iSads5x6m4PCpQuErryqw6gPIypFmu6wQSlf+XG1XPF+vzVfbyI2Ea7/zGT8+rpkMTfO9Nj+I/hXNbJrbFMwAhi5MDgMIKTClyXF5XCunCbJiArxeto+eFRYYMUemJAAAvdEFfs33XCfM5jszOa8ZUdlDFQDLsjCEssNBWzDwOHyuGfDQvOYfCAUgdMBq0b/zOfbvx3TwxdRsvguY8tdxWUfV/ktJiZJeRvEJHAEZlaM2/atCYuiUr9K+Okc30anWogrYsDU8ZQHojHb6adsyNTPgAJ0xM+TKOc3h88YANCGpCJK6Udd9Msg0TSLC9kKdpFI5KDSI1POoTpG0eIGsLsPG2mzP3LvrRk39L/TTurSVWdfOcq+h7uZxqFdd13cp2rl2Ja+1t5XNf7MZBESNqKbNmhlx4gBCcNoacgM6gL3SKSzbP1BoXwvNVkACqpE7J3rnROM8EcZaqTvaXdVSz7TOmRJa0iImYvQmeimaRQbyA/ZmXUTglNAB3knqph/3BRH9/f0MzhhkfmK+LQhYbujXARhpz5uFIYgRw8Bw7bSBUbXbFSlwtnUJBJH2CIVCgWg0GigEUkry+TyvfeM1cqUc82+cT4yYDpoHwLBjYQiijVFaVtj7AmIiRgH7rRgRIkjsNX8hBNlilvHxcSJEGOK063QahoEpTFfonZVP9VO0iraQy0rMRAotZu9o4dkIQHu0naJVtPvpiQM4oBbMAjMSM7hn1j0MFgf5hyP/QNbMEjNidjlLiexKe39lxIiQLWY5MXaC0VJ15dUNBBWLRdLFNEdTR5mWnMa0hmn2i6IdSpeSqBGlI9GBKU3SpXQ1zo9wt1ULBCWrxJymObxnznuIGTEMYWAsMXi74W3uvfde0um09giaM0B33nkns2fPBuDgLw5SvLpIsjnpB9lJ3oWoyuKMhUW9Uc/q+tU0RBrsgVMWuVwmQbDwqoVc/SdXEzWijFoplkaWclnkMntOLywMDA5wgJ1yJxEZcYEoWAVmiBlcErmELtFFv9nPC8UX3GiblJImmmiJtFBHnbstPTAJ4T6WH5MGceJkzawrBCjBH8uyyJgZTMu0fy7GsF+3my6niYs4MWErJrKKjfN6uKHMEIViAZkIWAxyAMmX8/RP9FOsK9JS10IyniRmxMiaWdZ1r+PuxXeTLqX5+jtf50TuBHER1/bUA5Qp0xRrYmXbSgDX7sTWxIhEIr5nD3K5HAsXLuRTn/oUbW1tADz22GN8/MMfZ+kHlrLoPYuIN8d1QQhgAGfGUKZMg9HA9cnridZYmgVgjf2RSKRp0WK0MEPMwMIGH2CUUcqy7Gp6wSowX8znXdF30SDs3zgoyRKWtChaRXqMHi6PXc686DzaIm1E0IXdMk1kpdvOfzeiKgQf6PwAD55+kFw5pwmB4+AtTixmTesaABqjjbx3+nvpy/VxYOIA/bl+HMtdKBdIl9Kki2mGskOuGVAZOHR0CmaBofwQY6UxEtEErYlWts7eSltdG211bayfvp6HDj5ENBJ1B8oBxHGuAHJmju8e+S4T5QmOP3ecVCpla6nycEIul2Pt2rUu+ACrV69mesd03vzOmxz88UFmbpjJ3Jvm0n15tzYVc5eJDaH5A0VR5Hj5OE2GvSLn9McRHAuLdtFOnaizj6VFp+jktHWap+XTWMLiUnEpM8QM6q16ZlgziMjqL6ZcHb2aBtHAGesMu0q7SJkpeujBEhbXxK9hYXyhfX/oZlEIgRGJaEKAE4yqMMElDZewOLGYbWPbqMPuX9kqg4QbO25kS8cWEhF770KdUcfqttWsbltN3szz9YNf563UW5TKJbKlrG/a502hAiAMO+ZdlmXSZprljctZ1LLIvZkN3Rt4ZuAZRgojRI2oOyUUiKonD5SsEgfTBxkqDiEuEVgxCytXdUhKpRKJRILNmzfbQFQcsu7ubtauXcuuXbuIx+McfuIwh584TEN3A12XdzF702xmbZxl0776vAD2bxykZZp/S/8bhjBoj7TbO3AiFeGgyPTIdO6ou4M66kilUtQ31rOGNVhSgmULUl2kHgTMZz4z5HS7/coycKKi+UmZ5HKxEhGt7niKGXFb2xwHsOIMC8OobkgxDKRpghBU5uFIZbNKW7QNaUl7Y6mU5M08G1s38q6udwEwVhpj98RusmaW5mgzSxqXUJZlDqUPMVYY0zaNnJsAuB21pfKWObcQEREeOfYI85rmcVn7ZaxsX8kjfY/QGmklFom59te1s5UUj8Spj9QTa4mx4g9WsP3e7e65fD7PsmXLuOqqqwB46qmnWLRoEfPnz2fz5s08+OCDFAoFYjHbIUwPpEkPpDn8+GFiyRizN81m6V1L6VjS4TKBww558kgk9dSTERl7xQ2LiIiwJraGRtEIwFe+8hU++elPUGfY2iYFIKVL3REi1FPv2nF170OcGFFR/VUVl9pNXfOklAiqptYeI1EtL+wWnfad6VuECGWrTNJIsq5tHQCjpVH+4fA/sHN8J6WybXpmJWbRGGmkP9PvA99ZYApKoft5HPCFECxpXcKGng3kzTw/OvIjnjz5JAAbujdgYTFUHOJM8Qzj5XFK0n7PkPquIUMYrpZ2retizq1z3NezlUolNmzYQHt7O+VymQceeIA333wTgHXr1jF//nxyueAYQn48z4FHD/Czu3/GT+/6Kfsf3a/FAoQhiBgR20epCHRZlLkqfhVLIksAeP3I69x///2V6a1rPgOT9PyvDJSbp56XUtrnnI8tBeHtVs7lZA6o/AKYtFdRLcuiwWigNdoKwKHMIbantlMsF12KP545zq7UrkDwz8sECCG4YdYNxIwYLw+8zGB+kNeHX2coP8SSliWsnraaV4dfpWAVKMoiGSuDYRhkypnK+FTZIGpEQcDKj67EzJoceeIIDQ0NXHvttQAcOXKEZ599lpkzZ3LnnXfS2dnJ2rVr2blz56TvLx7eN8zzn3ue7d/YzpX/x5UsuXOJFvIFKIgCsyOzuTp6NQBp0nz/5e+TStlL1EOc1jZLtNFGA0myMkvKGnW1XiJpFW00RhopUmDYHHbzVelwYiGOVjdHW2jD9nPGSilSpRSGNMjKHFkzQ6qc4srW1XbfymkKZoG8lSdv2i/xzFt5AOY3zGdxcjF7x/fqQIeAf14mYHpyOtfOvBZLWjx58kmEEIwWR3nu1HO8b977uGnmTbw+8rpN/YZwKbhM1dMfL48zbo5TJ+uIR+NEibLqE6tomNeA9bzFmjW2R/vSSy+RSqV4+eWXGRkZob29na1bt/Iv//IvU36J5Xj/OM985hn2/mQv1917Hc2zmu0AjrBIGAmuj11Pg2hAInnRepGDgwdJJu0HTJ4WT9tTrcrS7jVyI4tYxDF5lJfMl4jJGJa0yMs8V8grWB/ZwKg1yuP5f6dklewlZdfu27H9OlFHnDrm1s1lZmwWAAPFAR478yjj5XEMDCbKaYaLwzRGGlnTthaAE/kT5Mo5N1A1Zo6xa3wXM+pn0BHv4BOLP8EjJx/h+aHnGc4N1wT/vATg+lnX017Xzjuj7/DWyFtu/vOnn+e22bexumM1S1uXsnt8t8YaWrCnooVFipTMku1XSIPuO7q57o7raGlpQUrJY489RjQa5fDhw2zbto2bb76ZdevWsXjxYvbs2UNdnW2ji8UimUwmsN/19fXEYjFOvHqCh979EJs/t5nV719NgQIboxuZb8wHYI/cww52UBevc9c++sVJN4pXkiWyZAFIk+G41UeMGGVZpmyVWS1snyUtMxwzj2FJi4hl23fTMqkX9dzZ9l66o91a/w7kD3DfwH2cKZ0hQsR9JsGyLEpWiYJVoDHSSEe0o7pQVQHx4f6HmZ2YzSVNl9Aeb+c35/0mN/fczIunX+TfT/47A9mBQPDP2Qdormvmplk3AfD0yaftuXDFNziSOcIbI28gEFzfc70PfFUADGH7BKpf4YRor1pgD+TeU3t54tUnGB8fZ2BggAceeMCm4bY2Nm3a5PoB5XKZzs5OtmzZwpYtW9i4caP72bRpE93d3S7lltNlnvqzp9j5k50sjC5kfXQ9YD/G9Zx8zo70GcJ9usYZbGfJ1A2FV4IqlrRYYCzg7oa7WRVfRV7m2VHYQdkqY1iGGwQqyRJ5M89oeZQxc4yslXXHoivaxfqm9USIUDJLbsxfSsl4aZxnzjxDySrx/unv53dm/w49dT0ukEP5If5239/y2MBjTJTtPQbd9d28d857+cuVf8majjWB4KthYG+q6QNc03MNM5MzOZ07zbbhbTqAwDODz3D1tKvZ0LmBRwYeoS/X5yvjtKXmO585iTn0JnoBaG5v6RzZFQAAHTBJREFU5p93/DNjh8cY2D5Am2jDNE2i0SgbN27k3nvvJZu1B/Laa6/lwQcfBPSfrBdC8OlPf5qvfvWrtLbaDlOhUGD/1/fxqRs+Rd20OiSSF+QLjIgR6kU9UWH/EjcC2mQbKZlydzpX8beFomSWmB2bzfLYcgD6yn28lX+LvJnXYu6WZSEtyf1D9xPHjs7Njc9la8tWZtfN5s7OOzEw+PHpH/sA2za6jRs6bqAt1sYN025gR2oH/dmqZz9SGOHbh77NkwNPcnXH1Wzu3kxXfRfTE9P55LJP8un8p9mb2quBX4sBQgUgGUty65xbAXju1HOMFEd8AL6depuD6YMsbFzIlq4t/PPxf9Y0XAXGxxCGYHnjcvdhjJl1M5lZNxM6gKv0vqxfv54VK1awY8cOADKZjO+3jZyZRyqVolAoMDRk/3K6lJIPfehDLJ62GIA35Zu8wRsIIcjJHKlsiuHhYaSUxKwYadLVjRVRu21TmhRNO+7/cu5lUuUU1yWuY0Z0Bmvr1vKL0i+qCy8V8KWUjJXHXCD6cn0cyB7gj2b8Ed3xbra2beWV0Vc4mT9ZdRSl4Pbu22mONXMoc4ifD/6cXePBnv3h8cMcGjvEL07+gnsW3cPazrUkoglunX0re0f3auCfkw+wtG0pi1oWMV4a59lTzwYCWKTIU4NPMT85nyvaruBngz9jojyhzZNdAfDUjRkxljfampSzcuzO7qZMmYiw7WiZMtNj05kbn0tLSwsf+X8+whc+/gWGdw/zy1/+klWrVuksU/l+5swZoMoMN998Mx/68IcB2H9kP0/Pfdr2SaRt58vlMsWi/fBpXuYoU9YWXxwhcgZ+VI7yYvlFkiLJLclbuKTuEp5KP+Xu4qnljA0UBtg+sZ1bOm6hMdLIrLpZ9Of63XLtsXaWNy9HIPjxyR/z6sirwe0peSezJ/nGnm8wf/V8uhJdzE3OJSZi5GTu/GYBx9LH+MwbnyFTznA0e9QHoCMQzw8/T3++H0vYcXCnjOqx++oKwdzEXJf+d2d3883T3/SV663v5Q86/4A6UcfWzVs5+OxBUsdTvHnfm+x+aDfFidpPDXd3d3PvvffS0NBAoVDgT//wT1n41YU0z2m2gXV211ZSl+jmuNlXHWzlnBeIomVfWyDsANMk4DvH3p/NUcsJKdywesEqTAq+k3cmf4bx0jhdiS5b+KW/L2Ep1AlMlVK8Pfo2hzOHQ8EXQlCwCuxJ72F/ej9FWfSBrwmA4gssTy4nLuIA7Mzt9F3DMAz6yn2cKJ0AYG5sLjOiM2iZ28KW/3sL97x9D+v/fH1NAfjsZz/LypUrMU2Te++9l0cffZRX/99XA+fIEkm7bNcHzcsAyqC3GraPkTJTtnlQ2ksayUCgWiItXN54OQBFq8hgYdAtZ1kWmXLGde6iRH31N3RsYF3nOuqMOjdPILhp5k3MbZwLwJGJI+RL+SnPAmpPAwNoPzBPOVa9/cC2DEGdUcdljZe5A7g/v98HvhNW3lPYQ2+8lzpRx9K6pZzMnUQYgkRrgqv/4moWvXsRP7nrJ4z3jWv9f9/73sdHPvIRAPK5HOVymQ9/+MP0dPawmtXu1LT98nYu/T8vJW7E6bDadW1TZgFqvoHBjOgMAPqKfdpUrSPSwUe6PsLp0mm2p7dzunAa0zLpjndzU/tNzKq3YwHbx7dzNHNUm+ply1kmShNQD83RZu2a7bF27ll4Dx11HexK7eLwxGEy5QzzGuexpnMNhjBIl9I8cvSRQBY6ewE4T/Bd+yxg7PAYT3zuCXuBpbmOjz/wcRbW26tlh/KHOGOe8YHvfPaU9nALtxAhwqr4Kl4qvkSRonuNnpU9/PYrv81DtzzE6Z32Q6LxeJxPfvKTbtwg2djIl770peAbvbnyARbKhciiMmjKLEAdzHpRT1vEjuidKZ3RBry3rpcF9QtYUL+AdU3rbCpHUm/Uu5c8kDnAQ/0PuXv2nbplWXZNS1O0SaP9mIgxUhiho66DZa3LWNa6TLuNk9mTfGvXt9g9sjvQBJ29AJwn+KoTmBnPMPh6dWdsU6aJkfIIJibbs9tDwReG4JR5ircKbzE/Nt/e6hVpZUgOaeUS7Qlu+/ZtfP/G71MYt3f+nDhxgq4ue2dwNBrVBqGxp5FI3HY2C+MFCmMFZs6eSb2op8FqIC3TPnutUTpVdkiIhDbgB3IHeHzkcS5LXsa02DR3gaksy5wunuaNsTd4/PTjjBZHNfCltHfyNETsVUbXjltVZ+9zOz7HytaVLGhawPK25SxrXcaZ/Bl+cPgHvHDyBQazg8H+xzmbgHMFX5kGRkWUS7ouYe3atWSzWXbv3s0PfvgDDv/mYRAwbo2Hgi+EvdPo4czDJCNJTGGSJRtYrufyHtb84Rpe+KsXKBaLfPSjHyWZTGJZFjNmzGBgwI6SCSG4/Xu3M2PNDKQlefN7b7Lt77bx9r63SIgEV0Sv4Jh5DFOYNBvNFfR1PyBtpjlVOsW06DSubbqWjJnhWO4Yp8xTDBWH+OHQD3l0+FGmxaa5G0Zy5RynCqcYK45ptC+lZEXjZeSsPFe2Xsn8pB2pDFrVGy+M8/yp53lu4Dk2dm9k2eXLGMgO8PChh8Odz3M2AecBvhDCXvgBEkaCz1/7eT7/6uc5evQo69atY/v3t7PgNxbU1Hz1OC/yFGQhcDqp9mPdH63jhb96AYChoSE3FlAsFhkcHHQFYDg3TMK0NXdwbJCjR21bjICN9Ru5PXq7NhYxYu6AOt7+U2NPMS8+j5nxmfxe1++xL7ePL5/4MiVZQlqStEwzUZwIBEYFf2Gil4/N/xjtiQ73ei8Ovcj2ke01ZxTOTuCSVbL3PFqFUPDPjQHOA3xhCEbNUd6YeIOYYa/jD//PYfbv3082m2VicIL0iTTNc5snBT8siugF3zEFczfN5djzx7R7yeVy2nGQbXQovZEkh0uHycs8lrS3hR0uHtbAl1KyJ7eHvz/196xJrmFmfCaHcofsDaBWMGBB4Esp+fUZd9ESs9dCimaBl4df4VsHv0W+nA8FX1qSHWd28PnXPs9IfsQNUoWBf+GcwCmCL4RgoDTA1we+7ubff/39Wvv7Ht7H2k+svWDgO3nztszzCUA2m7V3+Va2XTXPadYGVE2GNNid3cUvck/6NM4LxJHcEQ5nD4cO+mTgb2jdwCVNS5BSYpbLRIjw2IlHyZQyNcG3pEUqn+KV3Cs1aX8qTmDtDSHnCH5Qfvsl7Vr7O+/fSXG8eEHBF0IE7ujw/iJq0+yqh+2UF4rTurF+I4Zl1AQ/9HiK4CdFkt+Ydbcb+QQ4NHGI/RMHJgW/Zl9C+nHuAnABwBdCUNdSp7VfnCjy1nfeuqDgSym16J2anEGYffXsQO1QBSBpJLkzecdFA19akt+b+xHa47pS/LT/Z9UHTy4g+Oe9Jex8wRci+Gmg1/7uNYZ3D1848KXk6LNHA6/lrA0svHVh9QkeZWDcXcOVdFXiKpbFll0U8N87/b2sblutXa8/28/Lwy9fFPDPjQEuIPhCCJpmB78w6ck/fJLCeOGCgJ8byXH8+fCXT8Wb4yz9L0unZB9jIsZdzb/OwtjCCwr+nT138O6e2zTqB/ja/q9RskoXBfzz9gHOF3xhCJpnNwdeZ3jXMM9/5vnzBl9akle/8mrojQJc+ftXEm+O+4I6Yakp0sTvtv8Ol9dffkHA//25H+U909/j7ul30pMDT7J7bM9FA7/WfspJA0EXAnynjbC0+we7wYB3ffNd5wz+wJsDbgwgEMzZTaz66CoNeCnt6BuEP8DZFGni7rYP0hvv5eEzD7vz/LMBf3lyOb8x625mJWa58REn9WX6uP/QP+rtXGDwpZQYEXv8SugOcU0BuJDg1zXXhV3KFoKHdjO0c4g7//VOWue1nhX4R549wo/e+6PQtuPNcW7/l9upa6rTwFcXfGoxQTKSZHPTJlY3XMlL4y/zVnoHB3IHa4IfJ84VrVdw07SbmFU/k2TU/+LIofwQX9r1V2TL2YsKfi1fIFAABPZ++gsFvhCC2VfPrskCYJuD+y67j+V3L2fjZzfSNq8tcC+hswk/dTjFq3//Kq997TW73wHtx5vjfOBnH2Dasmn2ADgb+C2qD1CK8LeiugMlorREW7ix7Qa2tFxLWZbZl90HwN60vQVrdv1skpEkc+rnkIwmiYkYcSMe2K/B3CB/vfteBrOD1T5V+uUykyff971GGXeKq+Q7AqD2xxUAJ9MZkAsJvhCCrhVd3PZPt/HkHz456UaOXQ/uYteDu+ha0cW8TfNomdfC9FXT7ad9RvOc2nGKo88ddR2+MMFqmt3Er33v11zww5yjyQRTTVERJRqxh21V0yoAVjSuAHAfOfc6eN50Oneaz779OQZz9gKZdP6krL6QQ1lw0mQz8OkU/VjT9LB8536cL64AVP47NsP3OQfwnTKL3rWIOdfM4fnPPW/b/UnS0M4hhnYOhZ6vBdyq/7qKdZ9c59J+oCZJe/CFEFocYKrJAXoywNX0kxM/5aGjD1EwC+6OoFqafyFo3xV2jy8ohKi+IELNNIT96vPz0nyCyzS0NXDL12/h6k9fzfZvbefQY4cYP6Fv5jjXFG+Os/CWhaz7s3U0z2qu2j0v+JUkpb25wzAM7j39N2xJbuHaps2TP1J+DungxCH+6fB32Te+337JhhRav6Ss/shGtYMB3yfRfFeQA8o55yY3AYiqAJwl+M5z+m6ZIJNiCFrntnL9X1/P1nu3MvTOEAd/fpDjLx6n78W+sxrY5lnNzLpmFrM2zKL3Xb1VR88z1dNo1bGRjh8gBOPmOD8Z/Qm/GPsFKxtWsrJ+BcuTy8+qL940Whhl2+hrPNb/GKfyp9xHvKX6p9K+lBojnK/N1z7YAnLgTw7AP1X76AqAs4/P0X7ngc7zpX1XILx1lHI9K3uYfvl0t43xvnHGjo+RH88zuGOwClplgGZfY4dzu5Z12fN6zxTKF9/3DIhlWRr4hmG49JgxM7w0/hIvpl5ESsnCuoUsTiymI9pOR7yTBhLMaZjjA/tY9hgZM8tQ4TTHMsfYPb6Ho+mjWr8MafgYSUqJsIQPKDedhc0XBKyFKNc68KcHfFNyH9eJygsXwqaAzmtYpgJ+6HFAvnq9tnlttM1vAwlLbl0SPL+2PIAHaUWAHfTG9qHCfiFtHMgdYH92f815fqBNDrPTimPnCLaWzlXzK4Kg/qnCs/+T+3UcvQKgOoGOXQwFTgVwCuzgyyccfIc13GmL5blRZwBCpDxsoJxjTdsqdlHbxSw9bXra0vrhtKk6kIom+9qk2kbgVC/A5tfyCzSbr7blXKciBAf+7IB7j96ZgE8AXBMwmVYrwIXSfJgJCWhjyuB7AZpESxxnS9UUdTBdAZikLYH+Q9kqGJrdrgXqZMAGabiGuL/vvnyoKoiEA39+QBNw5w0sTvL5AI7T5p0FeJ077fwUwdfaCABfCOGjTN/GyaCBqkWRsvq6tEAnq9InX1ueQQ+i/cBrhoFaKRNqvrwghzCQyiCqGfPVt2zwVbA1pa0cawwQqbzqRATNAhQfwMcOYbY9zH8gHHwf3Tr9czTZC+AkGudzsjyM4pg7bfCc78o1tGmbo/nVL6GAqQ+aSvxTvdAYBcEa7pvqSU8/Kv8Pfvpg4PsUapoAR/MDTYDi8E11queta/uXZwe+kKIaJKml+R4ghBRIywbfxxye5MwCvHPzoAELArqmnUbqQR5nvL0ee8A9qDMa51wg7XvG4OBfBIPv3E+oE6gGgDQBoAq+Rudhjl2IOUAQyCw+8B0p92irD3w1eQB0p3peYFQhsURV2FHWA5x/nmsLK9huhwWb3HtQNV9lIbUdavgFeAQxiCEqn4OfCQff1w4BAuAVhFo232vTLxj4zitXa3n1lRt3GEIFQtMcr6aqGobUnUAv7XscPndqFQS0AoxbXo1EopRV+6Y4bF6Hz2lXWsERPnWqJ6Tg4Gdrgw/22KhlNCdQiMoUUBUAR/MDaH4qQZ5aeUFRr1DwPYD6vHtVUzztuQKiargCsmEYVeFw2vCU82q1j6q9cXbnp3ZVoVPbrrQvEFr77nUrALuxCqV/3nJIOPj5ycH3XZ9aJqASCQwyBaFmIAx8w19XA18dbK+me/I1Z9Az6E54Vx10H3U6zplVDX2rDODbKRyg1V4gvPSOrOwx9Gq+CnSYQChmQHX4tGifUh8Jh75waErgu20G+QCGoYCP/XbpyQJBrlcf5ghOFfyg6JdX4y3PLCCI4iughnnnXo8cWX2ziFtGGWAvu6jM4zUl1RFW+usZeCe55wI0WmWfILC9tH/oi1MH3+lHTScwIiJEjEh1Q4iX9vHQvvMfj1AIxXQEbOZwvWxlkN3pmpMUexw0/dG0XHroOYhWA/IFwv6ZPC/FBmi5FsoNKePVfKec42RKKe13GgeZDOcHN9Q9fNIeTzfAa1UXkQ795SHtreuTJU15KynYBOAPBKkVw8K7PvDVC6oRPkfIPeBrmhvgjIX5BqHsQICTqAwslrIY5M33OoAe6q9F+z5Bxa+5WlI1O0DzNT+gkn/4S4fPSvPdS4X5AJoJ8DiBms2v4eA55ycFXxlQ16YrA6A5cQQ4i8rABeUF+gDSfw50H0C1+d7YgQaKpdO+ww4OQKoge984FshYHnB8vodTD/sah//q3MB3rjG1OIC6HOwVgAsIflh4NzDypw64s56vDJDLBCqTOPluMQ+wiqkKdAADZhDemYCr+aoZUTXfCgZVBbymw6fc4+H/69zBd1KoAERERPMDaoEeFAPwRQmF/hs2bnTOA65XK51zQfnaOSUvkBnw1/UeG8Ko+gDOWKiCqQ6crNri6qUq6/xOvqhe2wFWCqmHtVFsOtL9QQ1HCLUlXaWdw399+KxsvjfV9AEcb9gRAm3u7533ezx8hH99QHP4HE2xrEDgNLAVSg+bR/ucxSBwwedoaderaJdhVASg8ufOvZX2XSA1vq6MWwV8t6zUwXUEwm1b+Bdw1N8jcoByHcbK39G/OXpe4Dvtqv+B6q+GOYCrU0GvV++b/zO55rvRuQq9Op6sVzg0B88ZYHUNAFzaD3QWqdJtEJtosX3PtYUIcCI9QufrLzLQ/wg0aWry3uMUGOzovUc10M41qSbaSYGrgRER0TXaUKZ/3nl/gGnwDZalUHZAvF8dVM32umMg9UWXsEELoXtXK6XUNB3sHb0uAzjUrw5aAO2DovmV+/VpfqUfrjJQEQxhs4H2iluPSXDaFZbgyN8eOW/Nd6+jmupKihqGUQJIJBKaCYiISFXTg+b5TN3mux3wULfqD2j0HAR0EM17jmsCWGnXBb9S1/EBvFQOaIKipUnMg2b7lSmc+zuFlTePOMeurVeERSI5+uXzp33tfoQd84jH7fczSimJWpaVAejo6CBmxLTZgAq2ywSiOnXy+gVep86Rcm1JtzKAQXN3n+fvDLZ3GdU7DXMigGpbVNvyediy2pYQgt4P9GrXd67rFUbt2CmmBqjC8hR2c865/k1QPQnHvnzsvL19b5JSUldXR3u7/V6C8fFxGR0bGxvv6upixowZxDKx4I0gnB34UkptPd+79OkGfVQ7jPCBo03LVOFw2lFjCJ7gjXtNDzNoMQIk3eu6NSfNLeN2V++D6plXmT7AWVXzFAC0PuIXHiQc+x8XHnywFbKpqYnu7m6AQj6fH4halrUDuGn+/PlG4/5G94XNEeWHkGqtCXhtvjfI4S5leinb60B55vQ+84B+HU1g1PNB/ytJBdA5rm+qd01EYBn08K42UxCKwHtNgEr/Tht42qj8qcfHvnLsgtK+msrlMjNnzqSrq4tyuTxmWdbeaDqd3mZZVrq3t7e552QPfZk+/36ACtBOnlfz1Wlc0Pzdm+db3w6y617TGzSlU/5rtt3bLsHAags0HlvuHFtUf/7WBVWi+zt4QBXSZTnnx6a9Nl9tzzk+9vcXD3wnLVu2jPr6erLZbN/evXsPGX19fa8WCoXDyWSSFT0r7M4qD4c4oDvOoeYjBNhur1MnpNDynMH0lgkETq3vPVaYwNu+KhRqfefa7m/9oh+7dRR6d/tL9drOebc957zaHlUWVPPdP6Ef9321z43FXIyPlJL6+nrWr7dfsF0qlba/+93vPmNs2bLlVD6ffwFg7ay1NMWbNCHQwDc84DM5+Cqovji8Ci74NnKoghIIjCd65zpZCmha3SChIgBI6a/rAxkRXDekvO+c0vaJr524qOAbhkG5XGbJkiWsXLkSQKbT6Weg8oqYVCr1iGVZxd6OXlb2rLR/AasCtBoZjFARBOemLb/muVqilPHlOfmqZtQoY2Bo5wxpaHWdY2TlEW2lTfe4Uk+taxB8DPY8X6tLwLFUdlEp54PqueeEftz/jX4ikchF/Thz/5tuuonGxkYKhcL+3bt3P+sKwBe/+MXnstnsixERYev8rTTFm5BCus6gYRjuVjGX3rzABgDoeNdafsB3L50a0tDLeP97y3rBVwbfKyTaOVn97h4LpawQPmDVsg6YQULi+y6q4+fUO/nNkxcd/EgkQqlUYunSpdx4440AjI2N/esNN9xw2hWABx54oDg8PPx1y7LMS6ddyoZZG3jp8ZeqtI+H9j377FVq1Wi2IgSqPQyz6yrVh9J+hRF8JkCppwkWehuacHpMQyjte8yRKoxeWnfygvK9Qtz/rf6LTvvOdD2RSHDXXXfR1tZGLpc7MjAw8B2nn+5k83vf+97PxsfHfwjwa4t/jQWtC3ju589NDXzLD77X1vv8gko9H9iWB3iPwGi+AQH1PQ6gBqAiOBqA3rbRgdZA9whImFCFgo+g/77/GPDB/m3mW2+9leuuuw7LshgeHv6blStXnnAFVZ0Kbdu2bcFll132i0Qi0XvgzAG++cY3GSuOcf2t1+Mu4lB9TAqovmip4gi6iz/qYlBIucA8p75yvbByoeXVc5Woobdfah31f837UM95+qX+Wnit+zjxbXfsL2qSUjI+Ps66dev4zGc+Q3NzM6lU6odtbW13SVn9IUFNAIQQ4uDBgzfPmTPnX2OxWPPbp97mwXceJFVIsfnmzfqATTa4Uoae8w5WGMi1BCm0vNo3p25YOaUtre5kwCuRzkBhDLimlJL+7/T/h4BvWRa5XI5Vq1bxx3/8x/T09JDJZLbv3Lnz9vXr1/dLBXSfAAAcOXLkt2bMmPGNeDxefyx1jIf3PszBkYOsu2EdESLh2lBjALRB9w5mLc33lPMJEFMTRLXM+Qiit4yvDVX4lfvo/8eLD75lWRQKBeLxOFu3buW3fuu3aGxsJJvN7tm7d+9/ufLKK9+pjGVtAQA4fvz4h3t6er4ai8WasqUsTx99mldOvMJIboRYJGYvHDH569X+/56MiFGTXbCg/7sXD3whhAu8lJLe3l7e8573sGXLFgAymcwbBw4cuGfVqlVvOXWmJAAABw4c2DxjxoyvNDQ0rADoH+/nlROvsPP0TkZyIwBEjIi7k/g/c3KibSoLIKH/ny48+M51TNN0f1537ty5bNy4kWuvvZa2tjYsy2JiYuJHBw4c+MRVV13V56k/NQEAeOqpp6ZdeeWVf5FMJn83Fos1Agxnhtk7vJdDI4foH+8nXUxTNIuUrbIW2/7PngYeGLhgbUkp3YBONBqloaGBjo4OFixYwIoVK1i2bBmNjY0AFAqFI6Ojo//9jjvuuO/VV181A9oKFoBa6fjx49e0tbX9fiKRuDEajXY6+el0muHhYUZGRshkMu6PM1yILUy/StXkCEA8Hqe5uZmOjg46Ojrcn8YDKBaLh7LZ7A9Pnjz57UsvvfTIVNqdsgA46ejRo8tbW1tviMfj6yKRyIp4PN4thEgCF3cZ61fJm4qWZU0Ui8XjpmnuyOfzz504ceKZlStXnpXNER/60IdmT7Xw6Oho+dFHH50ArM2bN7fdfffdvQsWLOhNJpOXNjU1JZPJ5K/U/iKmisMnx8fHmZiYGJqYmNi1c+fOw1/84heP5nK5DFB/1113JaPR6GQ4SOydHPn/BTeZyUjw6afRAAAAAElFTkSuQmCC

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic3b15tGbXVR/42+fc4ZveUG+oUpWk0mxZnmTL2GA7EEGzkuAMkJiQBGzj0LRZiw6JF6FpprDaXiEmMSvuYKcXQyDpJiQxtpEiuxUIQ+IB4xmBPEhGUkklqUqqV1Vv/qZ779n9x5n2ue+rUr33ZEXqs9Z73/fde+4Z9rz32edcYmbstxBR+M7MuPHbf2alqvEmAy4IugEMGAQQADYACAwDRYrgnmUGNDEMEzODiBgMJoABJjAbECnbBOwYldIwDbOt61piW6MyjesH0ACgGFplzMwEMlzqjOf7ZbWytLB7dLV7/pqVxTOvedkNT//tN776IoBm30D4/0mhQxIAMTMffcOPv7zm7I+YeQ5gA/boYVgqACxW4dEGWBIBM4mG/S1uX/AdW4SLR+wt474o1yPHZ8AA216UIs401VrTKNN6M1N0vtBYyzL18Pbu+Hczwlde8dLVx3/7/T8+3TdQXqBlXwTgEE+IKFDMXC9/44++wqjyj9g0A1cTII44CNJA9uWJQ3wyCcLx1RggJa5RfMy3QxQkTejD988MwNjmwTDGwM6ZATZQYBDZuRGwQ8SnMq0+l2n+ozJTf3zqE+//6hUD6AVY9ksAHvkEQMESwGT51f/rq0w+93HmZpCyZ3jOAV1iroXoVFqI78Z2FaRKu3HfjGzPIdj459115oh8RwCeQNh/DwKMoYi2tOIvFEX+4eX5zl1f+r1/dWbvnF7Y5SASQLm/zP1NF1/21jvQv/r3met+rO04kJT7bRBVgBP/HsnkOVcSR5tA/HXH6f63lCzMkfOJAGPiOMDBlrBj4fiHxhGArc/G2DrGhHkrRU8VGf2HxX7xK1/7xK886K+/0Ikgu9KKQvwrWDsrA1AA0E211dU43mJPr6s9NwvkMcDkxH0Q07DEEgDqCUK55xBtgFA4pRFJSIHYvHrxRMexaTj10CI0AlniVJaI2BhUjbmqqfCj02n194/d8db3vfj64+9h5h0PmxcqIahnrpIUD9EMQAmgC6Bvpjv9PXp7z5PkpIFDfOBcj3wEjkuLIKCWlKBwX1QNNCovmpZQiSqAmaMk8gMhLx0QHrL/Dep6emQ4HP/s/V87/fGT3/SWO+P0Zumn5385CAF48Z8D6AAYcDXuAQgunv+kAFgGTMsGkJa+x2vr+Tg8Es8IFzSxR10/1K7nvif63zerwj17WTk1IJtt2x7WRZ1MJ6/a3Bzde+KOv/d2x/1MtsyG3PO07IcAJFY0LAEUADrcVN14PyKZyQGf4Lgqcrizuv0PgCgSjPD64gWLiAhgz8USoRTtAEAgltP2g3py4wgSydsXLcLa471YV7Oum+72cPrLR2//2z/piQCAeiERwX4JQNoAnghKQlMCCAyIBJHOvfOi3xVu63qOoPXPMwsEu8+kjjQyEyR5IpSE4IxAPwbhDfAeBEtjdBYY3CcBpq4xGlX/7Ojt3/3Trh3CC4gIDqIC/KdXBQWzya089pY27XkgQRoAGxeSLpnncm+Y+ccE8TijkSKlYY+NEKSNGIdERkB8bDdFllMLkhAC0cjnEfprTIPhqPqnL7/zrT/IzI1rRL8QVMJ+CUAWTwQENioCNdWzHK7ZX8EADBa6a0pK9kt0R4ExSahmYUSCAVYAa4H0KDnIE5G0KVhIABLjkBJL0MuecbtLVVXh4tb4l37qnb/wA8xcuwoKz3P78KAEkEKBJOTaFjX2il0fnUukhSSUWT06iUHRmOP2c+RcRhKSJSCphQQxrhjfkirHjVe6q6EI28ZJtUwpPHVuXX/m/tO/+jv/5Z5/ICSBFynPy3LFcYBWkQrcQs/Bj6Baoh1IRXEL2N5q9whhEs1y2iOnBEPEbi1BDgfR+HMhYrfaJMYjHgk+PEdEs/zuq5EwMwhpqNu2UxQ5PvnZB9X/9LqXvm9x7veZmf81EWWw6qABwM+3eMF+JQC3/uw1wYyW8Nv0YTl3LxcKwvBWuueqliCxnyoR7RGYkghSewGkBAMHKo3E2F54CvTpdYxEtGg7ecZ+KqUwnVb4wL2fwaTJ3v+R/3z3O5w6cPHs5586OCgBpN9JxOfaBlWAq+eglhEmPIZo9UvEILHY21KgLeoD8lrTjDht9UsK1AZDaI4s0alU3Eeh17IpQOj2uvizLz2KT993CidOXPXeD3zgAz/BHPzL5x0R7IcAJNbakoBCDVnayPBWXDDeOF6LNxC8AG7Tm/8q1wPaHSJybkuLhCf2PO8rxUilJYq9mi7hfk8UALw7qpSVUh/9b19ElhU4duzYuz/4wQ/+78Iw1HgeEcF+CWCmClBE7A00yREk9D8bjvo9SALsJZq2+zXrvlwelm5ckB6x370U4BHJyTNEao9QIv+DlasDVy8i3wn/OE8ARbfAF790Cg+dXsPK0iJWV1d//oMf/ODPOsPQwBHBXhA/92W/gaA2Ohjw4t8ZcAK5wRgMAJPiWzYLWLgY+KBRiNpJIvCIJTjdri6hOuSagtTxrTaJAMexLOv5vARSTgXEsUaD0o9DSAUXWs50huHWEJ/4/AOYmxug3+vh2LFj7/zwhz/8c04dAM+TOMF+vYC2+Hcr7onCTmtKwAdbyF1nBsjE3+FDIiRei0xtuw81ZK5A6NMTWxopTJwGIrtGwey8F7HqCCmxIsIJYuXPuZ12tCTomwCt8en7HkLVGPT6PTCA1dXVn7rrrrsMM/8TIvIR1YaI/od5BweJA+z1AohYqkPPRalolsh3zSg3BJbI81pE6ttZdoK/xYHzgt4PYxAqybcZbre+h5VKf0+J3iipHwJKAQpOGoVxEIpOia8+9ATOntvC/KCPTqeDbreL1dXVn7nrrrve4yTB/3B1cBAboP2bg0ZO4vvS/muJ/qA/PcDldfeg/2sjLngCrnHlPQ3pCXjx7X8zvJ4mKNezXGkkMVg5IC9QhHEgkJz245SW6zPPM2ytb+OBU2cwPz9AWVoC6Ha7OHr06I/dfffd73VEwBDq4LlWCQeNBHL6w0mA0FxLQABI1IBDrMWjTNmy9dgjuS1rQjsCSHLBSN5Prgki8UTVnoWLQxBI6HhrHFKCcC8d5G8EYiAvDUBAw/jyg4+j0+mgLMvw5yTBO+65557/042igVXHhwnNH6gcVgX4P2HwSwSx+O8Q7a3tcKdlnPlrRIiLOq3uyQ+9zS3Sskdsk8S9QBt+LFK82/4D1yeEIKWA/R0NVRHxVUIyaI0HHj4DQKHX20sEKysr/+iee+75v1znDWZP6utarpgAxHq3xK79I+fbsTToJOsKJAfBMMs9s9dIIkTq8HRE8mHZcIo8KSEc95JXBwSkWUpelLuxhCzl1hzgn9OO21Xap29TZzh95jx2R1P0ul0URYFOpxMkQqfTwerq6g995CMf+SXXuMFz7B0cdDnYF2eOE0NwR2xaqASJL0aqx2X838fmpWhFrCqEjhuMdEBmAE347FHSICJbPiIJIiDV1VUtJAdopCpDMrHKNc5f3ML65i663Q6Kogh/3ijsdDpYWVl5+0c/+tFfBqBdwCiDzSn4ulPBfpNCgRmamdhyDSdSAIhEIZEkRXhqNBIhuljSrw9yR6oMtomlcRSCWCTH++ZnGBQsxD0IMA0kRViXTwFk7Ra7IERx/MEDgZ09A9KtzXSGrd0Jzl3cxk03XIM8zxN4SvyurKz8z/fee29HKfU2AJ4Ivu4u4kFSwvZ4AnzJ5HIH8LYRF6Q0pZeDIRGlAUHaDFIdcCSSIKWF1yCR738nHGxFtUhMQ8hKZo6GnNf1bmwh/u/dPqJA1KRUYitonWEyqXDu/AYAIMsy5HmOoiiQ51YSeFVQdjpYWlr6vnvvvff/Xlpa6sASgYbLLvp6CYODLAdLBW//DDiJr1PAZgBIOyEzbhRxTbYyfl0l7F31d7pZiuEgJZTgdneTgLi20B6+r+UkCgggjZirYOwd6feTctxu3DWv892+B2gQGduaMkDT4OLGNgBAa42yyKCUnW/T1JhOpphMJphWU4zHEyzM9b/37rs+nP3Wb/ybt73vV//9iIi82JiVMn3ochAC2OMFRDEKl4EdU62ZZdK1t3O8keV1vftsGZFyDV5K+kgEfggKcX2+LaBie4HDvU3gkQgxhEBIxhIDM4idmRPaJBAsoYTZsQsZsx8bQKSBBtgZjgEARVHgwvomHn70LL760Gk88thZrF3YwGg0RpZpLC/2ccM1q7jp5Or3fP//8sM58Nj3ARjB5l7y10MdHJQA5He2W3ujOGbPlaFSyxvwiFeem4Q4D81SvGQk0uRQKOknuRnCuaJugmVEgggSwEhRg2hXGMREF08c9jsFgeTsH2cfkJcieY5TT6zhtz76SdzzXz+Nz973EE6fOYfJ7q5LlfeSwzFHrnFsZRF3vu4lf/M1nzn5H5nrtwJ6y0mChojMs0kEV7w1TOwL1LCbQvoAFgD0usdf/dry2m/9RSZVpkagBxYJwApEAC0EuvshN7+FRBkaTlw0L3XcvcTAtOMgEgkkzFFiBNVlYlfsd4t77Dbgxud1cLATogQi95y471SIYYYmhZ3dIXgyBRUZOmUGRd4D8VvR3HduMJnWaMYTHDu+guuOH7n35uXse3/z3//rTSIqYG0DfrZEwX4kQLvDqAKMgL03uqQ9AAg97S7DSwZLHBYfXi3EGmE7uFzFobaKEKJYGpFwxpmXMl7NkBgEdCQCbzKQaiWvAFQOrGEokGy7rsDVCOTHINcfmKDIoGkadDslqNtxxGUJjoXKCyunTCjzHMg11jd2sLk1fOPDveIjt37Td/0dZj7riYDI6qTD0sEVE0A4xWGGDWDR5xyKgHAL6LBvLnB/bM/iyU46qAknQkMha5HHdHPjzAiaITy8jueIVEbU34ma8VLCI8wbcqkqYlNBd5eRH7nZtulT3tgdZzHdxfT8VwFjrM6X8yW7vK2Utm3tyWYKRoe7quxYmQFoZLmdz3Bcf3Nj9Adve80bvxPARVibwIukQ5WDBIKi3JPXQ0zfA9Xe2JtyLcR4YOq9wsWLRwtrQWcecL4NORSvg4WXYEmWY/0gnSTBiamIABGBQEpD91adW2hEGwYEAjcj26/SARQEH2X0HgIFZkjcUaVjgEmCOISoFUAaRIRpjTesjfr/8hdeGSr69DL58L7LQdYCJATtHzGnQbg2kjy1t34Hothb2LcTEOR89oRBObaZBJDiOFj6/Y7jCGmdxEYJt6zUoawLXc4DMA6BXtLZMLAZbyCJCQTD0SPe5xTaOkTa8XsrBO3vK+3iCX5hKfY5qfmt/6L+rrcw8xR2W14G4FA0cJjVp0AALgCyVxlRixCS3yQFRVAR5Pzt2JpN/w4ilGB3EZvKAc7bEe19g0i/B46k2E5Lz6fxfICYoTsLoKzjEJmBlLbfdQ5upjDVSMzJ2TGOGOKSs1hCdnDwwwlxBKVhYxCRGKIEcMTGwMTkP3Ptja897gbtVxAPTASHXQ5mAFBKC8yKgYQTODyArWUssR6sRyfy7eFQKY8KfQI2U5DSyJduRrlyG0JIFi2DKPTrI3nWn08CC97eCIQpuBIAk4LqLqcIgcspIAUz3QEaS4i6s4Ry5cXQ5QJgmhAookScK4dkkTyS5Be0rkup4uRGw+qWce+atwCoYAlAx4HvvxyGAAIRaG0l0V5dDjEBb+FTQE6aVm3rWOQ7QpHOhakAMLK5q1EefyWKhetBeRfJpqQ2N7tr3trmPffkJ6fimA1U1oUu5kFgIZI1SGUgaJjJFnw4mXQJ3TuKcuU25Es3g/Iu2DSudanyPLc77lZeLTgVp1rIb0kDw0CN8m1Hjl5zNeIG3QNnGj8bCSFGKUVxa4B3Z1jUEl5AIBsXeDFSOvjHOQLNNEBTIesuoXPsFSiXboXKuuBmAnAd22bGbEaIHL3ndBE/mBC941CXAejuEei8a1sJWcPKGm5mYiWAyqz7Rwzv4mWDY+is3oZ84RqAtJVqgFUJgQhmI5qkdADF30GtMBpWt6nll98JyyUloiTYNxEcJhLo2dRRtIsGytQqEt8BJD5+CAGLFn20jZQNLpgKuhggWzyJrLdqnzFxow1JggqGnLQDon2Qxhf8GNyY5PKziaJbd49AJoqSDw2rDNVwDWxq+AQXa/lb4mDTgHSBYuE66O4y6p0zqHfXAG6sDcEAh/C1A4Ai+AhjcHaiKRymZFdHCKzn/7oC/l8TpYAPMMwQw5cuByWABMqklCXXloiXoh3pVILGIJCIs7tGzRRKlyiWrkM2uBqkMhtw4aalM/2GUUFgCaL9dXlAlR+2/2ABbE8sBpR3oTsLAAikdXzOLVA1w3WLCq/ClLZ/3ICUdRkZgCr7KMpbkA2Ootp8As1oIxAYGC6VwktBlY5P9OlhRm5uhopvmlu59uTm+cfPIEqABtjfmsFhVwMB2KRQ4wYYiQCREDzw5QlezAD7E0Vtk9xUIJWhmLsa+eJJqLxn9WhTO/GnxRCcm0awm07kopJDPIEdg0kibJuXLh3c1SGlYEyDvLtkVY2pEVSXM+x4ugMz3QZR5uwYq9OJFNiNkwG7iMQAESHrLEHl82iGa6i2noSphtaucMGrdNWTLESDRyJUqCNUQ/pEtnDTK3D+8bOwLuEUlghSA+oZymF2B/s/Q0pbKZhY2EI8zyJs7y4xW6sZDfL+KvKF66C7i/Z0rqayRqHXvT6MayyXkc86au8tcECyDO7S0UkQgZBSNqkk5hywYRBpZN2V0JaNRDqDjhSayRbY1FYyAQA1AZnekCNDgPKehz2Cjggo5k4g6y2j2jqLaucs2FTBCPTc7rm8Hf32s7K8RYTO8isB/KGbuI8O7ssI2C8BzKIqqwIS66NlCyCMPtG5zAYwNbLOHPLF65H3jwJgMFf2SScabcti379yS6+qZcOKDJ29mgpR53qi8M+EcQIMA533oDtzABpn/Hmj1A6mGa8Hro/rCNaws+qCAGoAJjAZEFMgLEYD0hnKpeuRDVYw3TqDZrhm7QaVQSbCWmKKU3HRf6fhFKD7tyugbyz3ezVQwxqDV6QG9uUFtBoMaoAYBGM4vdX69Ho2iPsJFCl0lm9C9/gdyAfHwNxYke/FHUWgh+H6aJkuYKqhtQvaKWDB9BBDIv+8vymSRKTNYhpk3UUonaU05II/phqhmew4PR/tHK7HACmorOOIJqoFqAzQGaD90UoENg1U3kNn+WZ0j74UWfeIlXpskGQZS1c5iVcAhrIbuwtLS+6Cb3xfMYHDJISE32wXQbziRaQrr+sREMLNBKRzFIsnUS6chMq7djm0qUEs9F6QGoIInCXO9QSTi6dQbZ2J9+ScvR1CwvjjKD5tHecFyJPMmEFKI+sfjTQrjEkijWq8YcW2yoLBSSpHM9rE+OyfoVi8FrpzxAmrCuwljs8dVLAeADP8srPuHkG3XEQ9Oo/pxuNopjtOGgjj1osAbwQzwEqt5gs3XY3Ni+cQo4LPCQEkXoAFnqFwJZEAbiWssbuj88FRlEdugO7MWyPQ75pOto63unNcz9xguvU4puun0VRDkMqFdJCeB1wSiUOsM54sHIW1L4+dZYCNgS570J0FhN3O8JlBANigHl6ETyv3HoOlEY16vIXm6S9D91dQLlwLXQ7sHJvKTc84PLqxhoinJaR8cBWy3hKq7acw3XoSpp46QlBx3CzGTlk376/eAOALEGFhB5ArUgMH9QJkYcMEJsXgGtHA8jVtOFgXPZRLNyAfHAWBYExtxaN0v0TzgfFVBmZCPbyA6fqjqEfrYCiQLlzvjERF2IutUTpEKwdAZhu2CCLWtYMGWXcZSuc20OSWoQkMKI1muuuify0QuDmTzgEY1DvnYIbryOevRrFwAirrgJvK9sXGGZ4yVY5d1NCAdI7yiIXTZP006uEFNwYVEQ8/dgXW3RNAcI+eExUQR+1YvW4MFIOipU1iCDbLpbN0A4r5q2HqsXOVvIBVMZfOG1PO8gZpNJNtjNcfRb1zzuYk6NwxNbWQL4dFMz7FPRLPg0M0kpRG0V8BTB0MLfLErDI0wwswzSQSH2ClgwcFAWBLnMwNJuunUO2cQ3nkpCV8yhwhCOPWB560duOxHoPKe+gevQ3DM/ehnmy75WYO0ihoB909SkDmFG2iAq7ECHw2DonixsDqb78DWIkagbuVNdhA4nwlL9YAv1GUiaBUDlOPMF5/GNXWGZhmClI5yG+7YhYRO7GRhDn+dl0nCR4GQdWwjBgSgbmBLuas2A4uqrHSRhGIG1Sjded5eMIS9o1YlLJ9ZyCtwc0Eo7UHUW2fRbl4HfL+MriprYpRiO6fx6qEDcMakFGqiw+71M2Ur2qgqK31L5cd/SAvWw4bByDAJj7Z0TsgeNGepF85c0EJziMSo/SiuMF4/XFMNh6HmQ5BOks5LhiVFH7Kqcb0c0KCfIiv3haQARZjkPeXQVkeFnEcWYKUlURmvGnDwTKE66VJIAZOwa4yEBvU4y3UT38ZeW8J5ZGT0EXfWvxKwApADOjZRJC4dqAj3EKAQAO6s5AVWVlP63RdGkiZ4RLl2cgHMForGxLznflz+pUKCCM3IDcyEFF06wF4I1eBwKYCN/6tLRTq217b+h0twzNa7eGnrOgRRogLUWxAOkPRX4FXTraa5X6lFKrhRZjG2zgIxBXzBH0XHmkOcWKhh9lYL4jIqjKyCR9ECkpldpVREZTKoHRmXU1hyJKTpFAUYyA6n+divmxNXv5dthzGBghyUGmlmIWL5Y2VcLKGA1biqnmjzD3C8dneyotQzl+N8YWHMNk6Z1cEddxWlep1eeCTRIoLrwY3zI2lHa0EwMYg684h6ywENRLgRwCbBtXueTveVr8spU1iyHqbgGGaKXTRQ/fIDSgWjrvHG2fgRuIhZoAyBM/DpaN7Nckh3mbnZZNQ1Vxe9HoTXIQY3BUbgQeVAEkHSikl2MZxvWs6WMgapD29WbYP6/6BY9xdU0EXXfRP3I65a25H1pkDNxMrmqXbJ+0Mvxzs9X6o5hNQ2ozBUaTCoBisglQOuzdAuR7sm8ua6Q6ayTaiihOT98fgB9BH+8BKMYPe8o1YOPladJZOhv68Cxi53C0zKxs4IlKgrHBq0uUoBqKlSJ9KzfUWjg0QE0SvGPnA4ZeDAYC1ynQjuQtAIgEATDfPICsH0EXPilLYEGlAfBLNY7dRk1HMXYV8sIrpxUcxvHgaTTWC0qVkUKfG/XMMlhs+wtpqYrbAq5Yg/gdHYd8TpEJWko/vV7sXwLU1RGOQCbF9ZwlZaLBbQALK+WPoLt+ErLsINrUN9yaejvcGCDJF3CacAOOtM3bRyCePhhwL3xdAWvcWlo8vnTsVJvecEEDqBbBkAQFoh1gijcnWWVTDdXSXTqKzeA1Il3bS3MwestdxbkGou3wz8rmrML7wMMYbZywe8sLRTfugKW93MFha2UFzWEOVGDBskHePICsHDkHsaMPlJpga1fZa1OcM54GkwpNAMGxXLrPuPHqrN6EcXAWQgmkmroabV9hXiARs1tNRqEcbGF44hen20whnD0nuDzuUGWBSRTmYxz5WAGV5VjaHGgOSuiwlRKeXdQ7TTLF77muYbD2N7sqNKOeOApQ5jpGi1HfhXUoDY6bQeQf9q29HsXACw7U/RzXccMGXFgUJNS9EhBDPTvd78d9bsrH6ZuoY2QWAdI5mtI56uh1j/2J85NtgwJgaSuford6MztJJkMpg6gohq9eZRRGJcccUkYLKSjTTXeyuPYrJxpN2tdHPrZXpLNPjGYTKIJ3YPsphA0EAgLrhsFKVID4A3v4mskkT9XgL20/8KcaDZfSXb0Q+WA5v6rIbUESEMOh2G1CihlEMVlH0lzG6cAq7aw/b7rwYDqCgwGTB3WwnjTquK+eOgiC50s5BKY3hznmYxiI3jIcC6gEosKmRdxYwf+0roYs5GFMDpoFSCvJcQVJiV7EjSKUymKbC8PwjGF20IW6lnL0kl9STgBcFOmAGtnfHk4Mi8TAqIEgCItJ7XhTZJkgBe9J2IaXaWcPmaB3lwtXoL10P3RmAmyYYWsxNsOg9xRPILhwpjXLxagwvPGbXGZKwskUSS/cwCKXIfWwa5L0lK/5DHqI41LqZoto5n7JVEL3u042zmFtB3plHMx0hvPKWhN/jJIBvW+kCbBpMtp7C7vlHUI02QEpBZUVsOzH6hIoX+ZbMDMOkEcu+1MBBVQCJ75xnOq/hd/NKW6TtcqVjI10AbDC6+Bim20+jt3Q9uksnobLc+dz+cZeVG20f+79xARuZUpVgiwPHpi+uJG+9oDNYAWmnhsQYSWeoRpuox1suGtdqN6SmudGw3OvXcon9dQXYrGKN6e46hmuPYLLzNACCypwrzy1JlBxWKefqrhOh6A4GcOlge4D8DOVZWQvQuc5t721D0P9iEHsjSup6+13pHFxX2Hn6QYy3nkJv+Xp0Fk5Y8DZCCniXCM7okhQR2gNiWJaCnrUA9DEDa3WrrINy7hgAuJg/AZ6ZmDDZetolauRIjUif0Ak7EiJ3UJ6KkUL4Y2Xh4vh2j2A92cXu+Ycx3jzj2vbrNxKx/tMjGb7jFHYEQCko3R8IoO/LDjgsARgA2oC0Dbv4wAUiBUNk00irTKZoMwBSIG3tg60n/hTjjTPor9yIYrAMYobxiSLkkCVzO4JuhkC070NyfuyQuUHWWURW9hM9DT9EU2PqrX/l2hWxinTw9hkFhmmramV39phmip1zpzC8+CiaamwjfzqPu6LDc61MpeA1INZ1hG3BQCjKch4HQD5w+EigBVXNhExEqUKRYwomw+ymrJUW0qanu+dRDS+iXDiOwdFbkJWDsOPG2nqMsPOIEDmHWUQYfV9OZDtRTESAaVDOrYJ05tbdI+BJa1S7G9b6D7kAvJeOEDkdgO23cUaiW9QiMIbrT2B4/hFMR5sgpaF0gSgvpWHqYeXTzATsEiPbETczlAKKLD8iBrQvNXAYAvAdommMJuOR4Q6ISTizxRZBjMmhUoJMnwE8zJ/KYgAAIABJREFUunga0+01dJeuRW/5emRF364OyhGE6BxHvZn8RlQJAIyx4r8zfwwREXbThd+cMd562tbzy7AB++2cQyE14IhLKYAyTHfOY3ftIYx31qyrp+VxPwrxPRKigWBgJsCJvyRcARjDUDpbUIAy7vCIPQ9epjwbWcEqz/OijsLJJkEGa9pxqtJCPEMgyTXnEeQNSTdRlZUwpsLOuT/HePMpDI7ejO7CCaisgGoqt0sHiCuMEG15OKSSkU2Fcu4osmIANC465/ol0uCmxmRnrWX9y1/saDgalwSCIg3OO6hHW9heewijjSdt7p+WS7qwQSaWBORiCnJ1MlSPxl5ErTNUyaZiGqbenILaNOGBK1YFhyUAAOBMZ5l/HYYXhxb3ImI26y0dM7UBhTnHSxqkNZrpGJuP34fRxhOYP3YrdNYREsZ/BmWJkHa+BxyEztxRKC/+vQphBVIK1Wgd9WTXRuba2kR4Niy+E9l4wPa5r2F4wYasSWegLHfQ8rCYZbhKL0UsoQNCc4r7zPDGqmHGxpDn8g4yDDFuTfQZJcFBCUBSGRuldTRiKXYrJhi4PJHdlCLQX05ctujaWT2dYbq9hgvDDWTFIMTdI6F5NcKia+9a2VQqnZco51Zh2LuaCn5xRimN0abN11e6QHLwQVhvcO27jCGlNIbrT2C0eRb1eBvQGqRLxAOgAJk5FDeyOCCF0DWB29SaRAE9kFVyaVLxolq8oYvhqc3QCfDsp4XPKAyAqoYJYs2ew7ZwX8Vbru53kigiLfW2ldW2up24zQqAGdV4a0Y/gHzBQ2gHBJAGmwZF7wjyzrwT/5ZoCRb53Ewx3V23HE2xXQpvFGeIzXv2U2s09QT1ZBdKF84Tii6nxa4UaekU47ADF2F2ZSHlYHMVXRp5X8+d6CONBVyRHfBsxAEYjMxzbtJrghwIpMt7SnwK0RHsh/bzXmrYI+aiJEH8Htpn0Za7xg2688fsziLjB2ORpZTCeOs8qvG2C0f7IoJcTkf7bBvfrd89HCHgxwyEpfG2FGQgEsosuM26HylGHL+nGJ02J7W5aWY5bEYQCoCKLOv6zZDkqJTh97uR0OucGjI+CTI0J8YbUr881dtkybDRMyzLiqTMmXN2EgfW99dZB+VgBTEPIUXYePvpuOvXIdsWSn7H0HFr7O1LYpkYwUgVjBC2gwN7z1l298PzFPMPXB1SCo3hbNqoTPaKKyyHIQBP22TAWQKrwLlev8XNjwEIoDjxIGrRqgPBDUJlEBAMvITjWn3I4A5s6nXRX0TWmYNhvzZvda+1/itMdi4I7pfivqWaEDkwnvnDkZ58kssssEntB7gUOrQuynkJddZqkxlQirKi0ylwgFPDDmsD0Bjgamp0tHTtxL0LmJwRHJAiCDVIhZZeddLBCzv4ZdUAGJ/pI6RKOMMPUV+H9mzd7sJVUERQbDlPuS1cSmeYDjes+HdBoeAeeqnjxpceh5RKW5bXw9Zvj8QU3GGxSrXnLVRfsgDiCSHFM4MyA+0lQDqMZyiHVQGmAEhlVISTNh3AYlRAqGc3OXZx8zhMjhNrrX2TrONFJEsDy334xOTQo7/nVBIzdN5Bd/6o238Yzwzytvdo62m3GmnbCPytoicCclZ86JhTpIdkUT9nOX5gL24YSVhcNCVhltgxwl6ya02GxtPGAVBO/pnLob2AfgGdq7yM1NkS2YL7guoWyGQJqaAqTLwmOeiyxRNAW4SSJUhTo+gvQ5d9sNtpbBnSRi1NM8V4ay1yo9TTgfsV5FbyWIyYp5urVAXyU8Il/JnWfYrzCSlnbk5BisY1F2bO8niqeBjFlRwXc+hI4MSAiFmHQUvd780kEkehIiURecwL+0EzBOAQJy84LPEwgsGWcmbkFlu6C8cShDAIUHbf4XjzadSTLSi/6VP053N/onchwYA4nmDbhJlDblqJhGzbi/9lu2LrOoDwTjaJzHDiif3QpHTZ63REBy1AXLocRAIkLFlDUcOcBQs9YDNydBvhwixzn163Csr3XUV6FnMRc/Lr7YlacIj3bwVlg6zooju3Enq3Na0asATw1Oyt6UiJIRHpyTjEFyaXH+CRH+ERnxUbQ4NEJCSrmVKgSS4BBy1gWcugMsmLDuTfZcu+CcBFl8Kw5haXVa6zMvSVSDoxjgSX3vXx2bBtLvG2gpxDa4Vsj3hLySzh4KZG2T+CvJwDNzVCrr1bv28mI4y2zrm1fN+XbBNhDkkQKDHq5Dij9As2jCKEXANpz/hH/dJ5wukAkqVqrxKVJZSwzQ2Y1smq1XNiAzAANqqrGMhS3TULGe4h8hs2xIaIRKQj1N978qeJRJIczY4oCSAMRReRJCJ0/YYM357jJNIZJrsXUI+33VK0JMaWTeFEfNihI/uWROc9ICBGE1sJKfGZ1HZhyD7s94TlEgkUa/T73dLjxFf4em4O9SMw04ZUbrhIgBYMKLc3QCZSWLIB3LYoP8ZAMolu94Ia7vAImfdH4WuqJsSzDLBpoIsuuvNH7WPJe30A4gbDjSejUA6xCQk8YY8Yf86AtzOwtx4HNGJPKpq/bsGHQASBmJImUsZgRuoKR2moqPBxgCvW/8DhE0Iw6M/ntVLdpmocTKTOFEAKuPHEYOANHAkiJg84RwxeoOxJNmmVPT4/AsK5aXDhsftc+pUENMHUU0x2N8RaPQtAQ/TJSD0AJ4rJxO+tsK0ddkwYCbERKVk8gShyAaGW1AxwY8FIFCSbP8dwXCW5SFdcDp0QMq1IwZgsyQZijvvopN0DIFi5IVbgFjW8yDMB4/ArdGlyCZBY494omqXN3MMMg+HmWXuNyJ0e4hHIUKpwCDfApYhN6NxocPrxqITowrzDIRT2WhLUTDSet29kBNKrNPsAiaMY/X0vXRiAUkWJFNrPLP/xLBCAzousZpTRDRJEEMYiDTd3PoA46yYWnzsvHg0tCJ0sXgYRAJ70K/YluqK02NaV0Ip/1rSQIlVNe+fRXmKzGpCc1vMSUM6/jQ/P4U6kh2Vxircp2hnhbSSIbYfEEiJkZe7dQFHpmYng0IGgon+kVEp1Agd7rmCIATvjzRllfjdNmJwT+wBClFCGAaJ76Hq47LSEJAyuV4LZ9hTSRkM+g+N4uXS9pyuBLEeccgn5Un2S+B9Fe+wjZlJJIkQ6DvKHYNt602kjF4OuWB0cWgKMamg2Jic/GY+oMISWURXcmJQDvCXgyCCKOi9YvJFJHkCIhCYPfrrUErSU0Yn1Lri1fVBVsFco5Sepl93FJMUrqCjRtyCqlidtTxSNXIPUemck9OTHKYnOXi7jAK68HFQC+OGYwfxCRxGK4JZJI0lwfSwtUSYtaWcXtLSCvZZY0+n90J+RUBJ9JdJIPJ8gQtzbIzkEwRCQ+PAJzOW8xNw8h5N8iYQkEGq16buj2JYVhaA9y9R2Wbosyt7eCT5zObQKmDZZbsAuwiE5UKoEOVH/lRAtaE7wGEsKXIY8kJxFfaki2qI3tT8CkbZdU5lsEuozQnaRjOQlCzN7Bn0JDeC4O9gs7lqgEbk0br+EQJhnIrZQSKQrW1UwbRoRZbpyIjjsWoBhyjvOoov9tjm+zUke4GLjhsVjS38LHIU6vsk9ks4ju+2O+cCQc+GS4+SRADxppy1xvHoJBCc8gYTOxCtpZo1VvgRTgCH1+71h6GIfJOci522Zy3oIqnQznyEmL10OkxTKzIzj3/ADXXtIpISCm4hM1AzYbHFP6wWQfuz+zSHsRFyCDgaGkwpVFQ9zComVilBkGmWRQylK9a0fBgFVZTAaTy0+lF2hYLaqRmcavbKA1v4VcF5yWEwNxxWMyHhmY5BnGt1OLmhfqhovBRkhw4k9sRjRtINZy9qPtopLOnGJssENZKAsyu4KQOeQguqZyqEDQVXDHVbRgLETFmLT678QJXRAaItt+YJIktE2DxgLnPGkxnRa46ZrlnH7rcdx3YlF9Hsl6qbB+YtDPPLkRTxwag1n1raR5xq9Uu7rs+Pc2p6gLHJ88x3X4zUvuxYnjs6jLDLs7E5w6sw6PnP/47jvwbPItUavmwci8ox9y3XL6BQZGrbEqYmwuTPG0xd3XfijZRfMEFbkQ+JeArJXj04l+gMq/POSnoLd5NQSaVQ1Z2uh9eTzsuXQBJCXnX5d+cF4CSDtAAH8MOg4Fce2iEfKuOd8Fm4wnoCd4RQnVufxD7/vdfiO178IK0t9aHFwEzOjqg2eOr+Dj33+Efza3V/AI0+soyjiTt7N7TFe94qT+MkfvBOvfdnV6HZKgAjG2PcAak3Y3Jng3o8/gHf/+sdw+uwG5volmAl1VWN+roN/+6434carl7AznEArhcX5Lu795Nfw5p/6ALpl7lIKbH/xncMJ2FLJRAQyLDSiV4kqtT32MHfUkYa4HAC07VnqCtYBgMO7gWga6kRKFJOSBp+/n6gBIZZ9/aBnW1zDwO54imuvWsC/fed34+W3HMPuqMbWzhjeWLJn+hAUEY4u9/GDf+sb8E23X4c3/ehvYnNngqLQ2Ngc4tteewN+7V3fjeXFATa2Rxhu7ELmABIp5JnCm//qK/GKF53A3/uJ/4DHn9rCoFdadaSATpGhLDIYZhjDKMsMnU6OGPuPu5k5JItwOvfw9hNH6949DragfIkEheNlA0AowpeZoRUNjgN6ex/6Hzi8FwCtdd8PObV8vKhHvBb8V0Zct5ArfP4ZISVc4EgphX/y9m/Dy2+5CmvruxhNpjDGZvOURYY8Uy7KyxiNK+yOazx1fgtbu2NoTRiPp7ju6iP4hR/7axh0S6yt76Bp7Jp9t9RYWuiiyLWTIg3Ore/i5bccw7v/4V9BpjUav5mDCdOqwXhSYTKtUdX2ezWtxdyBxMvwv+VXcZaBTJ/zJaoEb4J41SBsA9cfEaGq6/xh39w+yqHTwpuGB/G1L26giU8rqHZmBnjLCGQxJHd5OJrijhcfx52vuQEb26Nw9IrW9vPxpzbw1PltEAiLcx10ygxZRrjrD7+M3eEUioDJtMIPvek1uPnaJWwPJ1DOWu93C3z2S4/jPb/+MTx1fgedMoMxBsYYrG8N8ZffcAve+BdehJ3diRuS2/jqxmxPyJMnckpbCILg/YQsApMXXklYMYQR6J4REnHvGQz2GUXov/SqJDX8isqhVQDA8/BuUdvFCmfyE2JIVeixYBu4+kHvI7nf1AYvuekoyjzD9u7EiTyL/J9+33/F73/6IfS7Ba4/sYRvefX1+M5vvQ0Lc1188k9OIy80plWNa44t4C+9/hZs7IwDsjplhq89dh5vf+fdeOrRNXzmS0/g1975JmitYAyjMRbcf/0v3op7PvZVGL8U7IaoxBtLUv9czC1Ri+67acKB2Za75VqDsIvky66C19S2rxhs32jSaYp5DWzsC3uHIQADAIbNAMGgcRYtEFyVqP9by6teh0ljRUqFxF20nGq5z3MeoaoNHji1hvUzG9hZ7OPM2jY++YVH8RsfvQ8nr5rH+Ys76Drr/uW3HMeJ1TkMx/51NIRumeO3/+DLeOrpTQyOL+LjX3gUX3zgDF5/+0kMxxWYGZNpg1fcehzHVwZ4cm3bjkul4t1r6ijsWjcprRm8m0TVUcog7bC6DDW3jEACoTZc7JRXa2BjXxLg0CoAhAX7y08OiKd8SQu2ReWSkH2RLqOMuhFhfWsEw3ZvPxGhbgzKXONXfvZv4W3f+3rMD0qYhtHp5ji/voNP3/+E9e/JGmq33biKPHN+OzMUATvDCf7kgbOgXEODMKlr3P/nZ5FnVroopTCpaly1PIdrr1qEqf0OI4YxBnVdw7jXvCSpbQGRbes9ACgBYbzWtpncZzumEpryW9QMMq26R294lU8KSQ2Ky5TDEwBUP6FORhRp0vcPj7Qwn+hIJITkCagoMnz+K09gc3uCssjQNA2YGeNphatWBvinP/Lt+MC/+Lv44b/7jRj0CoxGU3SLzOl5C8jjK4PwWiOlFLJMY2c4xbmLO8i0A75hnF3bDoBvmgbGMHrdAkeXBkBj3/wFEyWRPB8gzkda/gLZbq7hMKkwbWcMJyqDRVstuMjtZo4gDJO+sFuqK35hoCuHIoD/7Vu6ZJh6MaDhrXhEIpCvOrE3UiJJuMYVL/Jck50yw4OPnse/+e3PYq5XoMjtUepKKQxHE2ztTnDztUt45w9/O+5675vxPd/xSoynDSZTe2CGUgqLcx0AcBxrATccVxiNKigvsYiwvTt1Q7NcbqfCGHTzAHB291RIL3N1PcK83m4bbGFeXlqIFDeLRfsns6uTpWHs8S5EpLSkrCyxz3JgAmBmfI5eVxLMfJwkELdmS5EHsNz109ZrnpIDx1BKFAx0ywzv+09/jJ//9Y9BKWvt+x600hhNapxf38V1x+fx/p/4a/jn7/hLIEWYumM0s0yHWIEff103qOraSVc7jtpYclbumPimadA0ddy9Bc/1kpjgXmbhQSrEuQ8lJ9Ldg70lCbzBnHhFTr4oaUPtVR3E3FHIO5dF2oxyqDjAmjlWGqAbBiMH6EW7Q2ycEsU5eDEPRI73RZrbYOQuvv8vf+OTeMtPfwj3fvwBZBlheaHn0uksMLd3J1jfGuEH/uar8Y7vez3G4ylAQF03aMQmTFIErRWUEgRI1oRlY9A0JrSplHYrzZZrJSERWeSoJIdQxDYC93vCTtfNoq5v20wCFBCxROPh5BFvm25Mkw3H9b6N+kMRQGPmusSq6w0jP2kO27lckSZJUA1AIv6IEDJwEuC5xxjIFGG+X+KP73sUb3/XXXjzT/4W/tPv/BmqpsGgVwSxbJixvjnCm//q7XjxjatoRlPsjKbOy2Sr2xsDrYDCRfT8GDulhs8/8JxeNw12hhOAkhfPuXHZecu3JspT0pMJzJJ0MzlaAM1LBZaE5OEYx6mVyvsLg/7lMba3HIoApqrTBaFrB2eSbHCPXIazkuWD4e2YhMsfch2lCsG6ZNPKYGHQQbdT4DP3P453/PxH8D0/9h/xqT89jW5pM3uZGdOqweJ8D6+89QQwmuL8xV0oHQM2jWH0OjmW5rpomtj/0SMDp53Y2RmEybTG2sbQbiNzQSKpBpqmAdyrYYngvI+IuwTRM0R8/Gy5ecIO2gOXQCdW5Rgm2h5z3q75TOVwBFBP+8zc9WnOcg2IZUo4vG3odb5vgcWH8F5C0MMEjqmNwTXH5rEwKLGxMcK0qtHrlpif7+JLD5zBj7/3d3BhcwitLJKNI5rF+S5AhIefuGBDv67numkwP+ji5PEFNLVdVlZEeNF1K87rUmAAmVa4uDnE2bVtqEyBw36GiBUrgg2mWyNsb4+xsT3Cxs7Efm6NMRxX1jVuG4aJJPBAaknOJAAk1SwhQR+prMzL3pVhLpZDRQKZ63lm6oZdbi2pBQAxFz4NYkbOkK4PxG9hMDJhMq7wj9/yerz0lqvw63d9Hp/44qN44tw2dicVUBuUefTx/WONMRhPpkCh8ZVHzmFr14aAbT0bz/nW196AD//u/dhcH+K6k8u44yXHMRpXaOoaRECn7OCBR8/hyXObyLQKc7IvlqhdHN5g9UgP3/UdtyPPNfzqpTU+FZ44t40vfOVJaCIrHr0rJ5NOiXxoTQIvQszBxOZJCJXg77NRtdH79gIOSQB6EeEYL78LCC3u8L643Ao643SPWTteQIAxqBrG6lIfL735GG66xrp7a+u7+MrD5/DwE+uYVDW++VXXYXGug6p2hhsRqsrgkccvgsocf/7Yedz34Bl8y6tvwNaOfXHT1u4Yb/zm2/D2v/M0PvW5R/COv/8tuGp5Dtu7E2itLZ6Mwe9/+mFMJjV6XftiSKkCmqbBztDgthuO4lf/j+8KQTBF9si5xUEHv3nvffijPzmFXqcU8R63PyJx84RN5MASpYRTqW3j0akJJoJh9hLgUjp1TzncWoDOF3haQ67yxPNsLVLjObx+Ll7vS+0j9R5CWxYWCuPJGC971XU4utTH+tYIzIy5Xok7v+EGfNtrb4JShNGkxnhShYWiQa/AF75yBl/86hn0egV2R1P81u/ejzu/4UZopVA3jdPxjJ/6wTsx/v6/gH6nsGsNsLq93y3w+a88iQ/8zv0O+ZE066YOc/ORya2dGkqpsEZgjPVeHnliHU3DgqEdlydnJzrke6RKOyGoTk6lQuAXf0gNP2dGIANAY7AUrWIngh3S5CGN7AycuOFR+MrJKmIUdSFezgZsGG941XVYWewF1VHVDbZ2J9jcGWNje4zJxIpjYxj9bo7RuMZ7/t0nsDuaIMsIc70S9/z3B/Ch37sfR+Y7rm0bC5hWDTQRhqOpC+hEBqprg6uPzWM4mqJx7xP0KsB/90VrG2swbplZKUJVVTh9dh0hwdO/+Kot3uUraTw8PBwEom1pbVQBwIZRTeuuxM+VlANJgGABc72U+q2SKkPllm2XnszNxoggh68kqJ0IZZnjDz/zCG5/0XG87OZjbt2eUDeNCB8wyiJHnik8dnYD7/ylP8QnvngK84MOmAn+lJefft/vocgz/I07b4NhxmRSg0EwNp4OImBaWTG/M5zijpecwEd+8a34tbs+h1/8zU+hbgz63RyL812MxvY1sPY8YaH6nBos8gydIsPZ89sRIIkbJ9WeVIcU4QCWeI5VEwHBADHyTC08A+r2lEMuB2dHgGkYQOLuBLeG3dvBPDFTKsmkpQsIimcHC0KnyPCpP30Mf/LAGbzmpSfwmpedxItvWMHVxxaxMOhAEWE0rnBuYxefuu80PvR79+P02U3MD1xgzA2n29EYTab4kZ//CP7gsw/jO+98CW69bgWDXgGlCJvDCaq6wTXHFrE9nACwySXHV+fwV95wK375Q5/DaFzjrj/4Mk6szmMytW82s6eMqZToQcgyhWlV42uPrqHT8ecFC3UXAIDIKIl717b8W4/CBKOQwZjUZt+RQNrn2kFSVr/xR/7dZDL9/pkTInESiLfMHXI9bVALIAlhS9Hn6jSGMZpUMLVBXmZYGHQx6JU242dS4+LmCKPRFGUnR1lI2hbuCTMaBnZ3pyiLDMePLmBxroRWChvbI4wmNd79I38Zf+Nbb8PFzSHmBx189stP4O3vvAtrF3fR7eTBTgirnmFOFF88gcAKGHRyZLmeFeRL5pdeIgEoFsChmc/Y5e3svWc+9nM/eqleZpXDeQGGl923GcTqomYBo+mWqLhHnoXa92JCeAgeEARorTDXK8EAmsZgZzjB5o59ZS4pZSOF814N+oF4dQL4bCOtgIW5ErVhPPn0Bh5/yvalSKFuDP7Bu/8zHju7gbd95x344z87jR961914+sKOUyeMQa/c2wf83KIBHO06cucDQ9RFIMjgFobnvFfgPQS0jEIgHj4dmadu0MU+y4EJ4F/9lw8Rc7MSybo1MR/tC9u90eLqoCAA+DUtiyyGf6Rl8QbtYOP4WremsMdwloam9DTcodFKodshyKPriWzO37t++Q9w93//Cs5d2MH59SHm+yWMW9OIuGiLdI7XArLlvZZYT4Jlfmw+VC7aZrSe8wzCkYgYUMTz2Gc5MAF84P/5Qt8wL0dOFTflhJLwYLRe41GrxqZHEUe3SjaYSBbRV/LSZt5b1yMg7DcQHJgs3KT9MDPyTCHTCvd/7SloTeh1Mhg28Kd5U9KenLy/pmCzfqV+F9vAgZYR1B67j5NcLrfDEYdwCGpjnru1gIvnq3kYnotjSZS7I9C2Xkh/2ywoZV8w0bZsg16Q7VLkalNjj1L1Yjf0jciACRG1iVK04waiiNDt5tbjcFC2csO6eDFTV87PiahwfgELQml/N5ZIwlDkuFrfvdgRofEw/gATgla697n3fw/2Uw5MAOPx9AgDc3vFnhBZBMGlvjvBxcxuocgiwdsFzOK5IE2i+A4cJYMp3O7LEYqSAENUQ1LPxvAcvHVi5+HFsH83tpcAFGr5QaYnmsXre9QER4QlqjLU8/NocYSMCBK5E1hS6m4Myp/7b4v7kuoHJoCa6QRA/QB8P6lwKJSKzSfcKPWfLxTEL3xTAmiWKFp5d15EBkkh7QVBPIGRBEe1uShZcHE7kOFFsL8V+0iRbRGVnmgmVvB9XzLpU6ojWdq6PmnDD9e14/MCOEoTpTC42D1ZYB/lwDZAlqvTZZG9p67MKnOzDKIjYCwy0TwDAwBdgHIQZRyIIQKAk5Ux2EMSlOcrt+2ZnNHliMWTQ8yJQ2xDArRtMQcOF9IDQBq/kEUgSQSkEOwARjjBUwY1hLdB4VxDP1AhrcLYRdvSWA0M5ebkCT5cN6FJby8wCI3h/sVzO/taEj4QAbjl0AcB/DgAzBHN1yUdZT04zpQfI8qWKSsWVNbpq6zTgy67rIpS67IDnRekixJQHdJ5yVCl1lmnYcoynRcNoBXpEqDMGFJa64yV0sYYypTOAKUNQxGRJiLNTG7pF/BbvNgbmQ6IUljKc/tIeVc0HmkbkeWRk8wcMr5hTxq11xicBoOgRS3PwTrShBsVyT5lZ0IwxXHDjSuL/ASAXDBKK72qCB0Am1eKywOHgimclogCQI4JG2B7COAigIn7zJBuCGhbOZ6HCQA0QRkAWZ4rUplqWFPR6WdQGdVGUdHpZky5rmuiPM8ynWltWFHVQBVlmemsyJi0Noa4agwVeZ7pLM+U0toAig1UzYBpmImI8kwXDCKtSRORzai1b7iOTrzAikvC9qkv9rppjJVRRjGicdA0de1ZtqmbpjGmIZBSBOTaTZnA4VU09qWDBgxDCsSG2dS1f6cNqmk1ZaAmqBo6m5AuR4qKXRTlqNvpj3RnUCldbm+tn95q5ytcrhw4Eui4S8MSQBfAHIBF99kD0IElgFkvNvYKllvfG/H7cn/tOmjdA2YTnBxDW+77a9S6T+LPE7Oacf1y39v12+21+22Pwc+3hmWuEYBtAFvub5eZ/WEJ2A8BPBsvjvQDmwIYukH7gWqkgG4jnFvX2tdnXbtUG7jMd7S+t+cwC+ntT9W61kb0MxHFpYhhFnGg9d3PRa5sLEs0AAABZklEQVS9Z7AHQ/UAEBFNAFQAmv0w9YEJwKmBNmV6P28CIEeiqWYibZYUuByBtNsBLo18aj03i+P3TAspImYo5z1cK5GI1u/LEckzEYTsA2LOFSyzTQCM3fdGzHNf5VnYHArjBjCFHaxB1P2tDYGXJQIgFe/AXiLAjO+4zPeD6Tdb2lJg1rVZHPtMhNBG9qx7akZbUiJWsEw3dp9eMpj9qvRnUwX43xWi6G8veF/uD5f5PuseYTaCD4P0WW21JQBE3+17lyMM4NKEcKX3JbwbROR722nf5ZA5gUENSP3UnoQf+CzObSO5fa99rW1PyO90iXqHKe322vbC5fptq5FZ12Qgbpbon/WclAQN9tpJ+yqHygcIjcTQXbiEvUi43AAlkMI16cs/U3k25vFM5UrGIsbcJtY24UD8btefpWpkW/4z+TsIDJ4VAkgavAyQLtXXftyWF2K53PwuAS9CZIBZFRLmOAzs/j+gAOz4p9nd2wAAAABJRU5ErkJggg==

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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAAAv8SURBVHic7V1LrxxHFf5OT899+trYFwvb2CQSdhYgJGJeQojHAvELsiWQBbESKZKlbLJnk02kCESEwyJAxC5iB0sQsCBGIjwWQUqABQaDIC879zHTXXUOi6qe7pk79u2qnkfVdH/S9b0edU+fqnPqO4+qriIRQYEv3fj94wCeBvAQOqwi3gDw3K+vferF4gMSEXzxxdc2wfwCgEcAnFiaeB0WgT0AryBJnvzN41cPUwCA1t8H8OhSxeqwKJwA8E1onQD4Bn3hhZtPAvRdAMmSBeuwWDAgT6UQPANIp/z2IQHwTCoil5YtSYel4VIKyPGXdVhZpNLpv9VIpbOAViNFZwCtRipdDNBqpJ3+243mDBC6AVHD+1e8fd4xAAuwn2lQ0w6eM5iBjX6C9V6CusZOIAw1Y5AzksBLZCLA9loPiacevLIAFjMwHv/cRTx84QRyHeYw6SWEdw5y/OB3/8S/7w6xntbT5kBpnD+5jm999iLObPWhOcz29XuEP9zew8uv3YYIvIzAKwbYHypc+/wlXP/KA+Chqj2yloHeWoqPfGADT/z0dTALkmMoi0XQTwjf/tplfObBU9CZWpCk7iAQvvzQLgDBjd/ews566vwdXjEAAbh6YQd6mOP9oXa+f5Ho5Ywru5vY3e7jP+8Psda7PwvkzDi3s44ru5u4u5+BAx39BU4CePjCDgB4DUSvGEAgyDQ737csZMwQEeMwj2uvCERM+zaIEHqhjIWRKQZQo21T4FUKrtOPocFB/5G1jSDWwH3k9pwMEgBiHxp2b5UKlcrPfe+ocU1gEA2IZQFHeGUBpbUFngNWUBjrce2tXmeMJ2xjqMrpI6tfJTDsPpmOFSYAAN5ye2UBIad9kyg4yjqtY2UvroiLAaRW26bBrxI4RpNhdxAXSlzdKNDAU+60LR4AqO8BgMgYoGAtj/u9GSA6M3CsAwjiMQDrs3zrAP5ZQAwuQGznuGQBsbkAaZCSuxePzRNXHvEYuDTShzcDxIbVrgM0YQCvBsoYrYaMkRJds4CIDGA0D7CwLKAZ6ywFznWganAVMkRqt20auizgHtfF5AJsscOXAfwqgfEESdVcuW4lsBhV4dc8qxVOz0qg51Njg6MPEAGE/aZYF4nRxJzvXICfNq3dxcIAY9qvZwFlbj13ERtBxKVtR+G9ICQ2FqhbLBtdU6kGhowyVvGLV1d+MqiqUOcgMBoD8M9YPCeDAu+VKXBNA2MygDIMdIf3iyExMQB8GIAZQhy+ATBDuBEDeKSBEs+KYMAtVRpPA8MPdUoZF5oGUoQMgPo+AMbIzc9cxWsMZq5ULd3vb5AGxgYHCygi60higPFU0A3+aWBMdYCJn2Ovh+lYhiDwF4PAlWDVLw3sGGDqdTFlAcWAXCgDxDUX4JwERGUA5dS1+/2NSsHeT10kxgaGCwPEEQQWr4V5M4Cv/hsEngvFSEbHShCL8a9RxABNsgCvOgDFxwCudYDqmoCQIcK12zYNHQPc4wZDrTG4AKpUAt3vb8d0sIcFGPqPxAVAAPKzgGb7A8TiAuCRBVgjCL55loqXkgXE4gLKv9yiQOZIXMBob4CuDnAERk5yZgAWQRKDC+CmC0JWvQ7AAnMehgsD2Oi6DQzQ6OFej1wsfGUsWCB4BhDjislzt5YGaWAkWQDKQKl+CGAWhCACBuCmaaD/ewFxGYBrIYhFQMzgwPdBGl8StqBCEIWt8+moyQBlkVMMA4RuAEzNSsHeQWAsWQDKUeISBLIISAShL37TjReEeDx0VAWIIQsARuRYvwpgR39EDOAb7PpnARExgA+YjRGEHgNw1QV4oNmLIYgjDTR/uFSCAIZxAcG3T8RkAfBj42Z1gEgYwF2N9r2AKBjAts/7wAiPm0aJR0QGUD8GIHNdTAbQKAZoMBkQz45a4uAC2M4FiV0ZHDa4qodFuoCoFoQ4dQwBBbvFkAVoM9nl6wMaxAClnwwZQoCQ+8lPwgyOxAVAfGcCmjAASt8aMnxYKiFCQoSc2ct4FglmRi/pe9/fkjpAfRmThHD3YIj9YY6TaykOMuU90zZfmMG3vbGJ/97eg2YG4GasItLMBcRSCXQxgF6S4L29PXznZzdx7aufxEY/DfPYOAL6vR5e/fv/8KNf/AXru5edv4K1ahgERsIAbo5KsLW1iZuv38af//oPbG9tggNtIxHhnffuYO3MBZxa64NV/SPuWGugKQMUtYCQ4WwAIqAkxekHP46D22/iziBHsMejimDz9Iew+eHLYIdT3ETMekeAGjIAr6ABABDWSE+cxs7lT0M43ONxRQDqWRU6bNrBWqFwiw1LwZHUAXzuYw2AQL3ejCWaHQhwUjxgqL86aBukgXGUgm2a7IkILNwBIgzm8TjB0wAorjQwcBkXBVbqiEH7GYDhnnjSwBhknDO0UlOzmXakgYHLOFcQgZWygd9RX+hlAOZr4ogBWm0ARBCtoVVuP2grA6xSJFcbBDBD5RlML0yPhFc+CzAMsGwplgE5VvlAWyaDApdx9iCofAhmBh1TxWpWCo7EAEKXcaYggsqGJuUjOrbtXQywSiCCyrOR8uuggQFIuR4tYMRSqmgMIug8A+eZVX69RrfABYQvY2NY5euR8uujoQvg4Dt39ArbqsL6fJPrk/PcRSs2iCgQ6KyuP6zyVZ4fG+3fCw3rAOFH2CvJAESACPLBIbRSRvmebWxQBzDvpAW/LBziPGceNKrK19p75Bfwng6OJw1cnTl9IgKzRj4YQGoUeerAezpYIJEsCVsNF0BE0EohGx4CEKdU735o5gIiYQAKXMZjQYQ8G0JlQwA000Wq3tPBRYk1BgOAxJCvHAXZUm52eACtikh/ti6tBZNBhQHElQQSEbRWyAeHtSZ1fNGC6eBi9EdiBEWUPxxAZUMj9RzXpbciBjCUGb7yiQisNbLhYGxCZ55d3ILZwPBjgMLX58MB8myIWUb5x6EVk0HhZgEEIrNiNx8OoLWt6i2QrRrtD8ARTAZxoAZARBBmDAdD6DwzhrqEd9BWPgYomCoUVOleZeWyLfOqxeLl9DaAtJeYbVTC6dupIGGsJWbHj6XKQQSxCzUN3ds6PtFSoxMvA2BmvPGvt3H1E7vQ+4NZyzRTbK+v42/v7uOtu/voJY1mv71Q0LrKc+TZANq+w78Mup8Grx7ZXO/jJ7/6I2TvIj72wHkopYNcd5cmCe4c3sEPf/knHO58FJtbawubGSQ7skvF56PPDcLoLy8D6CUJ6MQuvvfzV9Hv9UaNDQ0EIM9zbJ29iFPnthcwdU22jiNQ2RB5Njw64gPrKC8DEK2wceY8zvbXoA/uINgiiwiS/jr6p8/NNRAslMvMVvEZWGsQwqH6e8E/DWSN/s4u+qfOBmfVIxDswhU9hwjbjnYASuVQeQad52DWZlexQFlxEs3WBLIGWM9KlihQjnaNPLOKV7kt3lGF6mNQf0MDaAWo3CWQ7cuWhdLFbrRk0jl7URx6H6EzgCkoy7EC1hpKK/vGTW5315oY7bFpvYLOADAeqIkItMqhlDI+XeeVAJKCD+pc0T4DGFF6uSu4VgpaK2iV2900eFTXmJycicS110YqIhU6G6c009hIW0zVHX4rW8BrDc16pHTWGsLl1mlFBB/m/sCzR3pw910QJaBeD0mSIEnMb0p6oCSZ8HVH56iX9v49TaqolK3Y659Zg7XZGo21Nj/MEGEjc/EdNEntkRq9B1LTWQoy2j3SEqTtFKLEGEKSGMMo/k8V46j+PvIIn46dfk9hbMWhjubtZB7t7S/CdkTz6L3F8ky9CWWvmC/3RVoslyr9ooXAbiumAI2i98trqEKXFSOoflYaBdnVzNVOr6ZOFSXb5xTHoBQrekbKnPx72ipZKttU/FttV4cSNQ6Nosqv8VEzUg5PdQwzxrhHL/9Lk2LNVYpVg+fRsRM4ooNF0mun5ibwOzWsw8og7ANxOswdnQG0HF4nh3ZYHXQxQMuRALi1bCE6LA23EgDPAsEfkdth9mAAz5KI4IOPPf9jEH192RJ1WCBEXn7rpeuPpgAgSXLNLm95BMD2ciXrMGfsA3gFSfIEAFB1tezuY89fA/A0gCvLka3DnPEmgOfefun6jeKD/wPCVL7BjDihVAAAAABJRU5ErkJggg==

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72MIiHgknadE0de33g8QnqITWGBp1x4g7Kjr0RBAbMyP+3JusG0kgajGXtc5zoTvekJHz56gUT0Vxm5mEORrhETq9qxlOwo8qP34FmHT/D4steKinptqxu9rhzBCn1twKPXiJL8dALqHx6CR2/bMcP00DG7LGctxYJRYxpP5Cfp2z7X26BjZLnj1SG6M+41vcp9KvoDPNazxweD/SOAcdamJ8errh5ePC2bgpxYM7dfXYewYlYaJW1oXGTo+PMdNQEqjOfMC/QKs4iTTcV0VAaEAfT1IhRYMawTQ/jPGyhi646/56bK6dL9Rkz1/ggEsCTfGxwa137v97Orncw3EPpDjojP4tu/e3DZbptFnlaiXDFJMjdiNqqj5Ea0/F7coDI0md90uN0MjfkJ7CIJdr9MK1+KXVdRXArIMN5nSMX9qa36CZZRjR7u/chbLx/kf0ONE2C4bEj30y0u03O7rCMVA3Vfdx7FNEgP7MOWAkAPj++3o5LwwzlwG2vJ4f5DzrnbPcd9OWqILPiMExg2DhIzgQkWXCZmlKZWCuiZ52EF9dOU/QvvqC1nsbSjCV0lw4YHJsfKA8Qu4fL0ylyvo/eBcMrf2IO3eKZBs3Di31nRsGAUcwUBaLkK9gKPvGASVZfGFi42DUlPf9IHGg20+ZJhJgen+bP708idODWGGZMSiRzO5JY2GvCOrKT/ovM8kBQFzHxzfCQNfNT0Tsu1ZHMdCUiMtayJxR1At0GUS/iLnZq3BCMLhJdapLc+TMx436tDkzMg41E05mRmBz4oZiiwbrOjkXypuO0iCwfrGRRZCxrGGHdZjbL9++M7usecNy51bg44vc2GfZ7hJFRdFCDLlLHoD0jHaF3SBGzqSa0zG0+fOwQahze0cyJkID+Wji0cp5hzUexI3ym/wy8VuZKj4pOi38OGVe0By9VCYPhDGa8J3jGvXvb6hCyO4D2tYF2Z5kRLWRcf3mshBqc1CwjnCdU0QsNveNFA9uV8E02ySkMZnV4+u2IfdTpUU1SOWX26Zh0fvpHADcAssWoUeEv9VdZs2yJP3w1amm9OwuOUwRUuRNyp8t/0YXa97nfw3NUZc6dS2u/p6UdgVoHoh4YLHBwl1FUiAPu7/86Z1cJqy2vb1VNmju28zUCmI+LRb4F7VNuPW2vPjYCAtmmQmEuEqPbYlxMDKZlmSPL9ekoPYt2BfNp2o38h8aB24zOsFM9ihPoCEMiAZULoQ+nH/1zcHFc+Oswv91Q78LE5zvmq7Rpk9QrWK/GALqO2Bs5VDp/L2BGmOVZIpAVLpkI9ATMXfBtKuhIv/iR0Ct8enbWI8MhNGSJNScbCyHMO5Rr0e5eP491gcummN5I6y9U9trEdB/d0Qt/TSfTq2Khq+yxN1DMRmBdg6HUDKq1JImS4D8tnvirA2wvG8scM2jmqQ5QGnY+ZHT3BPLQ0Q+q02HUgX0v363Mp/S53JSubbVcDO7BY6ukrHg76div3Jdjxneo7jjOgE8SDx/wgxRipxbZktO5MNSfKNFAA3DT8D3h7iT+woWXIN2WRlxwrPyUYGyhcN5ZkJ0vrRpf+WcsXYSJYQH8vBYezHx9uh6KU+GMYQACyhlbivM/+LG0TsWgiLuUXxysauAdJxcfDs2DdwG4E/uIPIjN5LrAaQ98UlDsinJIE7D+K8Px79UaxyGI02s3BQAzdgvGGZhrjpXj2EB4T9yVLntl8XhvWZsylto4THPsBEMyMewqMMvF8nDedJ/sIdya11D82LQ8HKLVKNbhBl46+Es7LP8x9zc5XA7kzPzDzIrS8TteAbUil8THRfMbvp8sE8dfV9RQpEyHpswvEkFEjTEQ4r704IHV8VMuy/cwdjAduvLfJySJFWLqAZs6WI9Br/ztTWjyeAke+MmYUofQvgbwmy7Tpd6Kyn2zanRmhsd7GGvECM0nrGeza6UF+ZPwwBtg1F6xvS3RjQaLOi9t+5o4PDdqLmS6sML/tC6SJN0v6yaDvA1/Hx+hfnBNCxoW+/6ylnUgJtIMMkrDW/LCCURYN4/Cg/qjoTtmfAVeu1hRdGvDSemerAIAno4BYI87XfucNFNIyBBiGWs3E/EGzkmAeQ9UGu9Q6InxZZdrTuczptUh6qKEcH/7Ba33naR3GEK3cwESlOevv25+F1iFn0LcUmlaeP6MAiolkQCT0nSYb9zh2DOPC36Bh7u5ltiBtML36EuY8Zg8Ih/o/H+/8u40LvruDY0cxBPaie+Oe8sVmZywx8egT08DpmiRsjwqx/b2i5MlhqgfjHvEl8MdbYaTMTQSh8+ad2EGYxxQMTpdYNTkuAiJpMwM2rGtoun+vT6z/Sctldw3FCU6BeI28W8v4ubIAlBHoC4uKBiw2vxPdZ0uN+aYjklINQrgCIcRAe63UmNyiEBRz5VTtCAqGSbCB6Rut4144Gs4Gii02b98vyCyx8UGYMVvXWoPZrgpEnm0669GLMlC+hJEVOlbmqCkgDQddp3vtRCz2CdS0fL1TmUUFEOZOjqNJn1exX7fDgJVla765cgJ/aYdSlpOM1kE+tanKoD8vR8an4dSI549ZC2Hpwg8ys1nZspa1sPQuDEI8eFcm4Wezox3mfFdy+NXQD/YWm0hEL121Fg4F6niv8qh3vTRuxvos+qEy/a8c9i3JyDDSNA/ns6qf8FC9n/Q+aRcByEv7AflCGGKZuQt9boK5cZ1sVe6Grh5JnGqPjWdsDdlKfVycbhocKe0ZlsG0x794BjHsLAt13vgcDTP/VO5AdN6gmJJHn/nj6Y9r4w9AwnwuBjp5u3faJ8+0mEfradcVANXND6BRD1bFtnPEfOEgYg+NlZvHvucZ0DJLOPFBKWv/0jrBAg4/vkPnI3P/oHaG7FjSdS3yujyNgDhd9F2GfaxFSTuL/oCeXfklVIcJr8lcBgIFMjJta1/VEmAROS5XBpQX3zKFV4wYMo5zPxPf93Tu0mmfMEu9MfmEoXeWv3iFCanboKNFm8sf1H6O/ufRct/NC5QV9kkF1SPdSoaSgEQbOAgDVZ+v3mO4aTR/uC6g8N4cMT4u3Osjtylv3bTZ17Xb2jt3HOzOO5rU9yPzudx3pp3eMbh7o+6//+PqPlwSkpDNwS/7OTaKktqWDqKt78y4AdAuuIqED8250mho/E+DrjWRp8bBizEM2s/M9sMpFCbMZoB6tHtUOhSyApRvRrk/ICrKc9TC5aP52h8tHF4+SOx49uu/1TVYlpRP295vKqohy/KcAwOTCNJ1IGA0dOHLk2dQGS+yNgMl4uu1BHPQ6yjIN2hFlwC6prAHX3Z8wTjxnnevkg/iZJ4imyu7NNqPphyXBw0fMMdbWt2197qFeaq5u7dK901P9MAxDegGLx+1MWIYz/ZzIVYP2hE07XgXi/l4VflhjsL2OgAFhARrodgNHSAV1IuHnDTGK82tO10v9VII/LIjZ53KDPe7cjoZYfTZDQhBXNtu7AJBG3xeoXO4zlm17NCFdOf/hu63X3Eo0bukU2BM1StNzhHeC3F4MqkSf92ioD4KN9Ix69oK7tqPf/Tj/leAcUOuUXZd6nRfw87oxtht4peJ+FwD8tUo4I2O+JYHPvhOut2NGe2Tzlxvd3wMdur1vHfeIQHfFMIlRc1Cv47kSml8VzIHOID8IM3lCMsSQe3y+/wU1s6e4h33LPnh7cShhv7Lb0YJhoT8FgI7Q/lGTJfKnzGzBrPY09IKkz4J4bVdJ14aAR+2vpkPoGtL07DES6hKSCNsSa9dR1v2MM2lKaBvcLMf/gPrj+okaS7qaUoj3xcTwohXEwsj2yE8BYPrI54XKsruGjzwh841bEJ64TnfZ9LZhxNz4tqJagI7AeIlcUnR2mgHSXlpK7d1hXCgByh7IWplQRZaP6//uIDGKmt6jBaFojuD3nex5BjD3UwCQTCHIeQ7NUQNQD8yeEO0jUkDTsSY0r2GfORACJzLJAZ7Ei+C2SRWsRcc4WMn4SXLVxAo0qBOWKnme/WIfz3+Ly7zTGi8jiQ14sN3R3DvGMlJ+FwCqiwH14hnW4U83z+2iaO+T1ZhVjvNeCKdrBPQNu5ql46co5L6gLKWInzIYh/zXKc9DB/c6KNmQO5ccUTM+vf404Sn6JYj51GI27hdCOAH9XKAUH7MAcLX1msnsq2U86rrtU+m5EJCC2OzaK9Nqc/DEcIyEuAjfJTwmGXR7Mz+MowisfE4GKXA3EWKZ1AJ/7uPpP9RhpGnkRBO1V2wIf5IWAaG98IhYl58CwFraPjt1+J0ppGtvAykjV+HIzVOabq5jUr149JR7W8BzWHYxpKw5NYkRX6warDBL6Rj1wRiKEbbVmTfaPp4AVHChNYeLuNm0pGwaM6VT/CLYnepM7r2IWJDqheedq1vhNW32ofgODLq/UQA9InV99pHGcM+YKniNYvbVibru45fjI2lNK7P5QLtaIZAJ/rfPrn5q4NJZlN2sFRiRobTSJB4/NYqVoG0GdOp1iF0ghyWOQI733YU6DjRoONuDuJihu3R17BczwDv6Cs6RT6QxQS9yi78EvpkFChvGEc9SKjXAx/v/y+xp3CZqIwRZHjI6uiRaCChhrWTmQN8+J3oKnhQGhNdMEKyvs6zbAhfrh7apvTZakNHAOHxgG8Y23SIC5YxYATHfX4APegUnEA3uRi2p97vRj/s/sPpYXgLyC0E6PzEIogc72MxoL0sYnlZCJ/UHDPx2T24SHxnPBEZT8oK8yQz1Bsak6rDvzN5Rez1raDeZwBdN5a/Ad1hR+XD8XHbvzZPOTy//ti7F9trxuQr0jU4zt81IS1LwyWyKS5Yim3EdD/KUHoleV9wEs2iBvDF3dPke46ALaEAHAqes0TPwZRIfNv5OfJaSF7bBqYtJO3nuj/M/HwM4dFsGg1vpIZEL+qW1JCwfzq5MrbdlliKPBXqm5SVJ3oZB6mvczBcRUuRsITN1+jjg2oF5E9/rPxNfnlfF6b0pg0FiQ9L16fVP+SFyer+EYaKkNVOxzW7Wl6OziBEjwhQ8/TQzeY/cNiKqFaDSUv3q0fTfg0OBglEE5b8mPrhbj7wjCkIASM3Hvd97dqFl4AXXa0/D11TJbHEoj1VIA/DNtWiPDwy73ZQ4ELosQHSwtfbIw9WCTNt7cAi0GZX8H4kv2CrLTCKNFGRfeQwf73+fayw07gtHzJb90WJEPizBzy5vaxIi/UQ7hnw3llsuFRy1RNZD7RdBnJ8R5COJacfm6Wz//K+Jz5+hSdas0BbyCOLz3h9Ev3G9XSveGGVFCZXyll+rLS2gmYOmC9qwY6kcm7Po54Be+L+lTPQSmHGxMX4R6xBDkN9Dk/+U+J5DkzmhjghnTo0R5PP9//sak/VIyAQ4QhZraOrnq0rBjiNapC1g+laBb6eZTcthIDlyGBEXJAAT7tW6FANaLbxo82to8h8KHz9DkyS3CftelvF0xI/3vzlkKJE4FlDdhV3atpqj13dbEqIBd2wY6c87tYxkldRul9eG9G/OS6vojWT5DEgapt6EKET6r4Wvn6FJbvxJzCBN7+P8XygA+YG8DhnwGpySGO7wNSk2Ekgv9vXMWc0xh7ggsVFS5oxrHyxuy9b7WEi9rQbKifAOkYPKyz8UPv8YmmRmkwQB5yY2s3/8/L1eRX8VSpZtixIUqul03sh7pUOXtZu9zEOsAmNgve7ZMMqFdh41HcPCeDzkg/NcOVkCt93/Y+H719DkfTHaMDYi17Qh1o/zn+s56mRsOieWDPsxSCLBPEhOtgImXQvENc/2jza2OcchFkntMTsikMke+O5ZeEHP10stl3n1f218aH8fmgxkHA2iIl3wz9f/2+u5CFW5LmFrq2diYncyNKyNpv2Yg8BqLbkgUQ6qzMIAT2SWLdYE1sE6TooUCWRHp5fLpU3Z/qXx5fj3oUkJVvhHPbNX+H8hAXI26Zt30Ugz87EYuxb70nAi8R3X24sXDAG5oYKjI2c2KnilOR/wroTva3tIkK48V5Co9gjt3EIWUd+NT+e/D01WBBH5hXtLaPWfXjzMRn8ViVcNHTzktUzAhsf9OnckfLBvWYCcLVFdPBPKq83aIeEh5Z65+/BGzx5xQBB9M2ahUvglHbuYjW8VxL8PTY6j0AZyr0T18vH+DyvLTnzsWc1Z/JmONv1qG5dyAzHRMRVrNPj6aSdYyRn8ZoNcOtxlrt689yDcfrlQOZrl0jHt342Pswr2H4YmN444UaFhcGX1x/Hvhuj2iDUgOW9zpk3aeZcJ9UsELdHbdYqkdRY55twHQmR4N0iHVpm+1tgmpl8PqK+dIUPyo2wBGGdMDiD/MDSJsX+3eVP3AqV9fP5x2bPea9Dw7AHZ+sxirnM6AWa6Jy/Q/ILADh3jvLNAIf5dJbmD3Hoj1z3ESqRzx2Azl39XIGV6PI1QSUfyD0OTgq77MKhA6DTtx/u/CwPV3h77NbgCNWe1lXj/Y47tVL9H9Nz7VRn0I69S1BtDQ8Y/dGR4xxz0hvhMYIzGgTin9evpZGdzVOI/D002fSwMAl+dmpMgH5ZcgmvZrATe+J5sdM6EbK9zoIs6bSIy1+M1t2IBZVxdCFzyDMub3OR7eGHfTG+5i1HTf2xQd0s3jezpPw9N7qWJAF5hLNUfX/5sYijUwDGHP/G/64MG7fMOzzOTHYTdjF43otv2OvAQhcveg8PDXrp1c6zPmnFCuTgqwY3oaIBHeIwfsFn+D0OTbTUCg01+7XtTH2fAOW7okVJYlh1DfVv5q4sXn2gHT850Q5uXMSNXM+gHKpr7Oju9Jl8Yh0cU29uCtCacSHyJ3dDgweg1gkyRif88NMmD7/JcYgWm+8f7v4YRl0Q/XWZNe1Y2KoJT5DyHm9nbZZmNMCygIavYDUG0y9i+vOf2heSh9oxLuAifbaScbZ3Bxt+Nw3KLnb1P929Dk62kmvy8MokKCB/3f9bhI4PDcCcktEaQy79AIdJ7MJ4XVoQRpllXqdjCb2WtLKmKJ6qLSCe6v/dg53L9Mc7i2ugVgyOazb8PTVJTlhrdEBNZuo/ff5JaQh3QaMR8lniyt0jzQA0221l6aVcfbIR3URPBDBEc4X2CeXEPF3PgreyzIWCrsx9+eSOiLU8Y3QvVkar2t6FJoliV95Bt1ssRFH+8/gfxqMx5z/GB0fWffO/8KjBvQKKBG13bk4leKGBQDxHKce2rwoN2tq1lZrcB6c927ieaT0E9QoD7HoyD3YJw5O9Dk0ojCryoEAzWnp6Pp/9xleY1sQ1S0cPuF7qA64F3VibthSkM1KmD2W5AcG/vjeeyXd3MezOsdrY6C/oOGMf6tYbew1mR6M1mKmFX79JfhyYnCkprMG6liaKvRLh46I/7fwuUXC9Ik9zMyUQM4XUDznEPWpZc2oxHK+WVtVgLf+xapVQ+eicRN/lRh4FxEZuEuY6+ucmM7QIjS+JSLvIvQ5O7B1bW3GfHUdfIrKjl6ePzH1wL4hDsYLi3P2Tc2xcxebOU5XVN2zbGtThaWF04w/hecIWqd1HrFkW+5w0mCO+Mh60xFmZyE1KaA8FLafvx59AkEEekFs4T0/DU3Zydj9vHAdCVGB6Mr/BoMyeBwK7C+JS3kwbHe7wcFAGxmh4eOzvWfkag9kvuMzfQa5oUlsx1PAhw9rVkyo7l6IgrQ6h/GZqkCJkMjVLhD5H3TXq5xo/nvzcbKW4A0oAIqeYE9tQgbEUDDkcdG3nNbL2HOhLMkf9Jjd7tkm8fsULsPEFcjoyaXDaPZPDo/Uam4HEf4M+hyYVRiVvitTE8a6ju3U7DPt7/l1MlfOuCztCV73MBVHXGbGXB9ZJimkF9Qbjr5u0Wns20/jHj/RswwEF7H8lL+ZPKmBsU07q8dGrRB/LH0GQWTEk9cp4JEQ+iUFJn8/vH819MYrhSs6PpDcWe6xBsP6vikJSeKSGw1luriUbC5ghv1ucLd2kmAmtelENWKHRAcPxXMtP3sg7ze2jSeIFIl0dSbrIEzYmMZREEQ2L6eAXUibCBquk2R8GzqfcdkayNUYXWZDI3XMzYq2ScU5EbyT1cu0YCp2YqvDDpkR0D26MA3A5PUAOQ+sc1KHKEWt+ZE3hRkRBaFj4IpX5HoEFlHk4t9eP5/2pZ9Nw3l9K+bjv6bj/TuSJQt6940n0Wh7eVGhYQHS/gTuT2GADeVzrdiia0l9e+htk6eCIM6q2l0YMQO4bEUucU7Y6UuRcMga5j5JuF0Zn1sfHcFf38/RdFbG1HwqdhPY8LF2gI8hbCqEJHX+Z1hbPXWW5a7KutRllzIPRV6bUiFXpNGybLOsvdR264Ac917S71RFiJGoPJNVhuFByawaH2Aps73n221KslWE8/vX4yJvnd2BzuuAdGcmpqohEYoh2FOIibC3lBysbkFyqxVxAJEaGzE4mAqdIQSZDSEZj3BJM5L7mndYJiKfWBWrNsGDrrDHPhvA65IDiyCDXAwEr1mj5+/2m0gZyBkNDzmEk8kGud7Q7Ctg2I2aTjXqJT13iaW4voB7LWcw6ArUdEF7jhFsDjKIYAK4mXIkWjubNIbtaGQV+b4VxGsAta+b3ZGSXSzBuLksTSP97/NGC1BKysd53XHl972TehHBwSuRAi9N0wq1ntBvGuQJNmfZiltsn/58VQRWqvbcjadjrvUcgeHYi/BO/S3nJOvq9bd8z0nXrgKvaxijUcCItjP6JqH5//5RiUrJRmnTe1tZc/S1/RGlCd0ScsIHNaKG9UDXyR6sOTXC0l6uiUkvtohJLseYPB+MXzylwJY0svFwnLp1lH1LvakP6GjRLReiZjIgwqxygs39F/3P+3ee1Fn3EomnkHmFv1vLIccWDlYaA3WMS83eB+EP/B/qS+Uq6l0C/myXtokmiF8cwipmf4wxoRPXcImI733aD71ZeIioQ/+tPp/8y2kXUSTh1oe9xnFw/z+j90caqeiG3tLOWidaJb91nC89pvdP8GoSv0gBQhq2hm2ucuMl3s3bk/hyaVnHdB4VKItL5Gw8S+67a+EVVlrYKrByX9nWTPy2wCG7Np+IGL2v5x/pdNcybnNplYm3cWLSbOHhZZ7b6FMyilrZlHOZGse2PXgczWrMe/D03m3Tujoq3pHHbe8PqAboEil84IAe1itR25KQS9PIPXvs3c8YdlX/AxthUd/Jxw6Oj35333qzEx9N1GI5HfWViDgXAVpHEUGl2X3HOOfx+aLFvCJSomHKEGsUCDHUS8ZvPD0rlBh9mZZnOUDL3LLKiD3j6//jNZzxzUlRcIO+c6I2hFTKzXnVsBUk9ki8oRXkfpmkGNy6lm335ZIf3L0ORF5eoY8QhuF7cO9Pwwr37F4C+rQQ7d8oEKlkvlbfeCAbEQPl7/3VdZonGGIrUBEhOl4jwYCNGGRoqyzusqYwe5vToaeNt3hHykzZ53rZcl/WVoUmew5dj6Aebc5mS/Oee0/MyVqsvDdp4zwHYNRGeZjWjnPj4///Iz6Ylon1lEa5BnQ+MoA8q5EMKDqtSVjfTXU8kBt4as1Jx86A0RMlHB/Dk0qSjxvT9PRxSVUTM0hQ1m62Njs7ZQb3ADVIBZYYOWVyijPh/H/0CtdONYNIhg8ExHptmecJUIi8mE42Hv45rFsGweXKRbOYJj+zI28+JVDn8MTTZmLLqK8rzLACebF6QRhQaeQ9DW8TT4aTxE924Esu+hI/h4/JfQsw1IejXnvg9bqgqyX6nPwbfoG7RRdJzBbYl2TstDX8zxYKCHeOjR/OJ+DU1iCA1zABbXFFBFeLuGx9iHO+LA92NXwReMKm5cApjWP5n/j9e/doM6Twj1sTNAZr4fg8LSUs8mxmXb8vXzHRXvx20Flltt2ZxDB4SH6jVmFyj8DE3W5NbZTmkDv45ZWNB40KgTpebVPac0CnnESBhPkTzknjB8mo/nfxwTM/SlzBAIzFv/9kIJOn9kMZEiWtlPJCtLePdpzJI973OY5Uq4/oDUZ6aIyAwFft9pW1J6J4YYvJoHxkcVniOvdpGXfdo+pT9XfnAfr3PPoD+e/2uz3kH310vD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

iVBORw0KGgoAAAANSUhEUgAAAIAAAACACAYAAADDPmHLAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAACAASURBVHic5b15sF1XeSf6W3s88z13HiVZkpFkWx4JNlMINriwgDTOUC4S0i5o6iXuPHDZnfgRQgIhST/aj67Cmao7aboe6Rcg6WYwGIM77oSGYMpDjG3JtiRfjVe6V3c+8zn77GGt98fZ37rrrLvPvVeyJJvuVbVq7zPstfde37e++fsWE0Lgf6fGGMsAGLz++uv7R0ZGMpxzu1Kp8KWlJe/06dNlAKtCiNJr/ZyXq7H/VRGAMZb6xV/8xZ033HDDnpGRkb3ZbPYKwzAmAQwLIfJCiDRjzE6lUobrugJAyDlvc84bvu+v+r5/rtVqzZRKpVdmZmZe+Yu/+ItjQoiV1/q9Lnb7XwoBfuEXfuGqd7zjHe8cGRl5ZzabvTGVSu1yXdf0PA/Ly8uIogiMMdkty8LExAQGBgbAGAPnHFEUyWMYhvB9H0EQwPO8xVar9WKpVHriyJEj//DQQw89LYRovdbv/GrbTz0CvPvd79798z//8x+YmJj4QC6Xe3MqlXIcx4HjOLBtG7ZtQwiBubk5lEolMMYAAJxzZDIZ7Ny5E6lUCknzIISQiBAEAYIggO/7aLfbaLVa0ysrK987ePDgNx566KEf/LTO408tAvz2b//2e6677rqPDgwMvDeVSmVd14XjOHBdF7ZtS0ALIWBZFiqVCpaWlpBKpeR/stksBgYGYJqmXPUEcDpyzgEAhmEAAKIogu/7kjK0223U6/V/Pn369F/ff//9X/1pYxM/dQjwqU996pevueaa+/r6+t5GqzyTycBxHBiGIUl7KpVCOp3uQogwDGEYhgSmZVkwTVOufiGE7IQQBGTP89BqtRAEgWQhURTB8zwEQYAwDNFsNmdnZma++MlPfvI/lMvlhddynrbafmoQ4OMf//jtN9988+/39/f/rGmacgXbtg3TNOG6LvL5/DpkEELIY6vVghBC/uY4DkzTlPfQEYHOCWE45wiCAI1GA/V6He12W17reR583wfnHM1m89wrr7zyhfvvv//PX+9ywuseAd70pjft/OhHP/rHo6Ojv2qaJkzTRC6Xg+u6Euj5fB6pVEpeQ0AnNkAA9zwPURTBNE0YhiERha4hns857xIIiSLQWPQcYRii0WigVqshDEMIISRFYIxhdXX1xSeffPJTDz744Lcv/8xtrb2uEeCzn/3sb+zbt++PXdcdCsMQuVwOuVwO6XQaxWIR+XwehmHI1UrknTEmgUyfDcOQwKTP+urXu64RkBBIsgFjDK7rwrIs+L6ParWKdrtNVECOcfr06b/+rd/6rf+rXC4vvlZz2au9LhFgcnJy9LOf/eyf5/P5X65WqygUChgcHEQul0N/fz/y+TyANfJsWZbstDppZQPokvwJcIQkNA4d1fnQv9fVQ5ILfN+HZVnIZDIQQqBWq6HdbqPdbqPZbMK2bVQqlRM//vGP/8/Pf/7zj12WSdxie90hwEc/+tG3v+td7/rS/Pz87hdeeAG7du3C9ddfjyuuuAJ9fX0AOgC1bRuk7hHQ6TcCOB3pnCgAsEbKNwK+3ul69XMYhhLQ9XodQghks1kwxlCr1eB5HqrVKiqVCtLpNM6cOfN7995777+9LJO5hWZs/pfL1z7xiU98+Lbbbnv86aef3v2Vr3wFvu+jWCyir68PhmEgDEO50kjYIwEviqIuwPRqvfT9zf6j/qZSAs65lEuGhoaQy+VQrVZRKpVg2zZyuRyy2SxmZmbw93//9xgYGPjjL37xi3/DGEtf+ExdvPa6QYDPfOYzv3/dddf9v88880zqqaeewp49e3DDDTdgcHAQ7XYbhmFIoANr5Dxp1ern6mf1e/X6XkBPuk79v0oJwjCEaZro7+9HOp1GpVJBo9GAZVlwHAfVahWPPfYYUqnUh770pS89Njw8PHIRp/CC2uuCBfzRH/3R53fs2PHbhw8fxurqKrZv346BgQGk02mk02nYto10Oo3h4WHk83lp4aNOvB9Yk/gBdJl9AciVS7YClUVslfwT4qlaAhmOyG5AAmMURWi1WlhdXcXs7CxOnjyJer2OQqGAvXv3gjH2whe+8IX3Hzx48OxlnO6uZr1WN6b2h3/4h1+YmJi47/HHH4cQAm9/+9uxfft2tNttzM/P49SpU2CMYXJyEul0GplMBqZpIooiAGvAIsmeAEmsgRp95px3CYhJ5F9f7UlNpxy6jMA5h+/7AIBGo4Hjx48jm81ibGwMvu/j8ccfx7XXXnv9fffd99+vvfba9xw6dOg1QYLXlAV86lOf+rcTExP3Pfroo3jxxRcxNTWFvr4+1Go1LC4uolQqSWOL7/totVpS31YBRCtPF9KAbsDQZ2qbyQNJY/X6rFMLlWJ4nod6vY4zZ84giiIMDQ2Bc44f//jHiKLo6nvvvfeRXC43cJGnd0vtNUOAe++992NXXHHF7x4+fBie5+HWW2/F4OAgXn75ZRw+fBgAMDAwgFwuB865lLRVBNCBoQqCvWQAFUnUpo+lftdLA9gIAVREINuBZVkol8uYnZ3Ftm3bsH37dhw/fhxBENzwuc997r8xxpzLMfdqe00Q4EMf+tCBvXv3/snKygo457jjjjuwZ88enD59GrOzs2g2m/A8D6lUCvl8HpZlkUsWvu9vuvL03gspev0H2LpQ2Es+UMcljcE0TaRSKczPz2N1dRX79+8HAHzzm9+E53m3Pfjgg//h0s9+d7vsCPCmN71p50033fTXrVbLqNfruOqqqzA+Po4TJ04AABzHQaPRQKVSgRAC+Xwe2WxWklKyt2+0MoGNyfNWKECva5Ou2QwZVQQAIP0Jp06dguM4WFpawqOPPopCofCvHnjggY9fahio7bIiAGPMfP/73/9fAAyvrq5iYGAAQ0NDOHToEDjnyOfzSKfT4JyjVquhXq8jlUohl8vBsixpXUtauVs5V4GYtFJ7UQwVOXr9vhEVADpyim3bkp3lcjmsrKzg2LFj2LFjBzjnOHLkCHbu3PnvP/CBD9x8uWByWRHgYx/72O/ncrm3Ly8vw3EcjI2N4fDhwyiVSkin03AcB5lMBq7rwvO8LiqQSqWk1a0XP+5F0pMA0gvAG61qHQm2IgcIIaTr2HEcqS46jgMhBM6dO4d0Oo2rrroKnueh0Wg4b33rW/9zHLt4ydtlQ4A77rjjjZOTk79bKpUQRRFGRkawsrKCEydOwHVdCCGkW1c1pTYaDaTTafldu92Wwp6+etXvVE/eVnsv2SGJQiQhQdJ1qtpp27b0FNq2jXa7DcYYlpeXMTw8jIGBAZTLZbiuu//+++//7OWAy2VBAMaY8cY3vvHP2u22XavVpDHn2LFjXbyYXLSZTAbpdBpBEKBSqYAxhlwuB8dxpETdiwJsJAz2AlYSK9gKS9gM8CQAqu5n0gYMw0C73YZlWZISDA0NIYoilEoljI6O3nfgwIE3XmrYXBYEuPvuuz/iuu5bVldXZQTPysoKlpeX5eonRFCDO0zTRLPZRLvdRiaTQSqV6lrdSV334W/EFnrJCJshUS/E6CVTWJYlLZZRFMl3JlaQyWRw9uxZ+L4Px3Eo2MS68cYb//2lhs0lR4BUKtU3OTn5mWq1Ct/3kU6nIYTA0tJSlzWPGpHHTCaDbDYrw67IHExOoV6A7/VZ5f8bAbnX90ksJYlqJCEFhahZVsfw6rouOF+LJyDKdu7cOfnOpVIJqVTqnb/yK7/yS5cSPpccAT70oQ/9awDbqtUqbNuGYRjwfR+VSiUxHItMukQFVL5JZmAdMEld/20zAG9EUfQooSRk24itmKYpg1eIFQAdmcB1XfnOKysr0k8RB5ti+/btn2aMXTKT/SVFgMHBweLAwMC9lUoFURRJgw4ZdVTbPdCNBBTzl053vKacc+n/p8+9gN8LSCoF6EUhtoJMSeNvRE0YYygUCjAMQ8YxAJCh6xTUQoEmhOTxIrnurrvu+uVLBaNL6gw6cODA3Zzz8Xq9Ll86CAIZnkUkUW2kNtFKocgdznnX5FGEL12jRveonbyBqgOIEAFYCxpJUgN7kfytrH5ddczlchIBhBCSynHOpQfTdV3p0yCNp16vY3x8/H7G2N8JdbVcpHbJKABjzO7v7/+NWq0mXbDkM4+iqAsgalMn0DAM6Q6m7yzLAue8K3Zfj+fvtXo3I+tbXflJ+QMbUQQhhJRfKBDVNE2J4ET2KfYhDEPpvaxWqzAM4+YDBw6881LA6ZJRgPe+9723CSGurtfrEthhGALorEAy9qhu26RVSGHfBAyiHjQWtc2ogEoN6BzAuvtvpuYlRQ3rSJgkENq2LdkgHel5oyjCxMQE0um09HjSGOQFnZqa+iiA719sOF0yBBgbG/uXFCJNFjCgM+FBECCXy8HzPPl/HQloAoCOfUAN5KCx6P868CnWj8grkdikro+zFdUuibIQ8Kmr1+i2DvWepmlifHxczoeKTHS/Wq2GQqHwvt27d48eP378oiacXBIE2L59++CBAwfuqFQqchJoxZIWQDb+IAikXqyvLJoINckD2NhcSxSCyCxJ4aocsFUE6KU1qM+XBPwktqBSILJ1kAAohOgCvopEQnQSWjKZTPHGG288AOBLFxNWlwQBrr/++ls9zxtUyT85Q4j8hWEIx3HgeZ6kBEkTH4ZhV+gXedWSQsHVTitf7YQEeuSwiliqprCRaqgiqA54tZPWQ6FiND7ZM9TUMvUa/bxWqyGTydyJnwYEsCzrQKlUQq1Wk8CiFakCjABIWE5SPmX9qBm+6rlqWdMRQUeIJARQKQG1zfh+L35PxyQgUgKpflT7VgRZUg+LxeLbpqamBs6ePbt60WB1sQaixhizbr/99rdTRKxKfvWuA0hFCj3gk5BC/Y3sAipCqIihIgSNr6qFqlDYS9VLAnbSCleBSynkOqBVJNpIY0miOjGrGJqamroZwEVLLrnoCHDVVVddFQTB7iAI5MpXU7HU3DoygNDqtiwLrusilUpJEuk4DgqFgiSdAwMD6OvrkwigXk9JozoVIHsDSeOULUzPpvP6XipgL+C32+2udHHKGqLv4sxhrKysoNForBMsAUjkBNYnt9B5HB7/VlxEBLjoYeG33XbbN8MwvJMEMlXPJWCoq5XSuMkDSPEAlJI9NDSE8fFxNBoN+L6PqakpmdOvswE1TYyELToSAInFqBO7VcFPpwZqCDitfLV7nteVIjYzM4OTJ092qb+E2ITAOhsA1uQRADBN85ht29c8/vjj/sWA10WlAO95z3vuCMPwThLqVPJOjaRewzCQSqW6AE/npDVkMhkMDw8jm80iDEOk02n09fVJx4ouBJJUrfN9lQIRogBYJwjq6pqKCKotggBFGcJbkUNM08Tk5KSMDiZrH40ZBIF8fvpMlEhFTNd1r7Rt+z4A/8/FgNlFQ4DnnnsOURT93zQxuqBHK4+SPcjbl81mu5DAcRy0222k02n09/djYmJCXus4DgYHB6UsoE4wURkCrq77q2qimjxCTVcx6Vw36qg6ur5aiSLo7ICoWSaTkfcnx48QQsoLZOmkd1NlB1JvY6T43TvvvPOLDz/88KsWBi8aAnz6059+txDiRnLkqOReFdhI/yfgEwKQv5+sX/l8HiMjIygWixIg2WxWegjVFHAVCXTbvw7oXi3pf0m2AdXIpFr2VMpATq8kIXR0dBS1Wg3kHqfFAUAiAiE7mc8J+Ao16PN9/34Av/9q4XbRfAGc84/TBOlAp8+6aqev4CiKUK/Xpfbgui4AyJWl8mlqSUCi7zf6vVdLGqdXV39Xr9ebKnASFevr65MagSrPcN7JIyC/QVIaXHzPf/3BD34w9ypABuAiIcBdd901CeAOPW2bOqlwqVRKFmnSkcM0Tfi+j0ajAcaYDAQl7AcgSXxS/h813bunt14mYX2cpGv06+mzbmPQZQ69F4tFjI2NwXVdKeiRBkQUhbQofa6UukaD7Xb7rlcLu4uCAFEU/QIAhzBZBboKfPWoG3s452g0GjL8i0g9ACmE9eLxALrIvt62ygbov73kA1120JEnyc6RJA+l02mMjo7K+oTk5yAqSfyfBEMdCRS/x0e2/GI92sViAb8EAJshgAp89YUYYxQSDcMwUCgUZPQPsOY00W36QDLAkn7bbJXr1+jX6v/RNQxd20hCBFUFLhaL0gNI0j6xCNd1pc8kiiI5ZyobiAXIt/zqr/7qrguEGYCLgAB33333mBDizQC6sJ0wVwV8EvkngalWqyEIAmSzWfT19UkhSNF/uyx5wPoVqbbzWfUbtY0QR3+WXtbOJCqQSqUwNjaGoaGhrvdkjEmAk5NIdR+rbEYIYQZB8KrYwKtGAM/z3hlFUUr1dtGLUAQMqX8q8KkT6W+1WrAsC319fchms/JFifyqE5C0spNcvhej6SQ/SbvoxQp0i6fabdtGoVDA5OQkMpmMFHKBDrJToozv+3Jx6BpOrH28tggghLhND4tSdWVCDIqAUfk+0KmvV6vVwHmndGtfX5/kgwAkaaSJpHYpgL3V1ov895IHenkrHcfByMgIRkdHpcpHMgEAmT1Ur9dRqVSkrUA1DgG44dd+7df2XOi7XAw7wM8AawAh1YayXlTgE1LQJJDa5/s+XNeVZeBI2KOXpBWkW/de65YkXyQJg3ondY9zjkKhgG3btmFhYQErKytSICT93zRNVKtVNJtNySJpbuL5YWEYHgDwyoW8w6tCgI985CNFzvluIl3qJJBBB+j289OKpoDHSqUi2USxWJTCHzmD1KgeXcpPUv+SBDZq6nPqTVcb6R30z72+V99f/Y0WABmKSI8nks85l9bRWq2GcrmMdDotEYBYJf3GWCc8nu4bU9vbAPzJJuBKbK8KAYaGhibDMCzoni115dJDqqHglB69tLSEIAhQKBSkNkDmVbKJA5ATp/PA86ECF9vppd5ffS49GokARZSRags2m000Gg15JHK/vLwsw+GJYtI5XZfJZLqijHO53NUAGIDzfslXhQDT09NXq1KtbduwbBuWIrGrvgCS+j3Pw9LSEsrlMizL6qqqWa/X5UTpaWHpdLpL6tYFz9eq6X4CPSCEPIJqlXEAct5M08Tu3btlalgYhigWi7BsGxACuVwOQgisrq7KCCKqVRwbzor79u3LHzlypHq+z/6qEOBb3/rW3m1TUxgaHEQzjugxYwk3nU5Lb18un0chn0ehrw8p10U7ftGxsTHp9Lnmmmuwfft2pFIpuRqANYmYxlNVISBZMk/S4Tci/xt9v9WmCr96nICM/UOn1lEQh3hVY58A+QaWV1ZQr9dRrdWwsLgICCHzBDjniMIQDGtFLg3DQD6fx0uHD6c458GFPPd5IQBjzASwnzE2Ek/ozn179yKfyeDQCy+g1WrBYAxcCKwIgSD2lBFdEgBMwwAzDJgxVXAcB7lcDk888QT6+/uRy+U6hSJizxkhyNDQEIrF4jqDkhopZFqWpD6GYch7AQoCxD2K9W7BOSI1xDuKECWEdcmS8Z4Hr9WS5LjZaqHVbHYqhTYaqNdqqNVqqNXraMR+jWb8u9dqyRjIgGoOx2QeACzyoyjPb5lmp1sWTKpuHlOc7VdcgWv278fS8nJ9fmHhzYwxK2ZDiwBeFEKshU+/GgRgjN2wf//+f/nOd77zXxw6dOhKEmCq1SrangeHMSzOzaEVhjDR0S2l4Ea6e2cghCQnxJNPk+5zjhC9mRijcYEOoC0LTsxy6KgaWxhjMEmbiK9XXghhEMhnIKDzKEIQRfBjN6zQXL1BFKF3DdLkZzbVrqiEqXhumG13PZsQAiIMITiHzzk8NXqIc0QAeDz20OAgWq0WGs3mqG3b/0ixFNlsFvv27Tu2Z8+eb09PT/9/Qojnez3jhgjAGLNuvfXW//Sbv/mbHx4ZGYHrulhYWEC73e7wqihCrVbDUKEAx7IQheGaYYEeXEvgoImhowAQxROUAWAxtoYEqpctPhoAzDAEwhCB58EDoBbkFz3OdQLP0P0cdJ4GUERnkmvx/RwAhfj5WHy/JHorEU1lJ8SC6D/xs0cAIiE6SKj+3uP5gbUFQPdxLAvNRgNBELCBgQH09/ej0WhgdHQU73vf+66s1Wr/5ty5c//mlltu+dLTTz/9fwgh1gFjQwRwHOc3rrnmmg8fOHAAq6ur0p9dLpcxMDAgJViTMdimiTY6gExqKgDoJQSAAmN4i2Egyxh+wjlOcw5bu4aOHMDbbRtvBbDMGL4RBKgLAQPdQEy6pz6Wfk6IeIvj4FYh0DIMfC0MMRev+p2miV+yLDhC4LtC4LkggIn1ABNQXNFAh1xrv9McAOsBTxSGKedqozEYY0in01haXoZpWRgeHsbIyAjm5uYwOTmJbdu2IQgC3HLLLfA878PPP//8PwP4C328nghw00032YVC4YF0Oo1CoQAASKVSGB8fRxRF2LZtG5rNJmbj8CbLNCUQ9EkWWL/iACAEMMYY7gPQxzk+Zxg4zTks5f9M+/9VhoGfDQKcsG38d8YQCCGRTrUSJD1H0lGd2AjACGO4AkDTMNDHGFbi3wYYw150KMQ/MwYHkAhAwNKBKRI6fc+1/6qA15tQfpMU0zCQSaVwYm4OAwMDGBsbw+TkJKrVKiYnJzEyMoJWqyV3Uenr63vgpptu+quf/OQnXcSrJwJYlnVzJpPZUSwWkct14g4ymQxGR0dRKpUwNTWFZquFMzMzMnmjFwKoXWANUDSBc6aJFQCNePWTHEHj0P8tAEtC4OVMBvOcw2y34Sj/TUKAXoBPQgDqtXS6Q1nabbhYW9VzrgsbQKvVgqu8D7AeATbr6n2TniPpGdVm2TaYYaBUqWBifFwiwMmTJzE+Pi5tK9lsFv39/chkMjssy7oZwBPqOD19AY7j/JzjOMhms9KTR35sQoRtU1OwHQfNuILHVpoKGAMdPlhhDD5jXYKeFPjQzfv2Mob3eB7eIQRcw4CBDmKowpb+OalbCZ0B2GuaeF+9jtuDAEXTlMg1Ypq4w/dxoNXCNopJSHhO/f3075Io24U027bhBwH8MMTk1BRGRkYwMjKCbDaL0dHRLm0pn8+TxvVz+jg9KYBt2zeapik3ZqIY/MHBQWQyGQwODsL3/U5t33q9g5Hn+RIRgDxjeG8Yol8IfN8wkKS3qKs2yxhyMdnXJ5MmnLQJAkqk/EYSdBL/NtER8FYcBxXTRBQEXby6RZZNrAcgsYIgvgfdSyf7F8NkJdApM9NoNuE4DiYnJmSVMdpVRTW+Ub0l27Zv1MdKRID77rvPMQxjt2F0avST+9I0TQwODmJoaAiFQgFhGGJ0bAyzx4/DoeSL83hJE0BTCHzfspBhDLNRtKFUagJ4WQg8lk5jXgiEnCcKcm9zXdxkmlgVAnUAbzAMLAgBH8AexnAWwDcbDXjasxoAVjnH0VQKFSHQjsc3ANSiCD9Jp2HaNpabzUTSmQJwrWXBBLBIdgbGUOUcHB3EbMbP8WpbKp1GtV5HcWAAIyMjGBwcRKFQwMjICPr7+7tiM/P5PBnMdt93333OQw89JB8hcb5nZmb2cs6HOeddMfiGYaC/vx8DAwMyVn/btm145dAhpDKZC8ZuC0BWCDjobQcg4O5lDAdaLUw7Dv6bYUDQRMf/4wDeYVm4y/NwzHUxa9v4uWoVL2WzqJkm3lyt4kg2i+8YBpqcd8kaEYCdhoF31WpYcRx8yzSl7t1vmniX58HhHP8cUypLebYQwIhh4DO2jfEwxKOpFLZzjh1RhEccB2/gHBNC4D8Lga8GAWy8OmqQSqVQq9dxxb59cleVdDotFydFL1MIWuyPGJ6ZmdkL4BCNkygDtFqtfWEY5uNEhC4EIEeE4zhIp9PYvn07wigCF0Ja3bbaIgAZxvB2zvG2MMQgAA8dMhrFxwCdyfXjcxb/1ka3sMTj73wADQBN20bNMFAHUHVdVA0DVQDVVAqrpol2bHgick3j1ADM2zaWTFMarRA/Q8U0UTUMhOhmS37cQyHgAshxjiyAfs4xGYYYYQw7Ocf+MMQ2xuT7vRr3lGlZaPk+xsfHZY6F67ooFAoymJaCaCjcPgzDfKvV2qeOk0gBfN+/MggCl3Pe5YWjmDUq20L8x3Jd+HHtn5Bv3VZmAqgJgUdME2nLwlIYYq9hIAXAFwLFGKECITASr7oTQuC76TQWFBYQoUN6b7IsNBnD/2i38U+GAd/z4AuBrxsGmo0GOIAvGwY838e702nsMAyc4hz/o9VCiA4izEcRno21AC8e3wRQjSI8mUrBtCwstFpS9XQB3GLbyDCGec7xYBRh0DRxNggwCGDYtnE8CHCQMYxbFp7jHFOMwWAMNc67EHkrTTU2CQBjo6PSV2JZlmTZKswoLT8IAtf3/SvV8RIRwPO8bUEQWBSLpka+UD4fCRlDw8Mo9PWhsbAgU6XO52UcxnAl53CFwBstC78bRTAZww9ME+8LQ1QYw3O2jZ/3fZw1TbxkmnhPs4nTrotvxO5XAeAtto2PhSGWbBv3AHje9+HGQOVRJEl9FEXIAnjAsvAzjQaezWbxfXLZAthtmrijXseqbeN7Ggt4t+8jFUV4wTDwdDxexjBwv21jr+/j7ywLv+N5YPHEhlizckboULfdjOE/OQ76OcefGAb+NgzhbnnGOs00DPhhCDcm+ao/hBBBDUxRQs0tz/O2qWP1QoARz/MMtRKXvHksXJCrN5/LYXB4GIunTsEwe9kBk5tAx8y6Swg4nOMlxjAcr7qcZaEvihCZJlwALuewDENK9vqqaaND+uvQLHFYL+1HAALGAMtCoJqe0WEzLcNA2zC6LHE8vo4neA3bQqAlBAJAApOER5L+aRZThoERzjERhhiyrPNmAwIdFdBrt1EYH0e+UJARw8BakqnaKCDF8zwDQNdGVb0QoNhut5kataLmyFE+HNBx+gwNDcHzfWSt8/MuEwv4VswCnglDzMSU5kQQ4LhloQlg3vdxyDRRFQLpMESYyWBJYQEmgBNRhMcyGVQ4x4hhYIdlwRMCbSEwbJqocY5QCAyZJqqc48ue9LLbsAAAIABJREFUh8dME4ueh0gIOc6pKML3s1nUOUe91ZLfl6II30+nYQGYbTYlCwg4xw8NA0czGRz0fVhYb8JVDVotzvGobaPPNHEkDLE160l3s20bLd/HzsFBWMoCTSpLo5boabfbDB1Xh2yJEGu32ykqV6amPzPWKfBEgRoi9lf39/cjjCKw81QFSQh8K+coCIEfA/jTMEQaHcrw/XjSLAA/QGdiH0il8J52GycsC9+ItYAQwA7DwLtaLZw0TQxnMnh3q4WTjoMzpolbWy287LoomyZ+ttnES6kU7qtWUY7HJok8BLDDNHFbo7GOBfSZJt7m+3A5x7OxPMIA2IaBNwuBPa0WGpaFb6O3kUegwzJu5hz9nOPp+J7nQzcFOoEkQRhiYGBAutzJdU2xg8BaPgXBMd5/KaWO1wsBrCAImDow5av5vo96vS5z3D3PQy6fBwwD/ALCrhiAlBAdNZAxuIA075Kxh85DAK4QyEcRMrHvQb4IY8hEETKG0RknDOGaJmzThBPXBbCFgBmGcDmHYxiwYzVQfWoLQDoeXzUWmehI9+kogq1QOoaOCpuNImkL6dXIDJ4VAgXOYZ+n1kRjgDEI00ShUOiqRNJqtVCv12X0MGVDU4V11ol66XrIxCcOgkBQQqZa5MAwDLkVaqvVgmEYaDabSLkujDjS9XyaAaAhBP7RNJFhDHOxfpxkPgU6K/UIgO9mMpgVAoHCAo5HER7NZlHmHNOeh2nXRQ1Atd3G8VQKy1EEP4pwPJXCAudoazYAKON8L5dDTQhU222JhKtRhMeyWdgAzihagM85/pExvJzN4oUgSGQB6vgNzvG4baNgmjgZhucVkUOUNRICtuPAVYpsUQgd7VtM8YS0SBXhvGuV9kIAPwxDEQQBo3w9QoBms4nV1VW5I2aj0YDBGCzHQdRsnsfrdCYqxxjeG0XoEwLPMoansGaX11sEYDtjeHO7jeOWhf+qsIBxw8Bb2m2sWBYe8X18i3O4WJPACZBkjnUS7hEBGDYM3OD7KJsmvhNrGRxAzjBwYxQhxTmeigVEBsAyDFwP4A3tNlZNEzTNqsubegigYBh4XxRhIIrwvGEgwPmxAANAEEXoUwJFqTcaDayurqLZbMrMIsaYyhYE0G2ITEQAznmDcy6iKGKtOIyJVnyj0cDKygqazSYsy+oEcUYRbMeBX6udx6us8d352DjiY+NMFYGOO3YwilCOSTR9n2MMY0EAlzE4hgFDsRDq3knyD9BnpozTxximWi1kXRdOrCEIAC5jmAwCpKIIWdvuYg2TQmA8DNFnWdJYRfcg5AvQ8TOEQoAbBtqxSfh8rIECgGGaCDhHKq4qSuFm6XQa9XpdwkYV2pvNJoWlC855Qx2zFwKURaxLUdKm53kwTROVSgXLy8syh592yLYsC16sw2OLsgBDR4U6ZBjIMIalOMii16RYAI4IgUczmY5tPw4GMQC8EIb4suuiwRiiIMAVsSk0EgKWYXTi/tCRFSKFPwaxpkDC2EwU4X8WCqgJgVqjIdlEmXP8YyYDWwic9TyJfC0h8HdCoOi6OBiGuM40kWcMZSHQxxgKsYFohDH0M4bDnOOeOHLqHOdSIttoxlS3M4uf37Qs1Go1ZLNZ1Ov1jnMoDrWv1Wpd2httvimEEJzzsj6n6xrnfJF3GLpJOfvtdhumaaJcLmNpaUnm8VerVTTq9Y6uCazjqxs18gbeGUXoi23sT2JjFrADwC3tNo7bdid8TAjYAH4SBHgmCMAB3JPJ4C4AJw0DM4aBt4Qhpk0TJcbwxjDEYctCC8ANUYSDpok/qVbhx5OcYQwjYYiUYcjwNI4OBdgWRXA4Rzb+3kAHAf6L58EHsM0w8B9dF5NBgO+mUrg6DLE7DPGw6+LmIMCVnOMPTRMPxUaq8+X/1LlhgMch9LVaTbp96/U6FhcXUalUukrKUIIO55wzxhbVcXshwCznPARgk9RP5UxWVlZQLpclWanFUbCMDCdxCNRWkMAA0ATwomFgxDBQjYW6XtdydNzBY0KgiW7SzdAREiMAQwDGPA9tx4HvutjebMLLZJC1bexsNtHK5dAyDOxuNNDM5STV4gDGDANXt1qouy7ScUApR4d37w9D2FGEPsvqcvnSJLqMIQvAFgJMCESMocEYmkJglTHMGAZWY6cXqZ5bEZtV6hBFEUQs2NVqta6kW9qoulQqyeITpMUBAOc8ZIzNqmP3QoBTnHPfMIw0JSFQfPvq6io451I7qNfrqDca4LEljCx1JCRtRBEsAHOc454ggIuO/T/V479AZ9K+F4aYNQw0ogiNWJIH1ni5CeDpKIKTTmNZCJSDANVsFvMAWmGIRi6HGXTCwtu5HA7Hkcr0rK9wjsczGZQZw6rvy+efiyL8V9cFM01MK6yKKIGJDpv4d3EK2Ey7DSu2Gi612zJOYZVzpNE73o9iCMhiSUgi4yRME8ww0I6l/mazKfdXJENQqVRCPp+XkVpkw+Gc+4yxUzoM1j+IEMejKGpYltVH+/dRrV/K5VNTnJqNBrKZDIbHxyGiCKAVEAQIfR9hEMBkrPNbgheuQXHx6I4AUiOB6PzFMMQL8f9S0Phj/P0P2238z3Zbjvc1rEUCqWNBu9YG8ITn4UfK89E1p8MQnw9DcKxFFKkBHwBQFwKP+b68lnwBwJpASIuBK0dy7hiWBRbnNxi2DdO20Wg24aZSKPT1Sa9raXVVVh9TNQDKQyyVSh0jUVxmRknJaxiGcXxTBABwTAhRMgxjol6vdx6Uc4kAtLMVYSBJnflCAW7siiwWi3BcF9VKBadOncLk5CT6+vqwtLiIlOsi5bqdWPwwRBQEEFEEwTlEGCL0ffAgQBgEiIIAPDZ08DhZlCZNZQNAtwahRglB+5/OZlRWkhS3x5UO5bek2D3DsmBYFoRtw3UcWI4D03FguS5s1+18tqyOMYcxGKYJ07LA4twJrgiotWoV8wsL2LF9O3jMy5eWlqRhhxCg0Wh0Fd8slUool8tydxaqvCKEKAE4tikCeJ5XZYzNGYZxTaMTdw6g41Sg7V8IAai4A5mOC4VCJ/vX85BOpTA0OIiV5WWcioMVa7Ua6oaBXLwptG3bcOLqoPk4fYz2C5b8jZI+4kkSQnRkDUrHCkOIKAKPzyPlnDJvotgQYgCdlUTyBgl0cbaSEAJQkkoM0wSLgWTFqW9m7Gc3488yVSvOhxToeCAjzhHEFUPJSletVFAul1EqldCILapqqVlywBmGgVqthomJCQSxFdayLLmPIlUTa7Vasp4CyQKV+B5E+smGI4SY8zyvK39wI0H0FcMwbqcVTu5F2sKNUp6ohIlhdDZCXF1dxeTkJFzXldana6+9FtPT0zL9e3FxEel4D0DBeWfFhyHAOZgQQBQBUQRDCDimCTuuLZjL5ZBRCktSvqAsOkEJqEqCqmGasCgz6TyblLo5lwANlfKwZCJvx5Y4VS8n3uwFAdqtFhq1WidVrF5H2/M6eX5xfAXlPwrRqWVcLBaxsrIi349yLBcXF9FqtWTAB9BxALVaLenxcxwHzWYTpVKpyxYQ/39dDYGNEOBZ0zTRaDS6NmgirKLavWoFD9u2sbKyIllAX18fAKDZbKJQKMBxHOzduxezs7PI5/PyWoo2ok0U1Z7NZmVEsm3bMA0DiFe0327L8yDWUtRyrWp1Dr14A4CuJFK1/l+SNy2pXrBe05+cL1T6BlhznxMQs9msXDx0HQAZvxeGIWZmZrC8vIyxsTFkMhkIIVAqlTAzM9MBmmV1vVfs6pULkeQ2enb6L4Bnt4wAAwMDT4+Pj6NarXbl+hMyENYRaaIXaLVaKJVKAIBKpSJXq2EYOHPmjNwUsr+/XwYr0uRStotaPpaAT6HpVGZG3UNADVpNqtGrVxZJKi1DzwGslYBR8/t7lYHRP6v304tD0dFxHLmPoBCdUrGVSgWrq6tYXV3F4uIihoeHEYYh5ufnJc+vVqtdRbHp3UnnJ1mM6gqpJXrGx8cB4OktI8ADDzxw+Gtf+9rXqtXqL9OLEgWg4g3FYrFrstrtNmzbRr1el+FJ1WpVGibCMMSxY8eQz+exsLCAyclJDA4OyhLwqk6r1hXotYlEUrVwddKJMiUVltCrmdBEqciglmJJup7ePakMjFoWjuQbKpLRaDRQLpfl9rm0uUa73cby8jJ838fCwoIsRE0W2CAIkE6nu8am+RBCyFpLANBoNCRli4N7v/Z7v/d7h3U4b1gufmpqKpPNZp9gjN1Ak0EIEAQBxsbG0NfXJ3lfpVKR+e5h7K9WAUAFjyhsiSp/FwoFDA0NYWJiAuNxlgtlJKn18ZKKLelFo/UaffoqVQGoN7Xsq3qu8lKlYPM6tqB+Vn3wJA+USiXMz89jdnYWi4uLWF1d7dKmarWa3F5XBV673ZblYYhCFgoFuWgymQyWl5exuroqS9CoeyQIIZ6v1+tvm52dXeet23S/gMnJyTHLsr7PGNtHkwFA1ri97rrrwDmXqkelUkGtVpMsIpvNdiEBkXq15JtaQSyfz2N8fBxTU1OYnJzE+Pg4hoaGJMug8mkq+dPHA9ZXC08CvhrupsoAvT6rQCGkUAFPgqGU+KtVrKysYHFxEfPz85ibm8Ps7Kw0pbfb7S7kIm1Lly9UeYKKbReLRRSLRanvv/TSS3Ie6N3icY9EUXTr7OzsfBJ8t7RhxNDQ0JhlWd/inN+sTli73UY+n8fevXsRhiGWlpZQKpVkwAgJJUSu1AdTq34SICjsPJ/Po1AoyBekPjg4iGKxiP7+fhQKBZn4SBqBun0MjX8xGwGcgEObQpA6XK1WUS6Xsbq6ipWVFWmWLZVKoC10KJqKAKuXmlfLz+tknApmUPbP8PAwAODIkSMyZV+rjPJ0FEUfWF5eTgQ+sEUEAADTNJ1CofAxAG8UQuwSQmznnI+0223LNE0Ui51Qs2azKTc/FEJIoFAksRqvnlROntiDTnLJmEHagLoHgS4j6F3fdEr9jp5F5+sqqVf3ASKAU1Vz6mSRo5JuVO9QlVcopI7GUvV/tRpJGIYSoQDICiWkMaml9cvljnPPcZzQMIxFxtgMY+wEgGer1eqfR1G0YSLSBW8ZY1lW3rKsCSHEziAI9ggh9gLYA2AngDF0XPeBbduNXC43QHsD6MKLXuqFwptphdFqWVlZQaVSweTkJAYGBiQrAZBI3nUJH0CXoEef1ffXybx+VMm1eh2Fy5MEPzg4iKuvvrrrXUk1JMMPRfEQIqg9DENJSWPhrub7PvmQWgAWAJwEMG0YxhHLsl4BcCqKotkwDM+rUNR5F4mK48oYgHoURa8AmAbwONYKaQwD2AZgEIARhqFhmuaDtm2PUJKiasAh8q0aPciTReqPEAIrKys4cuQI0uk0RkZGZN094nuqIKgKg7q6psoJaksS+nTg64KeKgxS7F273cZ1112HHTt2SGGMqAwJhZ5mOKJzkptI5UulUgiCIOSc/7sY6ACwDOAMgEUAVc655/u+tFKzTh0nIYTYUnzehVQJI5+LiQ5GOuiEw6fi7gAooxPgkxdCWOiE8o1QSpm6S4i6V5Ba/Ano3ihiaGgIq6ursnq2rmsnnSdpAqoqtxHwNwO82hljaLVaiKII4+PjuPrqq2VJO2J19D4qKyF2Qqphs9lEKpVCtVqVVCUMw7NhGC6i4/qoopP+4KCzwDLoUATKivPR7YPatJ1vlTDVx6Kn2dsxIqQBZAHk4m4GQXCa807N//7+fint63sGqTycVgJNvmmaWFhYwPT0NEzTRD6fB7BWRLKXEagXJUhCABXwSdY/fY8gOie7vWEY2LdvH6ampuT3allcYmu0da7neUilUmi1Wl2yUqlUUi2v0/HcFpS5V73EBHCuHAVjjAuxOX8/XwpAD0AIQEhgK93RerrRaMz29/f7rVbLGRoakgBUKQBZ+VQVT12FlmVh3759mJ2dRRRFyOfzksQSEqjnSdRAR4KNEKAX8PVOCOr7Pvr7+3HttdeiUCh0IQBjTKp0+lY66vtSjCUhRLvdFo1G41S8kDysUVta7TTnehYaeaQvTpk4YN3q1ymAjd5IkA7DsA7gTKPR2E0aA9nG1dWvb4pAFkcS3nbu3Inx8XFZXFoFvN6TEEFVO1XBkI4EeB0BkjaMpCMAlEolRFGE3bt344orruiyHKomdP35dJnEcRwsLi7K2Itms7nged4KOlQ1SphjQoIQazkmZowAnDHGNqMC50sB9NXfq9qK3s1Go3Eil8vtXl5exo4dOwAgcRcRVW1STbFCCOTzebzhDW/A9PS0tBno6mQSIugCYhICJAl8KvD1TSIp2EIIIUn6/v37kc/npfuV7kNygs5+dOTzPA8LCwsymbNarR6N591W5xLdCy9QviMkoPBMPWblwhBAWf0q/08qu9OrJE+qXC7Pjo6OhrOzs9ZNN920bu8/1bSrfq9OlG3b2LVrF86cOSO3V1MdLCoSqMjQCwHIPE2WtiTST4C3rLWt4FQBlGIhRkdHsXPnTunipXskWRZJplGpVCaTwezsrDT5+r7vra6unkJHsG6im+puNPf0vygG3YZUYKsUgCKpkmQA/cZJUV1WEARVz/MWyuXy5Pz8PK666ipCrkTvmgos8soBkNusUJSyuvp1g08SJdBlgV7qHq1+0zSl/4MEM9VBROFyV155JYrF4rr/kixACEPvoiIi/ff48ePS2lgul09wzpvozpDT2bCRMPcqBdjUFLrV5LSkGycV8tqoKBavVCqnhRA4fPiwnEj1qDaVj6qAy2QymJyclOlPSY4hVZ5Qha0kC+Fmv1nW2tZtJIyq3kbKwtm1a9c6n0SSsKm/I1lLz507h7m5OQgh4HletLS0dAzrF6g+p/qi7AWDnm2rFEAdSL9xL4DL96R7lcvl2ZGRkejMmTPm9PS0dCRtZm3TDTcTExM4ffo0PM9DNpvtmmzbtnH27FlMTExgampKfqe7ifWm3l/l+0IIzM/P49lnn8WePXu67AhUrn14eBjDw8OSlRDi0mfd2qhSHaDjAzl06JBkN+Vyedb3/RKSM8x0mCT1LadnXIgaqANZv1FXDoNyNIIgKNVqtbn+/v5t//RP/4TR0VFMTk528Vwik+okkTBINnoqUlWr1VAsFmGaZhfCFItFfP3rX5c7kavuZN17mKT+AZCqned5OH36NG6//XbkcjlUq1X5fwqX3759e1f4dS8VU9cyYj89nn32WZw6dUo62BYXFyl0i4KJ1bhUNSZVjUvdbCEmtouxZ5D+QARw6qqRwlpcXHwhl8tNNBoN85FHHsGdd96JiYkJyW/VyUmiAkIIaQ4+e/aslMbpmiAI0NfXh/e///1YXFzsWvHkhQQgC1zQ9wCkh44MN+SifdOb3oTBwUGUy2V5H4q6SafTmJiY6JL0qSVZFVXLouM4OHr0KJ588kn57KurqzOe5y2iA7wI65FAGnt6dGA9tejZLgQBeq1wHfD0sGStCgG4nuctzczM/HDHjh1vrVar7ve+9z28613vwpVXXtm1XYwqNCXZ78fHx3Hy5Em53Ypql/c8D/l8HmNjY11eP9VNTIgAdKuAquRPVjvy/KnAowCObdu2ScOP6ojqFUSi2jVefPFFPPnkk3KX8EqlUp2bm3s+nstAmTfqusVPpQq9kGHDdj5agL66N1vtIbqBT92p1+uz09PTP9i1a9cthUKh70c/+hFarRb2798vpWCVJehevCiKZMXSWq0mAaBSDoqWJX6uagOqBJ60OlV/P+n8OhAp/GrHjh1yHF211FVK2hau1WrhhRdewOHDh9VsnvLJkyefjCV/tUqeWi1PRQQdCXREALaABFvVAmgg/YY60HWA6y9BJkz4vl86evToE/Pz87MAcPToUTz77LOoxSnmqs2dVg01zrlkAxRGpYdqJQmUuhsXWG8G1r9L4tuUl9ff34+RkREJWH1MFQHou9nZWTzzzDM4c+aMjA+YnZ09Oz09/eMoimrxXPpK74UEOkVIog6bUoLzUQPVFa/yJv2hkoDvo9tj5QPgQgjv5Zdf/slLL730ihCd4IYXX3wRi4udBFbV5ZoEHJIdyBOnA179P53rY6hNNQolIQ6NTUEv27Ztk+qhbtVTkRfoBMocO3YMr7zyinT7ViqV9sGDBw9OT0//RAjRiufNi+dK7TpCJM13pPUtsYILZQEEeBPdSEBmSd1MrFqr1tkRpqenjzYajfrtt9++v1gsOqdPn0YURZicnJRmUd2NG4ZhFxugPIMkCkCAUY9dL7eF1a9GB1F2FHn91HEAdN2bc46VlRVp5SMB8+WXX557+umnp33fr8RzGqADfL0nIYFKGZIQQNcYerYtUYD4xVR+r69+WuU6qW8rL6G/WEs553Nzc+e+8Y1vPHPq1KkK5bfNzc2h1WolagVRFCGVSmFkZASUvqYHaSTZF1RA9TpPupY6ZUSPjo5K2UNtKrJ4nofFxUUsLS3JTN35+fnmI488cvBHP/rRId/36/F86vPR6zyJGuhUoUtL2MAKDODCaxQQ8HVDkG6uTDrXOz1hqlarVb785S8/22q1rrrtttvGfd/H8vIyAKBQKHR512iyx8fHcfr0abRaLaTT6Z7AB5JXuny5BAqgUwKKTYyizo4p6nV0Tv+jMPBmsykzfn7wgx+c/e53v3siDEMS9Gh1E5BbCV2nBjoiEPDpeF4UYMsIEEu5RAWANUlVbb0MRUmWQV2VlBj79a9//WC5XK7fddddb1CDLSjxlFTDIAikUajRaKCvry9R8KPnT3ifnkiRhAS042mhUMDo6Ki0FKqN1MZ6vQ7GOlvBP//889WvfvWrx48dO7aszFsvqtir0+9J8oFKASTwN1v9wPnbAXQEAHqbfzfrSTYEYi3uP/zDP0wvLy837rnnnmu2b99uU4IF5RmQuui6LoaHhzE3N9e1yWIS21CBqXoak6hBkhRPoVy7du2igI2uyaGcgCAIkEqlsLi4yP/2b//21MMPPzyDDrCoqPlGLHEjCqALiL3I/5ZWP7B1LUBODLrZgKqvEklSX6gZ9wbWSvmqvab0uvK/JoDghRdeOPsHf/AHTx08eLBE2bO+73dpBpxzjI2NSZ6r8uAkcr6REKgjjPpbGIayMhppHyp7IKMRYwypVArPPfdc+Xd+53eeffjhh6fj+fCx8TyoR5qLpnJsohspksj/ea1+4AIsgTHpTAo5SlrhSULjVlRHaTlcWFhY+eQnP/nUr//6r+/54Ac/uIv4KQDpqi0Wi8hms2g2mygWiz0l+o1Ygvp+uuBICNBqtTA0NCTLr6jjcs4phTv60pe+dOJv/uZvTmNt6wMSiDcThnVSrwt/SateJ/18q8AHLtAXoCABkf0kvr6RSbiXgcjXPlOkcfRXf/VXBw8ePLj8wAMPXLN3794sZR4J0XGnDg0NYX5+XvLlJFVQfX79vJfwR0dyP4+Pj3eZejnnMnrphz/84fLnP//5V06ePFmK50HXhlSAqsBOIvNJUj9F/RJi6VbBLa98ahfsDNKEwo0QIGnFJ6mL6ipJa8cUAPfJJ588fffdd698+tOf3n/gwIFtQqxtrjw8PIxz587JfLtexqOtvpsuB7RaLWSzWZmLR2Pl83mcO3fO/8u//MtXvvKVr5zGGlBUXq0DvZe+30vvVzdOSQL8BQEfeJXeQJIJYuMMWZ9UISSJAqiApwhXmoS0cp5CZ8LSWKMEqUaj4X/iE5944qmnntr5sY997Prx8fGU53koFArIZrMyJ5Geb6urv9f/gbXUrNHRUSn8USnWxx577OznPve5w+fOnVMNOjrwNwI6/SfJWpqk4ukGH3FBkI/bBaeGrRuogwR6yBgd1aBGPXLY1XpK6+mE71wAbGxsrPiZz3zmZ97xjndsNwwDR48excLCAoaGhtDX17cu4pgifdTAEN1pk5QHuLKygkajgT179qBQKMCyLJw4caL2Z3/2Zwe/853vzGANILqK1muFJ/H1zWz/us3/gld9F9wuFgLIATuIkBQ2lpRIooeQb4QIKe17qgVtffjDH953zz33vNl1Xffo0aMy/YwKTelJJ+QZVJNAyfmkAp8qcDWbTWQyGezduxelUin69re//dKDDz74YqvVorq7KiD1la2T9l4kfiOvX5Lnb8ssbUN4XWwEkAOvzyPQo1pVZKDExyRkSPU4UncAiJ07d47ce++9Nw4PD185ODiYzeVyXanjKgVIQgDOeVcMgJqvF2cmB0ePHj32p3/6py+89NJLC/G7EV/WZZgkoNPvKgvsBXRdp78gCX8r7ZIhALCOLfSKKNapgo4MOovQga/uMcHy+fzA/v37h/L5vJvP5910Om27rmtalmWYpsls2zYzmYyZSqVM27YN0zQNzjtZVDEyiHa7HYVhKJrNZlir1dr1et1/7rnn5k+cOLGINflmIyFWP09a6UmOHN2Wr5L6SwKoS4oA8ibrEUHPL7CwtjsMyQuECGoCqqOdq9/RfymM2kK3LJIUMUtN12J0y6Rqrla3MdRVNBUheq30XgKdDvgu8/ilapcFAeTN1uQDmvxese1JskISdVC/U7vqhlbHToqYVW0ZvRBgMxtG0nGjlZ4UwNF1/0sKdaVdVgSQN+3ONAJ6C41JqWdJwNaPevwBHXUE2Mh/oSNAr2inpPNewRobxfPJZ7isi/K1QAB58zVEALplBJVFEGvYLB8xKW1qs4SJXpZM3YaxmTk7Qu9VvqXYvcsKdaW9pggASCQANkaEJMqw0eetAF6gmwIAG3sse8XfJX2mc30M3WoKXOYVr7fXHAGoJVCDraRAbdSTAlGQcAS6Xacbua+32pPc3V33eE2hrrTXDQIAXdqCLqQlATMJyJulqvXKZqKmswL1XAdmEoDXCXN4na14vb2uEICaggi9jpt1JJwj4TypJVED9TwJsJsCHbg4lruL3V6XCKC3HghB5xut7vMBvNp0JNDPNzsCr7OV3qtdjNzAy9XUSdal9yTg6t+dDwKoY+vnW/rPTwNg39vLAAAACUlEQVTwAeD/Bzu42eslbTYyAAAAAElFTkSuQmCC

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''Mark Robbins'' is an independent developer of web technology and .NET applications with over 20 years programming experience.
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[[Skills Chart]] &bull; [[Contact Mark]]

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<pre><span>    </span><span style="color:#363250;">// Z_DOT struct bgmenu::_     ::conceptboard.js z.65481237001251301.2014.11.01.20.20.18.456|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">bgmenu</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _styles():object ::bgmenu::_ ::conceptboard.js z.21978437002251301.2014.11.02.20.24.47.912|-?</span>
<span>          </span><span style="color:#b2b2b2;">_styles</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">=</span><span style="color:#939300;">&quot;\n&quot;</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu div .cxtmenu-item.hover .cxtmenu-content{color:#aaffff;text-shadow:0px 0px 2px #004444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu .cxtmenu-item .cxtmenu-content .fa{font-size:20px;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu .cxtmenu-item .cxtmenu-content .text{font-size:20px;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//s+='.cxtmenu .cxtmenu-item .cxtmenu-content .icon{font-size:20px;}';</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu .tips{pointer-events:none;color:#cccccc;background-color:rgba(0,0,0,0.5);border:1px solid #0000ff;border-radius:5px;box-shadow:inset 0px 0px 6px #0000ff;margin-top:4px;font-size:12px;padding-left:5px;padding-right:5px;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.ZoomTool       .fa{opacity:0.4;transition:2000ms;color:#666666;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.ZoomTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.PanTool       .fa{opacity:0.4;transition:2000ms;color:#666666;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.PanTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.SelectTool       .fa{opacity:0.4;transition:2000ms;color:#6666aa;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.SelectTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.EraseTool       .fa{opacity:0.4;transition:2000ms;color:#aa0000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.EraseTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.ScribbleTool       .fa{opacity:0.4;transition:2000ms;color:#880088;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.ScribbleTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.HighlightTool       .fa{opacity:0.4;transition:2000ms;color:#888800;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.HighlightTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.CommentTool       .fa{opacity:0.4;transition:2000ms;color:#0088AA;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.CommentTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.TextTool       .fa{opacity:0.4;transition:2000ms;color:#00AACC;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.TextTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.StickynoteTool       .fa{opacity:0.4;transition:2000ms;color:#AA8800;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.StickynoteTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.HeadlineTool       .fa{opacity:0.4;transition:2000ms;color:#00CCFF;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.HeadlineTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.FreehandTool       .fa{opacity:0.4;transition:2000ms;color:#CCFF00;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.FreehandTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.ArrowTool       .fa{opacity:0.4;transition:2000ms;color:#88AA00;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.ArrowTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.LineTool       .fa{opacity:0.4;transition:2000ms;color:#669900;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.LineTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.RectangleTool       .fa{opacity:0.4;transition:2000ms;color:#660099;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.RectangleTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.CircleTool       .fa{opacity:0.4;transition:2000ms;color:#8800AA;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.cxtmenu-item.CircleTool.hover .fa{opacity:1.0;transition:250ms;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">s</span><span>,</span><span style="color:#b2b2b2;">name</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'bgmenu'</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">// return {style,&lt;name&gt;}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_styles</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _selector:string ::bgmenu::_ ::conceptboard.js z.93306806002251301.2014.11.02.16.54.20.339|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_selector</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#padViewport'</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _wrapperClass:string ::bgmenu::_ ::conceptboard.js z.88921906002251301.2014.11.02.16.55.12.988|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_wrapperClass</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _noStyle:boolean ::bgmenu::_ ::conceptboard.js z.78426116002251301.2014.11.02.16.59.22.487|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_noStyle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _commands:array[object] ::bgmenu::_ ::conceptboard.js z.47758116002251301.2014.11.02.16.59.45.774|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_commands</span><span style="color:#ff00ff;">:[]</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct _defMenuStyle::bgmenu::_ ::conceptboard.js z.44552216002251301.2014.11.02.17.00.25.544|struct</span>
<span>          ,</span><span style="color:#b2b2b2;">_defMenuStyle</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// Z_DOT var menuRadius:Number ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.37907216002251301.2014.11.02.17.01.10.973|+,</span>
<span>              </span><span style="color:#b2b2b2;">menuRadius</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">100</span>
<span>            </span><span style="color:#363250;">// Z_DOT var maxSpotlightRadius:Number ::_defMenuStyle::bgmenu::_  ::conceptboard.js z.15611316002251301.2014.11.02.17.01.51.651|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">maxSpotlightRadius</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">20</span>
<span>            </span><span style="color:#363250;">// Z_DOT var spotlightPadding:Number ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.12523316002251301.2014.11.02.17.02.12.521|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">spotlightPadding</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">10</span>
<span>            </span><span style="color:#363250;">// Z_DOT var fillColor:color ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.32549316002251301.2014.11.02.17.03.14.523|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">fillColor</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'rgba(20,20,20,0.25)'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var activeFillColor:color ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.19262416002251301.2014.11.02.17.03.46.291|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">activeFillColor</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'rgba(0,0,100,0.3)'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var activeStrokeColor:color ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.51585416002251301.2014.11.02.17.04.18.515|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">activeStrokeColor</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'rgba(0,40,150,0.8)'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var itemColor:color ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.04747416002251301.2014.11.02.17.04.34.740|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">itemColor</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'rgba(0,100,150,1)'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var activePadding:Number ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.65489416002251301.2014.11.02.17.04.58.456|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">activePadding</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">5</span>
<span>            </span><span style="color:#363250;">// Z_DOT var indicatorSize:Number ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.46772516002251301.2014.11.02.17.05.27.764|+,</span>
<span>               </span><span style="color:#404040;">/// the inner pter</span>
<span>              ,</span><span style="color:#b2b2b2;">indicatorSize</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">15</span>
<span>            </span><span style="color:#363250;">// Z_DOT var zIndex:Number ::_defMenuStyle::bgmenu::_ ::conceptboard.js z.79164516002251301.2014.11.02.17.05.46.197|+,</span>
<span>               </span><span style="color:#404040;">/// the z-index of the ui div</span>
<span>              ,</span><span style="color:#b2b2b2;">zIndex</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#8080ff;">99999</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#363250;">//-_defMenuStyle</span>
<span>          </span><span style="color:#363250;">//</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct _cmdIcons::bgmenu::_ ::conceptboard.js z.29061616002251301.2014.11.02.17.06.56.092|struct</span>
<span>          ,</span><span style="color:#b2b2b2;">_cmdIcons</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// Z_DOT var ZoomTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.81556616002251301.2014.11.02.17.07.45.518|+,</span>
<span>              </span><span style="color:#b2b2b2;">ZoomTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-magnifier-plus'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var PanTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.34872716002251301.2014.11.02.17.08.47.843|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">PanTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-hand'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var SelectTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.09005716002251301.2014.11.02.17.09.10.090|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">SelectTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-select'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var EraseTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.35160816002251301.2014.11.02.17.10.06.153|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">EraseTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-eraser'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var ScribbleTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.06632816002251301.2014.11.02.17.10.23.660|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">ScribbleTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-scribble'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var HighlightTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.74014816002251301.2014.11.02.17.10.41.047|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">HighlightTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-highlighter'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var CommentTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.49296816002251301.2014.11.02.17.11.09.294|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">CommentTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-comment'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var LineTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.48038816002251301.2014.11.02.17.11.23.084|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">LineTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-line'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var ArrowTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.27740916002251301.2014.11.02.17.11.44.772|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">ArrowTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-arrow'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var FreehandTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.50922916002251301.2014.11.02.17.12.02.905|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">FreehandTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-freeLine'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var RectangleTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.12273916002251301.2014.11.02.17.12.17.221|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">RectangleTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-rectangle'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var CircleTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.06115916002251301.2014.11.02.17.12.31.160|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">CircleTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-ellipse'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var TextTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.26508916002251301.2014.11.02.17.13.00.562|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">TextTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-text'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var StickynoteTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.43849916002251301.2014.11.02.17.13.14.834|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">StickynoteTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-postit'</span>
<span>            </span><span style="color:#363250;">// Z_DOT var HeadlineTool:string ::_cmdIcons::bgmenu::_ ::conceptboard.js z.05371026002251301.2014.11.02.17.13.37.350|+,</span>
<span>              ,</span><span style="color:#b2b2b2;">HeadlineTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-headline'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#363250;">//-_cmdIcons</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct _menuStyle:::bgmenu::_ ::conceptboard.js z.36426026002251301.2014.11.02.17.14.22.463|struct</span>
<span>          ,</span><span style="color:#b2b2b2;">_menuStyle</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#363250;">//-_menuStyle</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _getMenuStyle():object ::bgmenu::_ ::conceptboard.js z.24670126002251301.2014.11.02.17.15.07.642|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_getMenuStyle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">inheritFrom</span><span>(</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_defMenuStyle</span><span>,</span><span style="color:#b2b2b2;">o</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">inheritFrom</span><span>(</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_menuStyle</span><span>,</span><span style="color:#b2b2b2;">o</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#363250;">//-_getMenuStyle</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _getIcon(cmdicon):string ::bgmenu::_ ::conceptboard.js z.31956126002251301.2014.11.02.17.16.05.913|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_getIcon</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">cmdicon</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_cmdIcons</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">rv</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">cmdicon</span><span style="color:#ff00ff;">];</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">rv</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">rv</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'fa-square-o'</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">rv</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#363250;">//-_getIcon</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _makeCmd(o):object ::bgmenu::_ ::conceptboard.js z.79620226002251301.2014.11.02.17.16.42.697|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_makeCmd</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">o</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// o: color id icon itemClass title</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cmd_id</span><span>,</span><span style="color:#b2b2b2;">t</span><span>,</span><span style="color:#b2b2b2;">cmdicon</span><span>,</span><span style="color:#b2b2b2;">itemClass</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">colorInner</span><span>,</span><span style="color:#b2b2b2;">colorOuter</span><span>,</span><span style="color:#b2b2b2;">colorBorder</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//var cc=new tinycolor(color);</span>
<span>              </span><span style="color:#363250;">//console.info('color-additions');</span>
<span>              </span><span style="color:#363250;">//(new tinycolor('#3333aa')).brighten(15).setAlpha(.75).toString()</span>
<span>              </span><span style="color:#363250;">//noinspection JSPotentiallyInvalidConstructorUsage</span>
<span>              </span><span style="color:#b2b2b2;">colorBorder</span><span style="color:#ff00ff;">=</span><span>(</span><span style="color:#ff00ff;">new</span><span> </span><span style="color:#3a7474;">tinycolor</span><span>(</span><span style="color:#b2b2b2;">color</span><span>))</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">brighten</span><span>(</span><span style="color:#8080ff;">15</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">setAlpha</span><span>(</span><span style="color:#ff00ff;">.</span><span style="color:#8080ff;">75</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">toString</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSPotentiallyInvalidConstructorUsage</span>
<span>              </span><span style="color:#b2b2b2;">colorInner</span><span style="color:#ff00ff;">=</span><span>(</span><span style="color:#ff00ff;">new</span><span> </span><span style="color:#3a7474;">tinycolor</span><span>(</span><span style="color:#b2b2b2;">color</span><span>))</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">darken</span><span>(</span><span style="color:#8080ff;">20</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">setAlpha</span><span>(</span><span style="color:#b0b0ff;">0.1</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">toString</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSPotentiallyInvalidConstructorUsage</span>
<span>              </span><span style="color:#b2b2b2;">colorOuter</span><span style="color:#ff00ff;">=</span><span>(</span><span style="color:#ff00ff;">new</span><span> </span><span style="color:#3a7474;">tinycolor</span><span>(</span><span style="color:#b2b2b2;">color</span><span>))</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">setAlpha</span><span>(</span><span style="color:#b0b0ff;">0.7</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">toString</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//tinycolor('red').brighten(20).setAlpha(.75).toString()</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">cmd_id</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">cmdicon</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">itemClass</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">itemClass</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">cmdicon</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">cmdicon</span><span style="color:#ff00ff;">=undefined;</span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=undefined;</span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sz</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'fa-2x'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#363250;">// cxtmenu-item  &lt;itemClass&gt;</span>
<span>            </span><span style="color:#363250;">// cxtmenu-content</span>
<span>            </span><span style="color:#363250;">// span.icon|span.fa span.text</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#363250;">// .cxtmenu-item.ZoomTool .fa{}</span>
<span>            </span><span style="color:#363250;">// .cxtmenu-item.ZoomTool .fa{}</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">spans</span><span>(</span><span style="color:#b2b2b2;">so</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">txt</span><span>,</span><span style="color:#b2b2b2;">icon</span><span>,</span><span style="color:#b2b2b2;">fa</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">fa</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fa</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//title=so.title;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">txt_</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ico_</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">txt_</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'&lt;span class=&quot;text&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">txt_</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&lt;/span&gt;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">fa</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">icon</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">ico_</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'&lt;span class=&quot;icon&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">ico_</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&lt;/span&gt;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">ico_</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'&lt;span class=&quot;fa '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">fa</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">ico_</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;&lt;/span&gt;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">ico_</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">txt_</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-spans</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">title</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">t_val</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">!==undefined</span>
<span>              ,</span><span style="color:#b2b2b2;">i_val</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">cmdicon</span><span style="color:#ff00ff;">!==undefined</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">null</span><span style="color:#ff00ff;">===</span><span style="color:#2b2bff;">false</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t_val</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">i_val</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fa</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_getIcon</span><span>(</span><span style="color:#b2b2b2;">cmdicon</span><span>)</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">sz</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> ((</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t_val</span><span>)</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">i_val</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fa</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_getIcon</span><span>(</span><span style="color:#b2b2b2;">cmdicon</span><span>)</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">sz</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t_val</span><span style="color:#ff00ff;">&amp;&amp;</span><span>(</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">i_val</span><span>)) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> ((</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t_val</span><span>)</span><span style="color:#ff00ff;">&amp;&amp;</span><span>(</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">choose</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">i_val</span><span>)) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">cmd_id</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#3a7474;">spans</span><span>(</span><span style="color:#b2b2b2;">so</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//console.log('menu s',s);</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">cmd_id</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">cmd_id</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_id</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">cmd_id</span>
<span>              ,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">color</span>
<span>              ,</span><span style="color:#b2b2b2;">colorInner</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">colorInner</span>
<span>              ,</span><span style="color:#b2b2b2;">colorOuter</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">colorOuter</span>
<span>              ,</span><span style="color:#b2b2b2;">colorBorder</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">colorBorder</span>
<span>              ,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">title</span>
<span>              ,</span><span style="color:#b2b2b2;">itemClass</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">itemClass</span>
<span>              ,</span><span style="color:#b2b2b2;">content</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">s</span>
<span>              ,</span><span style="color:#2b2bff;">select</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">bg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">menu_item_clicked</span><span>(</span><span style="color:#b2b2b2;">cmd_id</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_makeCmd</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _getCmds():array ::bgmenu::_ ::conceptboard.js z.24134226002251301.2014.11.02.17.17.23.142|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_getCmds</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">=[];</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">&lt;</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_commands</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">+=</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_commands</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">itemClass</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cmd2</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_makeCmd</span><span>(</span><span style="color:#b2b2b2;">cmd</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">push</span><span>(</span><span style="color:#b2b2b2;">cmd2</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_getCmds</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _obj():object ::bgmenu::_ ::conceptboard.js z.64170326002251301.2014.11.02.17.18.27.146|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_obj</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">selector</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_selector</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">wrapperClass</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_wrapperClass</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">noStyle</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_noStyle</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">commands</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_getCmds</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_getMenuStyle</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">inheritFrom</span><span>(</span><span style="color:#b2b2b2;">style</span><span>,</span><span style="color:#b2b2b2;">o</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#363250;">//-obj</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _makeMenu():void ::bgmenu::_ ::conceptboard.js z.84038226002251301.2014.11.02.17.18.03.048|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_makeMenu</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// .cxtmenu-item.ZoomTool .fa{opacity:0.4;color:#666666;}</span>
<span>            </span><span style="color:#363250;">// .cxtmenu-item.ZoomTool.hover .fa{opacity:1.0;color:#666666;}</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_commands</span><span style="color:#ff00ff;">=[</span>
<span>            </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'ZoomTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'ZoomTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Zoom Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#666666'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'PanTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'PanTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Pan Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#666666'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'SelectTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'SelectTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Select Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#6666AA'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'EraseTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'EraseTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Erase Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#AA0000'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'ScribbleTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'ScribbleTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Scribble Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#880088'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'HighlightTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'HighlightTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Highlight Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#888800'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'CommentTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'CommentTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Comment Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#0088AA'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'LineTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'LineTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Line Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#669900'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'ArrowTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'ArrowTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Arrow Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#88AA00'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'FreehandTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'FreehandTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Freehand Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#CCFF00'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'RectangleTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'RectangleTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Rectangle Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#660099'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'CircleTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'CircleTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Circle Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#8800AA'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TextTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TextTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Text Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#00AACC'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'StickynoteTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'StickynoteTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Sticky Note Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#AA8800'</span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'HeadlineTool'</span><span>,</span><span style="color:#b2b2b2;">icon</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'HeadlineTool'</span><span>,</span><span style="color:#b2b2b2;">title</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Activate Headline Tool'</span><span>,</span><span style="color:#b2b2b2;">color</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#00CCFF'</span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">];</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_obj</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_selector</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cMenu</span><span>(</span><span style="color:#b2b2b2;">m</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_makeMenu</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd init():void ::bgmenu::_ ::conceptboard.js z.66106426002251301.2014.11.02.17.21.00.166|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_makeMenu</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-init</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-bgmenu</span>
<span>      </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct cmd::_        ::conceptboard.js z.70612137008151301.2014.10.30.20.18.41.607|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _init():void ::cmd::_ ::conceptboard.js z.44687831009151301.2014.10.31.03.51.18.644|-!</span>
<span>          </span><span style="color:#b2b2b2;">_init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xxx</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'xxx'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">inits</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">protos</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">inits</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">jquery_addons</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'#zenbox_tab'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'display'</span><span>,</span><span style="color:#7a7b62;">'none'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">inits</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">dom_hook</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">inits</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">key_hook</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">inits</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">mouse_hook</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">inits</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">styles</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#b2b2b2;">_</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">!==</span><span style="color:#7a7b62;">'object'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'i.init()'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//_.inits.watches();</span>
<span>            </span><span style="color:#363250;">//_.inits.see();</span>
<span>            </span><span style="color:#363250;">//_.inits.status();</span>
<span>            </span><span style="color:#363250;">//_.inits.bgmenu();</span>
<span>            </span><span style="color:#363250;">//_.inits.hud();</span>
<span>            </span><span style="color:#363250;">//_.inits.cursor_tool();</span>
<span>            </span><span style="color:#b2b2b2;">Textbox</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update_css_all</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//$('head').append('&lt;link rel=&quot;stylesheet&quot; href=&quot;http://mra.dnsalias.net/css/conceptboard-qtip.css&quot; type=&quot;text/css&quot; /&gt;');</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">qtip</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zdots_update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">5000</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_init</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _refresh_all_cache():void ::cmd::_ ::conceptboard.js z.57368931009151301.2014.10.31.03.53.06.375|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_refresh_all_cache</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">timers</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">refresh_all_cache</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">timers</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">refresh_all_cache</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">timers</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">refresh_all_cache</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">null</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_refresh_all</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">1000</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_refresh_all_cache</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _refresh_all():void ::cmd::_ ::conceptboard.js z.85282041009151301.2014.10.31.03.53.48.258|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_refresh_all</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">Textbox</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update_css_all</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">Textbox</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update_html_all</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zdots</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">filerefs</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">textbox_colors</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">handles</span><span>(</span><span style="color:#ff00ff;">undefined</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edits</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">first</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">first</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">Textbox</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update_html_hides_all</span><span>(</span><span style="color:#2b2bff;">true</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">Textbox</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update_html_hides_all</span><span>(</span><span style="color:#2b2bff;">false</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_refresh_all</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _maybe_dyn_css_chg():void ::cmd::_ ::conceptboard.js z.59556041009151301.2014.10.31.03.54.25.595|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_maybe_dyn_css_chg</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">val_</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">val_</span><span style="color:#ff00ff;">===</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editVal</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">val_</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">split</span><span>(</span><span style="color:#939300;">&quot;\n&quot;</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">po</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">Textbox</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_meta_obj_from_array</span><span>(</span><span style="color:#b2b2b2;">a</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">po</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">!==</span><span style="color:#7a7b62;">'css'</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//console.log('po',po);</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">css</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">Textbox</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_filtered_array</span><span>(</span><span style="color:#b2b2b2;">a</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">join</span><span>(</span><span style="color:#939300;">&quot;\n&quot;</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">updateNamedStyle</span><span>(</span><span style="color:#b2b2b2;">css</span><span>,</span><span style="color:#b2b2b2;">po</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">i</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_maybe_dyn_css_chg</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _swap_select_and_browse():void ::cmd::_ ::conceptboard.js z.50516018009151301.2014.10.31.22.31.01.505|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_swap_select_and_browse</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span><span style="color:#363250;">//+ unused</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#7a7b62;">'Select'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Browse'</span>
<span>              ,</span><span style="color:#7a7b62;">'Browse'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Select'</span>
<span>              ,</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Select'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">at</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'at'</span><span>,</span><span style="color:#b2b2b2;">at</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">want</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">at</span><span style="color:#ff00ff;">]?</span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">at</span><span style="color:#ff00ff;">]:</span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'want'</span><span>,</span><span style="color:#b2b2b2;">want</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">want</span><span style="color:#ff00ff;">].</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_swap_select_and_browse</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_simple_app_menu_li(i):void ::cmd::_ ::conceptboard.js z.50648060001251301.2014.11.01.01.41.24.605|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_simple_app_menu_li</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">//+unused</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.tool-app-menu.simple-app-menu&gt;li'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">eq</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_simple_app_menu_li</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_xmenu_item(n,names,tool):void ::cmd::_ ::conceptboard.js z.43635145001251301.2014.11.01.15.02.33.634|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_xmenu_item</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">n</span><span>,</span><span style="color:#b2b2b2;">names</span><span>,</span><span style="color:#b2b2b2;">tool</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">names</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">split</span><span>(</span><span style="color:#7a7b62;">' '</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">toLowerCase</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#ff00ff;">===-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">throw</span><span> </span><span style="color:#939300;">&quot;Invalid param&quot;</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">Text</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">is</span><span>(</span><span style="color:#7a7b62;">':visible'</span><span>)) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_top_create</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_tool</span><span>(</span><span style="color:#b2b2b2;">tool</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>              </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.tool-app-menu.simple-app-menu&gt;li'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">eq</span><span>(</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">n</span><span>))</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">250</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_xmenu_item</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_textmenu_item():void ::cmd::_ ::conceptboard.js z.39877380001251301.2014.11.01.02.19.37.893|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_textmenu_item</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_xmenu_item</span><span>(</span><span style="color:#b2b2b2;">n</span><span>,</span><span style="color:#7a7b62;">'textbox stickynote headline'</span><span>,</span><span style="color:#7a7b62;">'Text_'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_textmenu_item</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_shapemenu_item():void ::cmd::_ ::conceptboard.js z.60745480001251301.2014.11.01.02.20.54.706|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_shapemenu_item</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_xmenu_item</span><span>(</span><span style="color:#b2b2b2;">n</span><span>,</span><span style="color:#7a7b62;">'rectangle circle'</span><span>,</span><span style="color:#7a7b62;">'Shapes_'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_shapemenu_item</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_linemenu_item():void ::cmd::_ ::conceptboard.js z.10394580001251301.2014.11.01.02.22.29.301|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_linemenu_item</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_xmenu_item</span><span>(</span><span style="color:#b2b2b2;">n</span><span>,</span><span style="color:#7a7b62;">'line arrow freehand'</span><span>,</span><span style="color:#7a7b62;">'Lines_'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_linemenu_item</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_review_item():void ::cmd::_ ::conceptboard.js z.15642190001251301.2014.11.01.02.32.04.651|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_review_item</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">scribble</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Scribble'</span>
<span>              ,</span><span style="color:#b2b2b2;">highlight</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Highlight'</span>
<span>              ,</span><span style="color:#b2b2b2;">comment</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Comment'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">]===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">throw</span><span> </span><span style="color:#939300;">&quot;invalid param&quot;</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">]];</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">is</span><span>(</span><span style="color:#7a7b62;">':visible'</span><span>)) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_top_review</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_review_item</span>
<span>          ,</span><span style="color:#b2b2b2;">__unused_properties</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">__unused_properties</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_zoom</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_scribble</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_highlight</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_comment</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_line</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_arrow</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_freehand</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_rectangle</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_circle</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_textbox</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_stickynote</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_headline</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_top_browse</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">select_top_insert</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-__unused_properties</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_zoom():void ::cmd::_ ::conceptboard.js z.61506280002251301.2014.11.02.02.17.40.516|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_zoom</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_tool</span><span>(</span><span style="color:#7a7b62;">'ZoomTool'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_zoom</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_erase():void ::cmd::_ ::conceptboard.js z.02607418009151301.2014.10.31.22.37.50.620|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_erase</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_tool</span><span>(</span><span style="color:#7a7b62;">'Erase'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_erase</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_select():void ::cmd::_ ::conceptboard.js z.43200338009151301.2014.10.31.23.08.20.234|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_select</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_tool</span><span>(</span><span style="color:#7a7b62;">'Select'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_select</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_browse():void ::cmd::_ ::conceptboard.js z.50932348009151301.2014.10.31.23.25.23.905|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_browse</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_tool</span><span>(</span><span style="color:#7a7b62;">'Browse'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_browse</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_scribble():void ::cmd::_ ::conceptboard.js z.68353390001251301.2014.11.01.02.35.35.386|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_scribble</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_review_item</span><span>(</span><span style="color:#7a7b62;">'scribble'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_scribble</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_highlight():void ::cmd::_ ::conceptboard.js z.02989390001251301.2014.11.01.02.36.38.920|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_highlight</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_review_item</span><span>(</span><span style="color:#7a7b62;">'highlight'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_highlight</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_comment():void ::cmd::_ ::conceptboard.js z.16414490001251301.2014.11.01.02.37.21.461|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_comment</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_review_item</span><span>(</span><span style="color:#7a7b62;">'comment'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_comment</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_line():void ::cmd::_ ::conceptboard.js z.14363180001251301.2014.11.01.02.15.36.341|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_line</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_linemenu_item</span><span>(</span><span style="color:#7a7b62;">'line'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_line</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_arrow():void ::cmd::_ ::conceptboard.js z.90798180001251301.2014.11.01.02.16.29.709|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_arrow</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_linemenu_item</span><span>(</span><span style="color:#7a7b62;">'arrow'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_arrow</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_freehand():void ::cmd::_ ::conceptboard.js z.25003280001251301.2014.11.01.02.17.10.052|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_freehand</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_linemenu_item</span><span>(</span><span style="color:#7a7b62;">'freehand'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_freehand</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_rectangle():void ::cmd::_ ::conceptboard.js z.22383470001251301.2014.11.01.02.03.58.322|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_rectangle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_shapemenu_item</span><span>(</span><span style="color:#7a7b62;">'rectangle'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_rectangle</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_circle():void ::cmd::_ ::conceptboard.js z.18106770001251301.2014.11.01.02.09.20.181|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_circle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_shapemenu_item</span><span>(</span><span style="color:#7a7b62;">'circle'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_circle</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_textbox():void ::cmd::_ ::conceptboard.js z.69228148009151301.2014.10.31.23.23.02.296|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_textbox</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_textmenu_item</span><span>(</span><span style="color:#7a7b62;">'textbox'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_textbox</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_stickynote():void ::cmd::_ ::conceptboard.js z.42563760001251301.2014.11.01.01.52.16.524|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_stickynote</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_textmenu_item</span><span>(</span><span style="color:#7a7b62;">'stickynote'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_stickynote</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_headline():void ::cmd::_ ::conceptboard.js z.84090070001251301.2014.11.01.01.56.49.048|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_headline</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_textmenu_item</span><span>(</span><span style="color:#7a7b62;">'headline'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_headline</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_top_browse():void ::cmd::_ ::conceptboard.js z.38007150001251301.2014.11.01.01.26.10.083|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_top_browse</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">TopBrowse</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_top_browse</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_top_review():void ::cmd::_ ::conceptboard.js z.23499150001251301.2014.11.01.01.26.39.432|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_top_review</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">TopReview</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_top_review</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_top_create():void ::cmd::_ ::conceptboard.js z.76591250001251301.2014.11.01.01.26.59.567|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_top_create</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">TopCreate</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_top_create</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_top_insert():void ::cmd::_ ::conceptboard.js z.42354250001251301.2014.11.01.01.27.25.324|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_top_insert</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">TopInsert</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_top_insert</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_tool(n):void ::cmd::_ ::conceptboard.js z.38079818009151301.2014.10.31.22.44.57.083|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_tool</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">].</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_tool</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd toggle_doc_mode():void ::cmd::_ ::conceptboard.js z.18275028009151301.2014.10.31.22.47.37.281|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">toggle_doc_mode</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#7a7b62;">'TopCreate'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopReview'</span>
<span>              ,</span><span style="color:#7a7b62;">'TopReview'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopCreate'</span>
<span>              ,</span><span style="color:#7a7b62;">'TopInsert'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopCreate'</span>
<span>              ,</span><span style="color:#7a7b62;">'TopBrowse'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopCreate'</span>
<span>              ,</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopCreate'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">at</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">TopActive</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//$(path+'.active').attr('oldtitle');//4);// hand button</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">want</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">at</span><span style="color:#ff00ff;">]?</span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">at</span><span style="color:#ff00ff;">]:</span><span style="color:#b2b2b2;">hw</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">InCreator</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_erase</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_tool</span><span>(</span><span style="color:#b2b2b2;">want</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-toggle_doc_mode</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd increase_zoom():void ::cmd::_ ::conceptboard.js z.31620141009151301.2014.10.31.03.55.02.613|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">increase_zoom</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ppt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zoom</span><span>()</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">// float</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">0.10</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_10</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">0.25</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_25</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">0.50</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_50</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">0.75</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_75</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">1.00</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_100</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">2.00</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_200</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">4.00</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_400</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-increase_zoom</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd decrease_zoom():void ::cmd::_ ::conceptboard.js z.43253141009151301.2014.10.31.03.55.35.234|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">decrease_zoom</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ppt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zoom</span><span>()</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">// float</span>
<span>            </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'decrease_zoom:z:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">z</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&gt;</span><span style="color:#b0b0ff;">4.00</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_400</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&gt;</span><span style="color:#b0b0ff;">2.00</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_200</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&gt;</span><span style="color:#b0b0ff;">1.00</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_100</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&gt;</span><span style="color:#b0b0ff;">0.75</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_75</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&gt;</span><span style="color:#b0b0ff;">0.50</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_50</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&gt;</span><span style="color:#b0b0ff;">0.25</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_25</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">z</span><span style="color:#ff00ff;">&gt;</span><span style="color:#b0b0ff;">0.10</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_10</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-decrease_zoom</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd edit_first_selected():void ::cmd::_ ::conceptboard.js z.97731365009151301.2014.10.31.15.38.33.779|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">edit_first_selected</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//in_view</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">selector</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">qs</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">===</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">selector</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edit_selected</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">curs</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">in_view</span><span>()) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">curs</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edit_selected</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">in_view</span><span>()) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edit_selected</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-edit_first_selected</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd maybe_indicate_editing():void ::cmd::_ ::conceptboard.js z.52925665009151301.2014.10.31.15.44.12.925|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">maybe_indicate_editing</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'border-top'</span><span>,</span><span style="color:#7a7b62;">'1px solid #00ff00'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'border-top'</span><span>,</span><span style="color:#7a7b62;">'1px solid transparent'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-indicate_editing</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_it():void ::cmd::_ ::conceptboard.js z.24210765009151301.2014.10.31.15.45.01.242|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_it</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">id</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'select_it'</span><span>,</span><span style="color:#b2b2b2;">id</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'WIDGET_'</span><span>,</span><span style="color:#7a7b62;">''</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'#WIDGET_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' .link'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">':focus'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'focus'</span><span>,</span><span style="color:#b2b2b2;">foc</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">blur</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">refresh_qos_delayed</span><span>(</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'#WIDGET_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">id</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">300</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//$('#WIDGET_1563311373-GRcYqUKQCv-3 .link').click()</span>
<span>            </span><span style="color:#363250;">//$('#WIDGET_1563311373-GRcYqUKQCv-3').width();</span>
<span>            </span><span style="color:#363250;">//_.cmd.select_it('1563311373-GRcYqUKQCv-3')</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_it</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd select_dir():void ::cmd::_ ::conceptboard.js z.60305765009151301.2014.10.31.15.45.50.306|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">select_dir</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">dir</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// dir: ludr</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sqs</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.pWTDSelected'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">sqs</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">warn</span><span>(</span><span style="color:#7a7b62;">'.pWTDSelected.length!==1'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sel_tb</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Textbox</span><span>(</span><span style="color:#b2b2b2;">sqs</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">sel_tb</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">next_in_direction</span><span>(</span><span style="color:#b2b2b2;">dir</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">n</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_it</span><span>(</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_dir</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd goto_tb(q):void ::cmd::_ ::conceptboard.js z.20957338003251301.2014.11.03.23.09.35.902|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">goto_tb</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">location</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">href</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#7a7b62;">'#'</span><span>)</span><span style="color:#ff00ff;">!==-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">split</span><span>(</span><span style="color:#7a7b62;">'#'</span><span>)</span><span style="color:#ff00ff;">[</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">];</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">=</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'WIDGET_'</span><span>,</span><span style="color:#7a7b62;">''</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">location</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">href</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'#item='</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">location</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">href</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">500</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-goto_tb</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd goto_see():void ::cmd::_ ::conceptboard.js z.32490438003251301.2014.11.03.23.10.09.423|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">goto_see</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">q</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">=</span><span>(</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">goto_tb</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-goto_see</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd curs_to_see():void ::cmd::_ ::conceptboard.js z.89583438003251301.2014.11.03.23.10.38.598|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">curs_to_see</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">q</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">=</span><span>(</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">curs</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">select</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-curs_to_see</span>
<span>          ,</span><span style="color:#b2b2b2;">select_curs_dir</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">dir</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">curs</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_dir</span><span>(</span><span style="color:#b2b2b2;">dir</span><span>)</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_curs_dir</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cmd</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct ctrls::_      ::conceptboard.js z.94425627008151301.2014.10.30.20.10.52.449|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _init():void ::ctrls::_ ::conceptboard.js z.83735546009151301.2014.10.31.17.55.53.738|-!</span>
<span>          </span><span style="color:#b2b2b2;">_init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#b2b2b2;">n</span><span>,</span><span style="color:#b2b2b2;">t</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#7a7b62;">'.secondary-toolbar .app-button[oldtitle=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;],.secondary-toolbar .app-button[title=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;]'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Browse'</span><span>,</span><span style="color:#7a7b62;">'Browse'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Select'</span><span>,</span><span style="color:#7a7b62;">'Select'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Erase'</span><span>,</span><span style="color:#7a7b62;">'Erase'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Line'</span><span>,</span><span style="color:#7a7b62;">'Line'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Shapes'</span><span>,</span><span style="color:#7a7b62;">'Shapes'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Text'</span><span>,</span><span style="color:#7a7b62;">'Text box'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Stickynote'</span><span>,</span><span style="color:#7a7b62;">'Sticky note'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Headline'</span><span>,</span><span style="color:#7a7b62;">'Headline'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Scribble'</span><span>,</span><span style="color:#7a7b62;">'Scribble'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Highlight'</span><span>,</span><span style="color:#7a7b62;">'Highlight'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Comment'</span><span>,</span><span style="color:#7a7b62;">'New comment'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Color'</span><span>,</span><span style="color:#7a7b62;">'Set color'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'TextColor'</span><span>,</span><span style="color:#7a7b62;">'Set text color'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Font'</span><span>,</span><span style="color:#7a7b62;">'Set font'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'FontSize'</span><span>,</span><span style="color:#7a7b62;">'Set font size'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'TextAlign'</span><span>,</span><span style="color:#7a7b62;">'Set text align'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Arrange'</span><span>,</span><span style="color:#7a7b62;">'Arrange'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Duplicate'</span><span>,</span><span style="color:#7a7b62;">'Duplicate'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Outline'</span><span>,</span><span style="color:#7a7b62;">'Add to outline'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Ellipse'</span><span>,</span><span style="color:#7a7b62;">'Ellipse'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Rectangle'</span><span>,</span><span style="color:#7a7b62;">'Rectangle'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Freehand'</span><span>,</span><span style="color:#7a7b62;">'Freehand'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p1</span><span>(</span><span style="color:#7a7b62;">'Arrow'</span><span>,</span><span style="color:#7a7b62;">'Arrow'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">def_p2</span><span>(</span><span style="color:#b2b2b2;">n</span><span>,</span><span style="color:#b2b2b2;">i</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#7a7b62;">'.secondary-toolbar&gt;.app-button.create-tool-toggle:eq('</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">')'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#3a7474;">def_p2</span><span>(</span><span style="color:#7a7b62;">'Lines_'</span><span>,</span><span style="color:#8080ff;">0</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p2</span><span>(</span><span style="color:#7a7b62;">'Shapes_'</span><span>,</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_p2</span><span>(</span><span style="color:#7a7b62;">'Text_'</span><span>,</span><span style="color:#8080ff;">2</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//'.secondary-toolbar'.q.find('&gt;.app-button.create-tool-toggle').each(function(i,j){console.log(i,j);})</span>
<span>            </span><span style="color:#363250;">// Lines Shapes</span>
<span>            </span><span style="color:#7a7b62;">'ZoomText'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#7a7b62;">'#secondarytoolbar &gt; span.app-button.basic-tool-toggle.zoom-menu &gt; span.tool-label'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'ZoomTool'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropqc</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#7a7b62;">'#secondarytoolbar &gt; span:nth-child(4)'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'ZoomBtn'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropqc</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#7a7b62;">'#secondarytoolbar &gt; span.app-button.basic-tool-toggle.zoom-menu'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#7a7b62;">'Active'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#7a7b62;">'#secondarytoolbar&gt;.app-button.active'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'ActiveName'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#2b2bff;">function</span><span>() </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">act</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'#secondarytoolbar&gt;.app-button.active'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">qo</span><span>()</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//'#secondarytoolbar&gt;.app-button.active'.qo().attr('oldtitle')</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">act</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'title'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t2</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">act</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'oldtitle'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">t1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t2</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#7a7b62;">'New comment'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Comment'</span>
<span>                ,</span><span style="color:#7a7b62;">'Set color'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Color'</span>
<span>                ,</span><span style="color:#7a7b62;">'Set text color'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TextColor'</span>
<span>                ,</span><span style="color:#7a7b62;">'Set text align'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TextAlign'</span>
<span>                ,</span><span style="color:#7a7b62;">'Set font'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Font'</span>
<span>                ,</span><span style="color:#7a7b62;">'Set font size'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'FontSize'</span>
<span>                ,</span><span style="color:#7a7b62;">'Text box'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Text'</span>
<span>                ,</span><span style="color:#7a7b62;">'Sticky note'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Stickynote'</span>
<span>                ,</span><span style="color:#7a7b62;">'Zoom in/out (SHIFT)'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'ZoomTool'</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">]!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">def_px</span><span>(</span><span style="color:#b2b2b2;">n</span><span>,</span><span style="color:#b2b2b2;">tt</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'#propbar &gt; span &gt; span.app-button.large-app-button[title=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;],#propbar &gt; span &gt; span.app-button.large-app-button[oldtitle=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;]'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropqc</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#b2b2b2;">sel</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#3a7474;">def_px</span><span>(</span><span style="color:#7a7b62;">'TopBrowse'</span><span>,</span><span style="color:#7a7b62;">'Hand tool'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_px</span><span>(</span><span style="color:#7a7b62;">'TopReview'</span><span>,</span><span style="color:#7a7b62;">'Set comments and tasks'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_px</span><span>(</span><span style="color:#7a7b62;">'TopCreate'</span><span>,</span><span style="color:#7a7b62;">'Simple shapes and writing tools'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">def_px</span><span>(</span><span style="color:#7a7b62;">'TopInsert'</span><span>,</span><span style="color:#7a7b62;">'Upload files to this board'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#7a7b62;">'TopActive'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#7a7b62;">'#propbar &gt; span &gt; span.app-button.large-app-button.active'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'TopActiveName'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">act</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'#propbar &gt; span &gt; span.app-button.large-app-button.active'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">qo</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">act</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'title'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t2</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">act</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'oldtitle'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">t1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t2</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">m2</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#7a7b62;">'Hand tool'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopBrowse'</span>
<span>                ,</span><span style="color:#7a7b62;">'Set comments and tasks'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopReview'</span>
<span>                ,</span><span style="color:#7a7b62;">'Simple shapes and writing tools'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopCreate'</span>
<span>                ,</span><span style="color:#7a7b62;">'Upload files to this board'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'TopInsert'</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">m2</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">t1</span><span style="color:#ff00ff;">];</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'InCreator'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">=</span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#7a7b62;">'Scribble Highlight Comment Lines Shapes Text'</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">active</span><span>)</span><span style="color:#ff00ff;">!==-</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_init</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Browser:q ::ctrls::_ ::conceptboard.js z.09006197008151301.2014.10.30.21.59.20.090|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Browse</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Select:q ::ctrls::_ ::conceptboard.js z.79191297008151301.2014.10.30.22.00.19.197|+@.</span>
<span>          ,</span><span style="color:#2b2bff;">Select</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Erase:q ::ctrls::_ ::conceptboard.js z.79798297008151301.2014.10.30.22.01.29.797|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Erase</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Lines:q ::ctrls::_ ::conceptboard.js z.32861091002251301.2014.11.02.05.16.56.823|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Lines_</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Line:q ::ctrls::_ ::conceptboard.js z.93911397008151301.2014.10.30.22.01.51.939|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Line</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Arrow:q ::ctrls::_ ::conceptboard.js z.58088112002251301.2014.11.02.05.53.08.085|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Arrow</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Freehand:q ::ctrls::_ ::conceptboard.js z.86924212002251301.2014.11.02.05.54.02.968|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Freehand</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Shapes:q ::ctrls::_ ::conceptboard.js z.67883397008151301.2014.10.30.22.02.18.876|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Shapes</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Shapes_:q ::ctrls::_ ::conceptboard.js z.34538191002251301.2014.11.02.05.19.43.543|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Shapes_</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Ellipse:q ::ctrls::_ ::conceptboard.js z.00235012002251301.2014.11.02.05.50.53.200|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Ellipse</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Rectangle:q ::ctrls::_ ::conceptboard.js z.94397012002251301.2014.11.02.05.51.19.349|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Rectangle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Text_:q ::ctrls::_ ::conceptboard.js z.27006291002251301.2014.11.02.05.21.00.072|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Text_</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Text:q ::ctrls::_ ::conceptboard.js z.92736697008151301.2014.10.30.22.07.43.729|+@.</span>
<span>          ,</span><span style="color:#2b2bff;">Text</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Stickynote:q ::ctrls::_ ::conceptboard.js z.61544412002251301.2014.11.02.05.57.24.516|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Stickynote</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Headline:q ::ctrls::_ ::conceptboard.js z.93221512002251301.2014.11.02.05.58.32.239|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Headline</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Scribble:q ::ctrls::_ ::conceptboard.js z.61513800009151301.2014.10.31.00.13.51.516|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Scribble</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Highlight:q ::ctrls::_ ::conceptboard.js z.34551900009151301.2014.10.31.00.15.15.543|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Highlight</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Comment:q ::ctrls::_ ::conceptboard.js z.59683900009151301.2014.10.31.00.15.38.695|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Comment</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Color:q ::ctrls::_ ::conceptboard.js z.92787900009151301.2014.10.31.00.16.18.729|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Color</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TextColor:q ::ctrls::_ ::conceptboard.js z.92089900009151301.2014.10.31.00.16.38.029|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TextColor</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Font:q ::ctrls::_ ::conceptboard.js z.51142010009151301.2014.10.31.00.17.04.115|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Font</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl FontSize:q ::ctrls::_ ::conceptboard.js z.40476010009151301.2014.10.31.00.17.47.404|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">FontSize</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TextAlign:q ::ctrls::_ ::conceptboard.js z.18998010009151301.2014.10.31.00.18.09.981|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TextAlign</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Arrange:q ::ctrls::_ ::conceptboard.js z.16381110009151301.2014.10.31.00.18.38.361|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Arrange</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Duplicate:q ::ctrls::_ ::conceptboard.js z.45344110009151301.2014.10.31.00.19.04.354|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Duplicate</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl ZoomText:q ::ctrls::_ ::conceptboard.js z.84986110009151301.2014.10.31.00.19.28.948|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">ZoomText</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl ZoomTool:q ::ctrls::_ ::conceptboard.js z.77259110009151301.2014.10.31.00.19.55.277|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">ZoomTool</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl ZoomBtn:q ::ctrls::_ ::conceptboard.js z.22141210009151301.2014.10.31.00.20.14.122|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">ZoomBtn</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl Active:q ::ctrls::_ ::conceptboard.js z.18354210009151301.2014.10.31.00.20.45.381|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">Active</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl ActiveName:q ::ctrls::_ ::conceptboard.js z.65718210009151301.2014.10.31.00.21.21.756|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TopBrowse:q ::ctrls::_ ::conceptboard.js z.45220310009151301.2014.10.31.00.21.42.254|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TopBrowse</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TopReview:q ::ctrls::_ ::conceptboard.js z.45912310009151301.2014.10.31.00.22.01.954|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TopReview</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TopCreate:q ::ctrls::_ ::conceptboard.js z.30604310009151301.2014.10.31.00.22.20.603|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TopCreate</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TopInsert:q ::ctrls::_ ::conceptboard.js z.74699310009151301.2014.10.31.00.23.19.647|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TopInsert</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TopActive:q ::ctrls::_ ::conceptboard.js z.77305410009151301.2014.10.31.00.24.10.377|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TopActive</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl TopActiveName:q ::ctrls::_ ::conceptboard.js z.04407410009151301.2014.10.31.00.24.30.440|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">TopActiveName</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT qctrl InCreator:q ::ctrls::_ ::conceptboard.js z.04609410009151301.2014.10.31.00.24.50.640|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">InCreator</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn is_cursor_tool(q):boolean ::ctrls::_ ::conceptboard.js z.31522675001251301.2014.11.01.16.00.22.513|+?</span>
<span>          ,</span><span style="color:#b2b2b2;">is_cursor_tool</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'ZoomTool Browse Select Erase Scribble Highlight Comment Lines Shapes Text'</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">split</span><span>(</span><span style="color:#7a7b62;">' '</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">++</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">qq</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">]];</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">qq</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">get</span><span>(</span><span style="color:#8080ff;">0</span><span>)</span><span style="color:#ff00ff;">===</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">get</span><span>(</span><span style="color:#8080ff;">0</span><span>)</span><span style="color:#ff00ff;">||</span><span style="color:#b2b2b2;">qq</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">get</span><span>(</span><span style="color:#8080ff;">0</span><span>)</span><span style="color:#ff00ff;">==</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">get</span><span>(</span><span style="color:#8080ff;">0</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-ctrls</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct curs::_       ::conceptboard.js z.66432827008151301.2014.10.30.20.13.43.466|struct</span>
<span>      </span><span style="color:#404040;">/// working on here</span>
<span>      ,</span><span style="color:#b2b2b2;">curs</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#b2b2b2;">_styles</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">=</span><span style="color:#939300;">&quot;\n&quot;</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#curs{box-shadow:0px 0px 2px #337,0px 0px 20px 3px #225;border-radius:10px;position:absolute;z-index:90000;pointer-events:none;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#363250;">//s+='.curs{}'+NL;</span>
<span>          </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">s</span><span>,</span><span style="color:#b2b2b2;">name</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'curs'</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_styles</span>
<span>        ,</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        ,</span><span style="color:#b2b2b2;">_ts</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span>
<span>        ,</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        ,</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        ,</span><span style="color:#b2b2b2;">_get_pos</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">position</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">position</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">position</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">position</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'#padViewport'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">w</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">width</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">height</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">pad</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">10</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">-</span><span style="color:#b2b2b2;">pad</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">-</span><span style="color:#b2b2b2;">pad</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">w</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">w</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">pad</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">pad</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">pad</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">pad</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">w</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">w</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">h</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">l</span><span>,</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">t</span><span>,</span><span style="color:#b2b2b2;">width</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">w</span><span>,</span><span style="color:#b2b2b2;">height</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">h</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_get_pos</span>
<span>        ,</span><span style="color:#b2b2b2;">_indicate_at_pos</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">cp</span><span>)</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">animate</span><span>(</span><span style="color:#b2b2b2;">cp</span><span>,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">duration</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">1000</span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_indicate_at_pos</span>
<span>        ,</span><span style="color:#b2b2b2;">_indicate</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">fadeOut</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_get_pos</span><span>()</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//{left:l,top:t,width:w,height:h};</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">===</span><span style="color:#2b2bff;">null</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">!==</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">||</span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">!==</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">||</span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">width</span><span style="color:#ff00ff;">!==</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">width</span><span style="color:#ff00ff;">||</span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">height</span><span style="color:#ff00ff;">!==</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">height</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">doit</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">return;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#363250;">//this._q.css({left:l,top:t,width:w,height:h});</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_last_pos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">cp</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">is</span><span>(</span><span style="color:#7a7b62;">':visible'</span><span>)) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">fadeIn</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">stop</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">animate</span><span>(</span><span style="color:#b2b2b2;">cp</span><span>,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">duration</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">1000</span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_indicate</span>
<span>        ,</span><span style="color:#b2b2b2;">_indicate_cache</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_indicate_cache</span>
<span>        ,</span><span style="color:#b2b2b2;">_select</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_ts</span><span style="color:#ff00ff;">===</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">return;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_ts</span><span style="color:#ff00ff;">=</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_indicate</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>        </span><span style="color:#708a53;">}</span>
<span>        ,</span><span style="color:#2b2bff;">select</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>        </span><span style="color:#708a53;">}</span>
<span>        ,</span><span style="color:#b2b2b2;">deselect</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_ts</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">fadeOut</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>        </span><span style="color:#708a53;">}</span>
<span>        ,</span><span style="color:#b2b2b2;">update</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_indicate</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>        </span><span style="color:#708a53;">}</span>
<span>        ,</span><span style="color:#b2b2b2;">select_dir</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">dir</span><span>)</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">===</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">return;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#363250;">//.var tb=new Textbox(tgt);</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ltbrs</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">Ltbr</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">ltbrs_of_qs</span><span>(</span><span style="color:#7a7b62;">'.pWTD-boxStyle'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">delete</span><span> </span><span style="color:#b2b2b2;">ltbrs</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">];</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ltbr</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Ltbr</span><span>(</span><span style="color:#b2b2b2;">tgt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ss</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">Ltbr</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">filter_dir</span><span>(</span><span style="color:#b2b2b2;">dir</span><span>,</span><span style="color:#b2b2b2;">ltbr</span><span>,</span><span style="color:#b2b2b2;">ltbrs</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">ss</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">select</span><span>((</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">ss</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span>)</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-select_dir</span>
<span>        ,</span><span style="color:#b2b2b2;">in_view</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">return;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Textbox</span><span>(</span><span style="color:#b2b2b2;">tg</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">in_view</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-in_view</span>
<span>        ,</span><span style="color:#b2b2b2;">edit_selected</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">return;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Textbox</span><span>(</span><span style="color:#b2b2b2;">tg</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edit</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-edit_selected</span>
<span>        ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span><span style="color:#363250;">// see.update</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'body'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">append</span><span>(</span><span style="color:#7a7b62;">'&lt;div id=&quot;curs&quot;/&gt;'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'#curs'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#7a7b62;">'tgt'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#634880;">this</span><span>,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>           </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_ts</span><span>) </span><span style="color:#708a53;">{</span>
<span>             </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#ff00ff;">[]</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>           </span><span style="color:#708a53;">}</span>
<span>           </span><span style="color:#ff00ff;">return</span><span> (</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_ts</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'.pWTD-boxStyle'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">eq</span><span>(</span><span style="color:#8080ff;">0</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'indicated'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">select</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>        </span><span style="color:#708a53;">}</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-curs</span>
</pre></div>

<div style='color: #d6d6d6;font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct data::_       ::conceptboard.js z.75519527008151301.2014.10.30.20.09.51.557|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT var SRCS[] ::data::_ ::conceptboard.js z.50620187008151301.2014.10.30.21.41.42.605|-,</span>
<span>           </span><span style="color:#404040;">/// javascript url sources - defunct</span>
<span>          </span><span style="color:#b2b2b2;">SRCS</span><span style="color:#ff00ff;">:[</span>
<span>            </span><span style="color:#363250;">//  {u:'http://mra.dnsalias.net/js/jquery.ba-replacetext.js'}</span>
<span>          </span><span style="color:#ff00ff;">]</span>
<span>        </span><span style="color:#363250;">// Z_DOT var namedStyles[]:string ::data::_ ::conceptboard.js z.74965187008151301.2014.10.30.21.42.36.947|-,</span>
<span>            </span><span style="color:#404040;">/// store of names used by deleteNamedStyle, updateNamedStyle, Textbox.update_css_all</span>
<span>          ,</span><span style="color:#b2b2b2;">namedStyles</span><span style="color:#ff00ff;">:[]</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct z_map::data:_ ::conceptboard.js z.94000687008151301.2014.10.30.21.50.00.049|struct</span>
<span>           </span><span style="color:#404040;">/// map zdot file ext to words</span>
<span>          ,</span><span style="color:#b2b2b2;">z_map</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span>
<span>            ,</span><span style="color:#7a7b62;">'class'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'class'</span>
<span>            ,</span><span style="color:#7a7b62;">'singleton'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'singleton'</span>
<span>            ,</span><span style="color:#7a7b62;">'struct'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'struct'</span>
<span>            ,</span><span style="color:#7a7b62;">'-!'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-command'</span>
<span>            ,</span><span style="color:#7a7b62;">'-\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-event'</span>
<span>            ,</span><span style="color:#7a7b62;">'-?'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-function'</span>
<span>            ,</span><span style="color:#7a7b62;">'-,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'-.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'+!'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-command'</span>
<span>            ,</span><span style="color:#7a7b62;">'+\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-event'</span>
<span>            ,</span><span style="color:#7a7b62;">'+?'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-function'</span>
<span>            ,</span><span style="color:#7a7b62;">'+,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'+.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'%!'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-command'</span>
<span>            ,</span><span style="color:#7a7b62;">'%\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-event'</span>
<span>            ,</span><span style="color:#7a7b62;">'%?'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-function'</span>
<span>            ,</span><span style="color:#7a7b62;">'%,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'%.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-property'</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            ,</span><span style="color:#7a7b62;">'^'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-constructor'</span>
<span>            ,</span><span style="color:#7a7b62;">'-*!'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-static-command'</span>
<span>            ,</span><span style="color:#7a7b62;">'-*\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-static-event'</span>
<span>            ,</span><span style="color:#7a7b62;">'-*?'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-static-function'</span>
<span>            ,</span><span style="color:#7a7b62;">'-*,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-static-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'-*.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-static-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'+*!'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-static-command'</span>
<span>            ,</span><span style="color:#7a7b62;">'+*\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-static-event'</span>
<span>            ,</span><span style="color:#7a7b62;">'+*?'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-static-function'</span>
<span>            ,</span><span style="color:#7a7b62;">'+*,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-static-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'+*.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-static-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'%*!'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-static-command'</span>
<span>            ,</span><span style="color:#7a7b62;">'%*\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-static-event'</span>
<span>            ,</span><span style="color:#7a7b62;">'%*?'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-static-function'</span>
<span>            ,</span><span style="color:#7a7b62;">'%*,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-static-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'%*.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-static-property'</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            ,</span><span style="color:#7a7b62;">'%*@,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-static-const-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'%@,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-const-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'+*@,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-static-const-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'+@,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-const-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'-*@,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-static-const-member'</span>
<span>            ,</span><span style="color:#7a7b62;">'-@,'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-const-member'</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            ,</span><span style="color:#7a7b62;">'%*@.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-static-const-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'%@.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected-const-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'+*@.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-static-const-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'+@.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public-const-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'-*@.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-static-const-property'</span>
<span>            ,</span><span style="color:#7a7b62;">'-@.'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private-const-property'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#363250;">//-_map</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct timers::data::_ ::conceptboard.js z.36452887008151301.2014.10.30.21.53.45.463|struct</span>
<span>           </span><span style="color:#404040;">/// store</span>
<span>          ,</span><span style="color:#b2b2b2;">timers</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-timers</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct index::data::_ ::conceptboard.js z.86317987008151301.2014.10.30.21.56.11.368|struct</span>
<span>           </span><span style="color:#404040;">/// counters and indexers</span>
<span>          ,</span><span style="color:#b2b2b2;">index</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">zdot_ct</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">0</span>
<span>            ,</span><span style="color:#b2b2b2;">fileref_ct</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">0</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-index</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-data</span>
<span>        </span><span style="color:#363250;">//-</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct event::_      ::conceptboard.js z.21935137008151301.2014.10.30.20.19.13.912|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _check_edit_event():voic ::event::_ ::conceptboard.js z.00804155001251301.2014.11.01.15.19.00.800|-!</span>
<span>          </span><span style="color:#b2b2b2;">_check_edit_event</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">// begin&gt; textarea#pWTextareaNode.dijitTextBox.dijitTextArea.dijitExpandingTextArea</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">':focus'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'BEGIN EDIT'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">textbox_colors</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addClass</span><span>(</span><span style="color:#7a7b62;">'edit-tb'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">maybe_indicate_editing</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editVal</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">val</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">remove_borders</span><span>(</span><span style="color:#b2b2b2;">foc</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//noinspection JSCheckFunctionSignatures</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing_qo</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//;parents('.pWTD');</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing_qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'z-index'</span><span>,</span><span style="color:#7a7b62;">'80000'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//console.log($(foc).getDomPath());</span>
<span>                </span><span style="color:#363250;">//console.log('foc.parents.pWTD',_.data.editing_qo);</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing_qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'data-isdirty'</span><span>,</span><span style="color:#7a7b62;">'true'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span>(</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing</span><span>)</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'END EDIT'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">maybe_indicate_editing</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">editing_qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'z-index'</span><span>,</span><span style="color:#7a7b62;">''</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">end_edit</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#363250;">//console.log('DOMNodeRemoved:tagName:'+tn+' '+me.attr('id')+' '+me.attr('class'));</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#363250;">//console.log('FOC',$(':focus'));</span>
<span>            </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">1000</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_check_edit_event</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct dom::event::_ ::conceptboard.js z.19710890001251301.2014.11.01.02.43.21.791|struct</span>
<span>          ,</span><span style="color:#b2b2b2;">dom</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// Z_DOT evt node_removed(event):void ::dom::event::_ ::conceptboard.js z.84918890001251301.2014.11.01.02.44.41.948|-!</span>
<span>              </span><span style="color:#b2b2b2;">node_removed</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">event</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//console.log('DOMNodeRemoved:tagName:'+tn+' '+me.attr('id')+' '+me.attr('class'));</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tn</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">prop</span><span>(</span><span style="color:#7a7b62;">'tagName'</span><span>)</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//.pWTextareaNode</span>
<span>                  </span><span style="color:#363250;">//DOMNodeRemoved:tagName:DIV SELECTION_1563311373-sUAHlyX7b7-0 undefined</span>
<span>                </span><span style="color:#2b2bff;">if</span><span>(</span><span style="color:#b2b2b2;">tn</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'DIV'</span><span>)</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">id</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substr</span><span>(</span><span style="color:#8080ff;">0</span><span>,</span><span style="color:#8080ff;">10</span><span>)</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'SELECTION_'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'class'</span><span>)</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                        </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                          </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_check_edit_event</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                        </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">1000</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-node_removed</span>
<span>            </span><span style="color:#363250;">// Z_DOT evt node_inserted():void ::dom::event::_ ::conceptboard.js z.67866301001251301.2014.11.01.02.52.46.876|-!</span>
<span>              ,</span><span style="color:#b2b2b2;">node_inserted</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">event</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xxxx</span><span style="color:#ff00ff;">?undefined:undefined;</span>
<span>                </span><span style="color:#363250;">//var me=$(event.target);</span>
<span>                </span><span style="color:#363250;">//var tn=me.prop('tagName');//.pWTextareaNode</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-node_inserted</span>
<span>              </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dom</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct kbd::event::_ ::conceptboard.js z.82409638003251301.2014.11.03.23.14.50.428|struct</span>
<span>           </span><span style="color:#404040;">/// </span><span style="color:#1f1f1f;">&lt;</span><span style="color:#404040;">cas</span><span style="color:#1f1f1f;">&gt;&lt;</span><span style="color:#404040;">pdu</span><span style="color:#1f1f1f;">&gt;&lt;</span><span style="color:#404040;">kc</span><span style="color:#1f1f1f;">&gt;</span>
<span>          ,</span><span style="color:#b2b2b2;">kbd</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#006200;">_name</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'kbd'</span>
<span>            </span><span style="color:#363250;">// Z_DOT grp - ::kbd::event::_ ::conceptboard.js z.25101838003251301.2014.11.03.23.16.50.152|tag</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt p100 . ::kbd::event::_ ::conceptboard.js z.94991938003251301.2014.11.03.23.18.39.949|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">p100</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY d</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'p100'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">Duplicate</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-p100</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt u113(evt):void ::kbd::event::_ ::conceptboard.js z.47858748003251301.2014.11.03.23.33.05.874|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">u113</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY F2</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edit_first_selected</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-u113</span>
<span>            </span><span style="color:#363250;">// Z_DOT grp c   ::kbd::event::_ ::conceptboard.js z.33189048003251301.2014.11.03.23.21.38.133|tag</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cd190(evt):void ::kbd::event::_ ::conceptboard.js z.00575648003251301.2014.11.03.23.30.57.500|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cd190</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY c.period</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'cd190'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">curs_to_see</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cd190</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cu37(evt):void ::kbd::event::_ ::conceptboard.js z.47896958003251301.2014.11.03.23.52.49.874|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cu37</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY c.left</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_curs_dir</span><span>(</span><span style="color:#7a7b62;">'l'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cu37</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cu39(evt):void ::kbd::event::_ ::conceptboard.js z.95400068003251301.2014.11.03.23.53.20.459|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cu39</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY c.right</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_curs_dir</span><span>(</span><span style="color:#7a7b62;">'r'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cu39</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cu38(evt):void ::kbd::event::_ ::conceptboard.js z.33423068003251301.2014.11.03.23.53.52.433|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cu38</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY c.up</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_curs_dir</span><span>(</span><span style="color:#7a7b62;">'u'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cu38</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cu40(evt):void ::kbd::event::_ ::conceptboard.js z.82065068003251301.2014.11.03.23.54.16.028|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cu40</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY c.down</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_curs_dir</span><span>(</span><span style="color:#7a7b62;">'d'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cu40</span>
<span>            </span><span style="color:#363250;">// Z_DOT grp a   ::kbd::event::_ ::conceptboard.js z.37714148003251301.2014.11.03.23.22.21.773|tag</span>
<span>            </span><span style="color:#363250;">// Z_DOT gro s   ::kbd::event::_ ::conceptboard.js z.71346148003251301.2014.11.03.23.22.44.317|tag</span>
<span>            </span><span style="color:#363250;">// Z_DOT grp ca  ::kbd::event::_ ::conceptboard.js z.79888148003251301.2014.11.03.23.23.08.897|tag</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cau37(evt):void ::kbd::event::_ ::conceptboard.js z.11295848003251301.2014.11.03.23.34.19.211|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cau37</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY ca.left</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_dir</span><span>(</span><span style="color:#7a7b62;">'l'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cau37</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cau39(evt):void ::kbd::event::_ ::conceptboard.js z.79507948003251301.2014.11.03.23.36.10.597|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cau39</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY ca.right</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_dir</span><span>(</span><span style="color:#7a7b62;">'r'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cau39</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cau38(evt):void ::kbd::event::_ ::conceptboard.js z.01420158003251301.2014.11.03.23.38.22.410|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cau38</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY ca.up</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_dir</span><span>(</span><span style="color:#7a7b62;">'u'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cau38</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt cau40(evt):void ::kbd::event::_ ::conceptboard.js z.69419158003251301.2014.11.03.23.39.51.496|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">cau40</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY ca.down</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_dir</span><span>(</span><span style="color:#7a7b62;">'d'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cau40</span>
<span>            </span><span style="color:#363250;">// Z_DOT grp as  ::kbd::event::_ ::conceptboard.js z.87470248003251301.2014.11.03.23.23.27.478|tag</span>
<span>            </span><span style="color:#363250;">// Z_DOT grp cs  ::kbd::event::_ ::conceptboard.js z.32692248003251301.2014.11.03.23.23.49.623|tag</span>
<span>              </span><span style="color:#363250;">// Z_DOT evt csd190 cs.. ::kbd::event::_ ::conceptboard.js z.18174048003251301.2014.11.03.23.20.47.181|-e</span>
<span>                ,</span><span style="color:#b2b2b2;">csd190</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">// KEY cs.period</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'csd190'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">goto_see</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cspd190</span>
<span>            </span><span style="color:#363250;">// Z_DOT grp cas ::kbd::event::_ ::conceptboard.js z.03144248003251301.2014.11.03.23.24.04.130|tag</span>
<span>            ,</span><span style="color:#b2b2b2;">__shiftbg</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span> </span><span style="color:#363250;">//+</span>
<span>              </span><span style="color:#404040;">/// var xy=_.ppt.bgxy();</span>
<span>              </span><span style="color:#404040;">/// console.log('leftkey:xy',xy);</span>
<span>              </span><span style="color:#404040;">/// xy.x-=100;</span>
<span>              </span><span style="color:#404040;">/// _.ppt.bgxy(xy);</span>
<span>              </span><span style="color:#404040;">/// return _.utils.cancel(evt);</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-kbd</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct doc::event::_ ::conceptboard.js z.57860865009151301.2014.10.31.15.46.46.875|struct</span>
<span>          ,</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// Z_DOT var _keysdown:object ::doc::event::_ ::conceptboard.js z.27005658003251301.2014.11.03.23.47.30.072|-,</span>
<span>              </span><span style="color:#b2b2b2;">_keysdown</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_keysdown</span>
<span>            </span><span style="color:#363250;">// Z_DOT evt keypress(evt):void ::doc::event::_ ::conceptboard.js z.79726865009151301.2014.10.31.15.47.42.797|-!</span>
<span>              ,</span><span style="color:#b2b2b2;">keypress</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">showkeys</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'document.keypress'</span><span>,</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cas</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">':focus'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">prop</span><span>(</span><span style="color:#7a7b62;">'tagName'</span><span>)</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'TEXTAREA'</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#ff00ff;">return;</span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'p'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">kbd</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">]===</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">kbd</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">]</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-keypress</span>
<span>            </span><span style="color:#363250;">// Z_DOT evt keyup():void ::doc::event::_ ::conceptboard.js z.58993965009151301.2014.10.31.15.48.59.985|-!</span>
<span>              ,</span><span style="color:#b2b2b2;">keyup</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">showkeys</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'document.keyup'</span><span>,</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">':focus'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'document.keyup.tagName'</span><span>,</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">prop</span><span>(</span><span style="color:#7a7b62;">'tagName'</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cas</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_keysdown</span><span style="color:#ff00ff;">[</span><span style="color:#7a7b62;">'_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">]!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">delete</span><span> </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_keysdown</span><span style="color:#ff00ff;">[</span><span style="color:#7a7b62;">'_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">];</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">prop</span><span>(</span><span style="color:#7a7b62;">'tagName'</span><span>)</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'TEXTAREA'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'document.keyup.EDITING'</span><span>,</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">113</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#363250;">// f2</span>
<span>                      </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'document.keyup.EDITING.CLICKED'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">blur</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'c'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#ff00ff;">return;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'u'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">kbd</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">]==</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">kbd</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">]</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-keyup</span>
<span>            </span><span style="color:#363250;">// Z_DOT evt keydown(evt):void ::doc::event::_ ::conceptboard.js z.30316075009151301.2014.10.31.15.51.01.303|-!</span>
<span>              ,</span><span style="color:#b2b2b2;">keydown</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">//console.log('document.keydown',evt.keyCode);</span>
<span>                </span><span style="color:#363250;">//console.log($(':focus').prop('tagName'));</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">':focus'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">foc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">prop</span><span>(</span><span style="color:#7a7b62;">'tagName'</span><span>)</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'TEXTAREA'</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#ff00ff;">return;</span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cas</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_keysdown</span><span style="color:#ff00ff;">[</span><span style="color:#7a7b62;">'_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">]!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">return;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">showkeys</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'document.keydown'</span><span>,</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_keysdown</span><span style="color:#ff00ff;">[</span><span style="color:#7a7b62;">'_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">]=new</span><span> </span><span style="color:#2b2bff;">Date</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'d'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">kbd</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">]==</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">kbd</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">code</span><span style="color:#ff00ff;">]</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-keydown</span>
<span>            </span><span style="color:#363250;">// Z_DOT evt mousemove(evt):void ::doc::event::_ ::conceptboard.js z.39443156002251301.2014.11.02.18.05.34.493|-!</span>
<span>              ,</span><span style="color:#b2b2b2;">mousemove</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">//+ fix</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tagName</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">toLowerCase</span><span>()</span><span style="color:#ff00ff;">!==</span><span style="color:#7a7b62;">'svg'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">!==</span><span style="color:#7a7b62;">'Browse'</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">!==</span><span style="color:#7a7b62;">'Erase'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">fadeOut</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#ff00ff;">return;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">is</span><span>(</span><span style="color:#7a7b62;">':visible'</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">fadeIn</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#363250;">//var path=$(evt.target).getDomPath();</span>
<span>                </span><span style="color:#363250;">//console.log('mousemove',path);</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-</span>
<span>            </span><span style="color:#363250;">// Z_DOT struct bg::doc::event::_ ::conceptboard.js z.73295467009151301.2014.10.31.21.14.19.237|struct</span>
<span>              ,</span><span style="color:#b2b2b2;">bg</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">// Z_DOT evt dblclick1(evt):boolean ::bg::doc::event::_ ::conceptboard.js z.96610967009151301.2014.10.31.21.21.41.669|-!</span>
<span>                  </span><span style="color:#b2b2b2;">dblclick1</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.dblclick1'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Browse'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_select</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Select'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_browse</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Erase'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_textbox</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">InCreator</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">// nada</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">did</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#363250;">//_.cmd._swap_select_and_browse();</span>
<span>                    </span><span style="color:#363250;">//return _.utils.cancel(evt);</span>
<span>                    </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dblclick1</span>
<span>                </span><span style="color:#363250;">// Z_DOT evt dblclicks1(evt):boolean ::bg:doc::event::_ ::conceptboard.js z.26572977009151301.2014.10.31.21.38.47.562|-!</span>
<span>                  ,</span><span style="color:#b2b2b2;">dblclicks1</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.dblclicks1'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_erase</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dblclick1</span>
<span>                </span><span style="color:#363250;">// Z_DOT evt dblclick2(evt):boolean ::bg::doc:event::_ ::conceptboard.js z.97406077009151301.2014.10.31.21.24.20.479|-!</span>
<span>                  ,</span><span style="color:#b2b2b2;">dblclick2</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.dblclick2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">// hand 1 zoomin</span>
<span>                    </span><span style="color:#363250;">// hand 1 s zoomout</span>
<span>                    </span><span style="color:#363250;">// hand 2 -</span>
<span>                    </span><span style="color:#363250;">// sel  1 -</span>
<span>                    </span><span style="color:#363250;">// sel  2 text</span>
<span>                    </span><span style="color:#363250;">// del  1 sel</span>
<span>                    </span><span style="color:#363250;">// del  2 -</span>
<span>                    </span><span style="color:#363250;">// cre  1 sel</span>
<span>                    </span><span style="color:#363250;">// cre  2 -</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Browse'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">// nada</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Select'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_textbox</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#363250;">//_.cmd.toggle_doc_mode();</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Erase'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//nada</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">InCreator</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//nada</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">did</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dblclick2</span>
<span>                  ,</span><span style="color:#b2b2b2;">dblclickc2</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.dblclickc2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">// hand 1 -</span>
<span>                    </span><span style="color:#363250;">// hand 2 -</span>
<span>                    </span><span style="color:#363250;">// sel  1 -</span>
<span>                    </span><span style="color:#363250;">// sel  2 docmode togle</span>
<span>                    </span><span style="color:#363250;">// del  1 -</span>
<span>                    </span><span style="color:#363250;">// del  2 -</span>
<span>                    </span><span style="color:#363250;">// cre  1 -</span>
<span>                    </span><span style="color:#363250;">// cre  1 -</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Browse'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">// nada</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Select'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">toggle_doc_mode</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Erase'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//nada</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">InCreator</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//nada</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">did</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dblclick2</span>
<span>                  ,</span><span style="color:#b2b2b2;">click1</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.click1'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">// cre  1 -</span>
<span>                    </span><span style="color:#363250;">// cre  2 -</span>
<span>                    </span><span style="color:#363250;">// hand 1 -</span>
<span>                    </span><span style="color:#363250;">// hand 2 sel</span>
<span>                    </span><span style="color:#363250;">// sel  1 nada</span>
<span>                    </span><span style="color:#363250;">// sel  2 hand</span>
<span>                    </span><span style="color:#363250;">// del  1 sel</span>
<span>                    </span><span style="color:#363250;">// del  2 text</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Browse'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//nada</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Select'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//nada</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Erase'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_select</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">InCreator</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">// nada</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">did</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">click2</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.click2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Browse'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">increase_zoom</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Select'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//nada</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'Erase'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_select</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">InCreator</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_select</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">did</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">clicks2</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.clicks2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">decrease_zoom</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">clickc2</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'bg.clickc2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ZoomTool</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#363250;">// Z_DOT evt menu_item_clicked(id):void ::bg:doc::event::_ ::conceptboard.js z.49854356002251301.2014.11.02.18.09.05.894|-e</span>
<span>                  ,</span><span style="color:#b2b2b2;">menu_item_clicked</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">id</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">ZoomTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'zoom'</span>
<span>                      ,</span><span style="color:#b2b2b2;">PanTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'browse'</span>
<span>                      ,</span><span style="color:#b2b2b2;">SelectTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'select'</span>
<span>                      ,</span><span style="color:#b2b2b2;">EraseTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'erase'</span>
<span>                      ,</span><span style="color:#b2b2b2;">ScribbleTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'scribble'</span>
<span>                      ,</span><span style="color:#b2b2b2;">HighlightTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'highlight'</span>
<span>                      ,</span><span style="color:#b2b2b2;">CommentTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'comment'</span>
<span>                      ,</span><span style="color:#b2b2b2;">TextTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'textbox'</span>
<span>                      ,</span><span style="color:#b2b2b2;">StickynoteTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'stickynote'</span>
<span>                      ,</span><span style="color:#b2b2b2;">HeadlineTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'headline'</span>
<span>                      ,</span><span style="color:#b2b2b2;">FreehandTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'freehand'</span>
<span>                      ,</span><span style="color:#b2b2b2;">ArrowTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'arrow'</span>
<span>                      ,</span><span style="color:#b2b2b2;">LineTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'line'</span>
<span>                      ,</span><span style="color:#b2b2b2;">RectangleTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'rectangle'</span>
<span>                      ,</span><span style="color:#b2b2b2;">CircleTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'circle'</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">]!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#363250;">//ZoomTool</span>
<span>                      </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">[</span><span style="color:#7a7b62;">'select_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">]]</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'menu item &quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot; not found'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'menu_item_clicked'</span><span>,</span><span style="color:#b2b2b2;">id</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-bg</span>
<span>            </span><span style="color:#363250;">// Z_DOT struct move_cross::event::_ ::conceptboard.js z.20704177009151301.2014.10.31.21.25.40.702|struct</span>
<span>              ,</span><span style="color:#b2b2b2;">move_cross</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">// Z_DOT evt dblclick1(evt):boolean ::move_cross::event::_ ::conceptboard.js z.03406477009151301.2014.10.31.21.31.00.430|-!</span>
<span>                  </span><span style="color:#b2b2b2;">dblclick1</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">Erase</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dblclick1</span>
<span>                  </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-move_cross</span>
<span>                </span><span style="color:#363250;">//</span>
<span>              </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-doc</span>
<span>            </span><span style="color:#363250;">//</span>
<span>        </span><span style="color:#363250;">// Z_DOT evt scale_change():void ::event::_ ::conceptboard.js z.26514175009151301.2014.10.31.15.52.21.562|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">scale_change</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">curs</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">scale</span><span style="color:#ff00ff;">/</span><span style="color:#8080ff;">100</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.imgico'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'-webkit-transform'</span><span>,</span><span style="color:#7a7b62;">'scale('</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">','</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">')'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b0b0ff;">0.5</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'display'</span><span>,</span><span style="color:#7a7b62;">'none'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'display'</span><span>,</span><span style="color:#7a7b62;">''</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-scale_change</span>
<span>        </span><span style="color:#363250;">// Z_DOT evt menu_item_clicked(id):void ::event::_ ::conceptboard.js z.11173185009151301.2014.10.31.16.08.57.111|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">menu_item_clicked</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">id</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'menu_item_clicked:id'</span><span>,</span><span style="color:#b2b2b2;">id</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tb_current</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'Copy Id'</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">prompt</span><span>(</span><span style="color:#7a7b62;">'ID'</span><span>,</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tb_current</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'Copy Goto'</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">idd</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tb_current</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">// WIDGET_1563311373-YyNVumYmkk-6</span>
<span>              </span><span style="color:#b2b2b2;">idd</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">idd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'WIDGET_'</span><span>,</span><span style="color:#7a7b62;">'goto-'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">prompt</span><span>(</span><span style="color:#7a7b62;">'GOTO TAG'</span><span>,</span><span style="color:#b2b2b2;">idd</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-menu_item_clicked</span>
<span>        </span><span style="color:#363250;">// Z_DOT evt corner_menu(tb):void ::event::_ ::conceptboard.js z.60707185009151301.2014.10.31.16.09.30.706|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">corner_menu</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">tb</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tb_current</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">itemmenu</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">show</span><span>(</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">corner_menux</span><span>,</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">corner_menuy</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-corner_menu</span>
<span>        </span><span style="color:#363250;">// Z_DOT evt scroll_change():void ::event::_ ::conceptboard.js z.01576285009151301.2014.10.31.16.11.07.510|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">scroll_change</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">curs</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-scroll_change</span>
<span>        </span><span style="color:#363250;">// Z_DOT evt end_edit():void ::event::_ ::conceptboard.js z.25259285009151301.2014.10.31.16.11.35.252|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">end_edit</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_refresh_all_cache</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-end_edit</span>
<span>        </span><span style="color:#363250;">// Z_DOT evt cursor_tool_change():void ::event::_ ::conceptboard.js z.90594790002251301.2014.11.02.02.42.29.509|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">cursor_tool_change</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">status</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">text</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">watch</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cursor_tool</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//console.log('cursor_tool_change:'+_.watch.cursor_tool._current);</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cursor_tool_change</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-event</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct hud::_        ::conceptboard.js z.92304595002251301.2014.11.02.16.32.20.329|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _styles():object ::hud::_ ::conceptboard.js z.49237727002251301.2014.11.02.20.12.53.294|-?</span>
<span>          </span><span style="color:#b2b2b2;">_styles</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">=</span><span style="color:#939300;">&quot;\n&quot;</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud:before{-webkit-transform:scale(2,2);}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-select'</span><span style="color:#ff00ff;">+</span><span>     </span><span style="color:#7a7b62;">':before{color:#6666aa;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-eraser'</span><span style="color:#ff00ff;">+</span><span>     </span><span style="color:#7a7b62;">':before{color:#aa0000;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-scribble'</span><span style="color:#ff00ff;">+</span><span>   </span><span style="color:#7a7b62;">':before{color:#880088;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-highlighter'</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':before{color:#888800;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-comment'</span><span style="color:#ff00ff;">+</span><span>    </span><span style="color:#7a7b62;">':before{color:#0088aa;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-line'</span><span style="color:#ff00ff;">+</span><span>       </span><span style="color:#7a7b62;">':before{color:#669900;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-arrow'</span><span style="color:#ff00ff;">+</span><span>      </span><span style="color:#7a7b62;">':before{color:#88aa00;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-freeLine'</span><span style="color:#ff00ff;">+</span><span>   </span><span style="color:#7a7b62;">':before{color:#ccff00;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-rectangle'</span><span style="color:#ff00ff;">+</span><span>  </span><span style="color:#7a7b62;">':before{color:#660099;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-ellipse'</span><span style="color:#ff00ff;">+</span><span>    </span><span style="color:#7a7b62;">':before{color:#8800aa;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-text'</span><span style="color:#ff00ff;">+</span><span>       </span><span style="color:#7a7b62;">':before{color:#00aacc;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-postit'</span><span style="color:#ff00ff;">+</span><span>     </span><span style="color:#7a7b62;">':before{color:#aa8800;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#hud.fonticon-headline'</span><span style="color:#ff00ff;">+</span><span>   </span><span style="color:#7a7b62;">':before{color:#00ccff;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">s</span><span>,</span><span style="color:#b2b2b2;">name</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'hud'</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">// return {style,&lt;name&gt;}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_styles</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _q:q ::hud::_ ::conceptboard.js z.17147595002251301.2014.11.02.16.32.54.171|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _make_html():void ::hud::_ ::conceptboard.js z.29280695002251301.2014.11.02.16.33.28.292|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_make_html</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'body'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">append</span><span>(</span><span style="color:#7a7b62;">'&lt;div id=&quot;hud&quot;/&gt;'</span><span>)</span>
<span>              </span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'#hud'</span><span>)</span>
<span>              </span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">position</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'absolute'</span>
<span>                ,</span><span style="color:#7a7b62;">'pointer-events'</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#7a7b62;">'none'</span>
<span>                ,</span><span style="color:#7a7b62;">'z-index'</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#7a7b62;">'90000'</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_make</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _make():void ::hud::_ ::conceptboard.js z.01515695002251301.2014.11.02.16.34.11.510|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_make</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_make_html</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'text'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_pf</span><span>(</span><span style="color:#634880;">this</span>
<span>              ,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">html</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              ,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">v</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">html</span><span>(</span><span style="color:#b2b2b2;">v</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_make</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd update():void ::hud::_ ::conceptboard.js z.51987695002251301.2014.11.02.16.34.38.915|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">update</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">my</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">my</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#7a7b62;">'#padUnderlay'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'cursor'</span><span>,</span><span style="color:#7a7b62;">'none'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">my</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">!==</span><span style="color:#b2b2b2;">active</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">my</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">mmx</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span>,</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">mmy</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">doit</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cc</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">ZoomTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#666666'</span>
<span>              ,</span><span style="color:#b2b2b2;">Browse</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#666666'</span>
<span>              ,</span><span style="color:#2b2bff;">Select</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#6666aa'</span>
<span>              ,</span><span style="color:#b2b2b2;">Erase</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#aa0000'</span>
<span>              ,</span><span style="color:#b2b2b2;">Scribble</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#880088'</span>
<span>              ,</span><span style="color:#b2b2b2;">Highlight</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#888800'</span>
<span>              ,</span><span style="color:#b2b2b2;">Comment</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#0088aa'</span>
<span>              ,</span><span style="color:#b2b2b2;">Line</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#669900'</span>
<span>              ,</span><span style="color:#b2b2b2;">Arrow</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#88aa00'</span>
<span>              ,</span><span style="color:#b2b2b2;">Freehand</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#ccff00'</span>
<span>              ,</span><span style="color:#b2b2b2;">Rectangle</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#660099'</span>
<span>              ,</span><span style="color:#b2b2b2;">Ellipse</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'8800aa'</span>
<span>              ,</span><span style="color:#2b2bff;">Text</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#00aacc'</span>
<span>              ,</span><span style="color:#b2b2b2;">Stickynote</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#aa8800'</span>
<span>              ,</span><span style="color:#b2b2b2;">Headline</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#00ccff'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">ZoomTool</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-magnifier-plus'</span>
<span>            ,</span><span style="color:#b2b2b2;">Browse</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-hand'</span>
<span>            ,</span><span style="color:#2b2bff;">Select</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-select'</span>
<span>            ,</span><span style="color:#b2b2b2;">Erase</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-eraser'</span>
<span>            ,</span><span style="color:#b2b2b2;">Scribble</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-scribble'</span>
<span>            ,</span><span style="color:#b2b2b2;">Highlight</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-highlighter'</span>
<span>            ,</span><span style="color:#b2b2b2;">Comment</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-comment'</span>
<span>            ,</span><span style="color:#b2b2b2;">Line</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-line'</span>
<span>            ,</span><span style="color:#b2b2b2;">Arrow</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-arrow'</span>
<span>            ,</span><span style="color:#b2b2b2;">Freehand</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-freeLine'</span>
<span>            ,</span><span style="color:#b2b2b2;">Rectangle</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-rectangle'</span>
<span>            ,</span><span style="color:#b2b2b2;">Ellipse</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-ellipse'</span>
<span>            ,</span><span style="color:#2b2bff;">Text</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-text'</span>
<span>            ,</span><span style="color:#b2b2b2;">Stickynote</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-postit'</span>
<span>            ,</span><span style="color:#b2b2b2;">Headline</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'fonticon-headline'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#b2b2b2;">m</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasClass</span><span>(</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">removeClass</span><span>(</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//noinspection JSPotentiallyInvalidConstructorUsage</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">tinycolor</span><span>(</span><span style="color:#b2b2b2;">cc</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">]</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">darken</span><span>(</span><span style="color:#8080ff;">10</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">toHex</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'linear-gradient(to right,'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' 0%,#000000 40px,#000000 40%,'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' 100%)'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'background'</span><span>,</span><span style="color:#b2b2b2;">col</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSPotentiallyInvalidConstructorUsage</span>
<span>            </span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">tinycolor</span><span>(</span><span style="color:#b2b2b2;">cc</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">]</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">col</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">brighten</span><span>(</span><span style="color:#8080ff;">15</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">toHex</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'border-bottom'</span><span>,</span><span style="color:#7a7b62;">'1px solid '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">col</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addClass</span><span>(</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">]</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">text</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'&amp;nbsp;'</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&amp;nbsp;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">active</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-update</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd init():void ::hud::_ ::conceptboard.js z.03432795002251301.2014.11.02.16.35.23.430|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_make</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-init</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-hud</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct inits::_      ::conceptboard.js z.18622037008151301.2014.10.30.20.17.02.681|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">inits</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd protos():void ::inits::_ ::conceptboard.js z.20533021009151301.2014.10.31.03.20.33.502|+!</span>
<span>          </span><span style="color:#b2b2b2;">protos</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'already initialized'</span><span>)</span><span style="color:#ff00ff;">;return;</span><span style="color:#708a53;">}</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">__entityMap</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#939300;">&quot;&amp;&quot;</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#939300;">&quot;&amp;amp;&quot;</span><span>,</span>
<span>              </span><span style="color:#939300;">&quot;&lt;&quot;</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#939300;">&quot;&amp;lt;&quot;</span><span>,</span>
<span>              </span><span style="color:#939300;">&quot;&gt;&quot;</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#939300;">&quot;&amp;gt;&quot;</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#7a7b62;">'&amp;quot;'</span><span>,</span>
<span>              </span><span style="color:#939300;">&quot;'&quot;</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#7a7b62;">'&amp;#39;'</span><span>,</span>
<span>              </span><span style="color:#939300;">&quot;/&quot;</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#7a7b62;">'&amp;#x2F;'</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//-__entityMap</span>
<span>            </span><span style="color:#363250;">// Z_DOT fn escapeHTML().prototype.String:string ::protos::inits::_ ::conceptboard.js z.10962525001251301.2014.11.01.14.35.26.901|+?</span>
<span>              </span><span style="color:#2b2bff;">String</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">prototype</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">escapeHTML</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">function</span><span>() </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">String</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#2b2bff;">/</span><span style="color:#939300;">[&amp;&lt;&gt;&quot;'\/]</span><span style="color:#2b2bff;">/g</span><span>, </span><span style="color:#2b2bff;">function</span><span> (</span><span style="color:#b2b2b2;">s</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">__entityMap</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">];</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">//-escapeHTML</span>
<span>            </span><span style="color:#363250;">// Z_DOT fn qo().prototype.String:q ::protos::inits::_ ::conceptboard.js z.20299525001251301.2014.11.01.14.36.39.202|+?</span>
<span>              </span><span style="color:#2b2bff;">String</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">prototype</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">qo</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">s</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">//-qo</span>
<span>            </span><span style="color:#363250;">// Z_DOT cmd _ropf(o,fn).prototype.String:void ::protos::inits::_ ::conceptboard.js z.42218625001251301.2014.11.01.14.38.01.224|+!</span>
<span>              </span><span style="color:#2b2bff;">String</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">prototype</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">o</span><span>,</span><span style="color:#b2b2b2;">fn</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">Object</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">defineProperty</span><span>(</span><span style="color:#b2b2b2;">o</span><span>,</span><span style="color:#b2b2b2;">n</span><span>, </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">get</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#b2b2b2;">fn</span>
<span>                  ,</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">function</span><span>() </span><span style="color:#708a53;">{</span><span> </span><span style="color:#ff00ff;">throw</span><span> </span><span style="color:#939300;">&quot;Cannot set Read Only Property '&quot;</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">+</span><span style="color:#939300;">&quot;'&quot;</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">enumerable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">configurable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">false</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">//-_ropf</span>
<span>            </span><span style="color:#363250;">// Z_DOT cmd _ropq(o,sel).prototype.String:void ::protos::inits::_ ::conceptboard.js z.36802725001251301.2014.11.01.14.38.40.863|+!</span>
<span>              </span><span style="color:#2b2bff;">String</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">prototype</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">o</span><span>,</span><span style="color:#b2b2b2;">sel</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">Object</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">defineProperty</span><span>(</span><span style="color:#b2b2b2;">o</span><span>, </span><span style="color:#b2b2b2;">n</span><span>, </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">get</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">sel</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">function</span><span>() </span><span style="color:#708a53;">{</span><span> </span><span style="color:#ff00ff;">throw</span><span> </span><span style="color:#939300;">&quot;Cannot set Read Only Property '&quot;</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">+</span><span style="color:#939300;">&quot;'&quot;</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">enumerable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">configurable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">false</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">//-_ropq</span>
<span>            </span><span style="color:#363250;">// Z_DOT cmd _ropqc(o,sel).prototype.String:void ::protos::inits::_ ::conceptboard.js z.57856725001251301.2014.11.01.14.39.25.875|+!</span>
<span>              </span><span style="color:#2b2bff;">String</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">prototype</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropqc</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">o</span><span>,</span><span style="color:#b2b2b2;">sel</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">Object</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">defineProperty</span><span>(</span><span style="color:#b2b2b2;">o</span><span>, </span><span style="color:#b2b2b2;">n</span><span>, </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">get</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cache</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cache</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">sel</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cache</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">function</span><span>() </span><span style="color:#708a53;">{</span><span> </span><span style="color:#ff00ff;">throw</span><span> </span><span style="color:#939300;">&quot;Cannot set Read Only Property '&quot;</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">+</span><span style="color:#939300;">&quot;'&quot;</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#708a53;">}</span>
<span>                  ,</span><span style="color:#b2b2b2;">enumerable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">configurable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">false</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">//-_ropqc</span>
<span>            </span><span style="color:#363250;">// Z_DOT cmd _pf(o,get_f,set_f).prototype.String:void ::protos::inits::_ ::conceptboard.js z.32433825001251301.2014.11.01.14.40.33.423|+!</span>
<span>              </span><span style="color:#2b2bff;">String</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">prototype</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_pf</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">o</span><span>,</span><span style="color:#b2b2b2;">get_f</span><span>,</span><span style="color:#b2b2b2;">set_f</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">Object</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">defineProperty</span><span>(</span><span style="color:#b2b2b2;">o</span><span>, </span><span style="color:#b2b2b2;">n</span><span>, </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">get</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#b2b2b2;">get_f</span>
<span>                  ,</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#b2b2b2;">set_f</span>
<span>                  ,</span><span style="color:#b2b2b2;">enumerable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">configurable</span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#2b2bff;">false</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">//-_pf</span>
<span>            </span><span style="color:#363250;">// Z_DOT ppt q.prototype.String:q ::protos::inits::_ ::conceptboard.js z.88339235001251301.2014.11.01.14.48.13.388|+@.</span>
<span>              </span><span style="color:#7a7b62;">'q'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#2b2bff;">String</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">prototype</span><span>,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">qo</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">// -q</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-protos</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd jquery_addons():void ::inits::_ ::conceptboard.js z.02146911009151301.2014.10.31.03.19.24.120|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">jquery_addons</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'already initialized'</span><span>)</span><span style="color:#ff00ff;">;return;</span><span style="color:#708a53;">}</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            (</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">$</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">$</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fn</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">replaceText</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">function</span><span>( </span><span style="color:#b2b2b2;">search</span><span>, </span><span style="color:#b2b2b2;">replace</span><span>, </span><span style="color:#b2b2b2;">text_only</span><span> ) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.each</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">node</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">firstChild</span><span>,</span><span style="color:#b2b2b2;">val</span><span>,</span><span style="color:#b2b2b2;">new_val</span><span>,</span><span style="color:#b2b2b2;">remove</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#ff00ff;">[];</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> ( </span><span style="color:#b2b2b2;">node</span><span> ) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">do</span><span> </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#2b2bff;">if</span><span> ( </span><span style="color:#b2b2b2;">node</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">nodeType</span><span> </span><span style="color:#ff00ff;">===</span><span> </span><span style="color:#8080ff;">3</span><span> ) </span><span style="color:#708a53;">{</span>
<span>                        </span><span style="color:#b2b2b2;">val</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">node</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">nodeValue</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">new_val</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">val</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>( </span><span style="color:#b2b2b2;">search</span><span>, </span><span style="color:#b2b2b2;">replace</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>                        </span><span style="color:#2b2bff;">if</span><span> ( </span><span style="color:#b2b2b2;">new_val</span><span> </span><span style="color:#ff00ff;">!==</span><span> </span><span style="color:#b2b2b2;">val</span><span> ) </span><span style="color:#708a53;">{</span>
<span>                          </span><span style="color:#2b2bff;">if</span><span> ( </span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">text_only</span><span> </span><span style="color:#ff00ff;">&amp;&amp;</span><span> </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">&lt;</span><span style="color:#2b2bff;">/</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">test</span><span>( </span><span style="color:#b2b2b2;">new_val</span><span> ) ) </span><span style="color:#708a53;">{</span>
<span>                            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">node</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">before</span><span>( </span><span style="color:#b2b2b2;">new_val</span><span> )</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">remove</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">push</span><span>( </span><span style="color:#b2b2b2;">node</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>                          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#708a53;">{</span>
<span>                            </span><span style="color:#b2b2b2;">node</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">nodeValue</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">new_val</span><span style="color:#ff00ff;">;</span>
<span>                          </span><span style="color:#708a53;">}</span>
<span>                        </span><span style="color:#708a53;">}</span>
<span>                      </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#708a53;">}</span><span> </span><span style="color:#2b2bff;">while</span><span> ( </span><span style="color:#b2b2b2;">node</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">node</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">nextSibling</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#b2b2b2;">remove</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span> </span><span style="color:#ff00ff;">&amp;&amp;</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">remove</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">remove</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)(</span><span style="color:#b2b2b2;">jQuery</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            (</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">$</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">$</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fn</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">withText</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">function</span><span>( </span><span style="color:#b2b2b2;">search</span><span> ) </span><span style="color:#708a53;">{</span><span> </span><span style="color:#363250;">//+ text_only second arg unused</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">rv</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">contents</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">filter</span><span>(</span>
<span>                  </span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">nodeType</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">3</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#363250;">//var me=$(this);</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">nodeValue</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">search</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'object'</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#363250;">//re</span>
<span>                      </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">search</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">test</span><span>(</span><span style="color:#b2b2b2;">txt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">txt</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">search</span><span>)</span><span style="color:#ff00ff;">!=-</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                )</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">rv</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>             </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)(</span><span style="color:#b2b2b2;">jQuery</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            (</span><span style="color:#2b2bff;">function</span><span>( </span><span style="color:#b2b2b2;">$</span><span> )</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">getStringForElement</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">function</span><span> (</span><span style="color:#b2b2b2;">el</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">string</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tagName</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">toLowerCase</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">id</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">string</span><span> </span><span style="color:#ff00ff;">+=</span><span> </span><span style="color:#939300;">&quot;#&quot;</span><span> </span><span style="color:#ff00ff;">+</span><span> </span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">className</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">className</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'string'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#b2b2b2;">string</span><span> </span><span style="color:#ff00ff;">+=</span><span> </span><span style="color:#939300;">&quot;.&quot;</span><span> </span><span style="color:#ff00ff;">+</span><span> </span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">className</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#2b2bff;">/</span><span style="color:#939300;"> </span><span style="color:#2b2bff;">/g</span><span>, </span><span style="color:#7a7b62;">'.'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">string</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">$</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fn</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">getDomPath</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">string</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span>(</span><span style="color:#b2b2b2;">string</span><span>) </span><span style="color:#ff00ff;">==</span><span> </span><span style="color:#939300;">&quot;undefined&quot;</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">string</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">p</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#ff00ff;">[]</span><span>,</span><span style="color:#b2b2b2;">el</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">first</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parents</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">not</span><span>(</span><span style="color:#7a7b62;">'html'</span><span>)</span><span style="color:#ff00ff;">.each</span><span>(</span><span style="color:#2b2bff;">function</span><span>() </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">push</span><span>(</span><span style="color:#3a7474;">getStringForElement</span><span>(</span><span style="color:#634880;">this</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">reverse</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">push</span><span>(</span><span style="color:#3a7474;">getStringForElement</span><span>(</span><span style="color:#b2b2b2;">el</span><span style="color:#ff00ff;">[</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">]</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">string</span><span> </span><span style="color:#ff00ff;">?</span><span> </span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">join</span><span>(</span><span style="color:#939300;">&quot; &gt; &quot;</span><span>) </span><span style="color:#ff00ff;">:</span><span> </span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)( </span><span style="color:#b2b2b2;">jQuery</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">// jquery_addons</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd key_hook():void ::inits::_ ::conceptboard.js z.82249821009151301.2014.10.31.03.34.54.228|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">key_hook</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'already initialized'</span><span>)</span><span style="color:#ff00ff;">;return;</span><span style="color:#708a53;">}</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">// KEY space dragpan</span>
<span>            </span><span style="color:#363250;">// KEY +- zoom</span>
<span>            </span><span style="color:#363250;">// KEY 1 zoom 100</span>
<span>            </span><span style="color:#363250;">// KEY 0 zoom fit</span>
<span>            </span><span style="color:#363250;">// KEY c.z undo</span>
<span>            </span><span style="color:#363250;">// KEY c.y redo</span>
<span>            </span><span style="color:#363250;">// KEY c.o toggle outline</span>
<span>            </span><span style="color:#363250;">// KEY esc abort action</span>
<span>            </span><span style="color:#363250;">// KEY jk nextprev element</span>
<span>            </span><span style="color:#363250;">// KEY m move</span>
<span>            </span><span style="color:#363250;">// KEY s select</span>
<span>            </span><span style="color:#363250;">// KEY e erase</span>
<span>            </span><span style="color:#363250;">// KEY z zoom</span>
<span>            </span><span style="color:#363250;">// KEY p pen</span>
<span>            </span><span style="color:#363250;">// KEY x highlighter</span>
<span>            </span><span style="color:#363250;">// KEY u rectangle</span>
<span>            </span><span style="color:#363250;">// KEY o ellipse</span>
<span>            </span><span style="color:#363250;">// KEY l line</span>
<span>            </span><span style="color:#363250;">// KEY c comment</span>
<span>            </span><span style="color:#363250;">// KEY h headline</span>
<span>            </span><span style="color:#363250;">// KEY t textblock</span>
<span>            </span><span style="color:#363250;">// KEY n stickynote</span>
<span>            </span><span style="color:#363250;">// KEY c.x cut</span>
<span>            </span><span style="color:#363250;">// KEY c.c copy</span>
<span>            </span><span style="color:#363250;">// KEY c.v paste</span>
<span>            </span><span style="color:#363250;">// KEY c.g group</span>
<span>            </span><span style="color:#363250;">// KEY cs.g ungroup</span>
<span>            </span><span style="color:#363250;">// KEY cs.o toggle outline</span>
<span>            </span><span style="color:#363250;">// KEY del delete</span>
<span>            </span><span style="color:#363250;">// KEY backspace delete</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">keypress</span><span>(</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">keypress</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">keydown</span><span>(</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">keydown</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">keyup</span><span>(</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">keyup</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'keyup'</span><span>,</span><span style="color:#7a7b62;">'TEXTAREA.edit-tb'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'keyup:evt.keyCode'</span><span>,</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'tgt:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">prop</span><span>(</span><span style="color:#7a7b62;">'tagName'</span><span>)</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'class'</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'val'</span><span>,</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">val</span><span>())</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_maybe_dyn_css_chg</span><span>(</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">val</span><span>())</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-key_hook</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd mouse_hook():void ::inits::_ ::conceptboard.js z.43868921009151301.2014.10.31.03.36.26.834|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">mouse_hook</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'already initialized'</span><span>)</span><span style="color:#ff00ff;">;return;</span><span style="color:#708a53;">}</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">mousemove</span><span>(</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">mmx</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">pageX</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">mmy</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">pageY</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">mousemove</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//console.info('evt.pageX:',evt.pageX,'evt.pageY',evt.pageY);</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">setup_hook</span><span>(</span><span style="color:#b2b2b2;">tgt</span><span>,</span><span style="color:#b2b2b2;">evt_name</span><span>,</span><span style="color:#b2b2b2;">map</span><span>,</span><span style="color:#b2b2b2;">filt</span><span>,</span><span style="color:#b2b2b2;">alt_name</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">alt_name</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">alt_name</span><span style="color:#ff00ff;">?</span><span style="color:#b2b2b2;">alt_name</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">filt</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">filt</span><span style="color:#ff00ff;">?</span><span style="color:#b2b2b2;">filt</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'body'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">tgt</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span>,</span><span style="color:#b2b2b2;">filt</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">//works on btn 3</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">path</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getDomPath</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">is_cursor_tool</span><span>(</span><span style="color:#b2b2b2;">me</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">watch</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cursor_tool</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">check</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">path</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#7a7b62;">'.app-button'</span><span>)</span><span style="color:#ff00ff;">!==-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#363250;">//+ fix and hookup</span>
<span>                  </span><span style="color:#363250;">//return;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#363250;">//</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':which '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':path '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">path</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':evt.target.tagName '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">tagName</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cas</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//var map={</span>
<span>                </span><span style="color:#363250;">//  bg:{p:'&gt; div.underlay-inner &gt; svg',r:_.event.doc.bg}</span>
<span>                </span><span style="color:#363250;">//  ,move_cross:{p:'&gt; div.cross-overlay.cur_sel__0',r:_.event.move_cross}</span>
<span>                </span><span style="color:#363250;">//};</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">dest</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">root</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#b2b2b2;">map</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">map</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">path</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">map</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">].</span><span style="color:#b2b2b2;">p</span><span>)</span><span style="color:#ff00ff;">!==-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#b2b2b2;">dest</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#b2b2b2;">root</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">map</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">].</span><span style="color:#b2b2b2;">r</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">root</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'no root found for path:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">path</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#2b2bff;">Object</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">keys</span><span>(</span><span style="color:#b2b2b2;">root</span><span>),</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">dest</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">root</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">alt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">]===</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">root</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">alt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">]</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'root.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">alt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' is not a function for dest:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">dest</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#363250;">//</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//+ fix and hookup</span>
<span>              </span><span style="color:#3a7474;">setup_hook</span><span>(</span><span style="color:#b2b2b2;">document</span><span>,</span><span style="color:#7a7b62;">'click'</span><span>,</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">bg</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'&gt; div.underlay-inner &gt; svg'</span><span>,</span><span style="color:#b2b2b2;">r</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">bg</span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#3a7474;">setup_hook</span><span>(</span><span style="color:#b2b2b2;">document</span><span>,</span><span style="color:#7a7b62;">'dblclick'</span><span>,</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">bg</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'&gt; div.underlay-inner &gt; svg'</span><span>,</span><span style="color:#b2b2b2;">r</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">bg</span><span style="color:#708a53;">}</span>
<span>                ,</span><span style="color:#b2b2b2;">move_cross</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'&gt; div.cross-overlay.cur_sel__0'</span><span>,</span><span style="color:#b2b2b2;">r</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">move_cross</span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#3a7474;">setup_hook</span><span>(</span><span style="color:#7a7b62;">'div.underlay-inner'</span><span>,</span><span style="color:#7a7b62;">'mouseup'</span><span>,</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">bg</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'&gt; div.underlay-inner &gt; svg'</span><span>,</span><span style="color:#b2b2b2;">r</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">doc</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">bg</span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#7a7b62;">'*'</span><span>,</span><span style="color:#7a7b62;">'click'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#7a7b62;">'div.underlay-inner'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'mouseup'</span><span>,</span><span style="color:#7a7b62;">'*'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'mouseup'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">path</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getDomPath</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouseup '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':path '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">path</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">2</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouse 2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#7a7b62;">'div.underlay-inner'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'click'</span><span>,</span><span style="color:#7a7b62;">'*'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'click'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">path</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getDomPath</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':path '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">path</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">2</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouse 2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#7a7b62;">'div.underlay-inner'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'mouseup'</span><span>,</span><span style="color:#7a7b62;">'*'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'mouseup'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">path</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getDomPath</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouseup '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':path '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">path</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">2</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouse 2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#7a7b62;">'div.underlay-inner'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'mousedown'</span><span>,</span><span style="color:#7a7b62;">'*'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">//works on btn 3</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'mousedown'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">path</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getDomPath</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mousedown '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#b2b2b2;">evt_name</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':path '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">path</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">2</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouse 2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'mouseup'</span><span>,</span><span style="color:#7a7b62;">'body'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouseup '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">2</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouse 2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'mousedown'</span><span>,</span><span style="color:#7a7b62;">'body'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">//works on btn 3</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mousedown '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">2</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouse 2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">on</span><span>(</span><span style="color:#7a7b62;">'click'</span><span>,</span><span style="color:#7a7b62;">'body'</span><span>,</span><span style="color:#2b2bff;">null</span><span>,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">evt</span><span>)</span><span style="color:#708a53;">{</span><span style="color:#363250;">//works on btn 3</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'click '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">evt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">which</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">2</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'mouse 2'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-mouse_hook</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd dom_hook():void ::inits::_ ::conceptboard.js z.83192031009151301.2014.10.31.03.37.09.138|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">dom_hook</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'already initialized'</span><span>)</span><span style="color:#ff00ff;">;return;</span><span style="color:#708a53;">}</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">bind</span><span>(</span><span style="color:#7a7b62;">'DOMNodeInserted'</span><span>, </span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">event</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">dom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">node_inserted</span><span>(</span><span style="color:#b2b2b2;">event</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">document</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">bind</span><span>(</span><span style="color:#7a7b62;">'DOMNodeRemoved'</span><span>, </span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">event</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">dom</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">node_removed</span><span>(</span><span style="color:#b2b2b2;">event</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dom_hook</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd styles():void ::inits::_ ::conceptboard.js z.80746031009151301.2014.10.31.03.37.44.708|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">styles</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'already initialized'</span><span>)</span><span style="color:#ff00ff;">;return;</span><span style="color:#708a53;">}</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-styles</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd watches():void ::inits::_ ::conceptboard.js z.23682131009151301.2014.10.31.03.38.48.632|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">watches</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">watch</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">start</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-watches</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd see():void ::inits::_ ::conceptboard.js z.42440231009151301.2014.10.31.03.40.04.424|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-see</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd status():void ::inits::_ ::conceptboard.js z.58891774001251301.2014.11.01.13.15.19.885|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">status</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">status</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-status</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd cursor_tool():void ::inits::_ ::conceptboard.js z.21330165001251301.2014.11.01.15.35.03.312|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">cursor_tool</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">watch</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cursor_tool</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-status</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd bgmenu():void ::inits::_ ::conceptboard.js z.35051090002251301.2014.11.02.02.30.15.053|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">bgmenu</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">bgmenu</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-bgmenu</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd hud():void ::inits::_ ::conceptboard.js z.32737446002251301.2014.11.02.17.54.33.723|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">hud</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-bgmenu</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-inits</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct menus::_      ::conceptboard.js z.62848927008151301.2014.10.30.20.16.24.826|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">menus</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd itemmenu_els():dom ::menus::_ ::conceptboard.js z.60175611009151301.2014.10.31.03.14.17.106|+?</span>
<span>          </span><span style="color:#b2b2b2;">itemmenu_els</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//noinspection JSPotentiallyInvalidConstructorUsage</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">menu</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">ddlistmenu</span><span>(</span><span style="color:#7a7b62;">'itemmenu'</span><span>, </span><span style="color:#7a7b62;">'flexdropdownmenu'</span><span>)</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">//var menuvar=new ddlistmenu('menuid', 'menuclass')</span>
<span>            </span><span style="color:#363250;">// t v i</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span>
<span>              ,</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">:[</span>
<span>                </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Copy Id'</span><span style="color:#708a53;">}</span>
<span>                ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Copy Link'</span><span style="color:#708a53;">}</span>
<span>                ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Item Two'</span>
<span>                  ,</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">:[</span>
<span>                    </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Item Two - A'</span><span style="color:#708a53;">}</span>
<span>                    ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Item Two - B'</span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#ff00ff;">]</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                ,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'Item Three'</span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">]</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">build</span><span>(</span><span style="color:#b2b2b2;">m</span><span>,</span><span style="color:#b2b2b2;">o</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">mm</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">!==</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">v</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">v</span><span style="color:#ff00ff;">?</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">v</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">c</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">mm</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addItem</span><span>(</span><span style="color:#939300;">&quot;javascript:_.event.menu_item_clicked('&quot;</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">v</span><span style="color:#ff00ff;">+</span><span style="color:#939300;">&quot;');void(0);&quot;</span><span>, </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addSubMenu</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">mm</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">m</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addItem</span><span>(</span><span style="color:#939300;">&quot;javascript:_.event.menu_item_clicked('&quot;</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">v</span><span style="color:#ff00ff;">+</span><span style="color:#939300;">&quot;');void(0);&quot;</span><span>, </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">c</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">//mm=mm.addSubMenu();</span>
<span>                </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">++</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#3a7474;">build</span><span>(</span><span style="color:#b2b2b2;">mm</span><span>,</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">]</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#363250;">//console.log($(m).html());</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#3a7474;">build</span><span>(</span><span style="color:#b2b2b2;">menu</span><span>,</span><span style="color:#b2b2b2;">o</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">menu</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-itemmenu_els</span>
<span>          </span><span style="color:#363250;">//</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-menus</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct ppt::_        ::conceptboard.js z.36019037008151301.2014.10.30.20.18.11.063|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">ppt</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT ppt zoom():double ::ppt::_ ::conceptboard.js z.36316531009151301.2014.10.31.03.46.01.363|+.</span>
<span>          </span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ZoomText</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">parseInt</span><span>(</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">text</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'%'</span><span>,</span><span style="color:#7a7b62;">''</span><span>),</span><span style="color:#8080ff;">10</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">/</span><span style="color:#8080ff;">100</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-zoom</span>
<span>        </span><span style="color:#363250;">// Z_DOT ppt bgxy():point ::ppt::_ ::conceptboard.js z.68803831009151301.2014.10.31.03.50.30.886|+.</span>
<span>          ,</span><span style="color:#b2b2b2;">bgxy</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">o</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">$pad</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'#padUnderlay'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">$wid</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">$pad</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'&gt;.underlay-inner&gt;.widgets-container'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">!==undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">$wid</span>
<span>                </span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'left'</span><span>,</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span>)</span>
<span>                </span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'top'</span><span>,</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">y</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'px'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//</span>
<span>              </span><span style="color:#363250;">//                                                    LEFT              TOP</span>
<span>              </span><span style="color:#363250;">// 'matrix(1.42382812,0.00000000,0.00000000,1.42382812,3800.19140352,2727.22460760)'.substr(8).replace(')','').split(',')</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">$g</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">$pad</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'&gt;.underlay-inner&gt;svg&gt;g'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tf</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">$g</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'transform'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">tf</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">tf</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substr</span><span>(</span><span style="color:#8080ff;">7</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">')'</span><span>,</span><span style="color:#7a7b62;">''</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">split</span><span>(</span><span style="color:#7a7b62;">','</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">tf</span><span style="color:#ff00ff;">[</span><span style="color:#8080ff;">5</span><span style="color:#ff00ff;">]=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">y</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">tf</span><span style="color:#ff00ff;">[</span><span style="color:#8080ff;">4</span><span style="color:#ff00ff;">]=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">tf</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'matrix('</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tf</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">join</span><span>(</span><span style="color:#7a7b62;">','</span><span>)</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">')'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">$g</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'transform'</span><span>,</span><span style="color:#b2b2b2;">tf</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//var top_y=parseFloat(tf[5]);</span>
<span>            </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">parseFloat</span><span>(</span><span style="color:#b2b2b2;">$wid</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'left'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'px'</span><span>,</span><span style="color:#7a7b62;">''</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">y</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">parseFloat</span><span>(</span><span style="color:#b2b2b2;">$wid</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'top'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'px'</span><span>,</span><span style="color:#7a7b62;">''</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">x</span><span>,</span><span style="color:#b2b2b2;">y</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">y</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-bgxy</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-ppt</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden;color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct qtip::_       ::conceptboard.js z.77968827008151301.2014.10.30.20.14.46.977|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">qtip</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _styles():object ::qtip::_ ::conceptboard.js z.22934620003251301.2014.11.03.00.44.03.922|-?</span>
<span>          </span><span style="color:#b2b2b2;">_styles</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">=</span><span style="color:#939300;">&quot;\n&quot;</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'q'</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'tip'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'{'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'position: absolute;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'left: -28000px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'top: -28000px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'display: none;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'max-width: 800px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'min-width: 50px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'font-size: 10.5px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'line-height: 12px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'direction: ltr;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'box-shadow: none;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'padding: 0;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-content {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'position: relative;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'padding: 5px 9px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'overflow: hidden;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'text-align: left;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'word-wrap: break-word;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'position: relative;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'padding: 5px 35px 5px 10px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'overflow: hidden;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-width: 0 0 1px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'font-weight: bold;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar + .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-content {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-top-width: 0 ;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-close {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'position: absolute;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'right: -9px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'top: -9px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'z-index: 11;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'cursor: pointer;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'outline: medium none;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border: 1px solid transparent;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-close {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'right: 4px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'top: 50%;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'margin-top: -9px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'* html .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-close {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'top: 16px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar .ui-icon, .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-icon .ui-icon {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'display: block;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'text-indent: -1000em;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'direction: ltr;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-icon, .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-icon .ui-icon {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-moz-border-radius: 3px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-webkit-border-radius: 3px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-radius: 3px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'text-decoration: none;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-icon .ui-icon {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'width: 18px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'height: 14px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'line-height: 14px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'text-align: center;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'text-indent: 0;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'font: normal bold 10px/13px Tahoma,sans-serif;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'color: inherit;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'background: transparent none no-repeat -100em -100em;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-focus {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-hover {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-default {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border: 1px solid #F1D031;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'background-color: #FFFFA3;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'color: #555;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-default .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'background-color: #FFEF93;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-default .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-icon {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-color: #CCC;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'background: #F1F1F1;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'color: #777;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-default .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-close {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-color: #AAA;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'color: #111;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-dark {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'background-color: #505050;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-color: #303030;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'color: #f3f3f3;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-dark .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'background-color: #404040;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-dark .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-icon {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-color: #444;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-dark .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar .ui-state-hover {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-color: #303030;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-shadow {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-webkit-box-shadow: 1px 1px 3px 1px rgba(0, 0, 0, 0.15);'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-moz-box-shadow: 1px 1px 3px 1px rgba(0, 0, 0, 0.15);'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'box-shadow: 1px 1px 3px 1px rgba(0, 0, 0, 0.15);'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-rounded, .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-tipsy, .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-bootstrap {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-moz-border-radius: 5px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-webkit-border-radius: 5px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-radius: 5px;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-rounded .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-moz-border-radius: 4px 4px 0 0;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-webkit-border-radius: 4px 4px 0 0;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'border-radius: 4px 4px 0 0;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':not(.ie9haxors) div.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-content, .'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':not(.ie9haxors) div.'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-titlebar {'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'filter: none;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-ms-filter: none;'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'}'</span>
<span>              </span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">s</span><span>,</span><span style="color:#b2b2b2;">name</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">qt</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">// return {style,&lt;name&gt;}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_styles</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd zdots_update():void ::qtip::_ ::conceptboard.js z.85366990009151301.2014.10.31.02.46.06.358|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">zdots_update</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span><span style="color:#363250;">//_tooltip_zdots</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'q'</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'tip'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#b2b2b2;">$</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fn</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">].</span><span style="color:#b2b2b2;">zindex</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#8080ff;">80000</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#7a7b62;">'.pWTD p [title!=&quot;&quot;]'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">qtip</span><span>(</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">content</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">attr</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'title'</span><span style="color:#708a53;">}</span><span>,</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">classes</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-shadow '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-dark '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">qt</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-rounded'</span><span style="color:#708a53;">}</span><span>,</span><span style="color:#b2b2b2;">position</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">my</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'top center'</span><span>,</span><span style="color:#b2b2b2;">at</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'bottom center'</span><span style="color:#708a53;">}}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-zdots_update</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-qtip</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden;color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct regicon::_    ::conceptboard.js z.73452727008151301.2014.10.30.20.12.05.437|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">regicon</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _ext_ico_i(i,last):string ::regicon::_ ::conceptboard.js z.37242020009151301.2014.10.31.00.33.44.273|-?</span>
<span>          </span><span style="color:#b2b2b2;">_ext_ico_i</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">i</span><span>,</span><span style="color:#b2b2b2;">last</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'undefined'</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o1</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#7a7b62;">'-'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'i'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'internal'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'%'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'+'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">','</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'member'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'.'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'property'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'^'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'constructor'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'!'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'command'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'event'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'e'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'event'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'?'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'function'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'*'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'static'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'@'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'const'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'&amp;'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'bindable'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'c'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'control'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'r'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'remote'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'s'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'service'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'o'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'other'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o2</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#7a7b62;">'-'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'private'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'i'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'internal'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'%'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'protected'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'+'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'public'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">','</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'member'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'.'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'property'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'^'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'constructor'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'!'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'command'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'\\'</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'event'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'e'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'event'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'?'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'function'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'*'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'static'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'@'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'const'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'&amp;'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'bindable'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'c'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'control'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'r'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'remote'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'s'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'s'</span><span>,</span>
<span>              </span><span style="color:#7a7b62;">'o'</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'other'</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">o1</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]!=</span><span style="color:#7a7b62;">'undefined'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">o1</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">o2</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]!=</span><span style="color:#7a7b62;">'undefined'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">o2</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//never return i;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_ext_ico_i</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _ext_ico_split(c):string ::regicon::_ ::conceptboard.js z.06139120009151301.2014.10.31.00.36.33.160|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_ext_ico_split</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">c</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">regicon</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">++</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substring</span><span>(</span><span style="color:#b2b2b2;">x</span><span>,</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">+</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//console.log('c:'+c+' x:'+x+' i:'+i);</span>
<span>              </span><span style="color:#363250;">//continue;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">==</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">j</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_ext_ico_i</span><span>(</span><span style="color:#b2b2b2;">i</span><span>,</span><span style="color:#b2b2b2;">last</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">j</span><span style="color:#ff00ff;">!=</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">last</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">j</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'s'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substring</span><span>(</span><span style="color:#8080ff;">0</span><span>,</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">-</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">j</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">j</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'-'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'propertys'</span><span>,</span><span style="color:#7a7b62;">'properties'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">!=</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substring</span><span>(</span><span style="color:#8080ff;">0</span><span>,</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">-</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_ext_ico_split</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _ico_is_std(ext):int ::regicon::_ ::conceptboard.js z.34475220009151301.2014.10.31.00.37.37.443|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_ico_is_std</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">ext</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substr</span><span>(</span><span style="color:#8080ff;">0</span><span>,</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">!=</span><span style="color:#7a7b62;">'+'</span><span style="color:#ff00ff;">&amp;&amp;</span>
<span>                </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">!=</span><span style="color:#7a7b62;">'-'</span><span style="color:#ff00ff;">&amp;&amp;</span>
<span>                </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">!=</span><span style="color:#7a7b62;">'%'</span><span style="color:#ff00ff;">&amp;&amp;</span>
<span>                </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">!=</span><span style="color:#7a7b62;">'^'</span><span style="color:#ff00ff;">&amp;&amp;</span>
<span>                </span><span style="color:#2b2bff;">true</span>
<span>                ) </span><span style="color:#708a53;">{</span>
<span>               </span><span style="color:#363250;">//Msg('std:1:'ext);</span>
<span>               </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'i'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'im'</span><span style="color:#ff00ff;">||</span>
<span>                      </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'import'</span><span style="color:#ff00ff;">||</span>
<span>                      </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'imports'</span><span style="color:#ff00ff;">||</span>
<span>                      </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'include'</span><span style="color:#ff00ff;">||</span>
<span>                      </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'interface'</span><span style="color:#ff00ff;">||</span>
<span>                      </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'includes'</span><span style="color:#ff00ff;">||</span>
<span>                      </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'img'</span><span style="color:#ff00ff;">||</span>
<span>                      </span><span style="color:#2b2bff;">false</span>
<span>                      ) </span><span style="color:#708a53;">{</span>
<span>                     </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                     </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>               </span><span style="color:#708a53;">}</span>
<span>               </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>               </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'+'</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'+str'</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>               </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'-'</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'-&gt;'</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>               </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'%'</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'%'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>               </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_ico_is_std</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn ico_str(ext):string ::regicon::_ ::conceptboard.js z.40149320009151301.2014.10.31.00.39.54.104|+?</span>
<span>          ,</span><span style="color:#b2b2b2;">ico_str</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">ext</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">regicon</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_ico_is_std</span><span>(</span><span style="color:#b2b2b2;">ext</span><span>)</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>               </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">r</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_ext_ico_split</span><span>(</span><span style="color:#b2b2b2;">ext</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">r</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span>
<span>               </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#7a7b62;">'_'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">r</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-ico_str</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn ico_url():string ::regicon::_ ::conceptboard.js z.16202520009151301.2014.10.31.00.42.00.261|+?</span>
<span>          ,</span><span style="color:#b2b2b2;">ico_url</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">ext</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">regicon</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">ico_str</span><span>(</span><span style="color:#b2b2b2;">ext</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#7a7b62;">'http://iis.mra.dnsalias.net/images/code_png/'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'.png'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-ico_url</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-regicon</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct see::_        ::conceptboard.js z.79888727008151301.2014.10.30.20.13.08.897|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">see</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT const cls:string ::see::_ ::conceptboard.js z.61665720009151301.2014.10.31.00.45.56.616|+@,</span>
<span>          </span><span style="color:#b2b2b2;">cls</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'seen'</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _current:string ::see::_ ::conceptboard.js z.86789720009151301.2014.10.31.00.46.38.768|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT ppt current:q ::see::_ ::conceptboard.js z.76381920009151301.2014.10.31.00.48.38.367|-@.</span>
<span>          ,</span><span style="color:#b2b2b2;">current</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _qo:q ::see::_ ::conceptboard.js z.09844820009151301.2014.10.31.00.47.24.890|-,</span>
<span>          ,</span><span style="color:#b2b2b2;">_qo</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _make():void ::see::_ ::conceptboard.js z.76367820009151301.2014.10.31.00.47.56.367|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_make</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable,JSCheckFunctionSignatures</span>
<span>            </span><span style="color:#7a7b62;">'body'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">append</span><span>(</span><span style="color:#7a7b62;">'&lt;div id=&quot;see&quot;/&gt;'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_qo</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'#see'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'current'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#006200;">that</span><span>,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">=</span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSValidateTypes</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">===</span><span style="color:#2b2bff;">null</span><span style="color:#ff00ff;">||</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">null</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedFunction</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">c</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_make</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_pos():void ::see::_ ::conceptboard.js z.71178780009151301.2014.10.31.02.26.27.117|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_pos</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">current</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">c</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//noinspection JSCheckFunctionSignatures</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSCheckFunctionSignatures</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedFunction</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">stop</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">animate</span><span>(</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">l</span><span>,</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">t</span><span style="color:#708a53;">}</span><span>,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">duration</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">500</span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_pos</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select(q):void ::see::_ ::conceptboard.js z.48974880009151301.2014.10.31.02.27.27.984|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">current</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">===undefined||</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">===</span><span style="color:#2b2bff;">null</span><span style="color:#ff00ff;">||</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">===</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">removeClass</span><span>(</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cls</span><span>)</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">null</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">stop</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">fadeOut</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">===</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">removeClass</span><span>(</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cls</span><span>)</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">===</span><span style="color:#2b2bff;">null</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">fadeIn</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">=</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addClass</span><span>(</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cls</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">stop</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">animate</span><span>(</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">l</span><span>,</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">t</span><span style="color:#708a53;">}</span><span>,</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">duration</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">500</span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _select_update(q):void ::see::_ ::conceptboard.js z.87748880009151301.2014.10.31.02.28.04.778|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_select_update</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">===undefined||</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">===</span><span style="color:#2b2bff;">null</span><span style="color:#ff00ff;">||</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">===</span><span style="color:#2b2bff;">null</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>)</span><span style="color:#ff00ff;">===</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_pos</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">return;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_select_update</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn _inscreen():void ::see::_ ::conceptboard.js z.43832980009151301.2014.10.31.02.28.43.834|-?</span>
<span>          ,</span><span style="color:#b2b2b2;">_inscreen</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//var qs='.pWTD-boxStyle'.qo();</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">pt</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">:</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">window</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">innerWidth</span><span>()</span><span style="color:#ff00ff;">/</span><span style="color:#8080ff;">2</span><span>,</span><span style="color:#b2b2b2;">y</span><span style="color:#ff00ff;">:</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">window</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">innerHeight</span><span>()</span><span style="color:#ff00ff;">/</span><span style="color:#8080ff;">2</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//var ltbrs=Ltbr.ltbrs_of_sel('.pWTD-boxStyle');</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ltbrs</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">Ltbr</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">ltbrs_of_sel</span><span>(</span><span style="color:#7a7b62;">'.pWTD'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">Ltbr</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">closest_to_point</span><span>(</span><span style="color:#b2b2b2;">ltbrs</span><span>,</span><span style="color:#b2b2b2;">pt</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">id</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">id</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#ff00ff;">[]</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_inscreen</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd update():void ::see::_ ::conceptboard.js z.12738980009151301.2014.10.31.02.29.43.721|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">update</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">is</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_inscreen</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_select_update</span><span>(</span><span style="color:#b2b2b2;">is</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-update</span>
<span>        </span><span style="color:#363250;">// Z_DOT ppt in_view():boolean ::see::_ ::conceptboard.js z.24208351004251301.2014.11.04.04.16.20.242|+@.</span>
<span>          ,</span><span style="color:#b2b2b2;">in_view</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">current</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Textbox</span><span>(</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">current</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">tg</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Textbox</span><span>(</span><span style="color:#b2b2b2;">tg</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">in_view</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-in_view</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd edit_selected():void ::see::_ ::conceptboard.js z.49809731004251301.2014.11.04.03.49.50.894|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">edit_selected</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">current</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Textbox</span><span>(</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">current</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edit</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-edit_selected</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd init():void ::see::_ ::conceptboard.js z.35641090009151301.2014.10.31.02.30.14.653|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_make</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-init</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-see</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden;color: #d6d6d6;font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct selector::_ ::conceptboard.js z.88438690004251301.2014.11.04.02.41.23.488|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">selector</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>          </span><span style="color:#006200;">_name</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'selector'</span>
<span>          ,</span><span style="color:#b2b2b2;">_styles</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">=</span><span style="color:#939300;">&quot;\n&quot;</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.move-cross.inviso{opacity:0;pointer-events:none;}'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">NL</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">s</span><span>,</span><span style="color:#b2b2b2;">name</span><span style="color:#ff00ff;">:</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_name</span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_styles</span>
<span>          ,</span><span style="color:#b2b2b2;">_class</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'pWTDSelected'</span>
<span>          ,</span><span style="color:#b2b2b2;">_sel_ui</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'#padUnderlay&gt;.underlay-inner .selections-container .move-cross'</span><span> </span><span style="color:#363250;">//#SELECTION_1563311373-qAPHJdQ76o-16 &gt; div:nth-child(1) &gt; div</span>
<span>          ,</span><span style="color:#b2b2b2;">contianer</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>          ,</span><span style="color:#b2b2b2;">cross</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>          ,</span><span style="color:#b2b2b2;">qs</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>          ,</span><span style="color:#b2b2b2;">ui</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>          ,</span><span style="color:#b2b2b2;">selected</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>          ,</span><span style="color:#b2b2b2;">_init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'qs'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#634880;">this</span><span>,</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_class</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'ui'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#634880;">this</span><span>,</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_class</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'container'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropqc</span><span>(</span><span style="color:#634880;">this</span><span>,</span><span style="color:#7a7b62;">'#padUnderlay&gt;.underlay-inner .selections-container'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'cross'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#634880;">this</span><span>,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">container</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'.move-cross'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//'selected'._ropq(this,'.'+this._class);</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          ,</span><span style="color:#b2b2b2;">inviso</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cross</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addClass</span><span>(</span><span style="color:#7a7b62;">'inviso'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          ,</span><span style="color:#b2b2b2;">uninviso</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cross</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">removeClass</span><span>(</span><span style="color:#7a7b62;">'inviso'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          ,</span><span style="color:#b2b2b2;">edit_selected</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">qs</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">return;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">qs</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">get</span><span>(</span><span style="color:#8080ff;">0</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">=new</span><span> </span><span style="color:#3a7474;">Textbox</span><span>(</span><span style="color:#006200;">q</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">tb</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edit</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          ,</span><span style="color:#b2b2b2;">deselect</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">an</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cmd</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">select_browse</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">an</span><span style="color:#ff00ff;">].</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">300</span><span>)</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>          ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-selector</span>
</pre></div>

<div style='font-family: "AUltraFontII"; font-size: 9.0pt; color: #d6d6d6;background-color: #000000x; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct set::_        ::conceptboard.js z.37993527008151301.2014.10.30.20.08.59.973|struct</span>
<span>      </span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct zdot::set::_ ::conceptboard.js z.62990487008151301.2014.10.30.21.46.49.926|struct</span>
<span>          </span><span style="color:#b2b2b2;">zdot</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// Z_DOT var lineico_h:string ::zdot::set::_ ::conceptboard.js z.07548487008151301.2014.10.30.21.48.04.570|-@,</span>
<span>              </span><span style="color:#b2b2b2;">lineico_h</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">'1em'</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-zdot</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-set</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden;color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct status::_     ::conceptboard.js z.30196764001251301.2014.11.01.12.59.29.103|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">status</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT var _tgt              ::status::_ ::conceptboard.js z.46932025001251301.2014.11.01.14.27.03.964|-,</span>
<span>          </span><span style="color:#b2b2b2;">_tgt</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">null</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _make_html():void ::status::_ ::conceptboard.js z.30751685001251301.2014.11.01.16.16.55.703|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_make_html</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'#dijit__Widget_5'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">qo</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;span class=&quot;app-button-separator discuss-tool-toggle&quot;&gt;&lt;/span&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;span class=&quot;attribute-container&quot;&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;span class=&quot;toolbar-hint light&quot;&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;span id=&quot;statusTxt&quot; class=&quot;toolbar-hint-text&quot;&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'Status OK'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;/span&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;/span&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;/span&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedFunction</span>
<span>            </span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">after</span><span>(</span><span style="color:#b2b2b2;">s</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_make_html</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _make():void      ::status::_ ::conceptboard.js z.44794574001251301.2014.11.01.13.12.29.744|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_make</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_make_html</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'_tgt'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropq</span><span>(</span><span style="color:#634880;">this</span><span>,</span><span style="color:#7a7b62;">'#statusTxt'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'q'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_ropf</span><span>(</span><span style="color:#634880;">this</span><span>,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_tgt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">===</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'that._make_html'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_make_html</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_tgt</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#7a7b62;">'text'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">_pf</span><span>(</span><span style="color:#634880;">this</span>
<span>              ,</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">html</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              ,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">v</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#006200;">that</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">html</span><span>(</span><span style="color:#b2b2b2;">v</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_make</span>
<span>        </span><span style="color:#363250;">// Z_DOT ppt text:string       ::status::_ ::conceptboard.js z.21265025001251301.2014.11.01.14.27.36.212|+.</span>
<span>          ,</span><span style="color:#b2b2b2;">text</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd init():void       ::status::_ ::conceptboard.js z.73759025001251301.2014.11.01.14.28.15.737|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'already initialized'</span><span>)</span><span style="color:#ff00ff;">;return;</span><span style="color:#708a53;">}</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">initialized</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_make</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>          </span><span style="color:#708a53;">}</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-status</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct style::_      ::conceptboard.js z.93481927008151301.2014.10.30.20.15.18.439|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd zdots_init():void ::style::_ ::conceptboard.js z.05624001009151301.2014.10.31.02.47.22.650|+!</span>
<span>          </span><span style="color:#b2b2b2;">zdots_init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//s+='.qtip{position:absolute;}';</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'img.imgico.marker{margin-right:4px;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'img.imgico{vertical-align:bottom;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'a.filesled:hover,a.zdot:hover{text-decoration:none;color:#666666;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'a.filesled{font-family:monospace;vertical-align:bottom;color:#555555;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'a.zdot{font-family:monospace;vertical-align:bottom;color:#555555;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addStyle</span><span>(</span><span style="color:#b2b2b2;">s</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-zdots_init</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd dark_init():void ::style::_ ::conceptboard.js z.59889101009151301.2014.10.31.02.49.58.895|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">dark_init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#boardHeader{background-color:#000000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#outline-container:hover{opacity:0.9;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#outline-container{opacity:0.6;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#pad-main{background-color:#0A0A0A;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .move-cross .arrowhead.bottom{border-top-color:#335;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .move-cross .arrowhead.left{border-right-color:#335;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .move-cross .arrowhead.right{border-left-color:#335;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .move-cross .arrowhead.top{border-bottom-color:#335;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .move-cross .arrowline-v,#padUnderlay .move-cross .arrowline-h{background:#335;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .move-cross .cross-underlay-left{border-right-color:transparent;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .move-cross .cross-underlay-right{border-left-color:transparent;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .pWTD .comment-edit-link{background:rgba(255, 255, 255, 0);color:#555;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .pWTD-comment .comment-reply-fake-box{border-color:#555;border-top-color:#333;background:000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#padUnderlay .pWTD-comment .contains-textarea, #padUnderlay .pWTD-comment .new-reply-container{background:#222;border-top:1px solid #444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.integrated-design .dijitTooltipContainer .dialog-content ul.simple-app-menu li, .edit-dialog-context .dijitTooltipContainer .dialog-content ul.simple-app-menu li{color:#aaa;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.integrated-design .dijitTooltipContainer .dialog-content ul.simple-app-menu li:hover, .edit-dialog-context .dijitTooltipContainer .dialog-content ul.simple-app-menu li:hover{background-color:#224;color:#ccf;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.integrated-design .dijitTooltipContainer, .edit-dialog-context .dijitTooltipContainer{background:#000;border-color:#333;opacity:0.8;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .board-scrollbar-container-h, .pad-page .board-scrollbar-container-v{background:#0a0a0a;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .board-scrollbar-container-h:hover, .pad-page .board-scrollbar-container-v:hover, .pad-page .board-scrollbar-container-h.active, .pad-page .board-scrollbar-container-v.active{background:#1a1a1a;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .footer-pane{background:#111;color:#aaa;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .header .toolbar-container .propbar .app-button.active{background-color:#225;border-color:#33f;background:#225;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pagetype-app-related .app-button:hover, .pagetype-app-page .app-button:hover, .pagetype-non-app .app-button:hover, .pagetype-app-related .app-button.active, .pagetype-app-page .app-button.active, .pagetype-non-app .app-button.active{color:#66a;background:#223;border-color:#334;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//s+='.pad-page .header .toolbar-container .propbar .app-button.active{background:#222;border-top:1px solid #444;}';</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .header .toolbar-container .propbar{background-color:#000000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .header{border-bottom:1px solid #333;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .minimap-container .minimap{background-color:#000000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .pad-side .sidebar-list .index-list .sidebar-element .sidebar-element-content p, .pad-page .pad-side .sidebar-list .index-list .sidebar-element .sidebar-element-content .sidebar-editbox{background-color:#000000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .pad-side .sidebar-list .index-list .sidebar-element .sidebar-element-content p, .pad-page .pad-side .sidebar-list .index-list .sidebar-element .sidebar-element-content .sidebar-editbox{color:#ccc;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .pad-side .sidebar-list .index-list .sidebar-element .sidebar-element-content p:hover, .pad-page .pad-side .sidebar-list .index-list .sidebar-element .sidebar-element-content .sidebar-editbox:hover{background:#558;color:#ccf;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .pad-side .sidebar-list .index-list .sidebar-element.current-nav .sidebar-element-content p, .pad-page .pad-side .sidebar-list .index-list .sidebar-element.current-nav .sidebar-element-content .sidebar-editbox{background:#224;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .pad-side .sidebar-list .index-list{border:1px solid #444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar .app-button:active, .pad-page .secondary-toolbar-pane .secondary-toolbar .app-button.active, .pad-page .secondary-toolbar-pane .secondary-toolbar .app-button.spPopupHookNode{color:#88c;background:#335;border-color:#559;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar .app-button:hover{color:#88c;background:#335;border-color:#559;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar{background-color:#000000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane .secondary-toolbar{border-bottom:1px solid #444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pagetype-app-related .app-button-separator, .pagetype-app-page .app-button-separator, .pagetype-non-app .app-button-separator{background:#444;border-left:1px solid #111;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pagetype-app-related button, .pagetype-app-page button, .pagetype-non-app button, .pagetype-app-related .button, .pagetype-app-page .button, .pagetype-non-app .button, .pagetype-app-related a.button, .pagetype-app-page a.button, .pagetype-non-app a.button{border:1px solid #558;background-image:linear-gradient(#111111,#222244);}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pagetype-app-related button:hover, .pagetype-app-page button:hover, .pagetype-non-app button:hover, .pagetype-app-related .button:hover, .pagetype-app-page .button:hover, .pagetype-non-app .button:hover, .pagetype-app-related a.button:hover, .pagetype-app-page a.button:hover, .pagetype-non-app a.button:hover{border:1px solid #88a;background-image:linear-gradient(#222222,#333355);}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pWTD-boxStyle ul, .pWTD-stickynoteStyle ul{background:#111;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pWTD-comment ul li{background:#111;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pWTD-comment{box-shadow:4px 4px 4px #000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pWTD-stickynoteStyle{box-shadow:4px 4px 4px #000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.selection-border{background:#55f;border:1px solid #335;opacity:0.3;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.selection-dot, .cropping-dash{background:#335;border:1px solid #559;opacity:0.3;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .header .header-meta-left .signet{-webkit-filter:hue-rotate(50deg);opacity:0.5;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .timeline{opacity:0.1;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .timeline:hover{opacity:1;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.dijitPopup .dijitTooltipContainer, .dijitDialog .dijitTooltipContainer, .dijitTooltip .dijitTooltipContainer, .dijitTooltipDialog .dijitTooltipContainer, .dijitDialogFixed .dijitTooltipContainer{background:#222;border-top-color:#444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.notifications-dialog .user-notices-list .user-notices-list-entry:hover{background:#001;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.notifications-dialog .user-notices-list .user-notices-list-entry{background:#000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .notifications-dialog .user-notices-list .user-notices-list-entry:first-child{border-top:1px solid #111;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .notifications-dialog .user-notices-list .user-notices-list-entry{border-top:1px solid #111;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.user-notices-list .user-notices-list-entry .user-notices-list-entry-content{background:#111;color:#aaa;border:1px solid #555;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pagetype-app-related button.secondary, .pagetype-app-page button.secondary, .pagetype-non-app button.secondary, .pagetype-app-related .button.secondary, .pagetype-app-page .button.secondary, .pagetype-non-app .button.secondary, .pagetype-app-related a.button.secondary, .pagetype-app-page a.button.secondary, .pagetype-non-app a.button.secondary, .pagetype-app-related button.disabled, .pagetype-app-page button.disabled, .pagetype-non-app button.disabled, .pagetype-app-related .button.disabled, .pagetype-app-page .button.disabled, .pagetype-non-app .button.disabled, .pagetype-app-related a.button.disabled, .pagetype-app-page a.button.disabled, .pagetype-non-app a.button.disabled, .pagetype-app-related button[disabled], .pagetype-app-page button[disabled], .pagetype-non-app button[disabled], .pagetype-app-related .button[disabled], .pagetype-app-page .button[disabled], .pagetype-non-app .button[disabled], .pagetype-app-related a.button[disabled], .pagetype-app-page a.button[disabled], .pagetype-non-app a.button[disabled]{border:1px solid #444;background-color:#666;background-image:linear-gradient(#666666,#555555);}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.dijitPopup .dijitTooltipRight .dijitTooltipConnector, .dijitDialog .dijitTooltipRight .dijitTooltipConnector, .dijitTooltip .dijitTooltipRight .dijitTooltipConnector, .dijitTooltipDialog .dijitTooltipRight .dijitTooltipConnector, .dijitDialogFixed .dijitTooltipRight .dijitTooltipConnector, .dijitPopup.dijitTooltipRight .dijitTooltipConnector, .dijitDialog.dijitTooltipRight .dijitTooltipConnector, .dijitTooltip.dijitTooltipRight .dijitTooltipConnector, .dijitTooltipDialog.dijitTooltipRight .dijitTooltipConnector, .dijitDialogFixed.dijitTooltipRight .dijitTooltipConnector{-webkit-filter:brightness(15%);}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .secondary-toolbar-pane{box-shadow:0 2px 7px 5px rgba(0,0,0,0.8);}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.comment-activity-dialog .text-groups-container .text-group:hover{background:#112;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.comment-activity-dialog .text-groups-container .text-group{border-top:1px solid #444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.comment-activity-dialog .text-groups-container .text-group ul li{background:#111;border:1px solid #333;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.comment-activity-dialog .text-groups-container .text-group:hover li{background:#001;border:1px solid #226;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.comment-activity-dialog .text-groups-container .text-group ul li .more-entries-hint{border-bottom:1px solid #226;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .chat .chat-messages{background:#222;color:#aaa;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .chat .chat-messages .message .text{background:#000;border:1px solid #444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .footer-pane .chat-container.open .chat-input-container{border:1px solid #444;background:#333;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .footer-pane .chat-container .chat{background:#222;border:1px solid #444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .footer-pane .chat-container.open{box-shadow:2px 2px 15px 5px #000;opacity:0.9;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.dijitTextArea, input[type=&quot;file&quot;], input[type=&quot;text&quot;], input[type=&quot;number&quot;], input[type=&quot;password&quot;], input[type=&quot;email&quot;], input[type=&quot;search&quot;], textarea, .inlineEditInput, .dijitTextBox{background:#000;border:1px solid #444;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pWTD-comment textarea{background:#000!important;border:1px solid #444!important;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .chat .chat-messages .mark-day-break .day{background:#000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pad-page .chat .chat-messages .mark-day-break{border-bottom:1px solid #000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'#zenbox_tab{display:none;}'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pWTD-boxStyle&gt;ul&gt;li{margin-left:2em;border-radius:0.2em;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.dijitPopup .dialog-title, .dijitDialog .dialog-title, .dijitTooltip .dialog-title, .dijitTooltipDialog .dialog-title, .dijitDialogFixed .dialog-title{background:#222;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.dijitDialog, .dijitDialogFixed{background:#111;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'.pWTD.align-left ul li p .hashtag {color: #777;background: #222222;box-shadow: 2px 2px 2px #000000;}'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//s+='.pWTD-boxStyle&gt;ul&gt;li&gt;p{padding-bottom:1.2em;}';</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addStyle</span><span>(</span><span style="color:#b2b2b2;">s</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-dark_init</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd csst_init():void ::style::_ ::conceptboard.js z.32546201009151301.2014.10.31.02.51.04.523|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">csst_init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addStyle</span><span>(</span><span style="color:#3a7474;">css_master</span><span>(</span><span style="color:#2b2bff;">false</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css_array</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">join</span><span>(</span><span style="color:#939300;">&quot;\n&quot;</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-csst_init</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _init():void ::style::_ ::conceptboard.js z.67623301009151301.2014.10.31.02.52.12.676|%!</span>
<span>          ,</span><span style="color:#b2b2b2;">_init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#634880;">this</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">/</span><span style="color:#939300;">^.+_init$</span><span style="color:#2b2bff;">/</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">test</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]===</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#b2b2b2;">_</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_styles</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_styles</span><span>()</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//{style,&lt;name&gt;}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">n</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">name</span><span style="color:#ff00ff;">?</span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">name</span><span style="color:#ff00ff;">:</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'_.utils.updateNamedStyle:n:'</span><span>,</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addStyle</span><span>(</span><span style="color:#b2b2b2;">so</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">style</span><span>,</span><span style="color:#7a7b62;">'style_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">n</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-init</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-style</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct utils::_      ::conceptboard.js z.36665827008151301.2014.10.30.20.14.16.663|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd addJQuery(callback):void ::utils::_ ::conceptboard.js z.13238090009151301.2014.10.31.02.31.23.231|+!</span>
<span>          </span><span style="color:#b2b2b2;">addJQuery</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">callback</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">script</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">createElement</span><span>(</span><span style="color:#939300;">&quot;script&quot;</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">script</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">setAttribute</span><span>(</span><span style="color:#939300;">&quot;src&quot;</span><span>, </span><span style="color:#939300;">&quot;//ajax.googleapis.com/ajax/libs/jquery/1/jquery.min.js&quot;</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">script</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addEventListener</span><span>(</span><span style="color:#7a7b62;">'load'</span><span>,</span>
<span>              </span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">script</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">createElement</span><span>(</span><span style="color:#939300;">&quot;script&quot;</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//script.textContent = &quot;window.$=window.jQuery=window.jQ=jQuery.noConflict(true);(&quot; + callback.toString() + &quot;)();&quot;;</span>
<span>                </span><span style="color:#b2b2b2;">script</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">textContent</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#939300;">&quot;window.$=window.jQuery=window.jQ=jQuery.noConflict(true);&quot;</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">body</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">appendChild</span><span>(</span><span style="color:#b2b2b2;">script</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#3a7474;">callback</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              ,</span><span style="color:#2b2bff;">false</span>
<span>            )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">body</span><span style="color:#ff00ff;">!=</span><span style="color:#2b2bff;">null</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">body</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">appendChild</span><span>(</span><span style="color:#b2b2b2;">script</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getElementsByTagName</span><span>(</span><span style="color:#939300;">&quot;HEAD&quot;</span><span>)</span><span style="color:#ff00ff;">[</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">].</span><span style="color:#3a7474;">appendChild</span><span>(</span><span style="color:#b2b2b2;">script</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-addJQuery</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd addStyle(style,name):void ::utils::_ ::conceptboard.js z.27333390009151301.2014.10.31.02.35.33.372|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">addStyle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">style</span><span>,</span><span style="color:#b2b2b2;">name</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">head</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getElementsByTagName</span><span>(</span><span style="color:#939300;">&quot;HEAD&quot;</span><span>)</span><span style="color:#ff00ff;">[</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">];</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ele</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">head</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">appendChild</span><span>(</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">createElement</span><span>( </span><span style="color:#7a7b62;">'style'</span><span> ))</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">name</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">eleq</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">ele</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">eleq</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>,</span><span style="color:#b2b2b2;">name</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">ele</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">innerHTML</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">style</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">ele</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-addStyle</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd deleteNamedStyle(name):void ::utils::_ ::conceptboard.js z.87187390009151301.2014.10.31.02.36.18.178|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">deleteNamedStyle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">name_</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">namedStyles</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">!==-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">namedStyles</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">namedStyles</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">splice</span><span>(</span><span style="color:#b2b2b2;">i</span><span>,</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#006200;">qo</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'#'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">qo</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#006200;">qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">remove</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#006200;">qo</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">&gt;</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'multiple element matches for named style:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#006200;">qo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">remove</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'zero element matches for named style:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'named style not found:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-deleteNamedStyle</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd updateNamedStyle(style_str_,name_):void ::utils::_ ::conceptboard.js z.22312490009151301.2014.10.31.02.37.01.322|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">updateNamedStyle</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">style_str_</span><span>,</span><span style="color:#b2b2b2;">name_</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">name_</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">name_</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'defaultStyle'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">namedStyles</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">===-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">namedStyles</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">push</span><span>(</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">st</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getElementById</span><span>(</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">st</span><span style="color:#ff00ff;">!==</span><span style="color:#2b2bff;">null</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//st=st[0];</span>
<span>              </span><span style="color:#b2b2b2;">st</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">innerHTML</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">style_str_</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">head</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">getElementsByTagName</span><span>(</span><span style="color:#939300;">&quot;HEAD&quot;</span><span>)</span><span style="color:#ff00ff;">[</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ele</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">head</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">appendChild</span><span>(</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">createElement</span><span>( </span><span style="color:#7a7b62;">'style'</span><span> ))</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">eleq</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">ele</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">eleq</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>,</span><span style="color:#b2b2b2;">name_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">ele</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">innerHTML</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">style_str_</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-updateNamedStyle</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd addScript(url_,cb_u_):void ::utils::_ ::conceptboard.js z.02607490009151301.2014.10.31.02.37.50.620|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">addScript</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">url_</span><span>,</span><span style="color:#b2b2b2;">cb_u_</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">script</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">createElement</span><span>(</span><span style="color:#939300;">&quot;script&quot;</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">script</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">setAttribute</span><span>(</span><span style="color:#7a7b62;">'src'</span><span>, </span><span style="color:#b2b2b2;">url_</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">cb_u_</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">script</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addEventListener</span><span>(</span><span style="color:#7a7b62;">'load'</span><span>, </span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#3a7474;">cb_u_</span><span>(</span><span style="color:#b2b2b2;">url_</span><span>)</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">document</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">body</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">appendChild</span><span>(</span><span style="color:#b2b2b2;">script</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-addScript</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd addDep(cb_):void ::utils::_ ::conceptboard.js z.68163590009151301.2014.10.31.02.38.56.186|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">addDep</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">cb_</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">SRCS</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span>(</span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">0</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">cb_</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'function'</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#3a7474;">cb_</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#ff00ff;">return;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">++</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">].</span><span style="color:#b2b2b2;">u</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addScript</span><span>(</span><span style="color:#b2b2b2;">i</span><span>,</span>
<span>                </span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">u</span><span>)</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">aa</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">SRCS</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">any_unloaded</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">xx</span><span style="color:#ff00ff;">=</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">xx</span><span style="color:#ff00ff;">&lt;</span><span style="color:#b2b2b2;">aa</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">xx</span><span style="color:#ff00ff;">++</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ii</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">aa</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">xx</span><span style="color:#ff00ff;">];</span>
<span>                    </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">ii</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">u</span><span style="color:#ff00ff;">==</span><span style="color:#b2b2b2;">u</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#b2b2b2;">ii</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">loaded</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">ii</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">loaded</span><span>) </span><span style="color:#708a53;">{</span>
<span>                        </span><span style="color:#b2b2b2;">any_unloaded</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                      </span><span style="color:#708a53;">}</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">any_unloaded</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">cb_</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                      </span><span style="color:#3a7474;">cb_</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                    </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-addDep</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn cas(e):string ::utils::_ ::conceptboard.js z.83476590009151301.2014.10.31.02.39.27.438|+?</span>
<span>          ,</span><span style="color:#b2b2b2;">cas</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span> (</span><span style="color:#b2b2b2;">e</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrlKey</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">s</span><span> </span><span style="color:#ff00ff;">+=</span><span> </span><span style="color:#7a7b62;">'c'</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">altKey</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">s</span><span> </span><span style="color:#ff00ff;">+=</span><span> </span><span style="color:#7a7b62;">'a'</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">shiftKey</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">s</span><span> </span><span style="color:#ff00ff;">+=</span><span> </span><span style="color:#7a7b62;">'s'</span><span style="color:#ff00ff;">;</span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cas</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd cancel(e):boolean ::utils::_ ::conceptboard.js z.65669590009151301.2014.10.31.02.39.56.656|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">cancel</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">e</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//console.log('keyProcessed');</span>
<span>            </span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">cancelBubble</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#363250;">// IE4+</span>
<span>            </span><span style="color:#2b2bff;">try</span><span> </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">keyCode</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#2b2bff;">catch</span><span> (</span><span style="color:#b2b2b2;">e</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">// IE5</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">returnValue</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">// IE6</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">preventDefault</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">preventDefault</span><span>()</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">// moz/opera/konqueror</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">stopPropagation</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">stopPropagation</span><span>()</span><span style="color:#ff00ff;">;</span><span> </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">// all</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cancel</span>
<span>        </span><span style="color:#363250;">// Z_DOT fn distance(pt1,pt2):double ::utils::_ ::conceptboard.js z.04204690009151301.2014.10.31.02.40.40.240|+?</span>
<span>          ,</span><span style="color:#b2b2b2;">distance</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>( </span><span style="color:#b2b2b2;">point1</span><span>, </span><span style="color:#b2b2b2;">point2</span><span> )</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">xs</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">point2</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">x</span><span> </span><span style="color:#ff00ff;">-</span><span> </span><span style="color:#b2b2b2;">point1</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">x</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ys</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">point2</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">y</span><span> </span><span style="color:#ff00ff;">-</span><span> </span><span style="color:#b2b2b2;">point1</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">y</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">xs</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">xs</span><span> </span><span style="color:#ff00ff;">*</span><span> </span><span style="color:#b2b2b2;">xs</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">ys</span><span> </span><span style="color:#ff00ff;">=</span><span> </span><span style="color:#b2b2b2;">ys</span><span> </span><span style="color:#ff00ff;">*</span><span> </span><span style="color:#b2b2b2;">ys</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">Math</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">sqrt</span><span>( </span><span style="color:#b2b2b2;">xs</span><span> </span><span style="color:#ff00ff;">+</span><span> </span><span style="color:#b2b2b2;">ys</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-distance</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd remove_borders(q):void ::utils::_ ::conceptboard.js z.45552945001251301.2014.11.01.15.15.25.554|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">remove_borders</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span> (</span><span style="color:#006200;">q</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">doit</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'border'</span><span>,</span><span style="color:#7a7b62;">''</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parents</span><span>(</span><span style="color:#7a7b62;">'*'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'border'</span><span>,</span><span style="color:#7a7b62;">''</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#3a7474;">doit</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#b2b2b2;">doit</span><span>,</span><span style="color:#8080ff;">200</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#b2b2b2;">doit</span><span>,</span><span style="color:#8080ff;">1200</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-remove_borders</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd inheritFrom(obj,tgt):void ::utils::_ ::conceptboard.js z.99380560002251301.2014.11.02.01.48.28.399|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">inheritFrom</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">obj</span><span>,</span><span style="color:#b2b2b2;">tgt</span><span>) </span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//console.log('inheritFrom..........'+arguments.callee.caller.name);</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">=[];</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#b2b2b2;">obj</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">obj</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]=</span><span style="color:#b2b2b2;">obj</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">];</span>
<span>                </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">]=</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">log</span><span>(</span><span style="color:#7a7b62;">'not inheriting &quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot; in '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">obj</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">name</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//console.log('inheritedFrom '+obj.name,a);</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-inheritedFrom</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-utils</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct watch::_      ::conceptboard.js z.97495037008151301.2014.10.30.20.17.39.479|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">watch</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _scrolls():void ::watch::_ ::conceptboard.js z.74202331009151301.2014.10.31.03.42.00.247|-!</span>
<span>          </span><span style="color:#b2b2b2;">_scrolls</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">arguments</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">callee</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">widgetsContainer</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">widgetsContainer</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'.widgets-container'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">qo</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">widgetsContainer</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'left'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">c</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'top'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">!==</span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">!==</span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">l</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">the</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">l</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">doit</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">doit</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">scroll_change</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_scrolls</span>
<span>        </span><span style="color:#363250;">// Z_DOT struct cursor_tool::watch::_ ::conceptboard.js z.19392190002251301.2014.11.02.02.32.09.391|struct</span>
<span>          ,</span><span style="color:#b2b2b2;">cursor_tool</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// Z_DOT var _current:string ::cursor_tool::watch::_ ::conceptboard.js z.97713390002251301.2014.11.02.02.35.31.779|-,</span>
<span>              </span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">:</span><span style="color:#7a7b62;">''</span>
<span>            </span><span style="color:#363250;">// Z_DOT fn check():void ::cursor_tool::watch::_ ::conceptboard.js z.46577390002251301.2014.11.02.02.36.17.564|+!</span>
<span>              ,</span><span style="color:#b2b2b2;">check</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">now</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ActiveName</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">now</span><span style="color:#ff00ff;">!==</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">nosend</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">===</span><span style="color:#7a7b62;">''</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#b2b2b2;">nosend</span><span style="color:#ff00ff;">=</span><span style="color:#2b2bff;">true</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_current</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">now</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">nosend</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cursor_tool_change</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-check</span>
<span>            </span><span style="color:#363250;">// Z_DOT cmd init():void ::cursor_tool::watch::_ ::conceptboard.js z.54161490002251301.2014.11.02.02.36.56.145|+!</span>
<span>              ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">check</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-init</span>
<span>              </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-cursor_tool</span>
<span>            </span><span style="color:#363250;">//</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd one():void ::watch::_ ::conceptboard.js z.66034431009151301.2014.10.31.03.44.03.066|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">one</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span><span style="color:#363250;">// watch scale change</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">val</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ppt</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zoom</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">scale</span><span style="color:#ff00ff;">===undefined</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">scale</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">val</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">val</span><span style="color:#ff00ff;">!==</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">scale</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">scale</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">val</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">scale_change</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//_.see.update();</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">watch</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_scrolls</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-one</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _start():void ::watch::_ ::conceptboard.js z.68058431009151301.2014.10.31.03.44.45.086|-!</span>
<span>          ,</span><span style="color:#b2b2b2;">_start</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#3a7474;">setInterval</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">watch</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">one</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#8080ff;">500</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-start</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd init():void ::watch::_ ::conceptboard.js z.81504777002251301.2014.11.02.21.35.40.518|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_start</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#634880;">this</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">]==</span><span style="color:#7a7b62;">'object'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">=</span><span style="color:#634880;">this</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">i</span><span style="color:#ff00ff;">];</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">init</span><span style="color:#ff00ff;">==</span><span style="color:#7a7b62;">'function'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">init</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-watch</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden; color: #d6d6d6; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct xlat::_       ::conceptboard.js z.05455927008151301.2014.10.30.20.15.55.450|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd zdots(qos):void ::xlat::_ ::conceptboard.js z.69802111009151301.2014.10.31.03.05.20.896|+!</span>
<span>          </span><span style="color:#b2b2b2;">zdots</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//var sele='body :not(textarea,input)';</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sele</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'.pWTD&gt;ul&gt;li&gt;p'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">qos</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">sele</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replaceText</span><span>( </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">Z_DOT (.+) ::(.+)(?: | &amp;nbsp;)z\.([0-9]{16})\.([0-9]{4}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2})\|([^ &lt;]+)</span><span style="color:#2b2bff;">/g</span>
<span>                                     , </span><span style="color:#7a7b62;">'&lt;a href=&quot;javascript:void(0);&quot; zdot=&quot;$3&quot; tag=&quot;$5&quot; date=&quot;$4&quot; class=&quot;zdot&quot; title=&quot;$2&quot;&gt;$1&lt;/a&gt;'</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replaceText</span><span>( </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">Z_DOT (.+) ::(.+)(?: | &amp;nbsp;)z\.([0-9]{17})\.([0-9]{4}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2})\|([^ &lt;]+)</span><span style="color:#2b2bff;">/g</span>
<span>                                     , </span><span style="color:#7a7b62;">'&lt;a href=&quot;javascript:void(0);&quot; zdot=&quot;$3&quot; tag=&quot;$5&quot; date=&quot;$4&quot; class=&quot;zdot&quot; title=&quot;$2&quot;&gt;$1&lt;/a&gt;'</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//                                    1       2            3                                                             4</span>
<span>            </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replaceText</span><span>( </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">Z_DOT (.+)(?: | &amp;nbsp;)z\.([0-9]{16})\.([0-9]{4}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{3})\|([^ &lt;]+)</span><span style="color:#2b2bff;">/g</span>
<span>                                     , </span><span style="color:#7a7b62;">'&lt;a href=&quot;javascript:void(0);&quot; zdot=&quot;$2&quot; tag=&quot;$4&quot; date=&quot;$3&quot; class=&quot;zdot&quot; title=&quot;$1&quot;&gt;$1&lt;/a&gt;'</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">sel</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replaceText</span><span>( </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">Z_DOT (.+)(?: | &amp;nbsp;)z\.([0-9]{17})\.([0-9]{4}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{2}\.[0-9]{3})\|([^ &lt;]+)</span><span style="color:#2b2bff;">/g</span>
<span>                                     , </span><span style="color:#7a7b62;">'&lt;a href=&quot;javascript:void(0);&quot; zdot=&quot;$2&quot; tag=&quot;$4&quot; date=&quot;$3&quot; class=&quot;zdot&quot; title=&quot;$1&quot;&gt;$1&lt;/a&gt;'</span><span> )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">function</span><span> </span><span style="color:#3a7474;">kinds_to_class</span><span>(</span><span style="color:#b2b2b2;">o</span><span>,</span><span style="color:#b2b2b2;">kind</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">oo</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">storage</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">internal</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#7a7b62;">'public'</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#7a7b62;">'protected'</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#7a7b62;">'private'</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                ,</span><span style="color:#b2b2b2;">member</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#7a7b62;">'static'</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                ,</span><span style="color:#b2b2b2;">type</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">member</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">property</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">command</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#7a7b62;">'function'</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                ,</span><span style="color:#b2b2b2;">other</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#7a7b62;">'class'</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">struct</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                  ,</span><span style="color:#b2b2b2;">vo</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">true</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">//oo</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">kind</span><span style="color:#ff00ff;">===undefined</span><span>)</span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#ff00ff;">return;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ii</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#b2b2b2;">oo</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">oo</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">ii</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">it</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">oo</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">ii</span><span style="color:#ff00ff;">];</span>
<span>                </span><span style="color:#2b2bff;">for</span><span> (</span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">i</span><span> </span><span style="color:#2b2bff;">in</span><span> </span><span style="color:#b2b2b2;">it</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">it</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">hasOwnProperty</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#2b2bff;">continue</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                  </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">kind</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#b2b2b2;">i</span><span>)</span><span style="color:#ff00ff;">!=-</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                    </span><span style="color:#b2b2b2;">o</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">addClass</span><span>(</span><span style="color:#7a7b62;">'kind-'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">i</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                  </span><span style="color:#708a53;">}</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#7a7b62;">'.zdot'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.each</span><span>(</span><span style="color:#2b2bff;">function</span><span> ()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'zdot_made'</span><span>)) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#363250;">//noinspection JSCheckFunctionSignatures</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parent</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'white-space'</span><span>,</span><span style="color:#7a7b62;">'nowrap'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">index</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zdot_ct</span><span style="color:#ff00ff;">++;</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'zdot_made'</span><span>,</span><span style="color:#7a7b62;">'true'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>,</span><span style="color:#7a7b62;">'zdot'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">index</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zdot_ct</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">zd</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'zdot'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">da</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'date'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ta</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'tag'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">kind</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">z_map</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">ta</span><span style="color:#ff00ff;">];</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'kind'</span><span>,</span><span style="color:#b2b2b2;">kind</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#3a7474;">kinds_to_class</span><span>(</span><span style="color:#b2b2b2;">me</span><span>,</span><span style="color:#b2b2b2;">kind</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tit</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'title'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;img'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' src=&quot;http://iis.mra.dnsalias.net/images/code_png/'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'zdot2.png'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' title=&quot;zdot&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' align=&quot;bottom&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' class=&quot;imgico marker&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' style=&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'height:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zdot</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">lineico_h</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">';'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'padding-left:0.2em;padding-right:0.2em;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">insertBefore</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">ta</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ic_url</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">regicon</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">ico_url</span><span>(</span><span style="color:#b2b2b2;">ta</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ic_nam</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">regicon</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">ico_str</span><span>(</span><span style="color:#b2b2b2;">ta</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">ic_nam</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">ic_nam</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">'-'</span><span>,</span><span style="color:#7a7b62;">' '</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'&lt;img'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' src=&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//im+='validator.png';</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">ic_url</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' class=&quot;imgico ext&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' align=&quot;bottom&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' title=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">ic_nam</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' style=&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'height:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zdot</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">lineico_h</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">';'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'padding-left:0.2em;padding-right:0.2em;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>                </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">insertAfter</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">da</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">ta</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'title'</span><span>,</span><span style="color:#b2b2b2;">da</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">ta</span><span>)</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">da</span><span>)</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'title'</span><span>,</span><span style="color:#b2b2b2;">da</span><span>)</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">da</span><span style="color:#ff00ff;">&amp;&amp;</span><span style="color:#b2b2b2;">ta</span><span>) </span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'title'</span><span>,</span><span style="color:#b2b2b2;">tit</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">da</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">ta</span><span>)</span>
<span>                </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span> </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">da</span><span>)</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'title'</span><span>,</span><span style="color:#b2b2b2;">tit</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">' '</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">da</span><span>)</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">location</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">href</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'sled:z/'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">zd</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">qtip</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zdots_update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//console.log('width',me.parent().width());</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-zdots</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd filerefs(qos):void ::xlat::_ ::conceptboard.js z.90487111009151301.2014.10.31.03.06.18.409|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">filerefs</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//var sele='body :not(textarea,input)';</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sele</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'.pWTD&gt;ul&gt;li&gt;p'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span>(</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">qos</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">sele</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'&gt;ul&gt;li&gt;p'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#8080ff;">0</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">sele</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replaceText</span><span>( </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">([A-Z]):!</span><span style="color:#2b2bff;">/g</span>
<span>                ,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">str</span><span>)</span><span style="color:#708a53;">{</span>
<span>                  </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">str</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substr</span><span>(</span><span style="color:#8080ff;">0</span><span>,</span><span style="color:#8080ff;">1</span><span>)</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">':\\!'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#708a53;">}</span>
<span>              )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replaceText</span><span>( </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">([A-Z]:\\(([^\\\/:\*\?&quot;\|&lt;&gt;])+\\)*([^\\\/:\*\?&quot;\|&lt;&gt;])+\.([^\\\/:\*\?&quot;\|&lt;&gt;\. ])+)</span><span style="color:#2b2bff;">/g</span>
<span>              ,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">str</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">str</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">split</span><span>(</span><span style="color:#7a7b62;">'.'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//var sl=ext.slice(0,ext.length-2);</span>
<span>                </span><span style="color:#363250;">//var pa=ext[0];</span>
<span>                </span><span style="color:#363250;">//var sr=</span>
<span>                </span><span style="color:#363250;">//var str1=str.replace(':',':&amp;nbsp;');</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">fn</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">str</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">split</span><span>(</span><span style="color:#939300;">&quot;\\&quot;</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">pop</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//str1=str.replace(/\\/g,'&amp;nbsp;');</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tit</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">str</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replace</span><span>(</span><span style="color:#7a7b62;">':'</span><span>,</span><span style="color:#7a7b62;">'&amp;zwnj;:'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">[</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">-</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">];</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;a'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' href=&quot;javascript:void(0);&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' file=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">str</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' ext=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' title=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">tit</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//s+=' tag=&quot;$4&quot;';</span>
<span>                </span><span style="color:#363250;">//s+=' date=&quot;$3&quot;';</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' class=&quot;filesled&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">fn</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;/a&gt;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.filesled'</span><span>)</span><span style="color:#ff00ff;">.each</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'filesled_did'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#2b2bff;">typeof</span><span> </span><span style="color:#b2b2b2;">did</span><span style="color:#ff00ff;">!=</span><span style="color:#7a7b62;">'undefined'</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">index</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fileref_ct</span><span style="color:#ff00ff;">++;</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'filesled_did'</span><span>,</span><span style="color:#7a7b62;">'true'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'id'</span><span>,</span><span style="color:#7a7b62;">'filesled'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">index</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">fileref_ct</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//var ht=me.html();</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">file</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'file'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'ext'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;img'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' src=&quot;http://iis.mra.dnsalias.net/images/code_png/'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'file.png'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' title=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">file</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' align=&quot;bottom&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' class=&quot;imgico&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' style=&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'height:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zdot</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">lineico_h</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">';'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'padding-left:0.2em;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'padding-right:0.2em;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">insertBefore</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">ic_url</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'http://iis.mra.dnsalias.net/images/ext/'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">ext</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'/48x48x32b.png'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'&lt;img'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' src=&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//im+='validator.png';</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">ic_url</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' imgicow=&quot;48&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' class=&quot;imgico&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' align=&quot;bottom&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' title=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">file</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' style=&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'height:'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">set</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">zdot</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">lineico_h</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">';'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'padding-left:0.2em;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'padding-right:0.2em;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              </span><span style="color:#b2b2b2;">im</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">insertAfter</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#b2b2b2;">location</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">href</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'sled:vsedit/'</span><span style="color:#ff00ff;">+</span><span style="color:#2b2bff;">encodeURIComponent</span><span>(</span><span style="color:#b2b2b2;">file</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">qtip</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zdots_update</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-filerefs</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd textbox_colors(qos_):void ::xlat::_ ::conceptboard.js z.15184211009151301.2014.10.31.03.07.28.151|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">textbox_colors</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">qos_</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">qos_</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.pWTD-boxStyle&gt;ul'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">qos_</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'&gt;ul'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">filter</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">bg</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'background'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">bg</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#2b2bff;">false</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">bg</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">indexOf</span><span>(</span><span style="color:#7a7b62;">'rgb(85, 85, 85)'</span><span>)</span><span style="color:#ff00ff;">!==-</span><span style="color:#8080ff;">1</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">css</span><span>(</span><span style="color:#7a7b62;">'background'</span><span>,</span><span style="color:#7a7b62;">'#111'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-textbox_colors</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd handles(qos_):void ::xlat::_ ::conceptboard.js z.31909211009151301.2014.10.31.03.08.10.913|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">handles</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">qos_</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">// itm: div.corn a.corn</span>
<span>            </span><span style="color:#363250;">// tgt: pWTD-boxStyle&gt;ul</span>
<span>            </span><span style="color:#363250;">// pos: after</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">qos</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.pWTD-boxStyle'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">qos_</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">filter</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'.corn'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">==</span><span style="color:#8080ff;">0</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;div class=&quot;corn&quot;&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;a href=&quot;javascript:void(0);&quot; class=&quot;corn newb&quot;&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;img src=&quot;http://mra.dnsalias.net/images/std/mtls/mtlsq12-b-circle-n.png&quot; class=&quot;corn&quot;&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;/a&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;/div&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'&gt;ul&gt;li&gt;p'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">before</span><span>(</span><span style="color:#b2b2b2;">s</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>            </span><span style="color:#7a7b62;">'.newb'</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>(</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">e</span><span>)</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">e</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">target</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">p</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">parents</span><span>(</span><span style="color:#7a7b62;">'.pWTD'</span><span>))</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">corner_menux</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">left</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">data</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">corner_menuy</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">offset</span><span>()</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">top</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">event</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">corner_menu</span><span>(</span><span style="color:#b2b2b2;">p</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">utils</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">cancel</span><span>(</span><span style="color:#b2b2b2;">e</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.newb'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">removeClass</span><span>(</span><span style="color:#7a7b62;">'newb'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-handles</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd edits(qos):void ::xlat::_ ::conceptboard.js z.75762311009151301.2014.10.31.03.08.46.757|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">edits</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">qos</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sele</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'.pWTD-boxStyle&gt;ul&gt;li&gt;.comment-edit-link:not([fixed])'</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">sele</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">find</span><span>(</span><span style="color:#7a7b62;">'&gt;ul&gt;li&gt;.comment-edit-link:not([fixed])'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;img src=&quot;http://mra.dnsalias.net/images/sym/b_white_0.gif&quot; class=&quot;editico&quot;/&gt;'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">html</span><span>(</span><span style="color:#b2b2b2;">s</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'fixed'</span><span>,</span><span style="color:#7a7b62;">'true'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-edits</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd gotos(qos):void ::xlat:: ::conceptboard.js z.03006311009151301.2014.10.31.03.09.20.030|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">gotos</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#363250;">//var sele='body :not(textarea,input)';</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">sele</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">'.pWTD-boxStyle'</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">qos</span><span>) </span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#b2b2b2;">sele</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span style="color:#2b2bff;">else</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#363250;">// goto-1563311373-YyNVumYmkk-6</span>
<span>            </span><span style="color:#b2b2b2;">qos</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">replaceText</span><span>( </span><span style="color:#2b2bff;">/</span><span style="color:#939300;">goto-\d{9,11}-[^-]{10}-\d\d*</span><span style="color:#2b2bff;">/g</span>
<span>              ,</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">str</span><span>)</span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">str</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">substr</span><span>(</span><span style="color:#8080ff;">5</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//var tit='';</span>
<span>                </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">=</span><span style="color:#7a7b62;">''</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;a'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' href=&quot;javascript:void(0);&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' dest=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//s+=' title=&quot;'+tit+'&quot;';</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">' class=&quot;goto newb&quot;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&gt;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#b2b2b2;">id</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#363250;">//s+=''+str1;</span>
<span>                </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">+=</span><span style="color:#7a7b62;">'&lt;/a&gt;'</span><span style="color:#ff00ff;">;</span>
<span>                </span><span style="color:#ff00ff;">return</span><span> </span><span style="color:#b2b2b2;">s</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            )</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'.goto.newb'</span><span>)</span><span style="color:#ff00ff;">.each</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#634880;">this</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">dest</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">me</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">attr</span><span>(</span><span style="color:#7a7b62;">'dest'</span><span>)</span><span style="color:#ff00ff;">;</span><span style="color:#363250;">// 1563311373-YyNVumYmkk-6</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#ff00ff;">!</span><span style="color:#b2b2b2;">dest</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'no dest'</span><span>)</span><span style="color:#ff00ff;">;return;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>              </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">=</span><span style="color:#3a7474;">$</span><span>(</span><span style="color:#7a7b62;">'WIDGET_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">dest</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#2b2bff;">if</span><span> (</span><span style="color:#b2b2b2;">tgt</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">length</span><span style="color:#ff00ff;">!==</span><span style="color:#8080ff;">1</span><span>) </span><span style="color:#708a53;">{</span>
<span>                </span><span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">error</span><span>(</span><span style="color:#7a7b62;">'len not 1: WIDGET_'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">dest</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>              </span><span style="color:#708a53;">}</span>
<span>            </span><span style="color:#708a53;">}</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-gotos</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd refresh_qos(qos):void ::xlat::_ ::conceptboard.js z.21580511009151301.2014.10.31.03.11.48.512|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">refresh_qos</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span> (</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">zdots</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">filerefs</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">textbox_colors</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">handles</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">edits</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">gotos</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-refresh_qos</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd refresh_qos_delayed(qos,t):void ::xlat::_ ::conceptboard.js z.23706511009151301.2014.10.31.03.12.40.732|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">refresh_qos_delayed</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span> (</span><span style="color:#b2b2b2;">qos</span><span>,</span><span style="color:#b2b2b2;">t</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">?</span><span style="color:#b2b2b2;">t</span><span style="color:#ff00ff;">:</span><span style="color:#8080ff;">300</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">xlat</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">refresh_qos</span><span>(</span><span style="color:#b2b2b2;">qos</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span>,</span><span style="color:#b2b2b2;">t</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-refresh_qos_delayed</span>
<span>          </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-xlat</span>
<span>        </span><span style="color:#363250;">//</span>
</pre></div>

<div style='max-width: 850px;overflow:hidden;color: #d6d6d6;background-color: #000000; font-style: normal; font-weight: normal; text-decoration: none;'>
<pre><span>    </span><span style="color:#363250;">// Z_DOT struct zoom::_       ::conceptboard.js z.21610727008151301.2014.10.30.20.11.41.612|struct</span>
<span>      ,</span><span style="color:#b2b2b2;">zoom</span><span style="color:#ff00ff;">:</span><span style="color:#708a53;">{</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _by(v):void ::zoom::_ ::conceptboard.js z.78604861003251301.2014.11.03.04.40.40.687|-!</span>
<span>          </span><span style="color:#b2b2b2;">_by</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>(</span><span style="color:#b2b2b2;">v</span><span>)</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">=</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">Active</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ctrls</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">ZoomBtn</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#2b2bff;">setTimeout</span><span>(</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>              </span><span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span>              (</span><span style="color:#7a7b62;">'[spzoom=&quot;'</span><span style="color:#ff00ff;">+</span><span style="color:#b2b2b2;">v</span><span style="color:#ff00ff;">+</span><span style="color:#7a7b62;">'&quot;]'</span><span>)</span><span style="color:#ff00ff;">.</span><span style="color:#006200;">q</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span><span style="color:#b2b2b2;">a</span><span style="color:#ff00ff;">.</span><span style="color:#2b2bff;">click</span><span>()</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span>
<span>            ,</span><span style="color:#8080ff;">250</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_by</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _10():void ::ctrls::_ ::conceptboard.js z.30736610009151301.2014.10.31.00.27.43.703|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">_10</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_by</span><span>(</span><span style="color:#7a7b62;">'0.1'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_10</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _25():void ::ctrls::_ ::conceptboard.js z.49213710009151301.2014.10.31.00.28.51.294|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">_25</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_by</span><span>(</span><span style="color:#7a7b62;">'0.25'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_25</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _50():void ::ctrls::_ ::conceptboard.js z.34586710009151301.2014.10.31.00.29.28.543|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">_50</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_by</span><span>(</span><span style="color:#7a7b62;">'0.5'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_50</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _75():void ::ctrls::_ ::conceptboard.js z.08750810009151301.2014.10.31.00.30.05.780|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">_75</span><span> </span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_by</span><span>(</span><span style="color:#7a7b62;">'0.75'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_75</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _100():void ::ctrls::_ ::conceptboard.js z.89672810009151301.2014.10.31.00.30.27.698|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">_100</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_by</span><span>(</span><span style="color:#7a7b62;">'1.0'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_100</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _200():void ::ctrls::_ ::conceptboard.js z.24154810009151301.2014.10.31.00.30.45.142|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">_200</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_by</span><span>(</span><span style="color:#7a7b62;">'2.0'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_200</span>
<span>        </span><span style="color:#363250;">// Z_DOT cmd _400():void ::ctrls::_ ::conceptboard.js z.75766810009151301.2014.10.31.00.31.06.757|+!</span>
<span>          ,</span><span style="color:#b2b2b2;">_400</span><span style="color:#ff00ff;">:</span><span style="color:#2b2bff;">function</span><span>()</span><span style="color:#708a53;">{</span>
<span>            </span><span style="color:#634880;">this</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">_by</span><span>(</span><span style="color:#7a7b62;">'4.0'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span>            </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-_400</span>
<span>        </span><span style="color:#708a53;">}</span><span> </span><span style="color:#363250;">//-zoom</span>
</pre></div>

<div style='color: #d6d6d6;font-style: normal; font-weight: normal; text-decoration: none;'>
<pre>
<span style="color:#363250;">// ==UserScript==</span>
<span style="color:#363250;">// @name         ConceptBoard</span>
<span style="color:#363250;">// @namespace    http://mrobbinsassoc.com/</span>
<span style="color:#363250;">// @version      0.1</span>
<span style="color:#363250;">// @description  enter something useful</span>
<span style="color:#363250;">// @author       You</span>
<span style="color:#363250;">// @match        https://gist.github.com/eristoddle/4440713</span>
<span style="color:#363250;">// @include      https://conceptboard.com/board/*</span>
<span style="color:#363250;">// @include      https://www.google.com/*</span>
<span style="color:#363250;">// @grant        none</span>
<span style="color:#363250;">// ==/UserScript==</span>
<span style="color:#363250;">// ---------------------------------------------------</span>
<span style="color:#363250;">// FEATURES</span>
<span style="color:#363250;">//  Tool Selection</span>
<span style="color:#363250;">//   If Browse then Selector</span>
<span style="color:#363250;">//   If Selector then Browse</span>
<span style="color:#363250;">//     On Bg Double Click</span>
<span style="color:#363250;">//   If Browse or Selector then Erase</span>
<span style="color:#363250;">//     On Shift Bg Double Click</span>
<span style="color:#363250;">//</span>
<span style="color:#363250;">//  Cursor</span>
<span style="color:#363250;">//    Goto See on c..</span>



<span style="color:#363250;">//noinspection JSUnresolvedVariable</span>
<span style="color:#363250;">//var $=window['jQuery'];</span>
<span style="color:#ff00ff;">var</span><span> </span><span style="color:#b2b2b2;">Ltbrs</span><span style="color:#ff00ff;">;</span>
<span style="color:#2b2bff;">console</span><span style="color:#ff00ff;">.</span><span style="color:#3a7474;">info</span><span>(</span><span style="color:#7a7b62;">'ConceptBoard HIT'</span><span>)</span><span style="color:#ff00ff;">;</span>
<span style="color:#363250;">// Z_DOT struct _ ::conceptboard.js z.99953427008151301.2014.10.30.20.07.15.999|struct</span>
<span>  </span><span style="color:#b2b2b2;">window</span><span style="color:#ff00ff;">.</span><span style="color:#b2b2b2;">_</span><span style="color:#ff00ff;">=</span><span style="color:#708a53;">{</span>
</pre></div>

<div class="is-admin" style="display:inline-block;font-size:8px;" title="Show Devs">
<<check-tid-stylesheet $:/___/control/css/dev-edit/all "" yes>>
</div>

<iframe src="http://mra.dnsalias.net/status.html" frameborder="0" style="width:270px;height:32px;overflow:hidden;" scrolling="no"/>

.background-player{
  float: right;
  opacity: 0.05;
  transition:opacity 1250ms;  
}
.background-player:hover{
  opacity: .6;
  transition:opacity 250ms;
}

.ctrl-header .tc-reveal.contents:not([hidden]){
display:block;
background:#111;
padding:0px 4px 4px 0px;
}
.ctrl-header .tc-reveal.contents:not([hidden]) label{
margin-left:4px;
cursor:pointer;

}

.listitemimg img:not([src]), .listitemimg img[src=""]{
  opacity:0;
}

.masthead{
background-color: rgba(0,0,0,0.2);
  padding: 10px;
  color: #444;
  text-shadow: 1px 1px 1px #000;
  border: 1px inset #111;
  font-size: 0.8em;
  line-height: normal;
}

.tc-edit-field-add-button button{
	margin-left:20px; /* for vim tip */
}

.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd){
background-color:none;
background:rgba(0,0,0,0.2);
}
.tc-edit-fields > tbody > .tc-edit-field:nth-child(even){
background-color:none;
background:rgba(0,0,20,0.3);

}

.tc-modal-backdrop{
background-color:#000000;
}

.tc-page-controls{
  padding-top: 2px;
  padding-bottom: 4px;
  padding-left: 5px;
  background: linear-gradient(to right,#111,#000);
  box-shadow: inset 2px 2px 2px 0px #222,inset 0px -6px 13px 0px #000;
  margin-bottom:5px;
}

.tc-sidebar-scrollable{
padding:0px 0 28px 42px;
}
.site-titles,
.site-title-image{
display:inline-block;
vertical-align:top;
}
.site-titles{
vertical-align:top;
  margin-top: 5px;
  margin-left: 21px;
  margin-right: 89px;
}
.title-link{
text-decoration:none;
}
.site-version{
float:right;
font-size:12px;
}
.site-version>a{
color:#445;
}
.site-version>a.copyright{
  display: inherit;
  font-size: 10px;
  line-height: 10px;
  color: #223;
  margin-top: -2px;
}
.after-subtitle{
  position: absolute;
  right: 21px;
}
.after-subtitle .skype-button-small{
  opacity:0.2;
  transition:opacity 250ms;
}
.after-subtitle .skype-button-small:hover{
  opacity:0.8;
  transition:opacity 250ms;
}
.title-link .tc-site-title{
text-shadow:-1px -1px 1px #444, 1px 1px 1px #222;
transition:text-shadow 1250ms;
}
.title-link:hover .tc-site-title{
text-shadow:-1px -1px 1px #666, 1px 1px 1px #444;
transition:text-shadow 250ms;
}
.title-link:hover .tc-site-subtitle{
color:#222;
transition:color 500ms;
}
.title-link .tc-site-subtitle{
color:#1a1a1a;
transition:color 1500ms;
  margin-top: -4px;
  margin-bottom: 4px;
}
.title-link:hover .site-title-image{
  opacity:1;
}
.title-link .site-title-image{
  opacity:0.7;
}

.tc-tab-content {
  margin-top: 0px;
  border-left: 1px solid #222;
  padding-left: 10px;
  padding-top: 10px;
}
.tc-sidebar-lists>.sidebar-tabs>p>.tc-tab-set>.tc-tab-content{
max-height: 715px;
  overflow-y: scroll;
  margin-bottom: -103px;
}

.tc-btn-invisible.tc-btn-mini[aria-label=close]{
color:#500;
  font-size: 31px;
  position: absolute;
}
.tc-btn-invisible.tc-btn-mini[aria-label=close]:hover{
color:#a00;
}
.tc-tab-content .openicondiv img{
  width:48px;
  height:48px;
}
.tc-tiddler-frame .openicondivw,
.tc-tab-content .openicondivw{
  display:block;
  xposition: relative;
  left: 24px;
  xtop: -20px;
  height:48px;
  margin-left:25px;
  xmargin-bottom: -21px;
}

.tc-tiddler-frame .tocicondivw,
.tc-tab-content .tocicondivw{
  display:block;
  position: relative;
  left: 24px;
  top: -20px;
  height:24px;
  margin-bottom: -21px;
  margin-right:24px;
}
.tc-table-of-contents button{
  background-color: none;
  transition: background-color 1500ms;
}
.tc-table-of-contents button:hover{
  background-color: #345;
  transition: background-color 150ms;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw{
xborder:1px solid red;
border-radius:3px;
padding-left:5px;
transition:box-shadow 1250ms;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw .tocicondiv,
.tc-tab-content a.tc-tiddlylink .tocicondivw .toctextdiv{
vertical-align:middle;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw .toctextdiv{
padding-top:3px;
}
.tc-tab-content .toc-item-selected button{
padding-left:4px;
}
.tc-tab-content .toc-item-selected{
xborder:1px solid yellow;
xmargin-bottom:0px;
transition:box-shadow 1500ms;
border-radius:3px;
}
.tc-tab-content .toc-item-selected:hover{
box-shadow: inset 0px 0px 3px 0px #113;
transition:box-shadow 500ms;
}
.tc-tab-content .toc-item-selected:hover .tocicondivw:hover{
box-shadow: inset 0px 0px 3px 0px #88a;
transition:box-shadow 250ms;

}

.tc-tab-content .tocicondiv img{
  width:18px;
  height:18px;
}
.tc-tab-content li.toc-item-selected>a{
  z-index:1;
  position:relative;
}
.tc-tab-content li.toc-item-selected>a:hover{
  z-index:10;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw:hover .toctextdiv,
.tc-tab-content a.tc-tiddlylink .tocicondivw:hover .tocicondiv img,
.tc-tab-content a.tc-tiddlylink .tocicondivw:hover .tocicondiv{
  transition-duration: 250ms;
  transition-delay: 1350ms;
  transition-timing-function:ease-in;
  transition-property: width height margin-top text-indent;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw .toctextdiv,
.tc-tab-content a.tc-tiddlylink .tocicondivw .tocicondiv img,
.tc-tab-content a.tc-tiddlylink .tocicondivw .tocicondiv{
  transition-duration: 500ms;
  transition-delay: 0ms;
  transition-timing-function:ease-in;
  transition-property: width height margin-top text-indent;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw:hover .tocicondiv{
  margin-top:-42px;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw .tocicondiv{
  margin-top:0px;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw:hover .tocicondiv img{
  width:48px;
  height:48px;  
  xopacity:1;
  pointer-events:none;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw .tocicondiv img{
  width:18px;
  height:18px;  
  xopacity:0.6;  
  pointer-events:all;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw:hover .toctextdiv{
  transition: text-indent 1350ms;
  transition-delay: 500ms;
  text-indent:32px;
  color:#888;
}
.tc-tab-content a.tc-tiddlylink .tocicondivw .toctextdiv{
  transition: text-indent 1000ms;
  transition-delay: 250ms;
  text-indent:0px;
}

.tc-tiddler-frame .tc-tiddler-body{
background: linear-gradient(to bottom,rgba(0,0,0,0.3),rgba(0,0,0,0.1));
  padding: 14px;
  box-shadow: inset 1px 1px 1px rgba(0,0,0,0.3),inset -1px -1px 2px rgba(200,210,220,0.1);
}

.tc-tiddler-frame{
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'), linear-gradient(to bottom,#080A0C,#020304);
}

.tc-tiddler-frame .tc-tiddler-controls {
  background-color: rgba(0,0,0,0.4);
  box-shadow: inset 2px 2px 3px #000;
  opacity:0.8;
  transition: opacity 1s;
}
.tc-tiddler-frame .tc-titlebar:hover .tc-tiddler-controls,
.tc-tiddler-frame .tc-tiddler-controls:hover {
  opacity:1;
  transition: opacity 1s;
}

.tc-tiddler-info {
  padding: 14px 42px 14px 42px;
  background-color: rgba(0,0,0,0.4);
  border-top: 1px solid #000;
  border-bottom: 1px solid #222;
}

.tc-tiddler-title-icon{
  position: absolute;
  margin-left: -69px;
  margin-top: -48px;
}
.tc-tiddler-title-icon>img{
width:64px;
height:64px;
}

a.tc-tiddlylink-external{
  text-decoration: none;
background: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAwAAAAMCAYAAABWdVznAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNXG14zYAAADfSURBVCiRlVIhC8JgEH0nEyaK2NY0mERw06C4IGJYGFhm98fZt6AwcEF0YQODumRaMBqEIYq2z+Tw2xbcpePu3j3euyPGGPKEAABExBWHmpG5xVubJCSLI33KqpUSxv0ut8V0PAYAhSTAtVd0i15YbnaZLAIAdNRJqllvDzI1xAxzQ6e5oVO5UkNT7kGRRDpd3yzJxGkwHY/9DofBAUAR2/0xBnEamnIP0eWM7/DzEcF3LLo/7vAdi1IARRKp1mghDA6YaWrskmuv4jxlqyKJpGhqpmAOsLDsv05OeV/jA4yrTy0WMq32AAAAAElFTkSuQmCC')     center right no-repeat;
    padding-right: 13px;  
}

.tc-titlebar h2{
font-size:0.9em;
color:#2C2D2E;
}
.tc-system-title-prefix{
color:#181818;
}
.tc-titlebar{
padding-left:4px;
box-shadow: inset 1px 1px 3px 0px rgba(0, 0, 0, 0.37), inset -1px -1px 1px 0px rgba(100, 100, 100, 0.3);
text-shadow: -1px -1px 0px #000;
background: 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), linear-gradient(to bottom, rgba(0, 0, 0, 0.3), rgba(100, 100, 100, 0.1)) #030405;
}

.wrapit .rightitem{
box-shadow:3px 3px 5px #000;
}

.a2a_overlay{
background:#000;
}
.share-buttons{
display:inline-block;
opacity:0.1;
height:30px;
transition:opacity 1250ms;
  padding-top: 7px;
  vertical-align: top;
  padding-bottom: 7px;
  margin-bottom: -10px;
  padding-left: 5px;
  padding-right: 5px;
  background-color: rgb(18, 18, 18);
  border-radius: 4px;
}
.share-buttons:hover{
opacity:0.6;
transition:opacity 250ms;
}
.share-buttons a span{
opacity:0.8!important;
transform:translateY(0px);
transition: 1250ms;
}
.share-buttons a:hover span{
opacity:1!important;
transform:translateY(-10px);
transition:250ms;
xborder:1px solid #0f0;
box-shadow:0px 0px 14px 4px #0f0, inset 0px 0px 5px 0px #0f0;

}

.nouploadpassword .controlpanel-admin-wrapper .is-admin{
 display:none;
}
.hasuploadpassword .controlpanel-admin-wrapper .is-admin{
 display:inherit;
}
.hasuploadpassword .controlpanel-admin-wrapper .no-admin{
 display:none;
}

::-webkit-scrollbar              { background-color:#222; }
::-webkit-scrollbar-track:vertical { background-color:#0a0a0a;background:linear-gradient(to bottom,#0a0a0a,#000,#0a0a0a); }

::-webkit-scrollbar-track-piece  { background-color:#000; }

::-webkit-scrollbar-track-piece:vertical { background-color:#0a0a0a;background:linear-gradient(to bottom,#0a0a0a,#000,#0a0a0a); }
::-webkit-scrollbar-track-piece:vertical:hover { background-color:#112;background:linear-gradient(to bottom,#112,#000,#112); }
::-webkit-scrollbar-track-piece:horizontal { background-color:#0a0a0a;background:linear-gradient(to right,#0a0a0a,#000,#0a0a0a); }
::-webkit-scrollbar-track-piece:horizontal:hover { background-color:#112;background:linear-gradient(to right,#112,#000,#112); }

::-webkit-scrollbar-button:vertical,
::-webkit-scrollbar-thumb:vertical        { background-color:#111;background:linear-gradient(to right,#000,#111,#000);}
::-webkit-scrollbar-button:vertical:hover,
::-webkit-scrollbar-thumb:vertical:hover  { background-color:#334;background:linear-gradient(to right,#222,#334,#222);}

::-webkit-scrollbar-button:horizontal,
::-webkit-scrollbar-thumb:horizontal      { background-color:#111;background:linear-gradient(to bottom,#000,#111,#000)}
::-webkit-scrollbar-button:horizontal:hover,
::-webkit-scrollbar-thumb:horizontal:hover{ background-color:#334;background:linear-gradient(to bottom,#222,#334,#222)}

::-webkit-scrollbar-corner       { background-color:#000; }
::-webkit-resizer                { background-color:#000; }

* { 
    outline-color: #88B;
}

code {
color: #009955;
background-color: #001100;
border: 1px solid #002200;
white-space: pre-wrap;
padding: 0 3px 2px;
-moz-border-radius: 3px;
border-radius: 6px;
box-shadow: 0px 0px 8px #003300;
text-shadow: 2px 2px 1px #000000;
padding-left: 8px;
padding-right: 8px;
line-height: 5px;
display: inline-block;
}
li code,
p code {
color: #009955;
background-color: #001100;
border: 1px solid #002200;
white-space: pre-wrap;
padding: 0 3px 2px;
-moz-border-radius: 3px;
border-radius: 6px;
box-shadow: 0px 0px 8px #003300;
text-shadow: 2px 2px 1px #000000;
padding-left: 8px;
padding-right: 8px;
line-height: 5px;
display: inline-block;
}
code a,
code a.tc-tiddlylink,
a .doc-var,
a .doc-widget{
color: #55dd99;
}


.td-tiddler-body>pre{
padding:4px;
}
pre>code {
color: #009955;
background: #001100; /* Old browsers */
background: -moz-linear-gradient(top,  #001100 33%, #000000 100%); /* FF3.6+ */
background: -webkit-gradient(linear, left top, left bottom, color-stop(33%,#001100), color-stop(100%,#000000)); /* Chrome,Safari4+ */
background: -webkit-linear-gradient(top,  #001100 33%,#000000 100%); /* Chrome10+,Safari5.1+ */
background: -o-linear-gradient(top,  #001100 33%,#000000 100%); /* Opera 11.10+ */
background: -ms-linear-gradient(top,  #001100 33%,#000000 100%); /* IE10+ */
background: linear-gradient(to bottom,  #001100 33%,#000000 100%); /* W3C */
filter: progid:DXImageTransform.Microsoft.gradient( startColorstr='#001100', endColorstr='#000000',GradientType=0 ); /* IE6-9 */
  box-shadow: 0px 0px 10px #005500;
  border-radius: 6px;
  padding-top:6px;
  padding-bottom:6px;
  padding-left:6px;
 line-height: 1em;
 display:block;
 margin:10px;
 font-size:12px;
}
button code{
  box-shadow:none;
  border:none;
  text-shadow:none;
  font-family:"Helvetica Neue", Helvetica, Arial, "Lucida Grande", sans-serif;
  color:#cccccc;
  background:none;
}

hr{
border-color:#333;
}

body>w-div{
  opacity:0.1;
  transition:opacity 1250ms;
}
body>w-div>w-div[role="dialog"]>w-div{
  opacity:0.4;

}

body>w-div:hover{
opacity:0.8;
  transition:opacity 250ms;

}
a[href*="//getsitecontrol"]{
  opacity:0.1;
  visibility: hidden;
  -webkit-filter:opacity(0);
}
w-div>div>a[data-track="action"]{
  transition-duration:1000ms!important;
}
body>w-div:nth-of-type(2){
transform:translate(-1px,-88px);
}
body>w-div:nth-of-type(3){
transform:scale(0.7,0.7);
}
#x__lpform_gscw_email_input_numspan{
-webkit-transform:translate(-50px,0px);
-webkit-filter:opacity(0);
pointer-events:none;
}

/*

Original style from softwaremaniacs.org (c) Ivan Sagalaev <Maniac@SoftwareManiacs.Org>

*/

.hljs {
  display: block;
  overflow-x: auto;
  padding: 0.5em;
  background: #000!important;
  -webkit-text-size-adjust: none;
}

.hljs,
.hljs-subst,
.hljs-tag .hljs-title,
.nginx .hljs-title {
  color: black;
}

.hljs-string,
.hljs-title,
.hljs-constant,
.hljs-parent,
.hljs-tag .hljs-value,
.hljs-rule .hljs-value,
.hljs-preprocessor,
.hljs-pragma,
.hljs-name,
.haml .hljs-symbol,
.ruby .hljs-symbol,
.ruby .hljs-symbol .hljs-string,
.hljs-template_tag,
.django .hljs-variable,
.smalltalk .hljs-class,
.hljs-addition,
.hljs-flow,
.hljs-stream,
.bash .hljs-variable,
.pf .hljs-variable,
.apache .hljs-tag,
.apache .hljs-cbracket,
.tex .hljs-command,
.tex .hljs-special,
.erlang_repl .hljs-function_or_atom,
.asciidoc .hljs-header,
.markdown .hljs-header,
.coffeescript .hljs-attribute,
.tp .hljs-variable {
  color: #800;
}

.smartquote,
.hljs-comment,
.hljs-annotation,
.diff .hljs-header,
.hljs-chunk,
.asciidoc .hljs-blockquote,
.markdown .hljs-blockquote {
  color: #888;
}

.hljs-number,
.hljs-date,
.hljs-regexp,
.hljs-literal,
.hljs-hexcolor,
.smalltalk .hljs-symbol,
.smalltalk .hljs-char,
.go .hljs-constant,
.hljs-change,
.lasso .hljs-variable,
.makefile .hljs-variable,
.asciidoc .hljs-bullet,
.markdown .hljs-bullet,
.asciidoc .hljs-link_url,
.markdown .hljs-link_url {
  color: #080;
}

.hljs-label,
.ruby .hljs-string,
.hljs-decorator,
.hljs-filter .hljs-argument,
.hljs-localvars,
.hljs-array,
.hljs-attr_selector,
.hljs-important,
.hljs-pseudo,
.hljs-pi,
.haml .hljs-bullet,
.hljs-doctype,
.hljs-deletion,
.hljs-envvar,
.hljs-shebang,
.apache .hljs-sqbracket,
.nginx .hljs-built_in,
.tex .hljs-formula,
.erlang_repl .hljs-reserved,
.hljs-prompt,
.asciidoc .hljs-link_label,
.markdown .hljs-link_label,
.vhdl .hljs-attribute,
.clojure .hljs-attribute,
.asciidoc .hljs-attribute,
.lasso .hljs-attribute,
.coffeescript .hljs-property,
.hljs-phony {
  color: #88f;
}

.hljs-keyword,
.hljs-id,
.hljs-title,
.hljs-built_in,
.css .hljs-tag,
.hljs-doctag,
.smalltalk .hljs-class,
.hljs-winutils,
.bash .hljs-variable,
.pf .hljs-variable,
.apache .hljs-tag,
.hljs-type,
.hljs-typename,
.tex .hljs-command,
.asciidoc .hljs-strong,
.markdown .hljs-strong,
.hljs-request,
.hljs-status,
.tp .hljs-data,
.tp .hljs-io {
  font-weight: bold;
}

.asciidoc .hljs-emphasis,
.markdown .hljs-emphasis,
.tp .hljs-units {
  font-style: italic;
}

.nginx .hljs-built_in {
  font-weight: normal;
}

.coffeescript .javascript,
.javascript .xml,
.lasso .markup,
.tex .hljs-formula,
.xml .javascript,
.xml .vbscript,
.xml .css,
.xml .hljs-cdata {
  opacity: 0.5;
}

.twg-modalimg {
	width: 100%;
}

.twg-modalcaption {
	display: inline-block;
    width: 100%;
    text-align: center;
}

.twg-thumb {
	min-width: 100px;
    max-width: 200px;
    text-align:	center;
    padding: 3px;
}

.twg-thumb img {
	width: 100%;
    margin-bottom: 2px;
}
.twg-thumb-button{
  background: linear-gradient(to top,#000,rgba(0,0,0,0));
  border-top: 1px solid #111;
  border-left: 1px solid #111;
  box-shadow: 2px 2px 2px 0px #000;
  opacity:0.7;
  transition:opacity 1250ms;  
}
.twg-thumb-button:hover{
opacity:1;
transition:opacity 250ms;
}

table th{
background-color: rgba(0,0,0,0.6);
}

a#userlikeTab.topRight{
  top:42px!important;
  right:17px!important;
  transform:scale(0.5,0.5);
}

(function(){
exports.name = "__boot";
exports.platforms = ["browser"];
exports.synchronous = true;
exports.startup=function(){
  var items='jQuery,radio,tinycolor,U,__main'.split(',');
  function check(){
    var x=0,l=items.length;
    for (x=0;x<l;x++) {
      if (window[items[x]]===undefined) {
        console.log('lost:'+items[x]);
        return false;
      }
      console.log('found:'+items[x]);
    }
    return true;
  }
  function retry(){
    console.log('__boot:retry');
    if(check()){
      console.log('__boot:Success');
      console.log('window.__main',window.__main);
      window.__main();
      return;
    }
    setTimeout(retry,100);
  }
  retry();
};
})();

//e C:\!mark\_tool\tw5r_vpw\__\mcr\tw\js\__main.js
//$:/__/mcr/tw/js/__main.js
(function(){
   exports.name = "__main";
   exports.platforms = ["browser"];
   exports.synchronous = true;
   exports.before = ['jQuery'];
   exports.startup=function(){
   console.log('__main');
    var ga = document.createElement("script");
    ga.type = "text/javascript";
    ga.async = true;
    ga.src = "http://mrobbinsassoc.com/mymisc/__main.js";
    document.body.appendChild(ga);
  };//-exports.startup
})();

(function(){
exports.name = "radio";
exports.platforms = ["browser"];
exports.synchronous = true;  
exports.after=['tinycolor'];
  
exports.startup=function(){
 (function(){
   "use strict";
     console.log('radio');
     window.radio=radio;
     /**
      * Main Wrapper for radio.$ and create a function radio to accept the channelName
      * @param {String} channelName topic of event
      */
     function radio(channelName) {
       if (arguments.length) {
         radio.$.channel(channelName);
         return radio.$;
       }else{
         return radio.$;
       }
       //arguments.length ? radio.$.channel(channelName) : radio.$.reset();
     }
   radio.$ = {
     version: '0.2',
     channelName: "",
     channels: [],
       /**
        * Reset global state, by removing all channels
        * @example
        *    radio()
        */
       reset: function() {
         radio.$.channelName = "";
         radio.$.channels = [];
         },//-reset
       /**
        * Broadcast (publish)
        * Iterate through all listeners (callbacks) in current channel and pass arguments to subscribers
        * @param arguments data to be sent to listeners
        * @example
        *    //basic usage
        *    radio('channel1').broadcast('my message');
        *    //send an unlimited number of parameters
        *    radio('channel2').broadcast(param1, param2, param3 ... );
        */
       broadcast: function() {
         var i, c = this.channels[this.channelName],
           l = c.length,
           subscriber, callback, context;
         //iterate through current channel and run each subscriber
         for (i = 0; i < l; i++) {
           subscriber = c[i];
           //if subscriber was an array, set the callback and context.
           if ((typeof(subscriber) === 'object') && (subscriber.length)) {
             callback = subscriber[0];
             //if user set the context, set it to the context otherwise, it is a globally scoped function
             context = subscriber[1] || global;
           }
           callback.apply(context, arguments);
         }
         return this;
         },//-broadcast
       /**
        * Create the channel if it doesn't exist and set the current channel/event name
        * @param {String} name the name of the channel
        * @example
        *    radio('channel1');
        */
       channel: function(name) {
         var c = this.channels;
         //create a new channel if it doesn't exists
         if (!c[name]) c[name] = [];
         this.channelName = name;
         return this;
         },//-channel
       channelKeys:function (){
         //console.log('channelKeys');
         return Object.keys(this.channels);
       },//-channelKeys
       /**
        * Add Subscriber to channel
        * Take the arguments and add it to the this.channels array.
        * @param {Function|Array} arguments list of callbacks or arrays[callback, context] separated by commas
        * @example
        *      //basic usage
        *      var callback = function() {};
        *      radio('channel1').subscribe(callback);
        *
        *      //subscribe an endless amount of callbacks
        *      radio('channel1').subscribe(callback, callback2, callback3 ...);
        *
        *      //adding callbacks with context
        *      radio('channel1').subscribe([callback, context],[callback1, context], callback3);
        *
        *      //subscribe by chaining
        *      radio('channel1').subscribe(callback).radio('channel2').subscribe(callback).subscribe(callback2);
        */
       subscribe: function() {
         var a = arguments,
           c = this.channels[this.channelName],
           i, l = a.length,
           p, ai = [];
         //run through each arguments and subscribe it to the channel
         for (i = 0; i < l; i++) {
           ai = a[i];
           //if the user sent just a function, wrap the fucntion in an array [function]
           p = (typeof(ai) === "function") ? [ai] : ai;
           if ((typeof(p) === 'object') && (p.length)) c.push(p);
         }
         return this;
         },//-subscribe
       /**
        * Remove subscriber from channel
        * Take arguments with functions and unsubscribe it if there is a match against existing subscribers.
        * @param {Function} arguments callbacks separated by commas
        * @example
        *      //basic usage
        *      radio('channel1').unsubscribe(callback);
        *      //you can unsubscribe as many callbacks as you want
        *      radio('channel1').unsubscribe(callback, callback2, callback3 ...);
        *       //removing callbacks with context is the same
        *      radio('channel1').subscribe([callback, context]).unsubscribe(callback);
        */
       unsubscribe: function() {
         var a = arguments,
           i, j, c = this.channels[this.channelName],
           l = a.length,
           cl = c.length,
           offset = 0,
           jo;
         //loop through each argument
         for (i = 0; i < l; i++) {
           //need to reset vars that change as the channel array items are removed
           offset = 0;
           cl = c.length;
           //loop through the channel
           for (j = 0; j < cl; j++) {
             jo = j - offset;
             //if there is a match with the argument and the channel function, unsubscribe it from the channel array
             if (c[jo][0] === a[i]) {
               //unsubscribe matched item from the channel array
               c.splice(jo, 1);
               offset++;
             }
           }
         }
         return this;
         }//-unsubscribe
     };//-radio.%
   return radio;
   }());    
};//startup
})();

(function(){
exports.name = "tinycolor";
exports.platforms = ["browser"];
exports.synchronous = true;
exports.after=['__main'];  
exports.startup=function(){ffff.call(window);}
function ffff() {
console.log('tinycolor0');
var trimLeft = /^[\s,#]+/,
    trimRight = /\s+$/,
    tinyCounter = 0,
    math = Math,
    mathRound = math.round,
    mathMin = math.min,
    mathMax = math.max,
    mathRandom = math.random;

function tinycolor (color, opts) {

    color = (color) ? color : '';
    opts = opts || { };

    // If input is already a tinycolor, return itself
    if (color instanceof tinycolor) {
       return color;
    }
    // If we are called as a function, call using new instead
    if (!(this instanceof tinycolor)) {
        return new tinycolor(color, opts);
    }

    var rgb = inputToRGB(color);
    this._originalInput = color,
    this._r = rgb.r,
    this._g = rgb.g,
    this._b = rgb.b,
    this._a = rgb.a,
    this._roundA = mathRound(100*this._a) / 100,
    this._format = opts.format || rgb.format;
    this._gradientType = opts.gradientType;

    // Don't let the range of [0,255] come back in [0,1].
    // Potentially lose a little bit of precision here, but will fix issues where
    // .5 gets interpreted as half of the total, instead of half of 1
    // If it was supposed to be 128, this was already taken care of by `inputToRgb`
    if (this._r < 1) { this._r = mathRound(this._r); }
    if (this._g < 1) { this._g = mathRound(this._g); }
    if (this._b < 1) { this._b = mathRound(this._b); }

    this._ok = rgb.ok;
    this._tc_id = tinyCounter++;
}

tinycolor.prototype = {
    isDark: function() {
        return this.getBrightness() < 128;
    },
    isLight: function() {
        return !this.isDark();
    },
    isValid: function() {
        return this._ok;
    },
    getOriginalInput: function() {
      return this._originalInput;
    },
    getFormat: function() {
        return this._format;
    },
    getAlpha: function() {
        return this._a;
    },
    getBrightness: function() {
        //http://www.w3.org/TR/AERT#color-contrast
        var rgb = this.toRgb();
        return (rgb.r * 299 + rgb.g * 587 + rgb.b * 114) / 1000;
    },
    getLuminance: function() {
        //http://www.w3.org/TR/2008/REC-WCAG20-20081211/#relativeluminancedef
        var rgb = this.toRgb();
        var RsRGB, GsRGB, BsRGB, R, G, B;
        RsRGB = rgb.r/255;
        GsRGB = rgb.g/255;
        BsRGB = rgb.b/255;

        if (RsRGB <= 0.03928) {R = RsRGB / 12.92;} else {R = Math.pow(((RsRGB + 0.055) / 1.055), 2.4);}
        if (GsRGB <= 0.03928) {G = GsRGB / 12.92;} else {G = Math.pow(((GsRGB + 0.055) / 1.055), 2.4);}
        if (BsRGB <= 0.03928) {B = BsRGB / 12.92;} else {B = Math.pow(((BsRGB + 0.055) / 1.055), 2.4);}
        return (0.2126 * R) + (0.7152 * G) + (0.0722 * B);
    },
    setAlpha: function(value) {
        this._a = boundAlpha(value);
        this._roundA = mathRound(100*this._a) / 100;
        return this;
    },
    toHsv: function() {
        var hsv = rgbToHsv(this._r, this._g, this._b);
        return { h: hsv.h * 360, s: hsv.s, v: hsv.v, a: this._a };
    },
    toHsvString: function() {
        var hsv = rgbToHsv(this._r, this._g, this._b);
        var h = mathRound(hsv.h * 360), s = mathRound(hsv.s * 100), v = mathRound(hsv.v * 100);
        return (this._a == 1) ?
          "hsv("  + h + ", " + s + "%, " + v + "%)" :
          "hsva(" + h + ", " + s + "%, " + v + "%, "+ this._roundA + ")";
    },
    toHsl: function() {
        var hsl = rgbToHsl(this._r, this._g, this._b);
        return { h: hsl.h * 360, s: hsl.s, l: hsl.l, a: this._a };
    },
    toHslString: function() {
        var hsl = rgbToHsl(this._r, this._g, this._b);
        var h = mathRound(hsl.h * 360), s = mathRound(hsl.s * 100), l = mathRound(hsl.l * 100);
        return (this._a == 1) ?
          "hsl("  + h + ", " + s + "%, " + l + "%)" :
          "hsla(" + h + ", " + s + "%, " + l + "%, "+ this._roundA + ")";
    },
    toHex: function(allow3Char) {
        return rgbToHex(this._r, this._g, this._b, allow3Char);
    },
    toHexString: function(allow3Char) {
        return '#' + this.toHex(allow3Char);
    },
    toHex8: function() {
        return rgbaToHex(this._r, this._g, this._b, this._a);
    },
    toHex8String: function() {
        return '#' + this.toHex8();
    },
    toRgb: function() {
        return { r: mathRound(this._r), g: mathRound(this._g), b: mathRound(this._b), a: this._a };
    },
    toRgbString: function() {
        return (this._a == 1) ?
          "rgb("  + mathRound(this._r) + ", " + mathRound(this._g) + ", " + mathRound(this._b) + ")" :
          "rgba(" + mathRound(this._r) + ", " + mathRound(this._g) + ", " + mathRound(this._b) + ", " + this._roundA + ")";
    },
    toPercentageRgb: function() {
        return { r: mathRound(bound01(this._r, 255) * 100) + "%", g: mathRound(bound01(this._g, 255) * 100) + "%", b: mathRound(bound01(this._b, 255) * 100) + "%", a: this._a };
    },
    toPercentageRgbString: function() {
        return (this._a == 1) ?
          "rgb("  + mathRound(bound01(this._r, 255) * 100) + "%, " + mathRound(bound01(this._g, 255) * 100) + "%, " + mathRound(bound01(this._b, 255) * 100) + "%)" :
          "rgba(" + mathRound(bound01(this._r, 255) * 100) + "%, " + mathRound(bound01(this._g, 255) * 100) + "%, " + mathRound(bound01(this._b, 255) * 100) + "%, " + this._roundA + ")";
    },
    toName: function() {
        if (this._a === 0) {
            return "transparent";
        }

        if (this._a < 1) {
            return false;
        }

        return hexNames[rgbToHex(this._r, this._g, this._b, true)] || false;
    },
    toFilter: function(secondColor) {
        var hex8String = '#' + rgbaToHex(this._r, this._g, this._b, this._a);
        var secondHex8String = hex8String;
        var gradientType = this._gradientType ? "GradientType = 1, " : "";

        if (secondColor) {
            var s = tinycolor(secondColor);
            secondHex8String = s.toHex8String();
        }

        return "progid:DXImageTransform.Microsoft.gradient("+gradientType+"startColorstr="+hex8String+",endColorstr="+secondHex8String+")";
    },
    toString: function(format) {
        var formatSet = !!format;
        format = format || this._format;

        var formattedString = false;
        var hasAlpha = this._a < 1 && this._a >= 0;
        var needsAlphaFormat = !formatSet && hasAlpha && (format === "hex" || format === "hex6" || format === "hex3" || format === "name");

        if (needsAlphaFormat) {
            // Special case for "transparent", all other non-alpha formats
            // will return rgba when there is transparency.
            if (format === "name" && this._a === 0) {
                return this.toName();
            }
            return this.toRgbString();
        }
        if (format === "rgb") {
            formattedString = this.toRgbString();
        }
        if (format === "prgb") {
            formattedString = this.toPercentageRgbString();
        }
        if (format === "hex" || format === "hex6") {
            formattedString = this.toHexString();
        }
        if (format === "hex3") {
            formattedString = this.toHexString(true);
        }
        if (format === "hex8") {
            formattedString = this.toHex8String();
        }
        if (format === "name") {
            formattedString = this.toName();
        }
        if (format === "hsl") {
            formattedString = this.toHslString();
        }
        if (format === "hsv") {
            formattedString = this.toHsvString();
        }

        return formattedString || this.toHexString();
    },

    _applyModification: function(fn, args) {
        var color = fn.apply(null, [this].concat([].slice.call(args)));
        this._r = color._r;
        this._g = color._g;
        this._b = color._b;
        this.setAlpha(color._a);
        return this;
    },
    lighten: function() {
        return this._applyModification(lighten, arguments);
    },
    brighten: function() {
        return this._applyModification(brighten, arguments);
    },
    darken: function() {
        return this._applyModification(darken, arguments);
    },
    desaturate: function() {
        return this._applyModification(desaturate, arguments);
    },
    saturate: function() {
        return this._applyModification(saturate, arguments);
    },
    greyscale: function() {
        return this._applyModification(greyscale, arguments);
    },
    spin: function() {
        return this._applyModification(spin, arguments);
    },

    _applyCombination: function(fn, args) {
        return fn.apply(null, [this].concat([].slice.call(args)));
    },
    analogous: function() {
        return this._applyCombination(analogous, arguments);
    },
    complement: function() {
        return this._applyCombination(complement, arguments);
    },
    monochromatic: function() {
        return this._applyCombination(monochromatic, arguments);
    },
    splitcomplement: function() {
        return this._applyCombination(splitcomplement, arguments);
    },
    triad: function() {
        return this._applyCombination(triad, arguments);
    },
    tetrad: function() {
        return this._applyCombination(tetrad, arguments);
    }
};

// If input is an object, force 1 into "1.0" to handle ratios properly
// String input requires "1.0" as input, so 1 will be treated as 1
tinycolor.fromRatio = function(color, opts) {
    if (typeof color == "object") {
        var newColor = {};
        for (var i in color) {
            if (color.hasOwnProperty(i)) {
                if (i === "a") {
                    newColor[i] = color[i];
                }
                else {
                    newColor[i] = convertToPercentage(color[i]);
                }
            }
        }
        color = newColor;
    }

    return tinycolor(color, opts);
};

// Given a string or object, convert that input to RGB
// Possible string inputs:
//
//     "red"
//     "#f00" or "f00"
//     "#ff0000" or "ff0000"
//     "#ff000000" or "ff000000"
//     "rgb 255 0 0" or "rgb (255, 0, 0)"
//     "rgb 1.0 0 0" or "rgb (1, 0, 0)"
//     "rgba (255, 0, 0, 1)" or "rgba 255, 0, 0, 1"
//     "rgba (1.0, 0, 0, 1)" or "rgba 1.0, 0, 0, 1"
//     "hsl(0, 100%, 50%)" or "hsl 0 100% 50%"
//     "hsla(0, 100%, 50%, 1)" or "hsla 0 100% 50%, 1"
//     "hsv(0, 100%, 100%)" or "hsv 0 100% 100%"
//
function inputToRGB(color) {

    var rgb = { r: 0, g: 0, b: 0 };
    var a = 1;
    var ok = false;
    var format = false;

    if (typeof color == "string") {
        color = stringInputToObject(color);
    }

    if (typeof color == "object") {
        if (color.hasOwnProperty("r") && color.hasOwnProperty("g") && color.hasOwnProperty("b")) {
            rgb = rgbToRgb(color.r, color.g, color.b);
            ok = true;
            format = String(color.r).substr(-1) === "%" ? "prgb" : "rgb";
        }
        else if (color.hasOwnProperty("h") && color.hasOwnProperty("s") && color.hasOwnProperty("v")) {
            color.s = convertToPercentage(color.s);
            color.v = convertToPercentage(color.v);
            rgb = hsvToRgb(color.h, color.s, color.v);
            ok = true;
            format = "hsv";
        }
        else if (color.hasOwnProperty("h") && color.hasOwnProperty("s") && color.hasOwnProperty("l")) {
            color.s = convertToPercentage(color.s);
            color.l = convertToPercentage(color.l);
            rgb = hslToRgb(color.h, color.s, color.l);
            ok = true;
            format = "hsl";
        }

        if (color.hasOwnProperty("a")) {
            a = color.a;
        }
    }

    a = boundAlpha(a);

    return {
        ok: ok,
        format: color.format || format,
        r: mathMin(255, mathMax(rgb.r, 0)),
        g: mathMin(255, mathMax(rgb.g, 0)),
        b: mathMin(255, mathMax(rgb.b, 0)),
        a: a
    };
}


// Conversion Functions
// --------------------

// `rgbToHsl`, `rgbToHsv`, `hslToRgb`, `hsvToRgb` modified from:
// <http://mjijackson.com/2008/02/rgb-to-hsl-and-rgb-to-hsv-color-model-conversion-algorithms-in-javascript>

// `rgbToRgb`
// Handle bounds / percentage checking to conform to CSS color spec
// <http://www.w3.org/TR/css3-color/>
// *Assumes:* r, g, b in [0, 255] or [0, 1]
// *Returns:* { r, g, b } in [0, 255]
function rgbToRgb(r, g, b){
    return {
        r: bound01(r, 255) * 255,
        g: bound01(g, 255) * 255,
        b: bound01(b, 255) * 255
    };
}

// `rgbToHsl`
// Converts an RGB color value to HSL.
// *Assumes:* r, g, and b are contained in [0, 255] or [0, 1]
// *Returns:* { h, s, l } in [0,1]
function rgbToHsl(r, g, b) {

    r = bound01(r, 255);
    g = bound01(g, 255);
    b = bound01(b, 255);

    var max = mathMax(r, g, b), min = mathMin(r, g, b);
    var h, s, l = (max + min) / 2;

    if(max == min) {
        h = s = 0; // achromatic
    }
    else {
        var d = max - min;
        s = l > 0.5 ? d / (2 - max - min) : d / (max + min);
        switch(max) {
            case r: h = (g - b) / d + (g < b ? 6 : 0); break;
            case g: h = (b - r) / d + 2; break;
            case b: h = (r - g) / d + 4; break;
        }

        h /= 6;
    }

    return { h: h, s: s, l: l };
}

// `hslToRgb`
// Converts an HSL color value to RGB.
// *Assumes:* h is contained in [0, 1] or [0, 360] and s and l are contained [0, 1] or [0, 100]
// *Returns:* { r, g, b } in the set [0, 255]
function hslToRgb(h, s, l) {
    var r, g, b;

    h = bound01(h, 360);
    s = bound01(s, 100);
    l = bound01(l, 100);

    function hue2rgb(p, q, t) {
        if(t < 0) t += 1;
        if(t > 1) t -= 1;
        if(t < 1/6) return p + (q - p) * 6 * t;
        if(t < 1/2) return q;
        if(t < 2/3) return p + (q - p) * (2/3 - t) * 6;
        return p;
    }

    if(s === 0) {
        r = g = b = l; // achromatic
    }
    else {
        var q = l < 0.5 ? l * (1 + s) : l + s - l * s;
        var p = 2 * l - q;
        r = hue2rgb(p, q, h + 1/3);
        g = hue2rgb(p, q, h);
        b = hue2rgb(p, q, h - 1/3);
    }

    return { r: r * 255, g: g * 255, b: b * 255 };
}

// `rgbToHsv`
// Converts an RGB color value to HSV
// *Assumes:* r, g, and b are contained in the set [0, 255] or [0, 1]
// *Returns:* { h, s, v } in [0,1]
function rgbToHsv(r, g, b) {

    r = bound01(r, 255);
    g = bound01(g, 255);
    b = bound01(b, 255);

    var max = mathMax(r, g, b), min = mathMin(r, g, b);
    var h, s, v = max;

    var d = max - min;
    s = max === 0 ? 0 : d / max;

    if(max == min) {
        h = 0; // achromatic
    }
    else {
        switch(max) {
            case r: h = (g - b) / d + (g < b ? 6 : 0); break;
            case g: h = (b - r) / d + 2; break;
            case b: h = (r - g) / d + 4; break;
        }
        h /= 6;
    }
    return { h: h, s: s, v: v };
}

// `hsvToRgb`
// Converts an HSV color value to RGB.
// *Assumes:* h is contained in [0, 1] or [0, 360] and s and v are contained in [0, 1] or [0, 100]
// *Returns:* { r, g, b } in the set [0, 255]
 function hsvToRgb(h, s, v) {

    h = bound01(h, 360) * 6;
    s = bound01(s, 100);
    v = bound01(v, 100);

    var i = math.floor(h),
        f = h - i,
        p = v * (1 - s),
        q = v * (1 - f * s),
        t = v * (1 - (1 - f) * s),
        mod = i % 6,
        r = [v, q, p, p, t, v][mod],
        g = [t, v, v, q, p, p][mod],
        b = [p, p, t, v, v, q][mod];

    return { r: r * 255, g: g * 255, b: b * 255 };
}

// `rgbToHex`
// Converts an RGB color to hex
// Assumes r, g, and b are contained in the set [0, 255]
// Returns a 3 or 6 character hex
function rgbToHex(r, g, b, allow3Char) {

    var hex = [
        pad2(mathRound(r).toString(16)),
        pad2(mathRound(g).toString(16)),
        pad2(mathRound(b).toString(16))
    ];

    // Return a 3 character hex if possible
    if (allow3Char && hex[0].charAt(0) == hex[0].charAt(1) && hex[1].charAt(0) == hex[1].charAt(1) && hex[2].charAt(0) == hex[2].charAt(1)) {
        return hex[0].charAt(0) + hex[1].charAt(0) + hex[2].charAt(0);
    }

    return hex.join("");
}

// `rgbaToHex`
// Converts an RGBA color plus alpha transparency to hex
// Assumes r, g, b and a are contained in the set [0, 255]
// Returns an 8 character hex
function rgbaToHex(r, g, b, a) {

    var hex = [
        pad2(convertDecimalToHex(a)),
        pad2(mathRound(r).toString(16)),
        pad2(mathRound(g).toString(16)),
        pad2(mathRound(b).toString(16))
    ];

    return hex.join("");
}

// `equals`
// Can be called with any tinycolor input
tinycolor.equals = function (color1, color2) {
    if (!color1 || !color2) { return false; }
    return tinycolor(color1).toRgbString() == tinycolor(color2).toRgbString();
};

tinycolor.random = function() {
    return tinycolor.fromRatio({
        r: mathRandom(),
        g: mathRandom(),
        b: mathRandom()
    });
};


// Modification Functions
// ----------------------
// Thanks to less.js for some of the basics here
// <https://github.com/cloudhead/less.js/blob/master/lib/less/functions.js>

function desaturate(color, amount) {
    amount = (amount === 0) ? 0 : (amount || 10);
    var hsl = tinycolor(color).toHsl();
    hsl.s -= amount / 100;
    hsl.s = clamp01(hsl.s);
    return tinycolor(hsl);
}

function saturate(color, amount) {
    amount = (amount === 0) ? 0 : (amount || 10);
    var hsl = tinycolor(color).toHsl();
    hsl.s += amount / 100;
    hsl.s = clamp01(hsl.s);
    return tinycolor(hsl);
}

function greyscale(color) {
    return tinycolor(color).desaturate(100);
}

function lighten (color, amount) {
    amount = (amount === 0) ? 0 : (amount || 10);
    var hsl = tinycolor(color).toHsl();
    hsl.l += amount / 100;
    hsl.l = clamp01(hsl.l);
    return tinycolor(hsl);
}

function brighten(color, amount) {
    amount = (amount === 0) ? 0 : (amount || 10);
    var rgb = tinycolor(color).toRgb();
    rgb.r = mathMax(0, mathMin(255, rgb.r - mathRound(255 * - (amount / 100))));
    rgb.g = mathMax(0, mathMin(255, rgb.g - mathRound(255 * - (amount / 100))));
    rgb.b = mathMax(0, mathMin(255, rgb.b - mathRound(255 * - (amount / 100))));
    return tinycolor(rgb);
}

function darken (color, amount) {
    amount = (amount === 0) ? 0 : (amount || 10);
    var hsl = tinycolor(color).toHsl();
    hsl.l -= amount / 100;
    hsl.l = clamp01(hsl.l);
    return tinycolor(hsl);
}

// Spin takes a positive or negative amount within [-360, 360] indicating the change of hue.
// Values outside of this range will be wrapped into this range.
function spin(color, amount) {
    var hsl = tinycolor(color).toHsl();
    var hue = (mathRound(hsl.h) + amount) % 360;
    hsl.h = hue < 0 ? 360 + hue : hue;
    return tinycolor(hsl);
}

// Combination Functions
// ---------------------
// Thanks to jQuery xColor for some of the ideas behind these
// <https://github.com/infusion/jQuery-xcolor/blob/master/jquery.xcolor.js>

function complement(color) {
    var hsl = tinycolor(color).toHsl();
    hsl.h = (hsl.h + 180) % 360;
    return tinycolor(hsl);
}

function triad(color) {
    var hsl = tinycolor(color).toHsl();
    var h = hsl.h;
    return [
        tinycolor(color),
        tinycolor({ h: (h + 120) % 360, s: hsl.s, l: hsl.l }),
        tinycolor({ h: (h + 240) % 360, s: hsl.s, l: hsl.l })
    ];
}

function tetrad(color) {
    var hsl = tinycolor(color).toHsl();
    var h = hsl.h;
    return [
        tinycolor(color),
        tinycolor({ h: (h + 90) % 360, s: hsl.s, l: hsl.l }),
        tinycolor({ h: (h + 180) % 360, s: hsl.s, l: hsl.l }),
        tinycolor({ h: (h + 270) % 360, s: hsl.s, l: hsl.l })
    ];
}

function splitcomplement(color) {
    var hsl = tinycolor(color).toHsl();
    var h = hsl.h;
    return [
        tinycolor(color),
        tinycolor({ h: (h + 72) % 360, s: hsl.s, l: hsl.l}),
        tinycolor({ h: (h + 216) % 360, s: hsl.s, l: hsl.l})
    ];
}

function analogous(color, results, slices) {
    results = results || 6;
    slices = slices || 30;

    var hsl = tinycolor(color).toHsl();
    var part = 360 / slices;
    var ret = [tinycolor(color)];

    for (hsl.h = ((hsl.h - (part * results >> 1)) + 720) % 360; --results; ) {
        hsl.h = (hsl.h + part) % 360;
        ret.push(tinycolor(hsl));
    }
    return ret;
}

function monochromatic(color, results) {
    results = results || 6;
    var hsv = tinycolor(color).toHsv();
    var h = hsv.h, s = hsv.s, v = hsv.v;
    var ret = [];
    var modification = 1 / results;

    while (results--) {
        ret.push(tinycolor({ h: h, s: s, v: v}));
        v = (v + modification) % 1;
    }

    return ret;
}

// Utility Functions
// ---------------------

tinycolor.mix = function(color1, color2, amount) {
    amount = (amount === 0) ? 0 : (amount || 50);

    var rgb1 = tinycolor(color1).toRgb();
    var rgb2 = tinycolor(color2).toRgb();

    var p = amount / 100;
    var w = p * 2 - 1;
    var a = rgb2.a - rgb1.a;

    var w1;

    if (w * a == -1) {
        w1 = w;
    } else {
        w1 = (w + a) / (1 + w * a);
    }

    w1 = (w1 + 1) / 2;

    var w2 = 1 - w1;

    var rgba = {
        r: rgb2.r * w1 + rgb1.r * w2,
        g: rgb2.g * w1 + rgb1.g * w2,
        b: rgb2.b * w1 + rgb1.b * w2,
        a: rgb2.a * p  + rgb1.a * (1 - p)
    };

    return tinycolor(rgba);
};


// Readability Functions
// ---------------------
// <http://www.w3.org/TR/2008/REC-WCAG20-20081211/#contrast-ratiodef (WCAG Version 2)

// `contrast`
// Analyze the 2 colors and returns the color contrast defined by (WCAG Version 2)
tinycolor.readability = function(color1, color2) {
    var c1 = tinycolor(color1);
    var c2 = tinycolor(color2);
    return (Math.max(c1.getLuminance(),c2.getLuminance())+0.05) / (Math.min(c1.getLuminance(),c2.getLuminance())+0.05);
};

// `isReadable`
// Ensure that foreground and background color combinations meet WCAG2 guidelines.
// The third argument is an optional Object.
//      the 'level' property states 'AA' or 'AAA' - if missing or invalid, it defaults to 'AA';
//      the 'size' property states 'large' or 'small' - if missing or invalid, it defaults to 'small'.
// If the entire object is absent, isReadable defaults to {level:"AA",size:"small"}.

// *Example*
//    tinycolor.isReadable("#000", "#111") => false
//    tinycolor.isReadable("#000", "#111",{level:"AA",size:"large"}) => false
tinycolor.isReadable = function(color1, color2, wcag2) {
    var readability = tinycolor.readability(color1, color2);
    var wcag2Parms, out;

    out = false;

    wcag2Parms = validateWCAG2Parms(wcag2);
    switch (wcag2Parms.level + wcag2Parms.size) {
        case "AAsmall":
        case "AAAlarge":
            out = readability >= 4.5;
            break;
        case "AAlarge":
            out = readability >= 3;
            break;
        case "AAAsmall":
            out = readability >= 7;
            break;
    }
    return out;

};

// `mostReadable`
// Given a base color and a list of possible foreground or background
// colors for that base, returns the most readable color.
// Optionally returns Black or White if the most readable color is unreadable.
// *Example*
//    tinycolor.mostReadable(tinycolor.mostReadable("#123", ["#124", "#125"],{includeFallbackColors:false}).toHexString(); // "#112255"
//    tinycolor.mostReadable(tinycolor.mostReadable("#123", ["#124", "#125"],{includeFallbackColors:true}).toHexString();  // "#ffffff"
//    tinycolor.mostReadable("#a8015a", ["#faf3f3"],{includeFallbackColors:true,level:"AAA",size:"large"}).toHexString(); // "#faf3f3"
//    tinycolor.mostReadable("#a8015a", ["#faf3f3"],{includeFallbackColors:true,level:"AAA",size:"small"}).toHexString(); // "#ffffff"
tinycolor.mostReadable = function(baseColor, colorList, args) {
    var bestColor = null;
    var bestScore = 0;
    var readability;
    var includeFallbackColors, level, size ;
    args = args || {};
    includeFallbackColors = args.includeFallbackColors ;
    level = args.level;
    size = args.size;

    for (var i= 0; i < colorList.length ; i++) {
        readability = tinycolor.readability(baseColor, colorList[i]);
        if (readability > bestScore) {
            bestScore = readability;
            bestColor = tinycolor(colorList[i]);
        }
    }

    if (tinycolor.isReadable(baseColor, bestColor, {"level":level,"size":size}) || !includeFallbackColors) {
        return bestColor;
    }
    else {
        args.includeFallbackColors=false;
        return tinycolor.mostReadable(baseColor,["#fff", "#000"],args);
    }
};


// Big List of Colors
// ------------------
// <http://www.w3.org/TR/css3-color/#svg-color>
var names = tinycolor.names = {
    aliceblue: "f0f8ff",
    antiquewhite: "faebd7",
    aqua: "0ff",
    aquamarine: "7fffd4",
    azure: "f0ffff",
    beige: "f5f5dc",
    bisque: "ffe4c4",
    black: "000",
    blanchedalmond: "ffebcd",
    blue: "00f",
    blueviolet: "8a2be2",
    brown: "a52a2a",
    burlywood: "deb887",
    burntsienna: "ea7e5d",
    cadetblue: "5f9ea0",
    chartreuse: "7fff00",
    chocolate: "d2691e",
    coral: "ff7f50",
    cornflowerblue: "6495ed",
    cornsilk: "fff8dc",
    crimson: "dc143c",
    cyan: "0ff",
    darkblue: "00008b",
    darkcyan: "008b8b",
    darkgoldenrod: "b8860b",
    darkgray: "a9a9a9",
    darkgreen: "006400",
    darkgrey: "a9a9a9",
    darkkhaki: "bdb76b",
    darkmagenta: "8b008b",
    darkolivegreen: "556b2f",
    darkorange: "ff8c00",
    darkorchid: "9932cc",
    darkred: "8b0000",
    darksalmon: "e9967a",
    darkseagreen: "8fbc8f",
    darkslateblue: "483d8b",
    darkslategray: "2f4f4f",
    darkslategrey: "2f4f4f",
    darkturquoise: "00ced1",
    darkviolet: "9400d3",
    deeppink: "ff1493",
    deepskyblue: "00bfff",
    dimgray: "696969",
    dimgrey: "696969",
    dodgerblue: "1e90ff",
    firebrick: "b22222",
    floralwhite: "fffaf0",
    forestgreen: "228b22",
    fuchsia: "f0f",
    gainsboro: "dcdcdc",
    ghostwhite: "f8f8ff",
    gold: "ffd700",
    goldenrod: "daa520",
    gray: "808080",
    green: "008000",
    greenyellow: "adff2f",
    grey: "808080",
    honeydew: "f0fff0",
    hotpink: "ff69b4",
    indianred: "cd5c5c",
    indigo: "4b0082",
    ivory: "fffff0",
    khaki: "f0e68c",
    lavender: "e6e6fa",
    lavenderblush: "fff0f5",
    lawngreen: "7cfc00",
    lemonchiffon: "fffacd",
    lightblue: "add8e6",
    lightcoral: "f08080",
    lightcyan: "e0ffff",
    lightgoldenrodyellow: "fafad2",
    lightgray: "d3d3d3",
    lightgreen: "90ee90",
    lightgrey: "d3d3d3",
    lightpink: "ffb6c1",
    lightsalmon: "ffa07a",
    lightseagreen: "20b2aa",
    lightskyblue: "87cefa",
    lightslategray: "789",
    lightslategrey: "789",
    lightsteelblue: "b0c4de",
    lightyellow: "ffffe0",
    lime: "0f0",
    limegreen: "32cd32",
    linen: "faf0e6",
    magenta: "f0f",
    maroon: "800000",
    mediumaquamarine: "66cdaa",
    mediumblue: "0000cd",
    mediumorchid: "ba55d3",
    mediumpurple: "9370db",
    mediumseagreen: "3cb371",
    mediumslateblue: "7b68ee",
    mediumspringgreen: "00fa9a",
    mediumturquoise: "48d1cc",
    mediumvioletred: "c71585",
    midnightblue: "191970",
    mintcream: "f5fffa",
    mistyrose: "ffe4e1",
    moccasin: "ffe4b5",
    navajowhite: "ffdead",
    navy: "000080",
    oldlace: "fdf5e6",
    olive: "808000",
    olivedrab: "6b8e23",
    orange: "ffa500",
    orangered: "ff4500",
    orchid: "da70d6",
    palegoldenrod: "eee8aa",
    palegreen: "98fb98",
    paleturquoise: "afeeee",
    palevioletred: "db7093",
    papayawhip: "ffefd5",
    peachpuff: "ffdab9",
    peru: "cd853f",
    pink: "ffc0cb",
    plum: "dda0dd",
    powderblue: "b0e0e6",
    purple: "800080",
    rebeccapurple: "663399",
    red: "f00",
    rosybrown: "bc8f8f",
    royalblue: "4169e1",
    saddlebrown: "8b4513",
    salmon: "fa8072",
    sandybrown: "f4a460",
    seagreen: "2e8b57",
    seashell: "fff5ee",
    sienna: "a0522d",
    silver: "c0c0c0",
    skyblue: "87ceeb",
    slateblue: "6a5acd",
    slategray: "708090",
    slategrey: "708090",
    snow: "fffafa",
    springgreen: "00ff7f",
    steelblue: "4682b4",
    tan: "d2b48c",
    teal: "008080",
    thistle: "d8bfd8",
    tomato: "ff6347",
    turquoise: "40e0d0",
    violet: "ee82ee",
    wheat: "f5deb3",
    white: "fff",
    whitesmoke: "f5f5f5",
    yellow: "ff0",
    yellowgreen: "9acd32"
};

// Make it easy to access colors via `hexNames[hex]`
var hexNames = tinycolor.hexNames = flip(names);


// Utilities
// ---------

// `{ 'name1': 'val1' }` becomes `{ 'val1': 'name1' }`
function flip(o) {
    var flipped = { };
    for (var i in o) {
        if (o.hasOwnProperty(i)) {
            flipped[o[i]] = i;
        }
    }
    return flipped;
}

// Return a valid alpha value [0,1] with all invalid values being set to 1
function boundAlpha(a) {
    a = parseFloat(a);

    if (isNaN(a) || a < 0 || a > 1) {
        a = 1;
    }

    return a;
}

// Take input from [0, n] and return it as [0, 1]
function bound01(n, max) {
    if (isOnePointZero(n)) { n = "100%"; }

    var processPercent = isPercentage(n);
    n = mathMin(max, mathMax(0, parseFloat(n)));

    // Automatically convert percentage into number
    if (processPercent) {
        n = parseInt(n * max, 10) / 100;
    }

    // Handle floating point rounding errors
    if ((math.abs(n - max) < 0.000001)) {
        return 1;
    }

    // Convert into [0, 1] range if it isn't already
    return (n % max) / parseFloat(max);
}

// Force a number between 0 and 1
function clamp01(val) {
    return mathMin(1, mathMax(0, val));
}

// Parse a base-16 hex value into a base-10 integer
function parseIntFromHex(val) {
    return parseInt(val, 16);
}

// Need to handle 1.0 as 100%, since once it is a number, there is no difference between it and 1
// <http://stackoverflow.com/questions/7422072/javascript-how-to-detect-number-as-a-decimal-including-1-0>
function isOnePointZero(n) {
    return typeof n == "string" && n.indexOf('.') != -1 && parseFloat(n) === 1;
}

// Check to see if string passed in is a percentage
function isPercentage(n) {
    return typeof n === "string" && n.indexOf('%') != -1;
}

// Force a hex value to have 2 characters
function pad2(c) {
    return c.length == 1 ? '0' + c : '' + c;
}

// Replace a decimal with it's percentage value
function convertToPercentage(n) {
    if (n <= 1) {
        n = (n * 100) + "%";
    }

    return n;
}

// Converts a decimal to a hex value
function convertDecimalToHex(d) {
    return Math.round(parseFloat(d) * 255).toString(16);
}
// Converts a hex value to a decimal
function convertHexToDecimal(h) {
    return (parseIntFromHex(h) / 255);
}

var matchers = (function() {

    // <http://www.w3.org/TR/css3-values/#integers>
    var CSS_INTEGER = "[-\\+]?\\d+%?";

    // <http://www.w3.org/TR/css3-values/#number-value>
    var CSS_NUMBER = "[-\\+]?\\d*\\.\\d+%?";

    // Allow positive/negative integer/number.  Don't capture the either/or, just the entire outcome.
    var CSS_UNIT = "(?:" + CSS_NUMBER + ")|(?:" + CSS_INTEGER + ")";

    // Actual matching.
    // Parentheses and commas are optional, but not required.
    // Whitespace can take the place of commas or opening paren
    var PERMISSIVE_MATCH3 = "[\\s|\\(]+(" + CSS_UNIT + ")[,|\\s]+(" + CSS_UNIT + ")[,|\\s]+(" + CSS_UNIT + ")\\s*\\)?";
    var PERMISSIVE_MATCH4 = "[\\s|\\(]+(" + CSS_UNIT + ")[,|\\s]+(" + CSS_UNIT + ")[,|\\s]+(" + CSS_UNIT + ")[,|\\s]+(" + CSS_UNIT + ")\\s*\\)?";

    return {
        rgb: new RegExp("rgb" + PERMISSIVE_MATCH3),
        rgba: new RegExp("rgba" + PERMISSIVE_MATCH4),
        hsl: new RegExp("hsl" + PERMISSIVE_MATCH3),
        hsla: new RegExp("hsla" + PERMISSIVE_MATCH4),
        hsv: new RegExp("hsv" + PERMISSIVE_MATCH3),
        hsva: new RegExp("hsva" + PERMISSIVE_MATCH4),
        hex3: /^([0-9a-fA-F]{1})([0-9a-fA-F]{1})([0-9a-fA-F]{1})$/,
        hex6: /^([0-9a-fA-F]{2})([0-9a-fA-F]{2})([0-9a-fA-F]{2})$/,
        hex8: /^([0-9a-fA-F]{2})([0-9a-fA-F]{2})([0-9a-fA-F]{2})([0-9a-fA-F]{2})$/
    };
})();

// `stringInputToObject`
// Permissive string parsing.  Take in a number of formats, and output an object
// based on detected format.  Returns `{ r, g, b }` or `{ h, s, l }` or `{ h, s, v}`
function stringInputToObject(color) {

    color = color.replace(trimLeft,'').replace(trimRight, '').toLowerCase();
    var named = false;
    if (names[color]) {
        color = names[color];
        named = true;
    }
    else if (color == 'transparent') {
        return { r: 0, g: 0, b: 0, a: 0, format: "name" };
    }

    // Try to match string input using regular expressions.
    // Keep most of the number bounding out of this function - don't worry about [0,1] or [0,100] or [0,360]
    // Just return an object and let the conversion functions handle that.
    // This way the result will be the same whether the tinycolor is initialized with string or object.
    var match;
    if ((match = matchers.rgb.exec(color))) {
        return { r: match[1], g: match[2], b: match[3] };
    }
    if ((match = matchers.rgba.exec(color))) {
        return { r: match[1], g: match[2], b: match[3], a: match[4] };
    }
    if ((match = matchers.hsl.exec(color))) {
        return { h: match[1], s: match[2], l: match[3] };
    }
    if ((match = matchers.hsla.exec(color))) {
        return { h: match[1], s: match[2], l: match[3], a: match[4] };
    }
    if ((match = matchers.hsv.exec(color))) {
        return { h: match[1], s: match[2], v: match[3] };
    }
    if ((match = matchers.hsva.exec(color))) {
        return { h: match[1], s: match[2], v: match[3], a: match[4] };
    }
    if ((match = matchers.hex8.exec(color))) {
        return {
            a: convertHexToDecimal(match[1]),
            r: parseIntFromHex(match[2]),
            g: parseIntFromHex(match[3]),
            b: parseIntFromHex(match[4]),
            format: named ? "name" : "hex8"
        };
    }
    if ((match = matchers.hex6.exec(color))) {
        return {
            r: parseIntFromHex(match[1]),
            g: parseIntFromHex(match[2]),
            b: parseIntFromHex(match[3]),
            format: named ? "name" : "hex"
        };
    }
    if ((match = matchers.hex3.exec(color))) {
        return {
            r: parseIntFromHex(match[1] + '' + match[1]),
            g: parseIntFromHex(match[2] + '' + match[2]),
            b: parseIntFromHex(match[3] + '' + match[3]),
            format: named ? "name" : "hex"
        };
    }

    return false;
}

function validateWCAG2Parms(parms) {
    // return valid WCAG2 parms for isReadable.
    // If input parms are invalid, return {"level":"AA", "size":"small"}
    var level, size;
    parms = parms || {"level":"AA", "size":"small"};
    level = (parms.level || "AA").toUpperCase();
    size = (parms.size || "small").toLowerCase();
    if (level !== "AA" && level !== "AAA") {
        level = "AA";
    }
    if (size !== "small" && size !== "large") {
        size = "small";
    }
    return {"level":level, "size":size};
}
if (0||0) {
  // Node: Export function
  if (typeof module !== "undefined" && module.exports) {
      module.exports = tinycolor;
  }
  // AMD/requirejs: Define the module
  else if (typeof define === 'function' && define.amd) {
      define(function () {return tinycolor;});
  }
  // Browser: Expose to window
  else {
      window.tinycolor = tinycolor;
  }
}
console.log('tinycolor1');
window.tinycolor = tinycolor;
console.log('tinycolor2');
};
})();

(function(){
exports.name = "U";
exports.platforms = ["browser"];
exports.synchronous = true;
exports.after=['radio'];
exports.startup=function(){ffff.call(window);}
function ffff() {
  console.log('U');
  // Baseline setup
  // --------------

  // Establish the root object, `window` in the browser, or `exports` on the server.
  var root = this;

  // Save the previous value of the `U` variable.
  var previousUnderscore = root.U;

  // Save bytes in the minified (but not gzipped) version:
  var ArrayProto = Array.prototype, ObjProto = Object.prototype, FuncProto = Function.prototype;

  // Create quick reference variables for speed access to core prototypes.
  var
    push             = ArrayProto.push,
    slice            = ArrayProto.slice,
    toString         = ObjProto.toString,
    hasOwnProperty   = ObjProto.hasOwnProperty;

  // All **ECMAScript 5** native function implementations that we hope to use
  // are declared here.
  var
    nativeIsArray      = Array.isArray,
    nativeKeys         = Object.keys,
    nativeBind         = FuncProto.bind,
    nativeCreate       = Object.create;

  // Naked function reference for surrogate-prototype-swapping.
  var Ctor = function(){};

  // Create a safe reference to the Underscore object for use below.
  var U = function(obj) {
    if (obj instanceof U) return obj;
    if (!(this instanceof U)) return new U(obj);
    this._wrapped = obj;
  };

  // Export the Underscore object for **Node.js**, with
  // backwards-compatibility for the old `require()` API. If we're in
  // the browser, add `U` as a global object.
  if (0) {
    if (typeof exports !== 'undefined') {
      if (typeof module !== 'undefined' && module.exports) {
        exports = module.exports = U;
      }
      exports.U = U;
    } else {
      root.U = U;
    }
  }
  root.U = U;

  // Current version.
  U.VERSION = '1.8.3';

  // Internal function that returns an efficient (for current engines) version
  // of the passed-in callback, to be repeatedly applied in other Underscore
  // functions.
  var optimizeCb = function(func, context, argCount) {
    if (context === void 0) return func;
    switch (argCount == null ? 3 : argCount) {
      case 1: return function(value) {
        return func.call(context, value);
      };
      case 2: return function(value, other) {
        return func.call(context, value, other);
      };
      case 3: return function(value, index, collection) {
        return func.call(context, value, index, collection);
      };
      case 4: return function(accumulator, value, index, collection) {
        return func.call(context, accumulator, value, index, collection);
      };
    }
    return function() {
      return func.apply(context, arguments);
    };
  };

  // A mostly-internal function to generate callbacks that can be applied
  // to each element in a collection, returning the desired result — either
  // identity, an arbitrary callback, a property matcher, or a property accessor.
  var cb = function(value, context, argCount) {
    if (value == null) return U.identity;
    if (U.isFunction(value)) return optimizeCb(value, context, argCount);
    if (U.isObject(value)) return U.matcher(value);
    return U.property(value);
  };
  U.iteratee = function(value, context) {
    return cb(value, context, Infinity);
  };

  // An internal function for creating assigner functions.
  var createAssigner = function(keysFunc, undefinedOnly) {
    return function(obj) {
      var length = arguments.length;
      if (length < 2 || obj == null) return obj;
      for (var index = 1; index < length; index++) {
        var source = arguments[index],
            keys = keysFunc(source),
            l = keys.length;
        for (var i = 0; i < l; i++) {
          var key = keys[i];
          if (!undefinedOnly || obj[key] === void 0) obj[key] = source[key];
        }
      }
      return obj;
    };
  };

  // An internal function for creating a new object that inherits from another.
  var baseCreate = function(prototype) {
    if (!U.isObject(prototype)) return {};
    if (nativeCreate) return nativeCreate(prototype);
    Ctor.prototype = prototype;
    var result = new Ctor;
    Ctor.prototype = null;
    return result;
  };

  var property = function(key) {
    return function(obj) {
      return obj == null ? void 0 : obj[key];
    };
  };

  // Helper for collection methods to determine whether a collection
  // should be iterated as an array or as an object
  // Related: http://people.mozilla.org/~jorendorff/es6-draft.html#sec-tolength
  // Avoids a very nasty iOS 8 JIT bug on ARM-64. #2094
  var MAX_ARRAY_INDEX = Math.pow(2, 53) - 1;
  var getLength = property('length');
  var isArrayLike = function(collection) {
    var length = getLength(collection);
    return typeof length == 'number' && length >= 0 && length <= MAX_ARRAY_INDEX;
  };

  // Collection Functions
  // --------------------

  // The cornerstone, an `each` implementation, aka `forEach`.
  // Handles raw objects in addition to array-likes. Treats all
  // sparse array-likes as if they were dense.
  U.each = U.forEach = function(obj, iteratee, context) {
    iteratee = optimizeCb(iteratee, context);
    var i, length;
    if (isArrayLike(obj)) {
      for (i = 0, length = obj.length; i < length; i++) {
        iteratee(obj[i], i, obj);
      }
    } else {
      var keys = U.keys(obj);
      for (i = 0, length = keys.length; i < length; i++) {
        iteratee(obj[keys[i]], keys[i], obj);
      }
    }
    return obj;
  };

  // Return the results of applying the iteratee to each element.
  U.map = U.collect = function(obj, iteratee, context) {
    iteratee = cb(iteratee, context);
    var keys = !isArrayLike(obj) && U.keys(obj),
        length = (keys || obj).length,
        results = Array(length);
    for (var index = 0; index < length; index++) {
      var currentKey = keys ? keys[index] : index;
      results[index] = iteratee(obj[currentKey], currentKey, obj);
    }
    return results;
  };

  // Create a reducing function iterating left or right.
  function createReduce(dir) {
    // Optimized iterator function as using arguments.length
    // in the main function will deoptimize the, see #1991.
    function iterator(obj, iteratee, memo, keys, index, length) {
      for (; index >= 0 && index < length; index += dir) {
        var currentKey = keys ? keys[index] : index;
        memo = iteratee(memo, obj[currentKey], currentKey, obj);
      }
      return memo;
    }

    return function(obj, iteratee, memo, context) {
      iteratee = optimizeCb(iteratee, context, 4);
      var keys = !isArrayLike(obj) && U.keys(obj),
          length = (keys || obj).length,
          index = dir > 0 ? 0 : length - 1;
      // Determine the initial value if none is provided.
      if (arguments.length < 3) {
        memo = obj[keys ? keys[index] : index];
        index += dir;
      }
      return iterator(obj, iteratee, memo, keys, index, length);
    };
  }

  // **Reduce** builds up a single result from a list of values, aka `inject`,
  // or `foldl`.
  U.reduce = U.foldl = U.inject = createReduce(1);

  // The right-associative version of reduce, also known as `foldr`.
  U.reduceRight = U.foldr = createReduce(-1);

  // Return the first value which passes a truth test. Aliased as `detect`.
  U.find = U.detect = function(obj, predicate, context) {
    var key;
    if (isArrayLike(obj)) {
      key = U.findIndex(obj, predicate, context);
    } else {
      key = U.findKey(obj, predicate, context);
    }
    if (key !== void 0 && key !== -1) return obj[key];
  };

  // Return all the elements that pass a truth test.
  // Aliased as `select`.
  U.filter = U.select = function(obj, predicate, context) {
    var results = [];
    predicate = cb(predicate, context);
    U.each(obj, function(value, index, list) {
      if (predicate(value, index, list)) results.push(value);
    });
    return results;
  };

  // Return all the elements for which a truth test fails.
  U.reject = function(obj, predicate, context) {
    return U.filter(obj, U.negate(cb(predicate)), context);
  };

  // Determine whether all of the elements match a truth test.
  // Aliased as `all`.
  U.every = U.all = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var keys = !isArrayLike(obj) && U.keys(obj),
        length = (keys || obj).length;
    for (var index = 0; index < length; index++) {
      var currentKey = keys ? keys[index] : index;
      if (!predicate(obj[currentKey], currentKey, obj)) return false;
    }
    return true;
  };

  // Determine if at least one element in the object matches a truth test.
  // Aliased as `any`.
  U.some = U.any = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var keys = !isArrayLike(obj) && U.keys(obj),
        length = (keys || obj).length;
    for (var index = 0; index < length; index++) {
      var currentKey = keys ? keys[index] : index;
      if (predicate(obj[currentKey], currentKey, obj)) return true;
    }
    return false;
  };

  // Determine if the array or object contains a given item (using `===`).
  // Aliased as `includes` and `include`.
  U.contains = U.includes = U.include = function(obj, item, fromIndex, guard) {
    if (!isArrayLike(obj)) obj = U.values(obj);
    if (typeof fromIndex != 'number' || guard) fromIndex = 0;
    return U.indexOf(obj, item, fromIndex) >= 0;
  };

  // Invoke a method (with arguments) on every item in a collection.
  U.invoke = function(obj, method) {
    var args = slice.call(arguments, 2);
    var isFunc = U.isFunction(method);
    return U.map(obj, function(value) {
      var func = isFunc ? method : value[method];
      return func == null ? func : func.apply(value, args);
    });
  };

  // Convenience version of a common use case of `map`: fetching a property.
  U.pluck = function(obj, key) {
    return U.map(obj, U.property(key));
  };

  // Convenience version of a common use case of `filter`: selecting only objects
  // containing specific `key:value` pairs.
  U.where = function(obj, attrs) {
    return U.filter(obj, U.matcher(attrs));
  };

  // Convenience version of a common use case of `find`: getting the first object
  // containing specific `key:value` pairs.
  U.findWhere = function(obj, attrs) {
    return U.find(obj, U.matcher(attrs));
  };

  // Return the maximum element (or element-based computation).
  U.max = function(obj, iteratee, context) {
    var result = -Infinity, lastComputed = -Infinity,
        value, computed;
    if (iteratee == null && obj != null) {
      obj = isArrayLike(obj) ? obj : U.values(obj);
      for (var i = 0, length = obj.length; i < length; i++) {
        value = obj[i];
        if (value > result) {
          result = value;
        }
      }
    } else {
      iteratee = cb(iteratee, context);
      U.each(obj, function(value, index, list) {
        computed = iteratee(value, index, list);
        if (computed > lastComputed || computed === -Infinity && result === -Infinity) {
          result = value;
          lastComputed = computed;
        }
      });
    }
    return result;
  };

  // Return the minimum element (or element-based computation).
  U.min = function(obj, iteratee, context) {
    var result = Infinity, lastComputed = Infinity,
        value, computed;
    if (iteratee == null && obj != null) {
      obj = isArrayLike(obj) ? obj : U.values(obj);
      for (var i = 0, length = obj.length; i < length; i++) {
        value = obj[i];
        if (value < result) {
          result = value;
        }
      }
    } else {
      iteratee = cb(iteratee, context);
      U.each(obj, function(value, index, list) {
        computed = iteratee(value, index, list);
        if (computed < lastComputed || computed === Infinity && result === Infinity) {
          result = value;
          lastComputed = computed;
        }
      });
    }
    return result;
  };

  // Shuffle a collection, using the modern version of the
  // [Fisher-Yates shuffle](http://en.wikipedia.org/wiki/Fisher–Yates_shuffle).
  U.shuffle = function(obj) {
    var set = isArrayLike(obj) ? obj : U.values(obj);
    var length = set.length;
    var shuffled = Array(length);
    for (var index = 0, rand; index < length; index++) {
      rand = U.random(0, index);
      if (rand !== index) shuffled[index] = shuffled[rand];
      shuffled[rand] = set[index];
    }
    return shuffled;
  };

  // Sample **n** random values from a collection.
  // If **n** is not specified, returns a single random element.
  // The internal `guard` argument allows it to work with `map`.
  U.sample = function(obj, n, guard) {
    if (n == null || guard) {
      if (!isArrayLike(obj)) obj = U.values(obj);
      return obj[U.random(obj.length - 1)];
    }
    return U.shuffle(obj).slice(0, Math.max(0, n));
  };

  // Sort the object's values by a criterion produced by an iteratee.
  U.sortBy = function(obj, iteratee, context) {
    iteratee = cb(iteratee, context);
    return U.pluck(U.map(obj, function(value, index, list) {
      return {
        value: value,
        index: index,
        criteria: iteratee(value, index, list)
      };
    }).sort(function(left, right) {
      var a = left.criteria;
      var b = right.criteria;
      if (a !== b) {
        if (a > b || a === void 0) return 1;
        if (a < b || b === void 0) return -1;
      }
      return left.index - right.index;
    }), 'value');
  };

  // An internal function used for aggregate "group by" operations.
  var group = function(behavior) {
    return function(obj, iteratee, context) {
      var result = {};
      iteratee = cb(iteratee, context);
      U.each(obj, function(value, index) {
        var key = iteratee(value, index, obj);
        behavior(result, value, key);
      });
      return result;
    };
  };

  // Groups the object's values by a criterion. Pass either a string attribute
  // to group by, or a function that returns the criterion.
  U.groupBy = group(function(result, value, key) {
    if (U.has(result, key)) result[key].push(value); else result[key] = [value];
  });

  // Indexes the object's values by a criterion, similar to `groupBy`, but for
  // when you know that your index values will be unique.
  U.indexBy = group(function(result, value, key) {
    result[key] = value;
  });

  // Counts instances of an object that group by a certain criterion. Pass
  // either a string attribute to count by, or a function that returns the
  // criterion.
  U.countBy = group(function(result, value, key) {
    if (U.has(result, key)) result[key]++; else result[key] = 1;
  });

  // Safely create a real, live array from anything iterable.
  U.toArray = function(obj) {
    if (!obj) return [];
    if (U.isArray(obj)) return slice.call(obj);
    if (isArrayLike(obj)) return U.map(obj, U.identity);
    return U.values(obj);
  };

  // Return the number of elements in an object.
  U.size = function(obj) {
    if (obj == null) return 0;
    return isArrayLike(obj) ? obj.length : U.keys(obj).length;
  };

  // Split a collection into two arrays: one whose elements all satisfy the given
  // predicate, and one whose elements all do not satisfy the predicate.
  U.partition = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var pass = [], fail = [];
    U.each(obj, function(value, key, obj) {
      (predicate(value, key, obj) ? pass : fail).push(value);
    });
    return [pass, fail];
  };

  // Array Functions
  // ---------------

  // Get the first element of an array. Passing **n** will return the first N
  // values in the array. Aliased as `head` and `take`. The **guard** check
  // allows it to work with `U.map`.
  U.first = U.head = U.take = function(array, n, guard) {
    if (array == null) return void 0;
    if (n == null || guard) return array[0];
    return U.initial(array, array.length - n);
  };

  // Returns everything but the last entry of the array. Especially useful on
  // the arguments object. Passing **n** will return all the values in
  // the array, excluding the last N.
  U.initial = function(array, n, guard) {
    return slice.call(array, 0, Math.max(0, array.length - (n == null || guard ? 1 : n)));
  };

  // Get the last element of an array. Passing **n** will return the last N
  // values in the array.
  U.last = function(array, n, guard) {
    if (array == null) return void 0;
    if (n == null || guard) return array[array.length - 1];
    return U.rest(array, Math.max(0, array.length - n));
  };

  // Returns everything but the first entry of the array. Aliased as `tail` and `drop`.
  // Especially useful on the arguments object. Passing an **n** will return
  // the rest N values in the array.
  U.rest = U.tail = U.drop = function(array, n, guard) {
    return slice.call(array, n == null || guard ? 1 : n);
  };

  // Trim out all falsy values from an array.
  U.compact = function(array) {
    return U.filter(array, U.identity);
  };

  // Internal implementation of a recursive `flatten` function.
  var flatten = function(input, shallow, strict, startIndex) {
    var output = [], idx = 0;
    for (var i = startIndex || 0, length = getLength(input); i < length; i++) {
      var value = input[i];
      if (isArrayLike(value) && (U.isArray(value) || U.isArguments(value))) {
        //flatten current level of array or arguments object
        if (!shallow) value = flatten(value, shallow, strict);
        var j = 0, len = value.length;
        output.length += len;
        while (j < len) {
          output[idx++] = value[j++];
        }
      } else if (!strict) {
        output[idx++] = value;
      }
    }
    return output;
  };

  // Flatten out an array, either recursively (by default), or just one level.
  U.flatten = function(array, shallow) {
    return flatten(array, shallow, false);
  };

  // Return a version of the array that does not contain the specified value(s).
  U.without = function(array) {
    return U.difference(array, slice.call(arguments, 1));
  };

  // Produce a duplicate-free version of the array. If the array has already
  // been sorted, you have the option of using a faster algorithm.
  // Aliased as `unique`.
  U.uniq = U.unique = function(array, isSorted, iteratee, context) {
    if (!U.isBoolean(isSorted)) {
      context = iteratee;
      iteratee = isSorted;
      isSorted = false;
    }
    if (iteratee != null) iteratee = cb(iteratee, context);
    var result = [];
    var seen = [];
    for (var i = 0, length = getLength(array); i < length; i++) {
      var value = array[i],
          computed = iteratee ? iteratee(value, i, array) : value;
      if (isSorted) {
        if (!i || seen !== computed) result.push(value);
        seen = computed;
      } else if (iteratee) {
        if (!U.contains(seen, computed)) {
          seen.push(computed);
          result.push(value);
        }
      } else if (!U.contains(result, value)) {
        result.push(value);
      }
    }
    return result;
  };

  // Produce an array that contains the union: each distinct element from all of
  // the passed-in arrays.
  U.union = function() {
    return U.uniq(flatten(arguments, true, true));
  };

  // Produce an array that contains every item shared between all the
  // passed-in arrays.
  U.intersection = function(array) {
    var result = [];
    var argsLength = arguments.length;
    for (var i = 0, length = getLength(array); i < length; i++) {
      var item = array[i];
      if (U.contains(result, item)) continue;
      for (var j = 1; j < argsLength; j++) {
        if (!U.contains(arguments[j], item)) break;
      }
      if (j === argsLength) result.push(item);
    }
    return result;
  };

  // Take the difference between one array and a number of other arrays.
  // Only the elements present in just the first array will remain.
  U.difference = function(array) {
    var rest = flatten(arguments, true, true, 1);
    return U.filter(array, function(value){
      return !U.contains(rest, value);
    });
  };

  // Zip together multiple lists into a single array -- elements that share
  // an index go together.
  U.zip = function() {
    return U.unzip(arguments);
  };

  // Complement of U.zip. Unzip accepts an array of arrays and groups
  // each array's elements on shared indices
  U.unzip = function(array) {
    var length = array && U.max(array, getLength).length || 0;
    var result = Array(length);

    for (var index = 0; index < length; index++) {
      result[index] = U.pluck(array, index);
    }
    return result;
  };

  // Converts lists into objects. Pass either a single array of `[key, value]`
  // pairs, or two parallel arrays of the same length -- one of keys, and one of
  // the corresponding values.
  U.object = function(list, values) {
    var result = {};
    for (var i = 0, length = getLength(list); i < length; i++) {
      if (values) {
        result[list[i]] = values[i];
      } else {
        result[list[i][0]] = list[i][1];
      }
    }
    return result;
  };

  // Generator function to create the findIndex and findLastIndex functions
  function createPredicateIndexFinder(dir) {
    return function(array, predicate, context) {
      predicate = cb(predicate, context);
      var length = getLength(array);
      var index = dir > 0 ? 0 : length - 1;
      for (; index >= 0 && index < length; index += dir) {
        if (predicate(array[index], index, array)) return index;
      }
      return -1;
    };
  }

  // Returns the first index on an array-like that passes a predicate test
  U.findIndex = createPredicateIndexFinder(1);
  U.findLastIndex = createPredicateIndexFinder(-1);

  // Use a comparator function to figure out the smallest index at which
  // an object should be inserted so as to maintain order. Uses binary search.
  U.sortedIndex = function(array, obj, iteratee, context) {
    iteratee = cb(iteratee, context, 1);
    var value = iteratee(obj);
    var low = 0, high = getLength(array);
    while (low < high) {
      var mid = Math.floor((low + high) / 2);
      if (iteratee(array[mid]) < value) low = mid + 1; else high = mid;
    }
    return low;
  };

  // Generator function to create the indexOf and lastIndexOf functions
  function createIndexFinder(dir, predicateFind, sortedIndex) {
    return function(array, item, idx) {
      var i = 0, length = getLength(array);
      if (typeof idx == 'number') {
        if (dir > 0) {
            i = idx >= 0 ? idx : Math.max(idx + length, i);
        } else {
            length = idx >= 0 ? Math.min(idx + 1, length) : idx + length + 1;
        }
      } else if (sortedIndex && idx && length) {
        idx = sortedIndex(array, item);
        return array[idx] === item ? idx : -1;
      }
      if (item !== item) {
        idx = predicateFind(slice.call(array, i, length), U.isNaN);
        return idx >= 0 ? idx + i : -1;
      }
      for (idx = dir > 0 ? i : length - 1; idx >= 0 && idx < length; idx += dir) {
        if (array[idx] === item) return idx;
      }
      return -1;
    };
  }

  // Return the position of the first occurrence of an item in an array,
  // or -1 if the item is not included in the array.
  // If the array is large and already in sort order, pass `true`
  // for **isSorted** to use binary search.
  U.indexOf = createIndexFinder(1, U.findIndex, U.sortedIndex);
  U.lastIndexOf = createIndexFinder(-1, U.findLastIndex);

  // Generate an integer Array containing an arithmetic progression. A port of
  // the native Python `range()` function. See
  // [the Python documentation](http://docs.python.org/library/functions.html#range).
  U.range = function(start, stop, step) {
    if (stop == null) {
      stop = start || 0;
      start = 0;
    }
    step = step || 1;

    var length = Math.max(Math.ceil((stop - start) / step), 0);
    var range = Array(length);

    for (var idx = 0; idx < length; idx++, start += step) {
      range[idx] = start;
    }

    return range;
  };

  // Function (ahem) Functions
  // ------------------

  // Determines whether to execute a function as a constructor
  // or a normal function with the provided arguments
  var executeBound = function(sourceFunc, boundFunc, context, callingContext, args) {
    if (!(callingContext instanceof boundFunc)) return sourceFunc.apply(context, args);
    var self = baseCreate(sourceFunc.prototype);
    var result = sourceFunc.apply(self, args);
    if (U.isObject(result)) return result;
    return self;
  };

  // Create a function bound to a given object (assigning `this`, and arguments,
  // optionally). Delegates to **ECMAScript 5**'s native `Function.bind` if
  // available.
  U.bind = function(func, context) {
    if (nativeBind && func.bind === nativeBind) return nativeBind.apply(func, slice.call(arguments, 1));
    if (!U.isFunction(func)) throw new TypeError('Bind must be called on a function');
    var args = slice.call(arguments, 2);
    var bound = function() {
      return executeBound(func, bound, context, this, args.concat(slice.call(arguments)));
    };
    return bound;
  };

  // Partially apply a function by creating a version that has had some of its
  // arguments pre-filled, without changing its dynamic `this` context. U acts
  // as a placeholder, allowing any combination of arguments to be pre-filled.
  U.partial = function(func) {
    var boundArgs = slice.call(arguments, 1);
    var bound = function() {
      var position = 0, length = boundArgs.length;
      var args = Array(length);
      for (var i = 0; i < length; i++) {
        args[i] = boundArgs[i] === U ? arguments[position++] : boundArgs[i];
      }
      while (position < arguments.length) args.push(arguments[position++]);
      return executeBound(func, bound, this, this, args);
    };
    return bound;
  };

  // Bind a number of an object's methods to that object. Remaining arguments
  // are the method names to be bound. Useful for ensuring that all callbacks
  // defined on an object belong to it.
  U.bindAll = function(obj) {
    var i, length = arguments.length, key;
    if (length <= 1) throw new Error('bindAll must be passed function names');
    for (i = 1; i < length; i++) {
      key = arguments[i];
      obj[key] = U.bind(obj[key], obj);
    }
    return obj;
  };

  // Memoize an expensive function by storing its results.
  U.memoize = function(func, hasher) {
    var memoize = function(key) {
      var cache = memoize.cache;
      var address = '' + (hasher ? hasher.apply(this, arguments) : key);
      if (!U.has(cache, address)) cache[address] = func.apply(this, arguments);
      return cache[address];
    };
    memoize.cache = {};
    return memoize;
  };

  // Delays a function for the given number of milliseconds, and then calls
  // it with the arguments supplied.
  U.delay = function(func, wait) {
    var args = slice.call(arguments, 2);
    return setTimeout(function(){
      return func.apply(null, args);
    }, wait);
  };

  // Defers a function, scheduling it to run after the current call stack has
  // cleared.
  U.defer = U.partial(U.delay, U, 1);

  // Returns a function, that, when invoked, will only be triggered at most once
  // during a given window of time. Normally, the throttled function will run
  // as much as it can, without ever going more than once per `wait` duration;
  // but if you'd like to disable the execution on the leading edge, pass
  // `{leading: false}`. To disable execution on the trailing edge, ditto.
  U.throttle = function(func, wait, options) {
    var context, args, result;
    var timeout = null;
    var previous = 0;
    if (!options) options = {};
    var later = function() {
      previous = options.leading === false ? 0 : U.now();
      timeout = null;
      result = func.apply(context, args);
      if (!timeout) context = args = null;
    };
    return function() {
      var now = U.now();
      if (!previous && options.leading === false) previous = now;
      var remaining = wait - (now - previous);
      context = this;
      args = arguments;
      if (remaining <= 0 || remaining > wait) {
        if (timeout) {
          clearTimeout(timeout);
          timeout = null;
        }
        previous = now;
        result = func.apply(context, args);
        if (!timeout) context = args = null;
      } else if (!timeout && options.trailing !== false) {
        timeout = setTimeout(later, remaining);
      }
      return result;
    };
  };

  // Returns a function, that, as long as it continues to be invoked, will not
  // be triggered. The function will be called after it stops being called for
  // N milliseconds. If `immediate` is passed, trigger the function on the
  // leading edge, instead of the trailing.
  U.debounce = function(func, wait, immediate) {
    var timeout, args, context, timestamp, result;

    var later = function() {
      var last = U.now() - timestamp;

      if (last < wait && last >= 0) {
        timeout = setTimeout(later, wait - last);
      } else {
        timeout = null;
        if (!immediate) {
          result = func.apply(context, args);
          if (!timeout) context = args = null;
        }
      }
    };

    return function() {
      context = this;
      args = arguments;
      timestamp = U.now();
      var callNow = immediate && !timeout;
      if (!timeout) timeout = setTimeout(later, wait);
      if (callNow) {
        result = func.apply(context, args);
        context = args = null;
      }

      return result;
    };
  };

  // Returns the first function passed as an argument to the second,
  // allowing you to adjust arguments, run code before and after, and
  // conditionally execute the original function.
  U.wrap = function(func, wrapper) {
    return U.partial(wrapper, func);
  };

  // Returns a negated version of the passed-in predicate.
  U.negate = function(predicate) {
    return function() {
      return !predicate.apply(this, arguments);
    };
  };

  // Returns a function that is the composition of a list of functions, each
  // consuming the return value of the function that follows.
  U.compose = function() {
    var args = arguments;
    var start = args.length - 1;
    return function() {
      var i = start;
      var result = args[start].apply(this, arguments);
      while (i--) result = args[i].call(this, result);
      return result;
    };
  };

  // Returns a function that will only be executed on and after the Nth call.
  U.after = function(times, func) {
    return function() {
      if (--times < 1) {
        return func.apply(this, arguments);
      }
    };
  };

  // Returns a function that will only be executed up to (but not including) the Nth call.
  U.before = function(times, func) {
    var memo;
    return function() {
      if (--times > 0) {
        memo = func.apply(this, arguments);
      }
      if (times <= 1) func = null;
      return memo;
    };
  };

  // Returns a function that will be executed at most one time, no matter how
  // often you call it. Useful for lazy initialization.
  U.once = U.partial(U.before, 2);

  // Object Functions
  // ----------------

  // Keys in IE < 9 that won't be iterated by `for key in ...` and thus missed.
  var hasEnumBug = !{toString: null}.propertyIsEnumerable('toString');
  var nonEnumerableProps = ['valueOf', 'isPrototypeOf', 'toString',
                      'propertyIsEnumerable', 'hasOwnProperty', 'toLocaleString'];

  function collectNonEnumProps(obj, keys) {
    var nonEnumIdx = nonEnumerableProps.length;
    var constructor = obj.constructor;
    var proto = (U.isFunction(constructor) && constructor.prototype) || ObjProto;

    // Constructor is a special case.
    var prop = 'constructor';
    if (U.has(obj, prop) && !U.contains(keys, prop)) keys.push(prop);

    while (nonEnumIdx--) {
      prop = nonEnumerableProps[nonEnumIdx];
      if (prop in obj && obj[prop] !== proto[prop] && !U.contains(keys, prop)) {
        keys.push(prop);
      }
    }
  }

  // Retrieve the names of an object's own properties.
  // Delegates to **ECMAScript 5**'s native `Object.keys`
  U.keys = function(obj) {
    if (!U.isObject(obj)) return [];
    if (nativeKeys) return nativeKeys(obj);
    var keys = [];
    for (var key in obj) if (U.has(obj, key)) keys.push(key);
    // Ahem, IE < 9.
    if (hasEnumBug) collectNonEnumProps(obj, keys);
    return keys;
  };

  // Retrieve all the property names of an object.
  U.allKeys = function(obj) {
    if (!U.isObject(obj)) return [];
    var keys = [];
    for (var key in obj) keys.push(key);
    // Ahem, IE < 9.
    if (hasEnumBug) collectNonEnumProps(obj, keys);
    return keys;
  };

  // Retrieve the values of an object's properties.
  U.values = function(obj) {
    var keys = U.keys(obj);
    var length = keys.length;
    var values = Array(length);
    for (var i = 0; i < length; i++) {
      values[i] = obj[keys[i]];
    }
    return values;
  };

  // Returns the results of applying the iteratee to each element of the object
  // In contrast to U.map it returns an object
  U.mapObject = function(obj, iteratee, context) {
    iteratee = cb(iteratee, context);
    var keys =  U.keys(obj),
          length = keys.length,
          results = {},
          currentKey;
      for (var index = 0; index < length; index++) {
        currentKey = keys[index];
        results[currentKey] = iteratee(obj[currentKey], currentKey, obj);
      }
      return results;
  };

  // Convert an object into a list of `[key, value]` pairs.
  U.pairs = function(obj) {
    var keys = U.keys(obj);
    var length = keys.length;
    var pairs = Array(length);
    for (var i = 0; i < length; i++) {
      pairs[i] = [keys[i], obj[keys[i]]];
    }
    return pairs;
  };

  // Invert the keys and values of an object. The values must be serializable.
  U.invert = function(obj) {
    var result = {};
    var keys = U.keys(obj);
    for (var i = 0, length = keys.length; i < length; i++) {
      result[obj[keys[i]]] = keys[i];
    }
    return result;
  };

  // Return a sorted list of the function names available on the object.
  // Aliased as `methods`
  U.functions = U.methods = function(obj) {
    var names = [];
    for (var key in obj) {
      if (U.isFunction(obj[key])) names.push(key);
    }
    return names.sort();
  };

  // Extend a given object with all the properties in passed-in object(s).
  U.extend = createAssigner(U.allKeys);

  // Assigns a given object with all the own properties in the passed-in object(s)
  // (https://developer.mozilla.org/docs/Web/JavaScript/Reference/Global_Objects/Object/assign)
  U.extendOwn = U.assign = createAssigner(U.keys);

  // Returns the first key on an object that passes a predicate test
  U.findKey = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var keys = U.keys(obj), key;
    for (var i = 0, length = keys.length; i < length; i++) {
      key = keys[i];
      if (predicate(obj[key], key, obj)) return key;
    }
  };

  // Return a copy of the object only containing the whitelisted properties.
  U.pick = function(object, oiteratee, context) {
    var result = {}, obj = object, iteratee, keys;
    if (obj == null) return result;
    if (U.isFunction(oiteratee)) {
      keys = U.allKeys(obj);
      iteratee = optimizeCb(oiteratee, context);
    } else {
      keys = flatten(arguments, false, false, 1);
      iteratee = function(value, key, obj) { return key in obj; };
      obj = Object(obj);
    }
    for (var i = 0, length = keys.length; i < length; i++) {
      var key = keys[i];
      var value = obj[key];
      if (iteratee(value, key, obj)) result[key] = value;
    }
    return result;
  };

   // Return a copy of the object without the blacklisted properties.
  U.omit = function(obj, iteratee, context) {
    if (U.isFunction(iteratee)) {
      iteratee = U.negate(iteratee);
    } else {
      var keys = U.map(flatten(arguments, false, false, 1), String);
      iteratee = function(value, key) {
        return !U.contains(keys, key);
      };
    }
    return U.pick(obj, iteratee, context);
  };

  // Fill in a given object with default properties.
  U.defaults = createAssigner(U.allKeys, true);

  // Creates an object that inherits from the given prototype object.
  // If additional properties are provided then they will be added to the
  // created object.
  U.create = function(prototype, props) {
    var result = baseCreate(prototype);
    if (props) U.extendOwn(result, props);
    return result;
  };

  // Create a (shallow-cloned) duplicate of an object.
  U.clone = function(obj) {
    if (!U.isObject(obj)) return obj;
    return U.isArray(obj) ? obj.slice() : U.extend({}, obj);
  };

  // Invokes interceptor with the obj, and then returns obj.
  // The primary purpose of this method is to "tap into" a method chain, in
  // order to perform operations on intermediate results within the chain.
  U.tap = function(obj, interceptor) {
    interceptor(obj);
    return obj;
  };

  // Returns whether an object has a given set of `key:value` pairs.
  U.isMatch = function(object, attrs) {
    var keys = U.keys(attrs), length = keys.length;
    if (object == null) return !length;
    var obj = Object(object);
    for (var i = 0; i < length; i++) {
      var key = keys[i];
      if (attrs[key] !== obj[key] || !(key in obj)) return false;
    }
    return true;
  };


  // Internal recursive comparison function for `isEqual`.
  var eq = function(a, b, aStack, bStack) {
    // Identical objects are equal. `0 === -0`, but they aren't identical.
    // See the [Harmony `egal` proposal](http://wiki.ecmascript.org/doku.php?id=harmony:egal).
    if (a === b) return a !== 0 || 1 / a === 1 / b;
    // A strict comparison is necessary because `null == undefined`.
    if (a == null || b == null) return a === b;
    // Unwrap any wrapped objects.
    if (a instanceof U) a = a._wrapped;
    if (b instanceof U) b = b._wrapped;
    // Compare `[[Class]]` names.
    var className = toString.call(a);
    if (className !== toString.call(b)) return false;
    switch (className) {
      // Strings, numbers, regular expressions, dates, and booleans are compared by value.
      case '[object RegExp]':
      // RegExps are coerced to strings for comparison (Note: '' + /a/i === '/a/i')
      case '[object String]':
        // Primitives and their corresponding object wrappers are equivalent; thus, `"5"` is
        // equivalent to `new String("5")`.
        return '' + a === '' + b;
      case '[object Number]':
        // `NaN`s are equivalent, but non-reflexive.
        // Object(NaN) is equivalent to NaN
        if (+a !== +a) return +b !== +b;
        // An `egal` comparison is performed for other numeric values.
        return +a === 0 ? 1 / +a === 1 / b : +a === +b;
      case '[object Date]':
      case '[object Boolean]':
        // Coerce dates and booleans to numeric primitive values. Dates are compared by their
        // millisecond representations. Note that invalid dates with millisecond representations
        // of `NaN` are not equivalent.
        return +a === +b;
    }

    var areArrays = className === '[object Array]';
    if (!areArrays) {
      if (typeof a != 'object' || typeof b != 'object') return false;

      // Objects with different constructors are not equivalent, but `Object`s or `Array`s
      // from different frames are.
      var aCtor = a.constructor, bCtor = b.constructor;
      if (aCtor !== bCtor && !(U.isFunction(aCtor) && aCtor instanceof aCtor &&
                               U.isFunction(bCtor) && bCtor instanceof bCtor)
                          && ('constructor' in a && 'constructor' in b)) {
        return false;
      }
    }
    // Assume equality for cyclic structures. The algorithm for detecting cyclic
    // structures is adapted from ES 5.1 section 15.12.3, abstract operation `JO`.

    // Initializing stack of traversed objects.
    // It's done here since we only need them for objects and arrays comparison.
    aStack = aStack || [];
    bStack = bStack || [];
    var length = aStack.length;
    while (length--) {
      // Linear search. Performance is inversely proportional to the number of
      // unique nested structures.
      if (aStack[length] === a) return bStack[length] === b;
    }

    // Add the first object to the stack of traversed objects.
    aStack.push(a);
    bStack.push(b);

    // Recursively compare objects and arrays.
    if (areArrays) {
      // Compare array lengths to determine if a deep comparison is necessary.
      length = a.length;
      if (length !== b.length) return false;
      // Deep compare the contents, ignoring non-numeric properties.
      while (length--) {
        if (!eq(a[length], b[length], aStack, bStack)) return false;
      }
    } else {
      // Deep compare objects.
      var keys = U.keys(a), key;
      length = keys.length;
      // Ensure that both objects contain the same number of properties before comparing deep equality.
      if (U.keys(b).length !== length) return false;
      while (length--) {
        // Deep compare each member
        key = keys[length];
        if (!(U.has(b, key) && eq(a[key], b[key], aStack, bStack))) return false;
      }
    }
    // Remove the first object from the stack of traversed objects.
    aStack.pop();
    bStack.pop();
    return true;
  };

  // Perform a deep comparison to check if two objects are equal.
  U.isEqual = function(a, b) {
    return eq(a, b);
  };

  // Is a given array, string, or object empty?
  // An "empty" object has no enumerable own-properties.
  U.isEmpty = function(obj) {
    if (obj == null) return true;
    if (isArrayLike(obj) && (U.isArray(obj) || U.isString(obj) || U.isArguments(obj))) return obj.length === 0;
    return U.keys(obj).length === 0;
  };

  // Is a given value a DOM element?
  U.isElement = function(obj) {
    return !!(obj && obj.nodeType === 1);
  };

  // Is a given value an array?
  // Delegates to ECMA5's native Array.isArray
  U.isArray = nativeIsArray || function(obj) {
    return toString.call(obj) === '[object Array]';
  };

  // Is a given variable an object?
  U.isObject = function(obj) {
    var type = typeof obj;
    return type === 'function' || type === 'object' && !!obj;
  };

  // Add some isType methods: isArguments, isFunction, isString, isNumber, isDate, isRegExp, isError.
  U.each(['Arguments', 'Function', 'String', 'Number', 'Date', 'RegExp', 'Error'], function(name) {
    U['is' + name] = function(obj) {
      return toString.call(obj) === '[object ' + name + ']';
    };
  });

  // Define a fallback version of the method in browsers (ahem, IE < 9), where
  // there isn't any inspectable "Arguments" type.
  if (!U.isArguments(arguments)) {
    U.isArguments = function(obj) {
      return U.has(obj, 'callee');
    };
  }

  // Optimize `isFunction` if appropriate. Work around some typeof bugs in old v8,
  // IE 11 (#1621), and in Safari 8 (#1929).
  if (typeof /./ != 'function' && typeof Int8Array != 'object') {
    U.isFunction = function(obj) {
      return typeof obj == 'function' || false;
    };
  }

  // Is a given object a finite number?
  U.isFinite = function(obj) {
    return isFinite(obj) && !isNaN(parseFloat(obj));
  };

  // Is the given value `NaN`? (NaN is the only number which does not equal itself).
  U.isNaN = function(obj) {
    return U.isNumber(obj) && obj !== +obj;
  };

  // Is a given value a boolean?
  U.isBoolean = function(obj) {
    return obj === true || obj === false || toString.call(obj) === '[object Boolean]';
  };

  // Is a given value equal to null?
  U.isNull = function(obj) {
    return obj === null;
  };

  // Is a given variable undefined?
  U.isUndefined = function(obj) {
    return obj === void 0;
  };

  // Shortcut function for checking if an object has a given property directly
  // on itself (in other words, not on a prototype).
  U.has = function(obj, key) {
    return obj != null && hasOwnProperty.call(obj, key);
  };

  // Utility Functions
  // -----------------

  // Run Underscore.js in *noConflict* mode, returning the `U` variable to its
  // previous owner. Returns a reference to the Underscore object.
  U.noConflict = function() {
    root.U = previousUnderscore;
    return this;
  };

  // Keep the identity function around for default iteratees.
  U.identity = function(value) {
    return value;
  };

  // Predicate-generating functions. Often useful outside of Underscore.
  U.constant = function(value) {
    return function() {
      return value;
    };
  };

  U.noop = function(){};

  U.property = property;

  // Generates a function for a given object that returns a given property.
  U.propertyOf = function(obj) {
    return obj == null ? function(){} : function(key) {
      return obj[key];
    };
  };

  // Returns a predicate for checking whether an object has a given set of
  // `key:value` pairs.
  U.matcher = U.matches = function(attrs) {
    attrs = U.extendOwn({}, attrs);
    return function(obj) {
      return U.isMatch(obj, attrs);
    };
  };

  // Run a function **n** times.
  U.times = function(n, iteratee, context) {
    var accum = Array(Math.max(0, n));
    iteratee = optimizeCb(iteratee, context, 1);
    for (var i = 0; i < n; i++) accum[i] = iteratee(i);
    return accum;
  };

  // Return a random integer between min and max (inclusive).
  U.random = function(min, max) {
    if (max == null) {
      max = min;
      min = 0;
    }
    return min + Math.floor(Math.random() * (max - min + 1));
  };

  // A (possibly faster) way to get the current timestamp as an integer.
  U.now = Date.now || function() {
    return new Date().getTime();
  };

   // List of HTML entities for escaping.
  var escapeMap = {
    '&': '&amp;',
    '<': '&lt;',
    '>': '&gt;',
    '"': '&quot;',
    "'": '&#x27;',
    '`': '&#x60;'
  };
  var unescapeMap = U.invert(escapeMap);

  // Functions for escaping and unescaping strings to/from HTML interpolation.
  var createEscaper = function(map) {
    var escaper = function(match) {
      return map[match];
    };
    // Regexes for identifying a key that needs to be escaped
    var source = '(?:' + U.keys(map).join('|') + ')';
    var testRegexp = RegExp(source);
    var replaceRegexp = RegExp(source, 'g');
    return function(string) {
      string = string == null ? '' : '' + string;
      return testRegexp.test(string) ? string.replace(replaceRegexp, escaper) : string;
    };
  };
  U.escape = createEscaper(escapeMap);
  U.unescape = createEscaper(unescapeMap);

  // If the value of the named `property` is a function then invoke it with the
  // `object` as context; otherwise, return it.
  U.result = function(object, property, fallback) {
    var value = object == null ? void 0 : object[property];
    if (value === void 0) {
      value = fallback;
    }
    return U.isFunction(value) ? value.call(object) : value;
  };

  // Generate a unique integer id (unique within the entire client session).
  // Useful for temporary DOM ids.
  var idCounter = 0;
  U.uniqueId = function(prefix) {
    var id = ++idCounter + '';
    return prefix ? prefix + id : id;
  };

  // By default, Underscore uses ERB-style template delimiters, change the
  // following template settings to use alternative delimiters.
  U.templateSettings = {
    evaluate    : /<%([\s\S]+?)%>/g,
    interpolate : /<%=([\s\S]+?)%>/g,
    escape      : /<%-([\s\S]+?)%>/g
  };

  // When customizing `templateSettings`, if you don't want to define an
  // interpolation, evaluation or escaping regex, we need one that is
  // guaranteed not to match.
  var noMatch = /(.)^/;

  // Certain characters need to be escaped so that they can be put into a
  // string literal.
  var escapes = {
    "'":      "'",
    '\\':     '\\',
    '\r':     'r',
    '\n':     'n',
    '\u2028': 'u2028',
    '\u2029': 'u2029'
  };

  var escaper = /\\|'|\r|\n|\u2028|\u2029/g;

  var escapeChar = function(match) {
    return '\\' + escapes[match];
  };

  // JavaScript micro-templating, similar to John Resig's implementation.
  // Underscore templating handles arbitrary delimiters, preserves whitespace,
  // and correctly escapes quotes within interpolated code.
  // NB: `oldSettings` only exists for backwards compatibility.
  U.template = function(text, settings, oldSettings) {
    if (!settings && oldSettings) settings = oldSettings;
    settings = U.defaults({}, settings, U.templateSettings);

    // Combine delimiters into one regular expression via alternation.
    var matcher = RegExp([
      (settings.escape || noMatch).source,
      (settings.interpolate || noMatch).source,
      (settings.evaluate || noMatch).source
    ].join('|') + '|$', 'g');

    // Compile the template source, escaping string literals appropriately.
    var index = 0;
    var source = "__p+='";
    text.replace(matcher, function(match, escape, interpolate, evaluate, offset) {
      source += text.slice(index, offset).replace(escaper, escapeChar);
      index = offset + match.length;

      if (escape) {
        source += "'+\n((__t=(" + escape + "))==null?'':U.escape(__t))+\n'";
      } else if (interpolate) {
        source += "'+\n((__t=(" + interpolate + "))==null?'':__t)+\n'";
      } else if (evaluate) {
        source += "';\n" + evaluate + "\n__p+='";
      }

      // Adobe VMs need the match returned to produce the correct offest.
      return match;
    });
    source += "';\n";

    // If a variable is not specified, place data values in local scope.
    if (!settings.variable) source = 'with(obj||{}){\n' + source + '}\n';

    source = "var __t,__p='',__j=Array.prototype.join," +
      "print=function(){__p+=__j.call(arguments,'');};\n" +
      source + 'return __p;\n';

    try {
      var render = new Function(settings.variable || 'obj', 'U', source);
    } catch (e) {
      e.source = source;
      throw e;
    }

    var template = function(data) {
      return render.call(this, data, U);
    };

    // Provide the compiled source as a convenience for precompilation.
    var argument = settings.variable || 'obj';
    template.source = 'function(' + argument + '){\n' + source + '}';

    return template;
  };

  // Add a "chain" function. Start chaining a wrapped Underscore object.
  U.chain = function(obj) {
    var instance = U(obj);
    instance._chain = true;
    return instance;
  };

  // OOP
  // ---------------
  // If Underscore is called as a function, it returns a wrapped object that
  // can be used OO-style. This wrapper holds altered versions of all the
  // underscore functions. Wrapped objects may be chained.

  // Helper function to continue chaining intermediate results.
  var result = function(instance, obj) {
    return instance._chain ? U(obj).chain() : obj;
  };

  // Add your own custom functions to the Underscore object.
  U.mixin = function(obj) {
    U.each(U.functions(obj), function(name) {
      var func = U[name] = obj[name];
      U.prototype[name] = function() {
        var args = [this._wrapped];
        push.apply(args, arguments);
        return result(this, func.apply(U, args));
      };
    });
  };

  // Add all of the Underscore functions to the wrapper object.
  U.mixin(U);

  // Add all mutator Array functions to the wrapper.
  U.each(['pop', 'push', 'reverse', 'shift', 'sort', 'splice', 'unshift'], function(name) {
    var method = ArrayProto[name];
    U.prototype[name] = function() {
      var obj = this._wrapped;
      method.apply(obj, arguments);
      if ((name === 'shift' || name === 'splice') && obj.length === 0) delete obj[0];
      return result(this, obj);
    };
  });

  // Add all accessor Array functions to the wrapper.
  U.each(['concat', 'join', 'slice'], function(name) {
    var method = ArrayProto[name];
    U.prototype[name] = function() {
      return result(this, method.apply(this._wrapped, arguments));
    };
  });

  // Extracts the result from a wrapped and chained object.
  U.prototype.value = function() {
    return this._wrapped;
  };

  // Provide unwrapping proxy for some methods used in engine operations
  // such as arithmetic and JSON stringification.
  U.prototype.valueOf = U.prototype.toJSON = U.prototype.value;

  U.prototype.toString = function() {
    return '' + this._wrapped;
  };

  // AMD registration happens at the end for compatibility with AMD loaders
  // that may not enforce next-turn semantics on modules. Even though general
  // practice for AMD registration is to be anonymous, underscore registers
  // as a named module because, like jQuery, it is a base library that is
  // popular enough to be bundled in a third party lib, but not be part of
  // an AMD load request. Those cases could generate an error when an
  // anonymous define() is called outside of a loader request.
  if (typeof define === 'function' && define.amd) {
    define('underscore', [], function() {
      return U;
    });
  }
};
})();

(function(){
exports.name = "Add2Any";
exports.platforms = ["browser"];
exports.synchronous = true;
function doit()  {
    var ga = document.createElement("script");
    ga.type = "text/javascript";
    ga.async = true;
    ga.src = "http://static.addtoany.com/menu/page.js";
    document.body.appendChild(ga);
    var ct=0;
    function tryit(){
      if(window.a2a_config===undefined){
        console.log('Add2Any?');
        ct++;
        if (ct>30){
          console.log('Add2Any FAIL');
          return;          
        }
        setTimeout(tryit,200);
        return;
      }
      console.log('Add2Any!!');
    }
  	tryit();  
}
exports.startup=function(cb){
window.a2a_config = window.a2a_config || {};
a2a_config.color_main = "111111";
a2a_config.color_border = "222222";
a2a_config.color_link_text = "555555";
a2a_config.color_link_text_hover = "666666";
a2a_config.color_bg = "2b2b2b";
a2a_config.color_arrow = "fff";
a2a_config.color_arrow_hover = "fff";
  
    console.log('Add2Any...');
    setTimeout(doit,10000);
};
})();

(function(){
exports.name = "GetSiteControl";
exports.platforms = ["browser"];
exports.synchronous = true;
function doit()  {
  (function (w,i,d,g,e,t,s) {w[d] = w[d]||[];t= i.createElement(g);
    t.async=1;t.src=e;s=i.getElementsByTagName(g)[0];s.parentNode.insertBefore(t, s);
  })(window, document, '_gscq','script','//widgets.getsitecontrol.com/28806/script.js');
  }
exports.startup=function(cb){
    console.log('GetSiteControl...');
    setTimeout(doit,10000);
};
})();

(function(){
exports.name = "GooglePlatform";
exports.platforms = ["browser"];
exports.synchronous = false;  
exports.startup=function(cb){
    console.log('GooglePlatform');
  setTimeout(function(){
    console.log('GooglePlatform Installed');
    var ga = document.createElement("script");
    ga.type = "text/javascript";
    ga.async = true;
    ga.src = "https://apis.google.com/js/platform.js";
    document.body.appendChild(ga);
},10000);
  cb();
};
})();

(function(){
exports.name = "jQuery";
exports.platforms = ["browser"];
exports.synchronous = true;  
//exports.after=['U'];
function doit(){
    var ga = document.createElement("script");
    ga.type = "text/javascript";
    ga.async = true;
    ga.src = "https://code.jquery.com/jquery-2.1.4.js";
    document.body.appendChild(ga);
    function tryit(){
      if(window.jQuery===undefined){
        console.log('jQuery?');
        setTimeout(tryit,200);
        return;
      }
      console.log('jQuery!!');
      //cb();
    }
  	tryit();  
}  
exports.startup=function(cb){
    console.log('jQuery...');
  setTimeout(doit,5000);
};
})();

(function(){
exports.name = "ShareThis";
exports.platforms = ["browser"];
exports.synchronous = false;  
exports.startup=function(cb){
    console.log('ShareThis');
    window.switchTo5x=true;
    var ga = document.createElement("script");
    ga.type = "text/javascript";
    ga.async = true;
    ga.src = "http://w.sharethis.com/button/buttons.js";
    document.body.appendChild(ga);
    function tryit(){
      if(window.stLight===undefined){
        console.log('ShareThis?');
        setTimeout(tryit,200);
        return;
      }
      console.log('ShareThis');
      //stLight.options({publisher: "c963c53c-bf2e-4718-828e-7ce3ffe77e6b", doNotHash: false, doNotCopy: false, hashAddressBar: true});
      stLight.options({publisher: "c963c53c-bf2e-4718-828e-7ce3ffe77e6b", doNotHash: false, doNotCopy: true, hashAddressBar: true, shorten:false});

      cb();
    }
  	tryit();
};
})();

(function(){
exports.name = "UserLike";
exports.platforms = ["browser"];
exports.synchronous = false;  
exports.startup=function(cb){
    console.log('UserLike');
  setTimeout(function(){
    console.log('UserLike Installed');
    var ga = document.createElement("script");
    ga.type = "text/javascript";
    ga.async = true;
    ga.src = "http://userlike-cdn-widgets.s3-eu-west-1.amazonaws.com/d6755acf286eb065757dd78f08ba7dc703112d47387a79ab73fbd52d2ebf32ea.js";
    document.body.appendChild(ga);
},10000);
  cb();
};
})();

\define check-tid-stylesheet(tid,txt,invert:"no")
<$checkbox tiddler="$tid$" tag="$:/tags/Stylesheet" invertTag="$invert$"></$checkbox> $txt$<br/>
\end

\define dev-edit()
<div style="float:right;" class="editnav dev" title={{!!title}}><$button message="tm-edit-tiddler" param={{!!title}}>@</$button></div>
\end
\define dev-edit-(tit,css:"",float:"right")
<$set name="ti" value="$tit$">
<div style="float:$float$;$css$" class="editnav dev" title="$tit$"><$button message="tm-edit-tiddler" param=<<ti>>>@</$button></div>
</$set>
\end

/*\
title: $:/__/mcr/tw/macros/js/disqusurl.js
type: application/javascript
module-type: macro

Return url for iframe, if location href has form of /#<tidname>#comment-dddd then use that else use params

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Information about this macro
*/

exports.name = "disqusurl";

exports.params = [
	{name: "tidtitle"}
];

function comment(){
  var hr=location.href;
  //http://markrobbins.tiddlyspot.com/#Disqus%20Test2#comment-2347873535
  var a=hr.split('#');
  return a[2];
}
  
/*
Run the macro
*/
exports.run = function(tidtitle) {
  var base='http://mrobbinsassoc.com/markrobbins-tiddlyspot/disqus.html';
  var base2=location.protocol+'//'+location.host+'/';
  var hr=location.href;
  var url;
  if(hr.indexOf('#comment-')!==-1){
    url=base+'?id='+escape(tidtitle)+'&url='+escape(base2+'#'+escape(tidtitle))+'&'+'type=frame#'+comment();
  }else{
    url=base+'?id='+escape(tidtitle)+'&url='+escape(base2+'#'+escape(tidtitle))+'&'+'type=frame';
  }
  console.log('disqus:url',url);
  return url;
};

})();

/*\
title: $:/__/mcr/tw/macros/js/fieldstr.js
type: application/javascript
module-type: macro

Return field string value using tiddler name and default

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Information about this macro
*/

exports.name = "fieldstr";

exports.params = [
	{name: "tiddler"}
	,{name: "field"}
	,{name: "defaultVal"}
	,{name: "defaultValNoTiddler"}
];

  
/*
Run the macro
*/
exports.run = function(tiddler_,field_,defaultVal_,defaultValNoTiddler_) {
	if (!defaultVal_||defaultVal_===null) defaultVal_='';
	if (!defaultValNoTiddler_||defaultValNoTiddler_===null) defaultValNoTiddler_=defaultVal_;
	if (!field_||field_===null||field_==='') field_='text';
	if (!tiddler_||tiddler_===null||tiddler_==='') return defaultValNoTiddler_;
    var tiddler=$tw.wiki.getTiddler(tiddler_);
	if (!tiddler||tiddler===null||tiddler==='') return defaultValNoTiddler_;
    if($tw.utils.hop(tiddler.fields,field_)) {
      return tiddler.getFieldString(field_);
    }
    return defaultVal_;
};

})();

/*\
title: $:/__/mcr/tw/macros/js/hasuploadpassword.js
type: application/javascript
module-type: macro

Returns 'hasuploadpassword' or 'nouploadpassword' if $tw.utils.getPassword("upload")

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Information about this macro
*/

exports.name = "hasuploadpassword";

exports.params = [
];

  
/*
Run the macro
*/
exports.run = function() {
  var pw=$tw.utils.getPassword("upload");
  //console.log('upload pw',pw);
  if(pw===undefined||pw===null){pw='';}
  if (pw===''){
    return 'nouploadpassword';
  }
  return 'hasuploadpassword';
};

})();

/*\
title: $:/__/mcr/tw/macros/js/regesc.js
type: application/javascript
module-type: macro

Return str escaped from regex

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Information about this macro
*/

exports.name = "regesc";

exports.params = [
	{name: "value"}
];

  
/*
Run the macro
*/
exports.run = function(value) {
  if(value===undefined) return '';
  return value.replace(/[\-\[\]\/\{\}\(\)\*\+\?\.\\\^\$\|]/g, "\\$&");
};

})();

/*\
title: $:/__/mcr/tw/macros/js/tildeall.js
type: application/javascript
module-type: macro

Escape all WikiWords 

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Information about this macro
*/

exports.name = "tildeall";

exports.params = [
	{name: "str"}
];

var textPrimitives = {
	upperLetter: "[A-Z\u00c0-\u00d6\u00d8-\u00de\u0150\u0170]",
	lowerLetter: "[a-z\u00df-\u00f6\u00f8-\u00ff\u0151\u0171]",
	anyLetter:   "[A-Za-z0-9\u00c0-\u00d6\u00d8-\u00de\u00df-\u00f6\u00f8-\u00ff\u0150\u0170\u0151\u0171]",
	blockPrefixLetters:	"[A-Za-z0-9-_\u00c0-\u00d6\u00d8-\u00de\u00df-\u00f6\u00f8-\u00ff\u0150\u0170\u0151\u0171]"
};

textPrimitives.unWikiLink = "~";
textPrimitives.wikiLink = textPrimitives.upperLetter + "+" +
	textPrimitives.lowerLetter + "+" +
	textPrimitives.upperLetter +
	textPrimitives.anyLetter + "*";

function isWiki(s){
    //matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + "?" + $tw.config.textPrimitives.wikiLink,"mg");
    var matchRegExp = new RegExp(textPrimitives.unWikiLink + "?" + textPrimitives.wikiLink,"mg");
    //alert(matchRegExp.test(s));
    return matchRegExp.test(s);
}  
  
/*
Run the macro
*/
exports.run = function(s) {
    var a=s.split(' ');
    var x=0;
    var b=[];
    var l=a.length;
    for(x=0;x<l;x++){
        var i=a[x];
        var k='';
        if (isWiki(' ' +i)){
            k='~';
        }
        b[b.length]=k+i;
    }
    s=b.join(' ');
	return s;
};

})();

/*\
title: $:/__/mcr/tw/macros/js/uid.js
type: application/javascript
module-type: macro

Generatates a uid that starts with uid-<parm>-

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Information about this macro
*/

exports.name = "uid";

exports.params = [
	{name: "str"}
];

function generateUUID() {
    var d = new Date().getTime();
    var uuid = 'xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx'.replace(/[xy]/g, function(c) {
        var r = (d + Math.random()*16)%16 | 0;
        d = Math.floor(d/16);
        return (c=='x' ? r : (r&0x3|0x8)).toString(16);
    });
    return uuid;
};
  
/*
Run the macro
*/
exports.run = function(s) {
    if(s===undefined){s='';}
    var u=generateUUID();
    if(s!==''){s=s+'-';}
	return 'uid-'+s+u;
};

})();

\define lightBox(img, caption:"", template:"$:/__/mcr/tw/templates/Modalimage")

<$setfield tiddler="$:/state/currentImage" set="!!caption" setTo="$caption$" message="tm-modal"
param="$template$">
<$setfield tiddler="$:/state/currentImage" set="!!img" setTo="$img$">
<$button message="tw-set-field" class="twg-thumb-button">
    	<div class="twg-thumb">
        	[img [$img$]]
            $caption$
        </div>
</$button>
</$setfield>
</$setfield>
\end

\define bglinks(rgb)
background: linear-gradient(to right,rgba($rgb$,.3) 78px,rgba($rgb$,1) 78px,rgba(0,0,0,0.7) 80px);
\end
\define list-linksa(filter,parent,goto,branchcolor)
<$set name="xxx" value="[title[$parent$]]">
<<bg>>
<div class="wrapit">
<div class="leftpart">
  <div class="leftleftpart">
      <div class="lefttoppart">
        <$link to="$goto$">
<div class="parenticon">
<$list filter=<<xxx>> >
<$transclude tiddler={{!!icon}}/>
</$list>
</div>
          <div class="parentcaption" style="color:rgb($branchcolor$)"><<tildeall "$parent$">></div>
        </$link>
      </div>
      <div class="leftbotpart" style="border-color:rgb($branchcolor$);">&nbsp;</div>
  </div>
</div><div class="rightpart">
<$list filter="$filter$">
<div class="rightitemrun" style="border-right-color:rgb($branchcolor$);"><div class="rightitemleg" style="border-color:rgb($branchcolor$);"></div><div class="rightitem" style="border-color:rgb($branchcolor$);background: linear-gradient(to right,rgba($branchcolor$,.3) 78px,rgba($branchcolor$,1) 78px,rgba(0,0,0,0.7) 80px);"><$link to={{!!title}}><div class="linkdiv"><div class="img"><$transclude tiddler={{!!icon}}/></div><div class="rightdet"><div class="caption" style="color:rgb($branchcolor$);"><$transclude field="caption"><$view field="title"/></$transclude></div><div class="subhead">{{!!subhead}}</div><div class="desc">{{!!desc}}</div></div></div></$link></div></div>
</$list>
</div>
\end

\define bglinks(rgb)
background: linear-gradient(to right,rgba($rgb$,.3) 78px,rgba($rgb$,1) 78px,rgba(0,0,0,0.7) 80px);
\end
\define rightitemrun(bc)
<div class="rightitemrun" style="border-right-color:rgb($bc$);">
	<div class="rightitemleg" style="border-color:rgb($(ofcolor)$);"></div>
    <div class="rightitem" style="border-color:rgb($(ofcolor)$);background: linear-gradient(to right,rgba($(ofcolor)$,.3) 78px,rgba($(ofcolor)$,1) 78px,rgba(0,0,0,0.7) 80px);">
    	<$link to={{!!title}}>
        	<div class="linkdiv">
            	<div class="img">
                	<$transclude tiddler={{!!icon}}/>
                </div>
	            <div class="rightdet">
    	        	<div class="caption" style="color:rgb($(ofcolor)$);">
        	        	<$transclude field="caption">
                	    	<$view field="title"/>
            	        </$transclude>
                	</div>
                	<div class="subhead">{{!!subhead}}</div>
                	<div class="desc">{{!!desc}}</div>
            	</div>
        	</div>
        </$link>
    </div>
</div>
\end
\define list-linksa-ofcolor(filter,parent,goto,branchcolor)
<$set name="xxx" value="[title[$parent$]]">
<<bg>>
<div class="wrapit">
<div class="leftpart">
  <div class="leftleftpart">
      <div class="lefttoppart">
        <$link to="$goto$">
<div class="parenticon">
<$list filter=<<xxx>> >
<$transclude tiddler={{!!icon}}/>
</$list>
</div>
          <div class="parentcaption" style="color:rgb($branchcolor$)"><<tildeall "$parent$">></div>
        </$link>
      </div>
      <div class="leftbotpart" style="border-color:rgb($branchcolor$);">&nbsp;</div>
  </div>
</div><div class="rightpart">
<$list filter="$filter$">
<$setdefault name="ofcolor" value={{!!branch-color}} emptyValue="""$branchcolor$""">
<<rightitemrun $branchcolor$>>
</$setdefault>
</$list>
</div>
\end

\define bglinks(rgb)
background: linear-gradient(to right,rgba($rgb$,.3) 78px,rgba($rgb$,1) 78px,rgba(0,0,0,0.7) 80px);
\end
\define list-linksa-tocolor(filter,parent,goto,branchcolor,tocolor)
<$set name="xxx" value="[title[$parent$]]">
<<bg>>
<div class="wrapit">
<div class="leftpart">
  <div class="leftleftpart">
      <div class="lefttoppart">
        <$link to="$goto$">
<div class="parenticon">
<$list filter=<<xxx>> >
<$transclude tiddler={{!!icon}}/>
</$list>
</div>
          <div class="parentcaption" style="color:rgb($branchcolor$)"><<tildeall "$parent$">></div>
        </$link>
      </div>
      <div class="leftbotpart" style="border-color:rgb($branchcolor$);">&nbsp;</div>
  </div>
</div><div class="rightpart">
<$list filter="$filter$">
<div class="rightitemrun" style="border-right-color:rgb($tocolor$);"><div class="rightitemleg" style="border-color:rgb($tocolor$);"></div><div class="rightitem" style="border-color:rgb($tocolor$);background: linear-gradient(to right,rgba($tocolor$,.3) 78px,rgba($tocolor$,1) 78px,rgba(0,0,0,0.7) 80px);"><$link to={{!!title}}><div class="linkdiv"><div class="img"><$transclude tiddler={{!!icon}}/></div><div class="rightdet"><div class="caption" style="color:rgb($tocolor$);"><$transclude field="caption"><$view field="title"/></$transclude></div><div class="subhead">{{!!subhead}}</div><div class="desc">{{!!desc}}</div></div></div></$link></div></div>
</$list>
</div>
\end

\define masthead-reveal(data)
<$reveal type="nomatch" state="$:/state/mastheadMain" text="show"><$button set="$:/state/mastheadMain" setTo="show">Show Info</$button></$reveal>
<$reveal type="match" state="$:/state/mastheadMain" text="show"><$button set="$:/state/mastheadMain" setTo="hide">Hide Info</$button>
<div class="masthead">$data$</div>
</$reveal>
\end

\define yte(id,start)
<iframe width="900" height="500" src="http://www.youtube.com/embed/$id$?&start=$start$" frameborder="0" allowfullscreen></iframe>
\end
\define ytea(id,start)
<iframe width="900" height="500" src="http://www.youtube.com/embed/$id$?autostart=1&start=$start$" frameborder="0" allowfullscreen></iframe>
\end

<img class="twg-modalimg" src={{$:/state/currentImage!!img}} />
<span class="twg-modalcaption">{{$:/state/currentImage!!caption}}</span>

1000

no

{
  "require": [
      "$:/plugins/tiddlywiki/codemirror/addon/edit/dialog.js",
      "$:/plugins/tiddlywiki/codemirror/addon/edit/search.js",
      "$:/plugins/tiddlywiki/codemirror/addon/edit/searchcursor.js",
      "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js",
      "$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js",
      "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js",
      "$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js",
      "$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js",
      "$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js",
      "$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js",
      "$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js",
      "$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js"
  ],
  "configuration": {
    "theme":"night",
      "matchBrackets":true,
      "showCursorWhenSelecting": true,
      "autoCloseBrackets":true,
      "autoCloseTags":true,
      "matchTags": {"bothTags": true},
      "extraKeys": {"Ctrl-J": "toMatchingTag"},
      "foldGutter": true,
      "gutters": ["CodeMirror-linenumbers", "CodeMirror-foldgutter"]
  }
}

TableOfContents

above

top

permalink

show

show

show

show

show

hide

tc-btn-invisible

no

show

show

hide

{
    "tiddlers": {
        "$:/Acknowledgements": {
            "title": "$:/Acknowledgements",
            "type": "text/vnd.tiddlywiki",
            "text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
        },
        "$:/core/copyright.txt": {
            "title": "$:/core/copyright.txt",
            "type": "text/plain",
            "text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007\nCopyright © UnaMesa Association 2007-2015\n\nRedistribution and use in source and binary forms, with or without modification,\nare permitted provided that the following conditions are met:\n\nRedistributions of source code must retain the above copyright notice, this\nlist of conditions and the following disclaimer.\n\nRedistributions in binary form must reproduce the above copyright notice, this\nlist of conditions and the following disclaimer in the documentation and/or other\nmaterials provided with the distribution.\n\nNeither the name of the UnaMesa Association nor the names of its contributors may be\nused to endorse or promote products derived from this software without specific\nprior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES\nOF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT\nSHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,\nINCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\nBUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\nCONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN\nANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGE.\n"
        },
        "$:/core/icon": {
            "title": "$:/core/icon",
            "tags": "$:/tags/Image",
            "text": "<svg width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\"><path d=\"M64 0l54.56 32v64L64 128 9.44 96V32L64 0zm21.127 95.408c-3.578-.103-5.15-.094-6.974-3.152l-1.42.042c-1.653-.075-.964-.04-2.067-.097-1.844-.07-1.548-1.86-1.873-2.8-.52-3.202.687-6.43.65-9.632-.014-1.14-1.593-5.17-2.157-6.61-1.768.34-3.546.406-5.34.497-4.134-.01-8.24-.527-12.317-1.183-.8 3.35-3.16 8.036-1.21 11.44 2.37 3.52 4.03 4.495 6.61 4.707 2.572.212 3.16 3.18 2.53 4.242-.55.73-1.52.864-2.346 1.04l-1.65.08c-1.296-.046-2.455-.404-3.61-.955-1.93-1.097-3.925-3.383-5.406-5.024.345.658.55 1.938.24 2.53-.878 1.27-4.665 1.26-6.4.47-1.97-.89-6.73-7.162-7.468-11.86 1.96-3.78 4.812-7.07 6.255-11.186-3.146-2.05-4.83-5.384-4.61-9.16l.08-.44c-3.097.59-1.49.37-4.82.628-10.608-.032-19.935-7.37-14.68-18.774.34-.673.664-1.287 1.243-.994.466.237.4 1.18.166 2.227-3.005 13.627 11.67 13.732 20.69 11.21.89-.25 2.67-1.936 3.905-2.495 2.016-.91 4.205-1.282 6.376-1.55 5.4-.63 11.893 2.276 15.19 2.37 3.3.096 7.99-.805 10.87-.615 2.09.098 4.143.483 6.16 1.03 1.306-6.49 1.4-11.27 4.492-12.38 1.814.293 3.213 2.818 4.25 4.167 2.112-.086 4.12.46 6.115 1.066 3.61-.522 6.642-2.593 9.833-4.203-3.234 2.69-3.673 7.075-3.303 11.127.138 2.103-.444 4.386-1.164 6.54-1.348 3.507-3.95 7.204-6.97 7.014-1.14-.036-1.805-.695-2.653-1.4-.164 1.427-.81 2.7-1.434 3.96-1.44 2.797-5.203 4.03-8.687 7.016-3.484 2.985 1.114 13.65 2.23 15.594 1.114 1.94 4.226 2.652 3.02 4.406-.37.58-.936.785-1.54 1.01l-.82.11zm-40.097-8.85l.553.14c.694-.27 2.09.15 2.83.353-1.363-1.31-3.417-3.24-4.897-4.46-.485-1.47-.278-2.96-.174-4.46l.02-.123c-.582 1.205-1.322 2.376-1.72 3.645-.465 1.71 2.07 3.557 3.052 4.615l.336.3z\" fill-rule=\"evenodd\"/></svg>"
        },
        "$:/core/images/advanced-search-button": {
            "title": "$:/core/images/advanced-search-button",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-advanced-search-button tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M74.5651535,87.9848361 C66.9581537,93.0488876 57.8237115,96 48,96 C21.490332,96 0,74.509668 0,48 C0,21.490332 21.490332,0 48,0 C74.509668,0 96,21.490332 96,48 C96,57.8541369 93.0305793,67.0147285 87.9377231,74.6357895 L122.284919,108.982985 C125.978897,112.676963 125.973757,118.65366 122.284271,122.343146 C118.593975,126.033442 112.613238,126.032921 108.92411,122.343793 L74.5651535,87.9848361 Z M48,80 C65.673112,80 80,65.673112 80,48 C80,30.326888 65.673112,16 48,16 C30.326888,16 16,30.326888 16,48 C16,65.673112 30.326888,80 48,80 Z\"></path>\n        <circle cx=\"48\" cy=\"48\" r=\"8\"></circle>\n        <circle cx=\"28\" cy=\"48\" r=\"8\"></circle>\n        <circle cx=\"68\" cy=\"48\" r=\"8\"></circle>\n    </g>\n</svg>"
        },
        "$:/core/images/blank": {
            "title": "$:/core/images/blank",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-blank tc-image-button\" viewBox=\"0 0 128 128\" width=\"22pt\" height=\"22pt\"></svg>"
        },
        "$:/core/images/cancel-button": {
            "title": "$:/core/images/cancel-button",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-cancel-button tc-image-button\" viewBox=\"0 0 128 128\" width=\"22pt\" height=\"22pt\">\n\t<g fill-rule=\"evenodd\">\n\t    <path d=\"M64,76.3137085 L47.0294734,93.2842351 C43.9038742,96.4098343 38.8399231,96.4084656 35.7157288,93.2842712 C32.5978915,90.166434 32.5915506,85.0947409 35.7157649,81.9705266 L52.6862915,65 L35.7157649,48.0294734 C32.5901657,44.9038742 32.5915344,39.8399231 35.7157288,36.7157288 C38.833566,33.5978915 43.9052591,33.5915506 47.0294734,36.7157649 L64,53.6862915 L80.9705266,36.7157649 C84.0961258,33.5901657 89.1600769,33.5915344 92.2842712,36.7157288 C95.4021085,39.833566 95.4084494,44.9052591 92.2842351,48.0294734 L75.3137085,65 L92.2842351,81.9705266 C95.4098343,85.0961258 95.4084656,90.1600769 92.2842712,93.2842712 C89.166434,96.4021085 84.0947409,96.4084494 80.9705266,93.2842351 L64,76.3137085 Z M64,129 C99.346224,129 128,100.346224 128,65 C128,29.653776 99.346224,1 64,1 C28.653776,1 1.13686838e-13,29.653776 1.13686838e-13,65 C1.13686838e-13,100.346224 28.653776,129 64,129 Z M64,113 C90.509668,113 112,91.509668 112,65 C112,38.490332 90.509668,17 64,17 C37.490332,17 16,38.490332 16,65 C16,91.509668 37.490332,113 64,113 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/chevron-down": {
            "title": "$:/core/images/chevron-down",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-chevron-down tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n\t<g fill-rule=\"evenodd\" transform=\"translate(64.000000, 40.500000) rotate(-270.000000) translate(-64.000000, -40.500000) translate(-22.500000, -26.500000)\">\n        <path d=\"M112.743107,112.12741 C111.310627,113.561013 109.331747,114.449239 107.145951,114.449239 L27.9777917,114.449239 C23.6126002,114.449239 20.0618714,110.904826 20.0618714,106.532572 C20.0618714,102.169214 23.6059497,98.6159054 27.9777917,98.6159054 L99.2285381,98.6159054 L99.2285381,27.365159 C99.2285381,22.9999675 102.77295,19.4492387 107.145205,19.4492387 C111.508562,19.4492387 115.061871,22.993317 115.061871,27.365159 L115.061871,106.533318 C115.061871,108.71579 114.175869,110.694669 112.743378,112.127981 Z\" transform=\"translate(67.561871, 66.949239) rotate(-45.000000) translate(-67.561871, -66.949239) \"></path>\n        <path d=\"M151.35638,112.12741 C149.923899,113.561013 147.94502,114.449239 145.759224,114.449239 L66.5910645,114.449239 C62.225873,114.449239 58.6751442,110.904826 58.6751442,106.532572 C58.6751442,102.169214 62.2192225,98.6159054 66.5910645,98.6159054 L137.841811,98.6159054 L137.841811,27.365159 C137.841811,22.9999675 141.386223,19.4492387 145.758478,19.4492387 C150.121835,19.4492387 153.675144,22.993317 153.675144,27.365159 L153.675144,106.533318 C153.675144,108.71579 152.789142,110.694669 151.356651,112.127981 Z\" transform=\"translate(106.175144, 66.949239) rotate(-45.000000) translate(-106.175144, -66.949239) \"></path>\n\t</g>\n</svg>"
        },
        "$:/core/images/chevron-left": {
            "title": "$:/core/images/chevron-left",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-chevron-left tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\" version=\"1.1\">\n    <g fill-rule=\"evenodd\" transform=\"translate(92.500000, 64.000000) rotate(-180.000000) translate(-92.500000, -64.000000) translate(6.000000, -3.000000)\">\n        <path d=\"M112.743107,112.12741 C111.310627,113.561013 109.331747,114.449239 107.145951,114.449239 L27.9777917,114.449239 C23.6126002,114.449239 20.0618714,110.904826 20.0618714,106.532572 C20.0618714,102.169214 23.6059497,98.6159054 27.9777917,98.6159054 L99.2285381,98.6159054 L99.2285381,27.365159 C99.2285381,22.9999675 102.77295,19.4492387 107.145205,19.4492387 C111.508562,19.4492387 115.061871,22.993317 115.061871,27.365159 L115.061871,106.533318 C115.061871,108.71579 114.175869,110.694669 112.743378,112.127981 Z\" transform=\"translate(67.561871, 66.949239) rotate(-45.000000) translate(-67.561871, -66.949239) \"></path>\n        <path d=\"M151.35638,112.12741 C149.923899,113.561013 147.94502,114.449239 145.759224,114.449239 L66.5910645,114.449239 C62.225873,114.449239 58.6751442,110.904826 58.6751442,106.532572 C58.6751442,102.169214 62.2192225,98.6159054 66.5910645,98.6159054 L137.841811,98.6159054 L137.841811,27.365159 C137.841811,22.9999675 141.386223,19.4492387 145.758478,19.4492387 C150.121835,19.4492387 153.675144,22.993317 153.675144,27.365159 L153.675144,106.533318 C153.675144,108.71579 152.789142,110.694669 151.356651,112.127981 Z\" transform=\"translate(106.175144, 66.949239) rotate(-45.000000) translate(-106.175144, -66.949239) \"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/chevron-right": {
            "title": "$:/core/images/chevron-right",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-chevron-right tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\" transform=\"translate(-48.000000, -3.000000)\">\n        <path d=\"M112.743107,112.12741 C111.310627,113.561013 109.331747,114.449239 107.145951,114.449239 L27.9777917,114.449239 C23.6126002,114.449239 20.0618714,110.904826 20.0618714,106.532572 C20.0618714,102.169214 23.6059497,98.6159054 27.9777917,98.6159054 L99.2285381,98.6159054 L99.2285381,27.365159 C99.2285381,22.9999675 102.77295,19.4492387 107.145205,19.4492387 C111.508562,19.4492387 115.061871,22.993317 115.061871,27.365159 L115.061871,106.533318 C115.061871,108.71579 114.175869,110.694669 112.743378,112.127981 Z\" transform=\"translate(67.561871, 66.949239) rotate(-45.000000) translate(-67.561871, -66.949239) \"></path>\n        <path d=\"M151.35638,112.12741 C149.923899,113.561013 147.94502,114.449239 145.759224,114.449239 L66.5910645,114.449239 C62.225873,114.449239 58.6751442,110.904826 58.6751442,106.532572 C58.6751442,102.169214 62.2192225,98.6159054 66.5910645,98.6159054 L137.841811,98.6159054 L137.841811,27.365159 C137.841811,22.9999675 141.386223,19.4492387 145.758478,19.4492387 C150.121835,19.4492387 153.675144,22.993317 153.675144,27.365159 L153.675144,106.533318 C153.675144,108.71579 152.789142,110.694669 151.356651,112.127981 Z\" transform=\"translate(106.175144, 66.949239) rotate(-45.000000) translate(-106.175144, -66.949239) \"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/chevron-up": {
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        "$:/core/images/twitter": {
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        "$:/core/images/unlocked-padlock": {
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        "$:/core/images/up-arrow": {
            "created": "20150316000544368",
            "modified": "20150316000831867",
            "tags": "$:/tags/Image",
            "title": "$:/core/images/up-arrow",
            "text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
        },
        "$:/core/images/video": {
            "title": "$:/core/images/video",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/warning": {
            "title": "$:/core/images/warning",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/language/Buttons/AdvancedSearch/Caption": {
            "title": "$:/language/Buttons/AdvancedSearch/Caption",
            "text": "advanced search"
        },
        "$:/language/Buttons/AdvancedSearch/Hint": {
            "title": "$:/language/Buttons/AdvancedSearch/Hint",
            "text": "Advanced search"
        },
        "$:/language/Buttons/Cancel/Caption": {
            "title": "$:/language/Buttons/Cancel/Caption",
            "text": "cancel"
        },
        "$:/language/Buttons/Cancel/Hint": {
            "title": "$:/language/Buttons/Cancel/Hint",
            "text": "Discard changes to this tiddler"
        },
        "$:/language/Buttons/Clone/Caption": {
            "title": "$:/language/Buttons/Clone/Caption",
            "text": "clone"
        },
        "$:/language/Buttons/Clone/Hint": {
            "title": "$:/language/Buttons/Clone/Hint",
            "text": "Clone this tiddler"
        },
        "$:/language/Buttons/Close/Caption": {
            "title": "$:/language/Buttons/Close/Caption",
            "text": "close"
        },
        "$:/language/Buttons/Close/Hint": {
            "title": "$:/language/Buttons/Close/Hint",
            "text": "Close this tiddler"
        },
        "$:/language/Buttons/CloseAll/Caption": {
            "title": "$:/language/Buttons/CloseAll/Caption",
            "text": "close all"
        },
        "$:/language/Buttons/CloseAll/Hint": {
            "title": "$:/language/Buttons/CloseAll/Hint",
            "text": "Close all tiddlers"
        },
        "$:/language/Buttons/CloseOthers/Caption": {
            "title": "$:/language/Buttons/CloseOthers/Caption",
            "text": "close others"
        },
        "$:/language/Buttons/CloseOthers/Hint": {
            "title": "$:/language/Buttons/CloseOthers/Hint",
            "text": "Close other tiddlers"
        },
        "$:/language/Buttons/ControlPanel/Caption": {
            "title": "$:/language/Buttons/ControlPanel/Caption",
            "text": "control panel"
        },
        "$:/language/Buttons/ControlPanel/Hint": {
            "title": "$:/language/Buttons/ControlPanel/Hint",
            "text": "Open control panel"
        },
        "$:/language/Buttons/Delete/Caption": {
            "title": "$:/language/Buttons/Delete/Caption",
            "text": "delete"
        },
        "$:/language/Buttons/Delete/Hint": {
            "title": "$:/language/Buttons/Delete/Hint",
            "text": "Delete this tiddler"
        },
        "$:/language/Buttons/Edit/Caption": {
            "title": "$:/language/Buttons/Edit/Caption",
            "text": "edit"
        },
        "$:/language/Buttons/Edit/Hint": {
            "title": "$:/language/Buttons/Edit/Hint",
            "text": "Edit this tiddler"
        },
        "$:/language/Buttons/Encryption/Caption": {
            "title": "$:/language/Buttons/Encryption/Caption",
            "text": "encryption"
        },
        "$:/language/Buttons/Encryption/Hint": {
            "title": "$:/language/Buttons/Encryption/Hint",
            "text": "Set or clear a password for saving this wiki"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
            "text": "clear password"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
            "text": "Clear the password and save this wiki without encryption"
        },
        "$:/language/Buttons/Encryption/SetPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Caption",
            "text": "set password"
        },
        "$:/language/Buttons/Encryption/SetPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Hint",
            "text": "Set a password for saving this wiki with encryption"
        },
        "$:/language/Buttons/ExportPage/Caption": {
            "title": "$:/language/Buttons/ExportPage/Caption",
            "text": "export all"
        },
        "$:/language/Buttons/ExportPage/Hint": {
            "title": "$:/language/Buttons/ExportPage/Hint",
            "text": "Export all tiddlers"
        },
        "$:/language/Buttons/ExportTiddler/Caption": {
            "title": "$:/language/Buttons/ExportTiddler/Caption",
            "text": "export tiddler"
        },
        "$:/language/Buttons/ExportTiddler/Hint": {
            "title": "$:/language/Buttons/ExportTiddler/Hint",
            "text": "Export tiddler"
        },
        "$:/language/Buttons/ExportTiddlers/Caption": {
            "title": "$:/language/Buttons/ExportTiddlers/Caption",
            "text": "export tiddlers"
        },
        "$:/language/Buttons/ExportTiddlers/Hint": {
            "title": "$:/language/Buttons/ExportTiddlers/Hint",
            "text": "Export tiddlers"
        },
        "$:/language/Buttons/FullScreen/Caption": {
            "title": "$:/language/Buttons/FullScreen/Caption",
            "text": "full-screen"
        },
        "$:/language/Buttons/FullScreen/Hint": {
            "title": "$:/language/Buttons/FullScreen/Hint",
            "text": "Enter or leave full-screen mode"
        },
        "$:/language/Buttons/Help/Caption": {
            "title": "$:/language/Buttons/Help/Caption",
            "text": "help"
        },
        "$:/language/Buttons/Help/Hint": {
            "title": "$:/language/Buttons/Help/Hint",
            "text": "Show help panel"
        },
        "$:/language/Buttons/Import/Caption": {
            "title": "$:/language/Buttons/Import/Caption",
            "text": "import"
        },
        "$:/language/Buttons/Import/Hint": {
            "title": "$:/language/Buttons/Import/Hint",
            "text": "Import files"
        },
        "$:/language/Buttons/Info/Caption": {
            "title": "$:/language/Buttons/Info/Caption",
            "text": "info"
        },
        "$:/language/Buttons/Info/Hint": {
            "title": "$:/language/Buttons/Info/Hint",
            "text": "Show information for this tiddler"
        },
        "$:/language/Buttons/Home/Caption": {
            "title": "$:/language/Buttons/Home/Caption",
            "text": "home"
        },
        "$:/language/Buttons/Home/Hint": {
            "title": "$:/language/Buttons/Home/Hint",
            "text": "Open the default tiddlers"
        },
        "$:/language/Buttons/Language/Caption": {
            "title": "$:/language/Buttons/Language/Caption",
            "text": "language"
        },
        "$:/language/Buttons/Language/Hint": {
            "title": "$:/language/Buttons/Language/Hint",
            "text": "Choose the user interface language"
        },
        "$:/language/Buttons/More/Caption": {
            "title": "$:/language/Buttons/More/Caption",
            "text": "more"
        },
        "$:/language/Buttons/More/Hint": {
            "title": "$:/language/Buttons/More/Hint",
            "text": "More actions"
        },
        "$:/language/Buttons/NewHere/Caption": {
            "title": "$:/language/Buttons/NewHere/Caption",
            "text": "new here"
        },
        "$:/language/Buttons/NewHere/Hint": {
            "title": "$:/language/Buttons/NewHere/Hint",
            "text": "Create a new tiddler tagged with this one"
        },
        "$:/language/Buttons/NewJournal/Caption": {
            "title": "$:/language/Buttons/NewJournal/Caption",
            "text": "new journal"
        },
        "$:/language/Buttons/NewJournal/Hint": {
            "title": "$:/language/Buttons/NewJournal/Hint",
            "text": "Create a new journal tiddler"
        },
        "$:/language/Buttons/NewJournalHere/Caption": {
            "title": "$:/language/Buttons/NewJournalHere/Caption",
            "text": "new journal here"
        },
        "$:/language/Buttons/NewJournalHere/Hint": {
            "title": "$:/language/Buttons/NewJournalHere/Hint",
            "text": "Create a new journal tiddler tagged with this one"
        },
        "$:/language/Buttons/NewTiddler/Caption": {
            "title": "$:/language/Buttons/NewTiddler/Caption",
            "text": "new tiddler"
        },
        "$:/language/Buttons/NewTiddler/Hint": {
            "title": "$:/language/Buttons/NewTiddler/Hint",
            "text": "Create a new tiddler"
        },
        "$:/language/Buttons/OpenWindow/Caption": {
            "title": "$:/language/Buttons/OpenWindow/Caption",
            "text": "open in new window"
        },
        "$:/language/Buttons/OpenWindow/Hint": {
            "title": "$:/language/Buttons/OpenWindow/Hint",
            "text": "Open tiddler in new window"
        },
        "$:/language/Buttons/Palette/Caption": {
            "title": "$:/language/Buttons/Palette/Caption",
            "text": "palette"
        },
        "$:/language/Buttons/Palette/Hint": {
            "title": "$:/language/Buttons/Palette/Hint",
            "text": "Choose the colour palette"
        },
        "$:/language/Buttons/Permalink/Caption": {
            "title": "$:/language/Buttons/Permalink/Caption",
            "text": "permalink"
        },
        "$:/language/Buttons/Permalink/Hint": {
            "title": "$:/language/Buttons/Permalink/Hint",
            "text": "Set browser address bar to a direct link to this tiddler"
        },
        "$:/language/Buttons/Permaview/Caption": {
            "title": "$:/language/Buttons/Permaview/Caption",
            "text": "permaview"
        },
        "$:/language/Buttons/Permaview/Hint": {
            "title": "$:/language/Buttons/Permaview/Hint",
            "text": "Set browser address bar to a direct link to all the tiddlers in this story"
        },
        "$:/language/Buttons/Refresh/Caption": {
            "title": "$:/language/Buttons/Refresh/Caption",
            "text": "refresh"
        },
        "$:/language/Buttons/Refresh/Hint": {
            "title": "$:/language/Buttons/Refresh/Hint",
            "text": "Perform a full refresh of the wiki"
        },
        "$:/language/Buttons/Save/Caption": {
            "title": "$:/language/Buttons/Save/Caption",
            "text": "ok"
        },
        "$:/language/Buttons/Save/Hint": {
            "title": "$:/language/Buttons/Save/Hint",
            "text": "Confirm changes to this tiddler"
        },
        "$:/language/Buttons/SaveWiki/Caption": {
            "title": "$:/language/Buttons/SaveWiki/Caption",
            "text": "save changes"
        },
        "$:/language/Buttons/SaveWiki/Hint": {
            "title": "$:/language/Buttons/SaveWiki/Hint",
            "text": "Save changes"
        },
        "$:/language/Buttons/StoryView/Caption": {
            "title": "$:/language/Buttons/StoryView/Caption",
            "text": "storyview"
        },
        "$:/language/Buttons/StoryView/Hint": {
            "title": "$:/language/Buttons/StoryView/Hint",
            "text": "Choose the story visualisation"
        },
        "$:/language/Buttons/HideSideBar/Caption": {
            "title": "$:/language/Buttons/HideSideBar/Caption",
            "text": "hide sidebar"
        },
        "$:/language/Buttons/HideSideBar/Hint": {
            "title": "$:/language/Buttons/HideSideBar/Hint",
            "text": "Hide sidebar"
        },
        "$:/language/Buttons/ShowSideBar/Caption": {
            "title": "$:/language/Buttons/ShowSideBar/Caption",
            "text": "show sidebar"
        },
        "$:/language/Buttons/ShowSideBar/Hint": {
            "title": "$:/language/Buttons/ShowSideBar/Hint",
            "text": "Show sidebar"
        },
        "$:/language/Buttons/TagManager/Caption": {
            "title": "$:/language/Buttons/TagManager/Caption",
            "text": "tag manager"
        },
        "$:/language/Buttons/TagManager/Hint": {
            "title": "$:/language/Buttons/TagManager/Hint",
            "text": "Open tag manager"
        },
        "$:/language/Buttons/Theme/Caption": {
            "title": "$:/language/Buttons/Theme/Caption",
            "text": "theme"
        },
        "$:/language/Buttons/Theme/Hint": {
            "title": "$:/language/Buttons/Theme/Hint",
            "text": "Choose the display theme"
        },
        "$:/language/ControlPanel/Advanced/Caption": {
            "title": "$:/language/ControlPanel/Advanced/Caption",
            "text": "Advanced"
        },
        "$:/language/ControlPanel/Advanced/Hint": {
            "title": "$:/language/ControlPanel/Advanced/Hint",
            "text": "Internal information about this TiddlyWiki"
        },
        "$:/language/ControlPanel/Appearance/Caption": {
            "title": "$:/language/ControlPanel/Appearance/Caption",
            "text": "Appearance"
        },
        "$:/language/ControlPanel/Appearance/Hint": {
            "title": "$:/language/ControlPanel/Appearance/Hint",
            "text": "Ways to customise the appearance of your TiddlyWiki."
        },
        "$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
            "title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
            "text": "Animation duration:"
        },
        "$:/language/ControlPanel/Basics/Caption": {
            "title": "$:/language/ControlPanel/Basics/Caption",
            "text": "Basics"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
            "text": "Use &#91;&#91;double square brackets&#93;&#93; for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
            "text": "Default tiddlers:"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
            "text": "Choose which tiddlers are displayed at startup:"
        },
        "$:/language/ControlPanel/Basics/Language/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Language/Prompt",
            "text": "Hello! Current language:"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
            "text": "Title of new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
            "text": "Tags for new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
            "text": "Number of overridden shadow tiddlers:"
        },
        "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
            "text": "Number of shadow tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Subtitle/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
            "text": "Subtitle:"
        },
        "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
            "text": "Number of system tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tags/Prompt",
            "text": "Number of tags:"
        },
        "$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
            "text": "Number of tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Title/Prompt",
            "text": "Title of this ~TiddlyWiki:"
        },
        "$:/language/ControlPanel/Basics/Username/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Username/Prompt",
            "text": "Username for signing edits:"
        },
        "$:/language/ControlPanel/Basics/Version/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Version/Prompt",
            "text": "~TiddlyWiki version:"
        },
        "$:/language/ControlPanel/EditorTypes/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Caption",
            "text": "Editor Types"
        },
        "$:/language/ControlPanel/EditorTypes/Editor/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
            "text": "Editor"
        },
        "$:/language/ControlPanel/EditorTypes/Hint": {
            "title": "$:/language/ControlPanel/EditorTypes/Hint",
            "text": "These tiddlers determine which editor is used to edit specific tiddler types."
        },
        "$:/language/ControlPanel/EditorTypes/Type/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
            "text": "Type"
        },
        "$:/language/ControlPanel/Info/Caption": {
            "title": "$:/language/ControlPanel/Info/Caption",
            "text": "Info"
        },
        "$:/language/ControlPanel/Info/Hint": {
            "title": "$:/language/ControlPanel/Info/Hint",
            "text": "Information about this TiddlyWiki"
        },
        "$:/language/ControlPanel/LoadedModules/Caption": {
            "title": "$:/language/ControlPanel/LoadedModules/Caption",
            "text": "Loaded Modules"
        },
        "$:/language/ControlPanel/LoadedModules/Hint": {
            "title": "$:/language/ControlPanel/LoadedModules/Hint",
            "text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
        },
        "$:/language/ControlPanel/Palette/Caption": {
            "title": "$:/language/ControlPanel/Palette/Caption",
            "text": "Palette"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
            "text": "clone"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
            "text": "It is recommended that you clone this shadow palette before editing it"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
            "text": "This shadow palette has been modified"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt",
            "text": "Editing"
        },
        "$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
            "text": "reset"
        },
        "$:/language/ControlPanel/Palette/HideEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
            "text": "hide editor"
        },
        "$:/language/ControlPanel/Palette/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Prompt",
            "text": "Current palette:"
        },
        "$:/language/ControlPanel/Palette/ShowEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
            "text": "show editor"
        },
        "$:/language/ControlPanel/Plugins/Add/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Add/Hint",
            "text": "Install plugins from the official library"
        },
        "$:/language/ControlPanel/Plugins/Add/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Add/Caption",
            "text": "Get more plugins"
        },
        "$:/language/ControlPanel/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Disable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Caption",
            "text": "disable"
        },
        "$:/language/ControlPanel/Plugins/Disable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Hint",
            "text": "Disable this plugin when reloading page"
        },
        "$:/language/ControlPanel/Plugins/Disabled/Status": {
            "title": "$:/language/ControlPanel/Plugins/Disabled/Status",
            "text": "(disabled)"
        },
        "$:/language/ControlPanel/Plugins/Empty/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Empty/Hint",
            "text": "None"
        },
        "$:/language/ControlPanel/Plugins/Enable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Caption",
            "text": "enable"
        },
        "$:/language/ControlPanel/Plugins/Enable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Hint",
            "text": "Enable this plugin when reloading page"
        },
        "$:/language/ControlPanel/Plugins/Installed/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Installed/Hint",
            "text": "Currently installed plugins:"
        },
        "$:/language/ControlPanel/Plugins/Languages/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Caption",
            "text": "Languages"
        },
        "$:/language/ControlPanel/Plugins/Languages/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Hint",
            "text": "Language pack plugins"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Themes/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Caption",
            "text": "Themes"
        },
        "$:/language/ControlPanel/Plugins/Themes/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Hint",
            "text": "Theme plugins"
        },
        "$:/language/ControlPanel/Saving/Caption": {
            "title": "$:/language/ControlPanel/Saving/Caption",
            "text": "Saving"
        },
        "$:/language/ControlPanel/Saving/Heading": {
            "title": "$:/language/ControlPanel/Saving/Heading",
            "text": "Saving"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
            "text": "Advanced Settings"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
            "text": "Backup Directory"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
            "text": "Backups"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Description": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
            "text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
            "text": "Upload Filename"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
            "text": "~TiddlySpot"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
            "text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Password": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
            "text": "Password"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
            "text": "Server URL"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
            "text": "Upload Directory"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
            "text": "Wiki Name"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Caption": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
            "text": "Autosave"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
            "text": "Do not save changes automatically"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
            "text": "Save changes automatically"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Hint": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
            "text": "Automatically save changes during editing"
        },
        "$:/language/ControlPanel/Settings/Caption": {
            "title": "$:/language/ControlPanel/Settings/Caption",
            "text": "Settings"
        },
        "$:/language/ControlPanel/Settings/Hint": {
            "title": "$:/language/ControlPanel/Settings/Hint",
            "text": "These settings let you customise the behaviour of TiddlyWiki."
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
            "text": "Navigation Address Bar"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
            "text": "Behaviour of the browser address bar when navigating to a tiddler:"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
            "text": "Do not update the address bar"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
            "text": "Include the target tiddler"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
            "text": "Include the target tiddler and the current story sequence"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
            "text": "Navigation History"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
            "text": "Update browser history when navigating to a tiddler:"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
            "text": "Do not update history"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
            "text": "Update history"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
            "text": "Toolbar Button Style"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
            "text": "Choose the style for toolbar buttons:"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
            "text": "Borderless"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
            "text": "Boxed"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
            "text": "Rounded"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
            "text": "Toolbar Buttons"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
            "text": "Default toolbar button appearance:"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
            "text": "Include icon"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
            "text": "Include text"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
            "text": "Default Sidebar Tab"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
            "text": "Specify which sidebar tab is displayed by default"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
            "text": "Tiddler Opening Behaviour"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
            "text": "Navigation from //within// the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
            "text": "Navigation from //outside// the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
            "text": "Open above the current tiddler"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
            "text": "Open below the current tiddler"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
            "text": "Open at the top of the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
            "text": "Open at the bottom of the story river"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Caption": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
            "text": "Tiddler Titles"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Hint": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
            "text": "Optionally display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
            "text": "Do not display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
            "text": "Display tiddler titles as links"
        },
        "$:/language/ControlPanel/StoryView/Caption": {
            "title": "$:/language/ControlPanel/StoryView/Caption",
            "text": "Story View"
        },
        "$:/language/ControlPanel/StoryView/Prompt": {
            "title": "$:/language/ControlPanel/StoryView/Prompt",
            "text": "Current view:"
        },
        "$:/language/ControlPanel/Theme/Caption": {
            "title": "$:/language/ControlPanel/Theme/Caption",
            "text": "Theme"
        },
        "$:/language/ControlPanel/Theme/Prompt": {
            "title": "$:/language/ControlPanel/Theme/Prompt",
            "text": "Current theme:"
        },
        "$:/language/ControlPanel/TiddlerFields/Caption": {
            "title": "$:/language/ControlPanel/TiddlerFields/Caption",
            "text": "Tiddler Fields"
        },
        "$:/language/ControlPanel/TiddlerFields/Hint": {
            "title": "$:/language/ControlPanel/TiddlerFields/Hint",
            "text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
        },
        "$:/language/ControlPanel/Toolbars/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/Caption",
            "text": "Toolbars"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
            "text": "Edit Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
            "text": "Choose which buttons are displayed for tiddlers in edit mode"
        },
        "$:/language/ControlPanel/Toolbars/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/Hint",
            "text": "Select which toolbar buttons are displayed"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
            "text": "Page Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
            "text": "Choose which buttons are displayed on the main page toolbar  "
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
            "text": "View Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
            "text": "Choose which buttons are displayed for tiddlers in view mode"
        },
        "$:/language/ControlPanel/Tools/Download/Full/Caption": {
            "title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
            "text": "Download full wiki"
        },
        "$:/language/Date/DaySuffix/1": {
            "title": "$:/language/Date/DaySuffix/1",
            "text": "st"
        },
        "$:/language/Date/DaySuffix/2": {
            "title": "$:/language/Date/DaySuffix/2",
            "text": "nd"
        },
        "$:/language/Date/DaySuffix/3": {
            "title": "$:/language/Date/DaySuffix/3",
            "text": "rd"
        },
        "$:/language/Date/DaySuffix/4": {
            "title": "$:/language/Date/DaySuffix/4",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/5": {
            "title": "$:/language/Date/DaySuffix/5",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/6": {
            "title": "$:/language/Date/DaySuffix/6",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/7": {
            "title": "$:/language/Date/DaySuffix/7",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/8": {
            "title": "$:/language/Date/DaySuffix/8",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/9": {
            "title": "$:/language/Date/DaySuffix/9",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/10": {
            "title": "$:/language/Date/DaySuffix/10",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/11": {
            "title": "$:/language/Date/DaySuffix/11",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/12": {
            "title": "$:/language/Date/DaySuffix/12",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/13": {
            "title": "$:/language/Date/DaySuffix/13",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/14": {
            "title": "$:/language/Date/DaySuffix/14",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/15": {
            "title": "$:/language/Date/DaySuffix/15",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/16": {
            "title": "$:/language/Date/DaySuffix/16",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/17": {
            "title": "$:/language/Date/DaySuffix/17",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/18": {
            "title": "$:/language/Date/DaySuffix/18",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/19": {
            "title": "$:/language/Date/DaySuffix/19",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/20": {
            "title": "$:/language/Date/DaySuffix/20",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/21": {
            "title": "$:/language/Date/DaySuffix/21",
            "text": "st"
        },
        "$:/language/Date/DaySuffix/22": {
            "title": "$:/language/Date/DaySuffix/22",
            "text": "nd"
        },
        "$:/language/Date/DaySuffix/23": {
            "title": "$:/language/Date/DaySuffix/23",
            "text": "rd"
        },
        "$:/language/Date/DaySuffix/24": {
            "title": "$:/language/Date/DaySuffix/24",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/25": {
            "title": "$:/language/Date/DaySuffix/25",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/26": {
            "title": "$:/language/Date/DaySuffix/26",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/27": {
            "title": "$:/language/Date/DaySuffix/27",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/28": {
            "title": "$:/language/Date/DaySuffix/28",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/29": {
            "title": "$:/language/Date/DaySuffix/29",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/30": {
            "title": "$:/language/Date/DaySuffix/30",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/31": {
            "title": "$:/language/Date/DaySuffix/31",
            "text": "st"
        },
        "$:/language/Date/Long/Day/0": {
            "title": "$:/language/Date/Long/Day/0",
            "text": "Sunday"
        },
        "$:/language/Date/Long/Day/1": {
            "title": "$:/language/Date/Long/Day/1",
            "text": "Monday"
        },
        "$:/language/Date/Long/Day/2": {
            "title": "$:/language/Date/Long/Day/2",
            "text": "Tuesday"
        },
        "$:/language/Date/Long/Day/3": {
            "title": "$:/language/Date/Long/Day/3",
            "text": "Wednesday"
        },
        "$:/language/Date/Long/Day/4": {
            "title": "$:/language/Date/Long/Day/4",
            "text": "Thursday"
        },
        "$:/language/Date/Long/Day/5": {
            "title": "$:/language/Date/Long/Day/5",
            "text": "Friday"
        },
        "$:/language/Date/Long/Day/6": {
            "title": "$:/language/Date/Long/Day/6",
            "text": "Saturday"
        },
        "$:/language/Date/Long/Month/1": {
            "title": "$:/language/Date/Long/Month/1",
            "text": "January"
        },
        "$:/language/Date/Long/Month/2": {
            "title": "$:/language/Date/Long/Month/2",
            "text": "February"
        },
        "$:/language/Date/Long/Month/3": {
            "title": "$:/language/Date/Long/Month/3",
            "text": "March"
        },
        "$:/language/Date/Long/Month/4": {
            "title": "$:/language/Date/Long/Month/4",
            "text": "April"
        },
        "$:/language/Date/Long/Month/5": {
            "title": "$:/language/Date/Long/Month/5",
            "text": "May"
        },
        "$:/language/Date/Long/Month/6": {
            "title": "$:/language/Date/Long/Month/6",
            "text": "June"
        },
        "$:/language/Date/Long/Month/7": {
            "title": "$:/language/Date/Long/Month/7",
            "text": "July"
        },
        "$:/language/Date/Long/Month/8": {
            "title": "$:/language/Date/Long/Month/8",
            "text": "August"
        },
        "$:/language/Date/Long/Month/9": {
            "title": "$:/language/Date/Long/Month/9",
            "text": "September"
        },
        "$:/language/Date/Long/Month/10": {
            "title": "$:/language/Date/Long/Month/10",
            "text": "October"
        },
        "$:/language/Date/Long/Month/11": {
            "title": "$:/language/Date/Long/Month/11",
            "text": "November"
        },
        "$:/language/Date/Long/Month/12": {
            "title": "$:/language/Date/Long/Month/12",
            "text": "December"
        },
        "$:/language/Date/Period/am": {
            "title": "$:/language/Date/Period/am",
            "text": "am"
        },
        "$:/language/Date/Period/pm": {
            "title": "$:/language/Date/Period/pm",
            "text": "pm"
        },
        "$:/language/Date/Short/Day/0": {
            "title": "$:/language/Date/Short/Day/0",
            "text": "Sun"
        },
        "$:/language/Date/Short/Day/1": {
            "title": "$:/language/Date/Short/Day/1",
            "text": "Mon"
        },
        "$:/language/Date/Short/Day/2": {
            "title": "$:/language/Date/Short/Day/2",
            "text": "Tue"
        },
        "$:/language/Date/Short/Day/3": {
            "title": "$:/language/Date/Short/Day/3",
            "text": "Wed"
        },
        "$:/language/Date/Short/Day/4": {
            "title": "$:/language/Date/Short/Day/4",
            "text": "Thu"
        },
        "$:/language/Date/Short/Day/5": {
            "title": "$:/language/Date/Short/Day/5",
            "text": "Fri"
        },
        "$:/language/Date/Short/Day/6": {
            "title": "$:/language/Date/Short/Day/6",
            "text": "Sat"
        },
        "$:/language/Date/Short/Month/1": {
            "title": "$:/language/Date/Short/Month/1",
            "text": "Jan"
        },
        "$:/language/Date/Short/Month/2": {
            "title": "$:/language/Date/Short/Month/2",
            "text": "Feb"
        },
        "$:/language/Date/Short/Month/3": {
            "title": "$:/language/Date/Short/Month/3",
            "text": "Mar"
        },
        "$:/language/Date/Short/Month/4": {
            "title": "$:/language/Date/Short/Month/4",
            "text": "Apr"
        },
        "$:/language/Date/Short/Month/5": {
            "title": "$:/language/Date/Short/Month/5",
            "text": "May"
        },
        "$:/language/Date/Short/Month/6": {
            "title": "$:/language/Date/Short/Month/6",
            "text": "Jun"
        },
        "$:/language/Date/Short/Month/7": {
            "title": "$:/language/Date/Short/Month/7",
            "text": "Jul"
        },
        "$:/language/Date/Short/Month/8": {
            "title": "$:/language/Date/Short/Month/8",
            "text": "Aug"
        },
        "$:/language/Date/Short/Month/9": {
            "title": "$:/language/Date/Short/Month/9",
            "text": "Sep"
        },
        "$:/language/Date/Short/Month/10": {
            "title": "$:/language/Date/Short/Month/10",
            "text": "Oct"
        },
        "$:/language/Date/Short/Month/11": {
            "title": "$:/language/Date/Short/Month/11",
            "text": "Nov"
        },
        "$:/language/Date/Short/Month/12": {
            "title": "$:/language/Date/Short/Month/12",
            "text": "Dec"
        },
        "$:/language/RelativeDate/Future/Days": {
            "title": "$:/language/RelativeDate/Future/Days",
            "text": "<<period>> days from now"
        },
        "$:/language/RelativeDate/Future/Hours": {
            "title": "$:/language/RelativeDate/Future/Hours",
            "text": "<<period>> hours from now"
        },
        "$:/language/RelativeDate/Future/Minutes": {
            "title": "$:/language/RelativeDate/Future/Minutes",
            "text": "<<period>> minutes from now"
        },
        "$:/language/RelativeDate/Future/Months": {
            "title": "$:/language/RelativeDate/Future/Months",
            "text": "<<period>> months from now"
        },
        "$:/language/RelativeDate/Future/Second": {
            "title": "$:/language/RelativeDate/Future/Second",
            "text": "1 second from now"
        },
        "$:/language/RelativeDate/Future/Seconds": {
            "title": "$:/language/RelativeDate/Future/Seconds",
            "text": "<<period>> seconds from now"
        },
        "$:/language/RelativeDate/Future/Years": {
            "title": "$:/language/RelativeDate/Future/Years",
            "text": "<<period>> years from now"
        },
        "$:/language/RelativeDate/Past/Days": {
            "title": "$:/language/RelativeDate/Past/Days",
            "text": "<<period>> days ago"
        },
        "$:/language/RelativeDate/Past/Hours": {
            "title": "$:/language/RelativeDate/Past/Hours",
            "text": "<<period>> hours ago"
        },
        "$:/language/RelativeDate/Past/Minutes": {
            "title": "$:/language/RelativeDate/Past/Minutes",
            "text": "<<period>> minutes ago"
        },
        "$:/language/RelativeDate/Past/Months": {
            "title": "$:/language/RelativeDate/Past/Months",
            "text": "<<period>> months ago"
        },
        "$:/language/RelativeDate/Past/Second": {
            "title": "$:/language/RelativeDate/Past/Second",
            "text": "1 second ago"
        },
        "$:/language/RelativeDate/Past/Seconds": {
            "title": "$:/language/RelativeDate/Past/Seconds",
            "text": "<<period>> seconds ago"
        },
        "$:/language/RelativeDate/Past/Years": {
            "title": "$:/language/RelativeDate/Past/Years",
            "text": "<<period>> years ago"
        },
        "$:/language/Docs/ModuleTypes/animation": {
            "title": "$:/language/Docs/ModuleTypes/animation",
            "text": "Animations that may be used with the RevealWidget."
        },
        "$:/language/Docs/ModuleTypes/command": {
            "title": "$:/language/Docs/ModuleTypes/command",
            "text": "Commands that can be executed under Node.js."
        },
        "$:/language/Docs/ModuleTypes/config": {
            "title": "$:/language/Docs/ModuleTypes/config",
            "text": "Data to be inserted into `$tw.config`."
        },
        "$:/language/Docs/ModuleTypes/filteroperator": {
            "title": "$:/language/Docs/ModuleTypes/filteroperator",
            "text": "Individual filter operator methods."
        },
        "$:/language/Docs/ModuleTypes/global": {
            "title": "$:/language/Docs/ModuleTypes/global",
            "text": "Global data to be inserted into `$tw`."
        },
        "$:/language/Docs/ModuleTypes/isfilteroperator": {
            "title": "$:/language/Docs/ModuleTypes/isfilteroperator",
            "text": "Operands for the ''is'' filter operator."
        },
        "$:/language/Docs/ModuleTypes/macro": {
            "title": "$:/language/Docs/ModuleTypes/macro",
            "text": "JavaScript macro definitions."
        },
        "$:/language/Docs/ModuleTypes/parser": {
            "title": "$:/language/Docs/ModuleTypes/parser",
            "text": "Parsers for different content types."
        },
        "$:/language/Docs/ModuleTypes/saver": {
            "title": "$:/language/Docs/ModuleTypes/saver",
            "text": "Savers handle different methods for saving files from the browser."
        },
        "$:/language/Docs/ModuleTypes/startup": {
            "title": "$:/language/Docs/ModuleTypes/startup",
            "text": "Startup functions."
        },
        "$:/language/Docs/ModuleTypes/storyview": {
            "title": "$:/language/Docs/ModuleTypes/storyview",
            "text": "Story views customise the animation and behaviour of list widgets."
        },
        "$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
            "text": "Converts different content types into tiddlers."
        },
        "$:/language/Docs/ModuleTypes/tiddlerfield": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerfield",
            "text": "Defines the behaviour of an individual tiddler field."
        },
        "$:/language/Docs/ModuleTypes/tiddlermethod": {
            "title": "$:/language/Docs/ModuleTypes/tiddlermethod",
            "text": "Adds methods to the `$tw.Tiddler` prototype."
        },
        "$:/language/Docs/ModuleTypes/upgrader": {
            "title": "$:/language/Docs/ModuleTypes/upgrader",
            "text": "Applies upgrade processing to tiddlers during an upgrade/import."
        },
        "$:/language/Docs/ModuleTypes/utils": {
            "title": "$:/language/Docs/ModuleTypes/utils",
            "text": "Adds methods to `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/utils-node": {
            "title": "$:/language/Docs/ModuleTypes/utils-node",
            "text": "Adds Node.js-specific methods to `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/widget": {
            "title": "$:/language/Docs/ModuleTypes/widget",
            "text": "Widgets encapsulate DOM rendering and refreshing."
        },
        "$:/language/Docs/ModuleTypes/wikimethod": {
            "title": "$:/language/Docs/ModuleTypes/wikimethod",
            "text": "Adds methods to `$tw.Wiki`."
        },
        "$:/language/Docs/ModuleTypes/wikirule": {
            "title": "$:/language/Docs/ModuleTypes/wikirule",
            "text": "Individual parser rules for the main WikiText parser."
        },
        "$:/language/Docs/PaletteColours/alert-background": {
            "title": "$:/language/Docs/PaletteColours/alert-background",
            "text": "Alert background"
        },
        "$:/language/Docs/PaletteColours/alert-border": {
            "title": "$:/language/Docs/PaletteColours/alert-border",
            "text": "Alert border"
        },
        "$:/language/Docs/PaletteColours/alert-highlight": {
            "title": "$:/language/Docs/PaletteColours/alert-highlight",
            "text": "Alert highlight"
        },
        "$:/language/Docs/PaletteColours/alert-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
            "text": "Alert muted foreground"
        },
        "$:/language/Docs/PaletteColours/background": {
            "title": "$:/language/Docs/PaletteColours/background",
            "text": "General background"
        },
        "$:/language/Docs/PaletteColours/blockquote-bar": {
            "title": "$:/language/Docs/PaletteColours/blockquote-bar",
            "text": "Blockquote bar"
        },
        "$:/language/Docs/PaletteColours/button-background": {
            "title": "$:/language/Docs/PaletteColours/button-background",
            "text": "Default button background"
        },
        "$:/language/Docs/PaletteColours/button-border": {
            "title": "$:/language/Docs/PaletteColours/button-border",
            "text": "Default button border"
        },
        "$:/language/Docs/PaletteColours/button-foreground": {
            "title": "$:/language/Docs/PaletteColours/button-foreground",
            "text": "Default button foreground"
        },
        "$:/language/Docs/PaletteColours/dirty-indicator": {
            "title": "$:/language/Docs/PaletteColours/dirty-indicator",
            "text": "Unsaved changes indicator"
        },
        "$:/language/Docs/PaletteColours/code-background": {
            "title": "$:/language/Docs/PaletteColours/code-background",
            "text": "Code background"
        },
        "$:/language/Docs/PaletteColours/code-border": {
            "title": "$:/language/Docs/PaletteColours/code-border",
            "text": "Code border"
        },
        "$:/language/Docs/PaletteColours/code-foreground": {
            "title": "$:/language/Docs/PaletteColours/code-foreground",
            "text": "Code foreground"
        },
        "$:/language/Docs/PaletteColours/download-background": {
            "title": "$:/language/Docs/PaletteColours/download-background",
            "text": "Download button background"
        },
        "$:/language/Docs/PaletteColours/download-foreground": {
            "title": "$:/language/Docs/PaletteColours/download-foreground",
            "text": "Download button foreground"
        },
        "$:/language/Docs/PaletteColours/dragger-background": {
            "title": "$:/language/Docs/PaletteColours/dragger-background",
            "text": "Dragger background"
        },
        "$:/language/Docs/PaletteColours/dragger-foreground": {
            "title": "$:/language/Docs/PaletteColours/dragger-foreground",
            "text": "Dragger foreground"
        },
        "$:/language/Docs/PaletteColours/dropdown-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-background",
            "text": "Dropdown background"
        },
        "$:/language/Docs/PaletteColours/dropdown-border": {
            "title": "$:/language/Docs/PaletteColours/dropdown-border",
            "text": "Dropdown border"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
            "text": "Dropdown tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
            "text": "Dropdown tab background"
        },
        "$:/language/Docs/PaletteColours/dropzone-background": {
            "title": "$:/language/Docs/PaletteColours/dropzone-background",
            "text": "Dropzone background"
        },
        "$:/language/Docs/PaletteColours/external-link-background-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-hover",
            "text": "External link background hover"
        },
        "$:/language/Docs/PaletteColours/external-link-background-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-visited",
            "text": "External link background visited"
        },
        "$:/language/Docs/PaletteColours/external-link-background": {
            "title": "$:/language/Docs/PaletteColours/external-link-background",
            "text": "External link background"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
            "text": "External link foreground hover"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
            "text": "External link foreground visited"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground",
            "text": "External link foreground"
        },
        "$:/language/Docs/PaletteColours/foreground": {
            "title": "$:/language/Docs/PaletteColours/foreground",
            "text": "General foreground"
        },
        "$:/language/Docs/PaletteColours/message-background": {
            "title": "$:/language/Docs/PaletteColours/message-background",
            "text": "Message box background"
        },
        "$:/language/Docs/PaletteColours/message-border": {
            "title": "$:/language/Docs/PaletteColours/message-border",
            "text": "Message box border"
        },
        "$:/language/Docs/PaletteColours/message-foreground": {
            "title": "$:/language/Docs/PaletteColours/message-foreground",
            "text": "Message box foreground"
        },
        "$:/language/Docs/PaletteColours/modal-backdrop": {
            "title": "$:/language/Docs/PaletteColours/modal-backdrop",
            "text": "Modal backdrop"
        },
        "$:/language/Docs/PaletteColours/modal-background": {
            "title": "$:/language/Docs/PaletteColours/modal-background",
            "text": "Modal background"
        },
        "$:/language/Docs/PaletteColours/modal-border": {
            "title": "$:/language/Docs/PaletteColours/modal-border",
            "text": "Modal border"
        },
        "$:/language/Docs/PaletteColours/modal-footer-background": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-background",
            "text": "Modal footer background"
        },
        "$:/language/Docs/PaletteColours/modal-footer-border": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-border",
            "text": "Modal footer border"
        },
        "$:/language/Docs/PaletteColours/modal-header-border": {
            "title": "$:/language/Docs/PaletteColours/modal-header-border",
            "text": "Modal header border"
        },
        "$:/language/Docs/PaletteColours/muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/muted-foreground",
            "text": "General muted foreground"
        },
        "$:/language/Docs/PaletteColours/notification-background": {
            "title": "$:/language/Docs/PaletteColours/notification-background",
            "text": "Notification background"
        },
        "$:/language/Docs/PaletteColours/notification-border": {
            "title": "$:/language/Docs/PaletteColours/notification-border",
            "text": "Notification border"
        },
        "$:/language/Docs/PaletteColours/page-background": {
            "title": "$:/language/Docs/PaletteColours/page-background",
            "text": "Page background"
        },
        "$:/language/Docs/PaletteColours/pre-background": {
            "title": "$:/language/Docs/PaletteColours/pre-background",
            "text": "Preformatted code background"
        },
        "$:/language/Docs/PaletteColours/pre-border": {
            "title": "$:/language/Docs/PaletteColours/pre-border",
            "text": "Preformatted code border"
        },
        "$:/language/Docs/PaletteColours/primary": {
            "title": "$:/language/Docs/PaletteColours/primary",
            "text": "General primary"
        },
        "$:/language/Docs/PaletteColours/sidebar-button-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
            "text": "Sidebar button foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
            "text": "Sidebar controls foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
            "text": "Sidebar controls foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
            "text": "Sidebar foreground shadow"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground",
            "text": "Sidebar foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
            "text": "Sidebar muted foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
            "text": "Sidebar muted foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
            "text": "Sidebar tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
            "text": "Sidebar tab background"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
            "text": "Sidebar tab border for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
            "text": "Sidebar tab border"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-divider": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
            "text": "Sidebar tab divider"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
            "text": "Sidebar tab foreground for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
            "text": "Sidebar tab foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
            "text": "Sidebar tiddler link foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
            "text": "Sidebar tiddler link foreground"
        },
        "$:/language/Docs/PaletteColours/site-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/site-title-foreground",
            "text": "Site title foreground"
        },
        "$:/language/Docs/PaletteColours/static-alert-foreground": {
            "title": "$:/language/Docs/PaletteColours/static-alert-foreground",
            "text": "Static alert foreground"
        },
        "$:/language/Docs/PaletteColours/tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-background-selected",
            "text": "Tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-background": {
            "title": "$:/language/Docs/PaletteColours/tab-background",
            "text": "Tab background"
        },
        "$:/language/Docs/PaletteColours/tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-border-selected",
            "text": "Tab border for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-border": {
            "title": "$:/language/Docs/PaletteColours/tab-border",
            "text": "Tab border"
        },
        "$:/language/Docs/PaletteColours/tab-divider": {
            "title": "$:/language/Docs/PaletteColours/tab-divider",
            "text": "Tab divider"
        },
        "$:/language/Docs/PaletteColours/tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
            "text": "Tab foreground for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground",
            "text": "Tab foreground"
        },
        "$:/language/Docs/PaletteColours/table-border": {
            "title": "$:/language/Docs/PaletteColours/table-border",
            "text": "Table border"
        },
        "$:/language/Docs/PaletteColours/table-footer-background": {
            "title": "$:/language/Docs/PaletteColours/table-footer-background",
            "text": "Table footer background"
        },
        "$:/language/Docs/PaletteColours/table-header-background": {
            "title": "$:/language/Docs/PaletteColours/table-header-background",
            "text": "Table header background"
        },
        "$:/language/Docs/PaletteColours/tag-background": {
            "title": "$:/language/Docs/PaletteColours/tag-background",
            "text": "Tag background"
        },
        "$:/language/Docs/PaletteColours/tag-foreground": {
            "title": "$:/language/Docs/PaletteColours/tag-foreground",
            "text": "Tag foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-background",
            "text": "Tiddler background"
        },
        "$:/language/Docs/PaletteColours/tiddler-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-border",
            "text": "Tiddler border"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
            "text": "Tiddler controls foreground hover"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
            "text": "Tiddler controls foreground for selected controls"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
            "text": "Tiddler controls foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
            "text": "Tiddler editor background"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
            "text": "Tiddler editor border image"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
            "text": "Tiddler editor border"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
            "text": "Tiddler editor background for even fields"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
            "text": "Tiddler editor background for odd fields"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-background",
            "text": "Tiddler info panel background"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-border",
            "text": "Tiddler info panel border"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
            "text": "Tiddler info panel tab background"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-background",
            "text": "Tiddler link background"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
            "text": "Tiddler link foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
            "text": "Tiddler subtitle foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
            "text": "Tiddler title foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-new-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-new-button",
            "text": "Toolbar 'new tiddler' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-options-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-options-button",
            "text": "Toolbar 'options' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-save-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-save-button",
            "text": "Toolbar 'save' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-info-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-info-button",
            "text": "Toolbar 'info' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-edit-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
            "text": "Toolbar 'edit' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-close-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-close-button",
            "text": "Toolbar 'close' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-delete-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
            "text": "Toolbar 'delete' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-cancel-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
            "text": "Toolbar 'cancel' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-done-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-done-button",
            "text": "Toolbar 'done' button foreground"
        },
        "$:/language/Docs/PaletteColours/untagged-background": {
            "title": "$:/language/Docs/PaletteColours/untagged-background",
            "text": "Untagged pill background"
        },
        "$:/language/Docs/PaletteColours/very-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/very-muted-foreground",
            "text": "Very muted foreground"
        },
        "$:/language/EditTemplate/Body/External/Hint": {
            "title": "$:/language/EditTemplate/Body/External/Hint",
            "text": "This is an external tiddler stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
        },
        "$:/language/EditTemplate/Body/Hint": {
            "title": "$:/language/EditTemplate/Body/Hint",
            "text": "Use [[wiki text|http://tiddlywiki.com/static/WikiText.html]] to add formatting, images, and dynamic features"
        },
        "$:/language/EditTemplate/Body/Placeholder": {
            "title": "$:/language/EditTemplate/Body/Placeholder",
            "text": "Type the text for this tiddler"
        },
        "$:/language/EditTemplate/Body/Preview/Button/Hide": {
            "title": "$:/language/EditTemplate/Body/Preview/Button/Hide",
            "text": "hide preview"
        },
        "$:/language/EditTemplate/Body/Preview/Button/Show": {
            "title": "$:/language/EditTemplate/Body/Preview/Button/Show",
            "text": "show preview"
        },
        "$:/language/EditTemplate/Field/Remove/Caption": {
            "title": "$:/language/EditTemplate/Field/Remove/Caption",
            "text": "remove field"
        },
        "$:/language/EditTemplate/Field/Remove/Hint": {
            "title": "$:/language/EditTemplate/Field/Remove/Hint",
            "text": "Remove field"
        },
        "$:/language/EditTemplate/Fields/Add/Button": {
            "title": "$:/language/EditTemplate/Fields/Add/Button",
            "text": "add"
        },
        "$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
            "text": "field name"
        },
        "$:/language/EditTemplate/Fields/Add/Prompt": {
            "title": "$:/language/EditTemplate/Fields/Add/Prompt",
            "text": "Add a new field:"
        },
        "$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
            "text": "field value"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/System": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
            "text": "System fields"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/User": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
            "text": "User fields"
        },
        "$:/language/EditTemplate/Shadow/Warning": {
            "title": "$:/language/EditTemplate/Shadow/Warning",
            "text": "This is a shadow tiddler. Any changes will override the default version"
        },
        "$:/language/EditTemplate/Shadow/OverriddenWarning": {
            "title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
            "text": "This is a modified shadow tiddler. You can revert to the default version by deleting this tiddler"
        },
        "$:/language/EditTemplate/Tags/Add/Button": {
            "title": "$:/language/EditTemplate/Tags/Add/Button",
            "text": "add"
        },
        "$:/language/EditTemplate/Tags/Add/Placeholder": {
            "title": "$:/language/EditTemplate/Tags/Add/Placeholder",
            "text": "tag name"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
            "text": "tag list"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
            "text": "Show tag list"
        },
        "$:/language/EditTemplate/Type/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Caption",
            "text": "content type list"
        },
        "$:/language/EditTemplate/Type/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Hint",
            "text": "Show content type list"
        },
        "$:/language/EditTemplate/Type/Delete/Caption": {
            "title": "$:/language/EditTemplate/Type/Delete/Caption",
            "text": "delete content type"
        },
        "$:/language/EditTemplate/Type/Delete/Hint": {
            "title": "$:/language/EditTemplate/Type/Delete/Hint",
            "text": "Delete content type"
        },
        "$:/language/EditTemplate/Type/Placeholder": {
            "title": "$:/language/EditTemplate/Type/Placeholder",
            "text": "content type"
        },
        "$:/language/EditTemplate/Type/Prompt": {
            "title": "$:/language/EditTemplate/Type/Prompt",
            "text": "Type:"
        },
        "$:/language/Exporters/StaticRiver": {
            "title": "$:/language/Exporters/StaticRiver",
            "text": "Static HTML"
        },
        "$:/language/Exporters/JsonFile": {
            "title": "$:/language/Exporters/JsonFile",
            "text": "JSON file"
        },
        "$:/language/Exporters/CsvFile": {
            "title": "$:/language/Exporters/CsvFile",
            "text": "CSV file"
        },
        "$:/language/Exporters/TidFile": {
            "title": "$:/language/Exporters/TidFile",
            "text": "\".tid\" file"
        },
        "$:/language/Docs/Fields/_canonical_uri": {
            "title": "$:/language/Docs/Fields/_canonical_uri",
            "text": "The full URI of an external image tiddler"
        },
        "$:/language/Docs/Fields/bag": {
            "title": "$:/language/Docs/Fields/bag",
            "text": "The name of the bag from which a tiddler came"
        },
        "$:/language/Docs/Fields/caption": {
            "title": "$:/language/Docs/Fields/caption",
            "text": "The text to be displayed on a tab or button"
        },
        "$:/language/Docs/Fields/color": {
            "title": "$:/language/Docs/Fields/color",
            "text": "The CSS color value associated with a tiddler"
        },
        "$:/language/Docs/Fields/component": {
            "title": "$:/language/Docs/Fields/component",
            "text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
        },
        "$:/language/Docs/Fields/current-tiddler": {
            "title": "$:/language/Docs/Fields/current-tiddler",
            "text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
        },
        "$:/language/Docs/Fields/created": {
            "title": "$:/language/Docs/Fields/created",
            "text": "The date a tiddler was created"
        },
        "$:/language/Docs/Fields/creator": {
            "title": "$:/language/Docs/Fields/creator",
            "text": "The name of the person who created a tiddler"
        },
        "$:/language/Docs/Fields/dependents": {
            "title": "$:/language/Docs/Fields/dependents",
            "text": "For a plugin, lists the dependent plugin titles"
        },
        "$:/language/Docs/Fields/description": {
            "title": "$:/language/Docs/Fields/description",
            "text": "The descriptive text for a plugin, or a modal dialogue"
        },
        "$:/language/Docs/Fields/draft.of": {
            "title": "$:/language/Docs/Fields/draft.of",
            "text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
        },
        "$:/language/Docs/Fields/draft.title": {
            "title": "$:/language/Docs/Fields/draft.title",
            "text": "For draft tiddlers, contains the proposed new title of the tiddler"
        },
        "$:/language/Docs/Fields/footer": {
            "title": "$:/language/Docs/Fields/footer",
            "text": "The footer text for a wizard"
        },
        "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
            "title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
            "text": "A temporary storage field used in [[$:/core/templates/static.content]]"
        },
        "$:/language/Docs/Fields/icon": {
            "title": "$:/language/Docs/Fields/icon",
            "text": "The title of the tiddler containing the icon associated with a tiddler"
        },
        "$:/language/Docs/Fields/library": {
            "title": "$:/language/Docs/Fields/library",
            "text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
        },
        "$:/language/Docs/Fields/list": {
            "title": "$:/language/Docs/Fields/list",
            "text": "An ordered list of tiddler titles associated with a tiddler"
        },
        "$:/language/Docs/Fields/list-before": {
            "title": "$:/language/Docs/Fields/list-before",
            "text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
        },
        "$:/language/Docs/Fields/list-after": {
            "title": "$:/language/Docs/Fields/list-after",
            "text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
        },
        "$:/language/Docs/Fields/modified": {
            "title": "$:/language/Docs/Fields/modified",
            "text": "The date and time at which a tiddler was last modified"
        },
        "$:/language/Docs/Fields/modifier": {
            "title": "$:/language/Docs/Fields/modifier",
            "text": "The tiddler title associated with the person who last modified a tiddler"
        },
        "$:/language/Docs/Fields/name": {
            "title": "$:/language/Docs/Fields/name",
            "text": "The human readable name associated with a plugin tiddler"
        },
        "$:/language/Docs/Fields/plugin-priority": {
            "title": "$:/language/Docs/Fields/plugin-priority",
            "text": "A numerical value indicating the priority of a plugin tiddler"
        },
        "$:/language/Docs/Fields/plugin-type": {
            "title": "$:/language/Docs/Fields/plugin-type",
            "text": "The type of plugin in a plugin tiddler"
        },
        "$:/language/Docs/Fields/revision": {
            "title": "$:/language/Docs/Fields/revision",
            "text": "The revision of the tiddler held at the server"
        },
        "$:/language/Docs/Fields/released": {
            "title": "$:/language/Docs/Fields/released",
            "text": "Date of a TiddlyWiki release"
        },
        "$:/language/Docs/Fields/source": {
            "title": "$:/language/Docs/Fields/source",
            "text": "The source URL associated with a tiddler"
        },
        "$:/language/Docs/Fields/subtitle": {
            "title": "$:/language/Docs/Fields/subtitle",
            "text": "The subtitle text for a wizard"
        },
        "$:/language/Docs/Fields/tags": {
            "title": "$:/language/Docs/Fields/tags",
            "text": "A list of tags associated with a tiddler"
        },
        "$:/language/Docs/Fields/text": {
            "title": "$:/language/Docs/Fields/text",
            "text": "The body text of a tiddler"
        },
        "$:/language/Docs/Fields/title": {
            "title": "$:/language/Docs/Fields/title",
            "text": "The unique name of a tiddler"
        },
        "$:/language/Docs/Fields/type": {
            "title": "$:/language/Docs/Fields/type",
            "text": "The content type of a tiddler"
        },
        "$:/language/Docs/Fields/version": {
            "title": "$:/language/Docs/Fields/version",
            "text": "Version information for a plugin"
        },
        "$:/language/Filters/AllTiddlers": {
            "title": "$:/language/Filters/AllTiddlers",
            "text": "All tiddlers except system tiddlers"
        },
        "$:/language/Filters/RecentSystemTiddlers": {
            "title": "$:/language/Filters/RecentSystemTiddlers",
            "text": "Recently modified tiddlers, including system tiddlers"
        },
        "$:/language/Filters/RecentTiddlers": {
            "title": "$:/language/Filters/RecentTiddlers",
            "text": "Recently modified tiddlers"
        },
        "$:/language/Filters/AllTags": {
            "title": "$:/language/Filters/AllTags",
            "text": "All tags except system tags"
        },
        "$:/language/Filters/Missing": {
            "title": "$:/language/Filters/Missing",
            "text": "Missing tiddlers"
        },
        "$:/language/Filters/Drafts": {
            "title": "$:/language/Filters/Drafts",
            "text": "Draft tiddlers"
        },
        "$:/language/Filters/Orphans": {
            "title": "$:/language/Filters/Orphans",
            "text": "Orphan tiddlers"
        },
        "$:/language/Filters/SystemTiddlers": {
            "title": "$:/language/Filters/SystemTiddlers",
            "text": "System tiddlers"
        },
        "$:/language/Filters/ShadowTiddlers": {
            "title": "$:/language/Filters/ShadowTiddlers",
            "text": "Shadow tiddlers"
        },
        "$:/language/Filters/OverriddenShadowTiddlers": {
            "title": "$:/language/Filters/OverriddenShadowTiddlers",
            "text": "Overridden shadow tiddlers"
        },
        "$:/language/Filters/SystemTags": {
            "title": "$:/language/Filters/SystemTags",
            "text": "System tags"
        },
        "$:/language/Filters/TypedTiddlers": {
            "title": "$:/language/Filters/TypedTiddlers",
            "text": "Non wiki-text tiddlers"
        },
        "GettingStarted": {
            "title": "GettingStarted",
            "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See http://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
        },
        "$:/language/Help/build": {
            "title": "$:/language/Help/build",
            "description": "Automatically run configured commands",
            "text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
        },
        "$:/language/Help/clearpassword": {
            "title": "$:/language/Help/clearpassword",
            "description": "Clear a password for subsequent crypto operations",
            "text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
        },
        "$:/language/Help/default": {
            "title": "$:/language/Help/default",
            "text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
        },
        "$:/language/Help/editions": {
            "title": "$:/language/Help/editions",
            "description": "Lists the available editions of TiddlyWiki",
            "text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
        },
        "$:/language/Help/help": {
            "title": "$:/language/Help/help",
            "description": "Display help for TiddlyWiki commands",
            "text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
        },
        "$:/language/Help/init": {
            "title": "$:/language/Help/init",
            "description": "Initialise a new wiki folder",
            "text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
        },
        "$:/language/Help/load": {
            "title": "$:/language/Help/load",
            "description": "Load tiddlers from a file",
            "text": "Load tiddlers from 2.x.x TiddlyWiki files (`.html`), `.tiddler`, `.tid`, `.json` or other files \n\n```\n--load <filepath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
        },
        "$:/language/Help/makelibrary": {
            "title": "$:/language/Help/makelibrary",
            "description": "Construct library plugin required by upgrade process",
            "text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
        },
        "$:/language/Help/notfound": {
            "title": "$:/language/Help/notfound",
            "text": "No such help item"
        },
        "$:/language/Help/output": {
            "title": "$:/language/Help/output",
            "description": "Set the base output directory for subsequent commands",
            "text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
        },
        "$:/language/Help/password": {
            "title": "$:/language/Help/password",
            "description": "Set a password for subsequent crypto operations",
            "text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n"
        },
        "$:/language/Help/rendertiddler": {
            "title": "$:/language/Help/rendertiddler",
            "description": "Render an individual tiddler as a specified ContentType",
            "text": "Render an individual tiddler as a specified ContentType, defaults to `text/html` and save it to the specified filename:\n\n```\n--rendertiddler <title> <filename> [<type>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
        },
        "$:/language/Help/rendertiddlers": {
            "title": "$:/language/Help/rendertiddlers",
            "description": "Render tiddlers matching a filter to a specified ContentType",
            "text": "Render a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the \"noclean\" parameter is specified. The target directory is recursively created if it is missing.\n"
        },
        "$:/language/Help/savetiddler": {
            "title": "$:/language/Help/savetiddler",
            "description": "Saves a raw tiddler to a file",
            "text": "Saves an individual tiddler in its raw text or binary format to the specified filename. \n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
        },
        "$:/language/Help/savetiddlers": {
            "title": "$:/language/Help/savetiddlers",
            "description": "Saves a group of raw tiddlers to a directory",
            "text": "Saves a group of tiddlers in their raw text or binary format to the specified directory. \n\n```\n--savetiddlers <filter> <pathname>\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the pathname are automatically created.\n"
        },
        "$:/language/Help/server": {
            "title": "$:/language/Help/server",
            "description": "Provides an HTTP server interface to TiddlyWiki",
            "text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\") \n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
        },
        "$:/language/Help/setfield": {
            "title": "$:/language/Help/setfield",
            "description": "Prepares external tiddlers for use",
            "text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''type'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n\n"
        },
        "$:/language/Help/unpackplugin": {
            "title": "$:/language/Help/unpackplugin",
            "description": "Unpack the payload tiddlers from a plugin",
            "text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
        },
        "$:/language/Help/verbose": {
            "title": "$:/language/Help/verbose",
            "description": "Triggers verbose output mode",
            "text": "Triggers verbose output, useful for debugging \n\n```\n--verbose\n```\n"
        },
        "$:/language/Help/version": {
            "title": "$:/language/Help/version",
            "description": "Displays the version number of TiddlyWiki",
            "text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
        },
        "$:/language/Import/Listing/Cancel/Caption": {
            "title": "$:/language/Import/Listing/Cancel/Caption",
            "text": "Cancel"
        },
        "$:/language/Import/Listing/Hint": {
            "title": "$:/language/Import/Listing/Hint",
            "text": "These tiddlers are ready to import:"
        },
        "$:/language/Import/Listing/Import/Caption": {
            "title": "$:/language/Import/Listing/Import/Caption",
            "text": "Import"
        },
        "$:/language/Import/Listing/Select/Caption": {
            "title": "$:/language/Import/Listing/Select/Caption",
            "text": "Select"
        },
        "$:/language/Import/Listing/Status/Caption": {
            "title": "$:/language/Import/Listing/Status/Caption",
            "text": "Status"
        },
        "$:/language/Import/Listing/Title/Caption": {
            "title": "$:/language/Import/Listing/Title/Caption",
            "text": "Title"
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
            "text": "Blocked incompatible or obsolete plugin "
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
            "text": "Blocked plugin (due to incoming <<incoming>>  being older than existing <<existing>>)"
        },
        "$:/language/Import/Upgrader/Plugins/Upgraded": {
            "title": "$:/language/Import/Upgrader/Plugins/Upgraded",
            "text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
        },
        "$:/language/Import/Upgrader/State/Suppressed": {
            "title": "$:/language/Import/Upgrader/State/Suppressed",
            "text": "Blocked temporary state tiddler"
        },
        "$:/language/Import/Upgrader/System/Suppressed": {
            "title": "$:/language/Import/Upgrader/System/Suppressed",
            "text": "Blocked system tiddler"
        },
        "$:/language/Import/Upgrader/ThemeTweaks/Created": {
            "title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
            "text": "Migrated theme tweak from <$text text=<<from>>/>"
        },
        "$:/language/BinaryWarning/Prompt": {
            "title": "$:/language/BinaryWarning/Prompt",
            "text": "This tiddler contains binary data"
        },
        "$:/language/ClassicWarning/Hint": {
            "title": "$:/language/ClassicWarning/Hint",
            "text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See http://tiddlywiki.com/static/Upgrading.html for more details. "
        },
        "$:/language/ClassicWarning/Upgrade/Caption": {
            "title": "$:/language/ClassicWarning/Upgrade/Caption",
            "text": "upgrade"
        },
        "$:/language/CloseAll/Button": {
            "title": "$:/language/CloseAll/Button",
            "text": "close all"
        },
        "$:/language/ConfirmCancelTiddler": {
            "title": "$:/language/ConfirmCancelTiddler",
            "text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmDeleteTiddler": {
            "title": "$:/language/ConfirmDeleteTiddler",
            "text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmOverwriteTiddler": {
            "title": "$:/language/ConfirmOverwriteTiddler",
            "text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmEditShadowTiddler": {
            "title": "$:/language/ConfirmEditShadowTiddler",
            "text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
        },
        "$:/language/DefaultNewTiddlerTitle": {
            "title": "$:/language/DefaultNewTiddlerTitle",
            "text": "New Tiddler"
        },
        "$:/language/DropMessage": {
            "title": "$:/language/DropMessage",
            "text": "Drop here (or use the 'Escape' key to cancel)"
        },
        "$:/language/Encryption/Cancel": {
            "title": "$:/language/Encryption/Cancel",
            "text": "Cancel"
        },
        "$:/language/Encryption/ConfirmClearPassword": {
            "title": "$:/language/Encryption/ConfirmClearPassword",
            "text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
        },
        "$:/language/Encryption/PromptSetPassword": {
            "title": "$:/language/Encryption/PromptSetPassword",
            "text": "Set a new password for this TiddlyWiki"
        },
        "$:/language/Encryption/Username": {
            "title": "$:/language/Encryption/Username",
            "text": "Username"
        },
        "$:/language/Encryption/Password": {
            "title": "$:/language/Encryption/Password",
            "text": "Password"
        },
        "$:/language/Encryption/RepeatPassword": {
            "title": "$:/language/Encryption/RepeatPassword",
            "text": "Repeat password"
        },
        "$:/language/Encryption/PasswordNoMatch": {
            "title": "$:/language/Encryption/PasswordNoMatch",
            "text": "Passwords do not match"
        },
        "$:/language/Encryption/SetPassword": {
            "title": "$:/language/Encryption/SetPassword",
            "text": "Set password"
        },
        "$:/language/InvalidFieldName": {
            "title": "$:/language/InvalidFieldName",
            "text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
        },
        "$:/language/MissingTiddler/Hint": {
            "title": "$:/language/MissingTiddler/Hint",
            "text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" - click {{$:/core/images/edit-button}} to create"
        },
        "$:/language/OfficialPluginLibrary": {
            "title": "$:/language/OfficialPluginLibrary",
            "text": "Official ~TiddlyWiki Plugin Library"
        },
        "$:/language/PluginReloadWarning": {
            "title": "$:/language/PluginReloadWarning",
            "text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
        },
        "$:/language/RecentChanges/DateFormat": {
            "title": "$:/language/RecentChanges/DateFormat",
            "text": "DDth MMM YYYY"
        },
        "$:/language/SystemTiddler/Tooltip": {
            "title": "$:/language/SystemTiddler/Tooltip",
            "text": "This is a system tiddler"
        },
        "$:/language/TagManager/Colour/Heading": {
            "title": "$:/language/TagManager/Colour/Heading",
            "text": "Colour"
        },
        "$:/language/TagManager/Count/Heading": {
            "title": "$:/language/TagManager/Count/Heading",
            "text": "Count"
        },
        "$:/language/TagManager/Icon/Heading": {
            "title": "$:/language/TagManager/Icon/Heading",
            "text": "Icon"
        },
        "$:/language/TagManager/Info/Heading": {
            "title": "$:/language/TagManager/Info/Heading",
            "text": "Info"
        },
        "$:/language/TagManager/Tag/Heading": {
            "title": "$:/language/TagManager/Tag/Heading",
            "text": "Tag"
        },
        "$:/language/UnsavedChangesWarning": {
            "title": "$:/language/UnsavedChangesWarning",
            "text": "You have unsaved changes in TiddlyWiki"
        },
        "$:/language/Modals/Download": {
            "title": "$:/language/Modals/Download",
            "type": "text/vnd.tiddlywiki",
            "subtitle": "Download changes",
            "footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
            "help": "http://tiddlywiki.com/static/DownloadingChanges.html",
            "text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
        },
        "$:/language/Modals/SaveInstructions": {
            "title": "$:/language/Modals/SaveInstructions",
            "type": "text/vnd.tiddlywiki",
            "subtitle": "Save your work",
            "footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
            "help": "http://tiddlywiki.com/static/SavingChanges.html",
            "text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
        },
        "$:/config/NewJournal/Title": {
            "title": "$:/config/NewJournal/Title",
            "text": "DDth MMM YYYY"
        },
        "$:/config/NewJournal/Tags": {
            "title": "$:/config/NewJournal/Tags",
            "text": "Journal"
        },
        "$:/language/Notifications/Save/Done": {
            "title": "$:/language/Notifications/Save/Done",
            "text": "Saved wiki"
        },
        "$:/language/Notifications/Save/Starting": {
            "title": "$:/language/Notifications/Save/Starting",
            "text": "Starting to save wiki"
        },
        "$:/language/Search/DefaultResults/Caption": {
            "title": "$:/language/Search/DefaultResults/Caption",
            "text": "List"
        },
        "$:/language/Search/Filter/Caption": {
            "title": "$:/language/Search/Filter/Caption",
            "text": "Filter"
        },
        "$:/language/Search/Filter/Hint": {
            "title": "$:/language/Search/Filter/Hint",
            "text": "Search via a [[filter expression|http://tiddlywiki.com/static/Filters.html]]"
        },
        "$:/language/Search/Filter/Matches": {
            "title": "$:/language/Search/Filter/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Matches": {
            "title": "$:/language/Search/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Shadows/Caption": {
            "title": "$:/language/Search/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/Search/Shadows/Hint": {
            "title": "$:/language/Search/Shadows/Hint",
            "text": "Search for shadow tiddlers"
        },
        "$:/language/Search/Shadows/Matches": {
            "title": "$:/language/Search/Shadows/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Standard/Caption": {
            "title": "$:/language/Search/Standard/Caption",
            "text": "Standard"
        },
        "$:/language/Search/Standard/Hint": {
            "title": "$:/language/Search/Standard/Hint",
            "text": "Search for standard tiddlers"
        },
        "$:/language/Search/Standard/Matches": {
            "title": "$:/language/Search/Standard/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/System/Caption": {
            "title": "$:/language/Search/System/Caption",
            "text": "System"
        },
        "$:/language/Search/System/Hint": {
            "title": "$:/language/Search/System/Hint",
            "text": "Search for system tiddlers"
        },
        "$:/language/Search/System/Matches": {
            "title": "$:/language/Search/System/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/SideBar/All/Caption": {
            "title": "$:/language/SideBar/All/Caption",
            "text": "All"
        },
        "$:/language/SideBar/Contents/Caption": {
            "title": "$:/language/SideBar/Contents/Caption",
            "text": "Contents"
        },
        "$:/language/SideBar/Drafts/Caption": {
            "title": "$:/language/SideBar/Drafts/Caption",
            "text": "Drafts"
        },
        "$:/language/SideBar/Missing/Caption": {
            "title": "$:/language/SideBar/Missing/Caption",
            "text": "Missing"
        },
        "$:/language/SideBar/More/Caption": {
            "title": "$:/language/SideBar/More/Caption",
            "text": "More"
        },
        "$:/language/SideBar/Open/Caption": {
            "title": "$:/language/SideBar/Open/Caption",
            "text": "Open"
        },
        "$:/language/SideBar/Orphans/Caption": {
            "title": "$:/language/SideBar/Orphans/Caption",
            "text": "Orphans"
        },
        "$:/language/SideBar/Recent/Caption": {
            "title": "$:/language/SideBar/Recent/Caption",
            "text": "Recent"
        },
        "$:/language/SideBar/Shadows/Caption": {
            "title": "$:/language/SideBar/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/SideBar/System/Caption": {
            "title": "$:/language/SideBar/System/Caption",
            "text": "System"
        },
        "$:/language/SideBar/Tags/Caption": {
            "title": "$:/language/SideBar/Tags/Caption",
            "text": "Tags"
        },
        "$:/language/SideBar/Tags/Untagged/Caption": {
            "title": "$:/language/SideBar/Tags/Untagged/Caption",
            "text": "untagged"
        },
        "$:/language/SideBar/Tools/Caption": {
            "title": "$:/language/SideBar/Tools/Caption",
            "text": "Tools"
        },
        "$:/language/SideBar/Types/Caption": {
            "title": "$:/language/SideBar/Types/Caption",
            "text": "Types"
        },
        "$:/SiteSubtitle": {
            "title": "$:/SiteSubtitle",
            "text": "a non-linear personal web notebook"
        },
        "$:/SiteTitle": {
            "title": "$:/SiteTitle",
            "text": "My ~TiddlyWiki"
        },
        "$:/language/TiddlerInfo/Advanced/Caption": {
            "title": "$:/language/TiddlerInfo/Advanced/Caption",
            "text": "Advanced"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
            "text": "none"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
            "text": "Plugin Details"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
            "text": "This plugin contains the following shadow tiddlers:"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
            "text": "Shadow Status"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
            "text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
            "text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
            "text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
            "text": "It is overridden by an ordinary tiddler"
        },
        "$:/language/TiddlerInfo/Fields/Caption": {
            "title": "$:/language/TiddlerInfo/Fields/Caption",
            "text": "Fields"
        },
        "$:/language/TiddlerInfo/List/Caption": {
            "title": "$:/language/TiddlerInfo/List/Caption",
            "text": "List"
        },
        "$:/language/TiddlerInfo/List/Empty": {
            "title": "$:/language/TiddlerInfo/List/Empty",
            "text": "This tiddler does not have a list"
        },
        "$:/language/TiddlerInfo/Listed/Caption": {
            "title": "$:/language/TiddlerInfo/Listed/Caption",
            "text": "Listed"
        },
        "$:/language/TiddlerInfo/Listed/Empty": {
            "title": "$:/language/TiddlerInfo/Listed/Empty",
            "text": "This tiddler is not listed by any others"
        },
        "$:/language/TiddlerInfo/References/Caption": {
            "title": "$:/language/TiddlerInfo/References/Caption",
            "text": "References"
        },
        "$:/language/TiddlerInfo/References/Empty": {
            "title": "$:/language/TiddlerInfo/References/Empty",
            "text": "No tiddlers link to this one"
        },
        "$:/language/TiddlerInfo/Tagging/Caption": {
            "title": "$:/language/TiddlerInfo/Tagging/Caption",
            "text": "Tagging"
        },
        "$:/language/TiddlerInfo/Tagging/Empty": {
            "title": "$:/language/TiddlerInfo/Tagging/Empty",
            "text": "No tiddlers are tagged with this one"
        },
        "$:/language/TiddlerInfo/Tools/Caption": {
            "title": "$:/language/TiddlerInfo/Tools/Caption",
            "text": "Tools"
        },
        "$:/language/Docs/Types/application/javascript": {
            "title": "$:/language/Docs/Types/application/javascript",
            "description": "JavaScript code",
            "name": "application/javascript",
            "group": "Developer"
        },
        "$:/language/Docs/Types/application/json": {
            "title": "$:/language/Docs/Types/application/json",
            "description": "JSON data",
            "name": "application/json",
            "group": "Developer"
        },
        "$:/language/Docs/Types/application/x-tiddler-dictionary": {
            "title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
            "description": "Data dictionary",
            "name": "application/x-tiddler-dictionary",
            "group": "Developer"
        },
        "$:/language/Docs/Types/image/gif": {
            "title": "$:/language/Docs/Types/image/gif",
            "description": "GIF image",
            "name": "image/gif",
            "group": "Image"
        },
        "$:/language/Docs/Types/image/jpeg": {
            "title": "$:/language/Docs/Types/image/jpeg",
            "description": "JPEG image",
            "name": "image/jpeg",
            "group": "Image"
        },
        "$:/language/Docs/Types/image/png": {
            "title": "$:/language/Docs/Types/image/png",
            "description": "PNG image",
            "name": "image/png",
            "group": "Image"
        },
        "$:/language/Docs/Types/image/svg+xml": {
            "title": "$:/language/Docs/Types/image/svg+xml",
            "description": "Structured Vector Graphics image",
            "name": "image/svg+xml",
            "group": "Image"
        },
        "$:/language/Docs/Types/image/x-icon": {
            "title": "$:/language/Docs/Types/image/x-icon",
            "description": "ICO format icon file",
            "name": "image/x-icon",
            "group": "Image"
        },
        "$:/language/Docs/Types/text/css": {
            "title": "$:/language/Docs/Types/text/css",
            "description": "Static stylesheet",
            "name": "text/css",
            "group": "Developer"
        },
        "$:/language/Docs/Types/text/html": {
            "title": "$:/language/Docs/Types/text/html",
            "description": "HTML markup",
            "name": "text/html",
            "group": "Text"
        },
        "$:/language/Docs/Types/text/plain": {
            "title": "$:/language/Docs/Types/text/plain",
            "description": "Plain text",
            "name": "text/plain",
            "group": "Text"
        },
        "$:/language/Docs/Types/text/vnd.tiddlywiki": {
            "title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
            "description": "TiddlyWiki 5",
            "name": "text/vnd.tiddlywiki",
            "group": "Text"
        },
        "$:/language/Docs/Types/text/x-tiddlywiki": {
            "title": "$:/language/Docs/Types/text/x-tiddlywiki",
            "description": "TiddlyWiki Classic",
            "name": "text/x-tiddlywiki",
            "group": "Text"
        },
        "$:/languages/en-GB/icon": {
            "title": "$:/languages/en-GB/icon",
            "type": "image/svg+xml",
            "text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
        },
        "$:/languages/en-GB": {
            "title": "$:/languages/en-GB",
            "name": "en-GB",
            "description": "English (British)",
            "author": "JeremyRuston",
            "core-version": ">=5.0.0\"",
            "text": "Stub pseudo-plugin for the default language"
        },
        "$:/core/modules/commander.js": {
            "text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
            "title": "$:/core/modules/commander.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/commands/build.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/build.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/clearpassword.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/clearpassword.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/editions.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\"    \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/editions.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/help.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/help.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/init.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/init.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/load.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar ext = path.extname(self.params[0]);\n\tfs.readFile(this.params[0],$tw.utils.getTypeEncoding(ext),function(err,data) {\n\t\tif (err) {\n\t\t\tself.callback(err);\n\t\t} else {\n\t\t\tvar fields = {title: self.params[0]},\n\t\t\t\ttype = path.extname(self.params[0]);\n\t\t\tvar tiddlers = self.commander.wiki.deserializeTiddlers(type,data,fields);\n\t\t\tif(!tiddlers) {\n\t\t\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t\t\t} else {\n\t\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddlers[t]));\n\t\t\t\t}\n\t\t\t\tself.callback(null);\t\n\t\t\t}\n\t\t}\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/load.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/makelibrary.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/makelibrary.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/output.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/output.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/password.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/password.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/rendertiddler.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\";\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/rendertiddler.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/rendertiddlers.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\") != \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/rendertiddlers.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savelibrarytiddlers.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerData(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/savelibrarytiddlers.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savetiddler.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title),\n\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/savetiddler.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savetiddlers.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.deleteDirectory(pathname);\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/savetiddlers.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/server.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif(!$tw.browser) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.listen = function(port,host) {\n\tvar self = this;\n\thttp.createServer(function(request,response) {\n\t\t// Compose the state object\n\t\tvar state = {};\n\t\tstate.wiki = self.wiki;\n\t\tstate.server = self;\n\t\tstate.urlInfo = url.parse(request.url);\n\t\t// Find the route that matches this path\n\t\tvar route = self.findMatchingRoute(request,state);\n\t\t// Check for the username and password if we've got one\n\t\tvar username = self.get(\"username\"),\n\t\t\tpassword = self.get(\"password\");\n\t\tif(username && password) {\n\t\t\t// Check they match\n\t\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t\t});\n\t\t\t\tresponse.end();\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t// Return a 404 if we didn't find a route\n\t\tif(!route) {\n\t\t\tresponse.writeHead(404);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t\t// Set the encoding for the incoming request\n\t\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\t\trequest.setEncoding(\"utf8\");\n\t\t// Dispatch the appropriate method\n\t\tswitch(request.method) {\n\t\t\tcase \"GET\": // Intentional fall-through\n\t\t\tcase \"DELETE\":\n\t\t\t\troute.handler(request,response,state);\n\t\t\t\tbreak;\n\t\t\tcase \"PUT\":\n\t\t\t\tvar data = \"\";\n\t\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\t\tdata += chunk.toString();\n\t\t\t\t});\n\t\t\t\trequest.on(\"end\",function() {\n\t\t\t\t\tstate.data = data;\n\t\t\t\t\troute.handler(request,response,state);\n\t\t\t\t});\n\t\t\t\tbreak;\n\t\t}\n\t}).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title}));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\t// Warn if required plugins are missing\n\tif($tw.boot.wikiInfo.plugins.indexOf(\"tiddlywiki/tiddlyweb\") === -1 || $tw.boot.wikiInfo.plugins.indexOf(\"tiddlywiki/filesystem\") === -1) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/server.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/setfield.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/setfield.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/unpackplugin.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerData(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/unpackplugin.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/verbose.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n  \" + $tw.boot.logMessages.join(\"\\n  \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/verbose.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/version.js": {
            "text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
            "title": "$:/core/modules/commands/version.js",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/config.js": {
            "text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter:   \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
            "title": "$:/core/modules/config.js",
            "type": "application/javascript",
            "module-type": "config"
        },
        "$:/core/modules/deserializers.js": {
            "text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming = JSON.parse(text),\n\t\tresults = [];\n\tif($tw.utils.isArray(incoming)) {\n\t\tfor(var t=0; t<incoming.length; t++) {\n\t\t\tvar incomingFields = incoming[t],\n\t\t\t\tfields = {};\n\t\t\tfor(var f in incomingFields) {\n\t\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t\t}\n\t\t\t}\n\t\t\tresults.push(fields);\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
            "title": "$:/core/modules/deserializers.js",
            "type": "application/javascript",
            "module-type": "tiddlerdeserializer"
        },
        "$:/core/modules/filters/addprefix.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/addprefix.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/addsuffix.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/addsuffix.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/after.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/filters/after.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/all/current.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/filters/all/current.js",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/missing.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
            "title": "$:/core/modules/filters/all/missing.js",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/orphans.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
            "title": "$:/core/modules/filters/all/orphans.js",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/shadows.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
            "title": "$:/core/modules/filters/all/shadows.js",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/tiddlers.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
            "title": "$:/core/modules/filters/all/tiddlers.js",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/all.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/backlinks.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/backlinks.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/before.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/filters/before.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/commands.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/commands.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/each.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = {};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value;\n\t\t\tif((operator.operand === \"\") || (operator.operand === \"title\")) {\n\t\t\t\tvalue = title;\n\t\t\t} else {\n\t\t\t\tvalue = tiddler.getFieldString(operator.operand);\n\t\t\t}\n\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\tvalues[value] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/each.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/eachday.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/eachday.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/editiondescription.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/editiondescription.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/editions.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/editions.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/field.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/field.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/fields.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/fields.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/get.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/get.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/getindex.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/getindex.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/has.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand) || tiddler.fields[operator.operand] === \"\"))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && tiddler.fields[operator.operand] !== \"\") {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/has.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/haschanged.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/haschanged.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/indexes.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerData(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/indexes.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/is/current.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/current.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/image.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/image.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/missing.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/missing.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/orphan.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/orphan.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/shadow.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/shadow.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/system.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/system.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/tag.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/tag.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/tiddler.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is/tiddler.js",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tvar isFilterOperator = isFilterOperators[operator.operand];\n\tif(isFilterOperator) {\n\t\treturn isFilterOperator(source,operator.prefix,options);\n\t} else {\n\t\treturn [\"Filter Error: Unknown operand for the 'is' filter operator\"];\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/filters/is.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/limit.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/limit.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/links.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/links.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/list.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/list.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/listed.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/listed.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/listops.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
            "title": "$:/core/modules/filters/listops.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/modules.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/modules.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/moduletypes.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/moduletypes.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/next.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/next.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/plugintiddlers.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerData(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/plugintiddlers.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/prefix.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/prefix.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/previous.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/previous.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/regexp.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/regexp.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/removeprefix.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/removeprefix.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/removesuffix.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/removesuffix.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/sameday.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tvar isSameDay = function(dateField) {\n\t\t\treturn (new Date(dateField)).setHours(0,0,0,0) === targetDate;\n\t\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tif(isSameDay($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/sameday.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/search.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/filters/search.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/shadowsource.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/shadowsource.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/sort.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/sort.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/splitbefore.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/splitbefore.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/storyviews.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/storyviews.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/suffix.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/suffix.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tag.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/tag.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tagging.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/tagging.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tags.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\t$tw.utils.pushTop(results,tiddler.fields.tags);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/tags.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/title.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/title.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/untagged.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "title": "$:/core/modules/filters/untagged.js",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters.js": {
            "text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar operator, operand, bracketPos, curlyBracketPos;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tvar nextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t\t\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\t\t\t\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow \"Syntax error in filter expression\";\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [\"Filter error: \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
            "title": "$:/core/modules/filters.js",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/core/modules/info/platform.js": {
            "text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\treturn infoTiddlerFields;\n};\n\n})();\n",
            "title": "$:/core/modules/info/platform.js",
            "type": "application/javascript",
            "module-type": "info"
        },
        "$:/core/modules/language.js": {
            "text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a single translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\nexports.Language = Language;\n\n})();\n",
            "title": "$:/core/modules/language.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/macros/changecount.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
            "title": "$:/core/modules/macros/changecount.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/contrastcolour.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
            "title": "$:/core/modules/macros/contrastcolour.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/csvtiddlers.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
            "title": "$:/core/modules/macros/csvtiddlers.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/dumpvariables.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
            "title": "$:/core/modules/macros/dumpvariables.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/jsontiddlers.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
            "title": "$:/core/modules/macros/jsontiddlers.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/makedatauri.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert the content of a tiddler to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
            "title": "$:/core/modules/macros/makedatauri.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/now.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
            "title": "$:/core/modules/macros/now.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/qualify.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
            "title": "$:/core/modules/macros/qualify.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/resolvepath.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
            "title": "$:/core/modules/macros/resolvepath.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/version.js": {
            "text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
            "title": "$:/core/modules/macros/version.js",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/parsers/audioparser.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
            "title": "$:/core/modules/parsers/audioparser.js",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/csvparser.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
            "title": "$:/core/modules/parsers/csvparser.js",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/htmlparser.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"sandbox\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
            "title": "$:/core/modules/parsers/htmlparser.js",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/imageparser.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.tag = \"embed\";\n\t\t}\n\t} else if(text) {\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t\t\telement.tag = \"embed\";\n\t\t} else if(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"application/pdf\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
            "title": "$:/core/modules/parsers/imageparser.js",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/utils/parseutils.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar node = {\n\t\ttype: \"whitespace\",\n\t\tstart: pos\n\t};\n\tvar re = /(\\s)+/g;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t}\n\treturn null;\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar whitespace = $tw.utils.parseWhiteSpace(source,pos);\n\tif(whitespace) {\n\t\treturn whitespace.end;\n\t}\n\treturn pos;\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for an indirect value\n\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\tif(indirectValue) {\n\t\t\t\tpos = indirectValue.end;\n\t\t\t\tnode.type = \"indirect\";\n\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for a unquoted value\n\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\tif(unquotedValue) {\n\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
            "title": "$:/core/modules/utils/parseutils.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/parsers/textparser.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
            "title": "$:/core/modules/parsers/textparser.js",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/dash.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"&ndash;\" : \"&mdash;\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/entity.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: &copy;\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/extlink.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: http://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/heading.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/html.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/html.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/image.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[http://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [http://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [http://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|http://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/image.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/list.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/list.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /(\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"macrodef\",\n\t\tname: this.match[1],\n\t\tparams: params,\n\t\ttext: text\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[http://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|http://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/rules.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/syslink.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?\\$:\\/[a-zA-Z/.-]+/mg;\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
            "title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/table.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/table.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n  <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/wikiparser.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\tthis.tree.push.apply(this.tree,this.parseInlineRun());\n\t} else {\n\t\tthis.tree.push.apply(this.tree,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined  && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar tree = [];\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t}\n\treturn tree;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t//  Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t//  Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,nextMatch.matchIndex)});\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,terminatorMatch.index)});\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,inlineRuleMatch.matchIndex)});\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
            "title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
            "title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/pluginswitcher.js": {
            "text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
            "title": "$:/core/modules/pluginswitcher.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/saver-handler.js": {
            "text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(callback) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\tcallback(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert(\"Error while saving:\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
            "title": "$:/core/modules/saver-handler.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/savers/andtidwiki.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/andtidwiki.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/download.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\tfilename = document.location.pathname.substr(p+1);\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tlink.setAttribute(\"target\",\"_blank\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/download.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/fsosaver.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/fsosaver.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/manualdownload.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/manualdownload.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/msdownload.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/msdownload.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/tiddlyfox.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/tiddlyfox.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/tiddlyie.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/tiddlyie.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/twedit.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback(\"Error saving to TWEdit: \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
            "title": "$:/core/modules/savers/twedit.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/upload.js": {
            "text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; ;charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback(\"Error:\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
            "title": "$:/core/modules/savers/upload.js",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/browser-messaging.js": {
            "text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\"),\n\t\t\tiframeInfo = {\n\t\t\t\turl: url,\n\t\t\t\tstatus: \"loading\",\n\t\t\t\tdomNode: iframe\n\t\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert(\"Error loading plugin library: \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert(\"Error loading plugin library: \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
            "title": "$:/core/modules/browser-messaging.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/commands.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
            "title": "$:/core/modules/startup/commands.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/favicon.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
            "title": "$:/core/modules/startup/favicon.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/info.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
            "title": "$:/core/modules/startup/info.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/load-modules.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
            "title": "$:/core/modules/startup/load-modules.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/password.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
            "title": "$:/core/modules/startup/password.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/render.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
            "title": "$:/core/modules/startup/render.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/rootwidget.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification  mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param);\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/startup/rootwidget.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION = false;\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t}\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance(PERFORMANCE_INSTRUMENTATION);\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t]\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/startup.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/story.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t//invoke any hooks that might change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
            "title": "$:/core/modules/startup/story.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/windows.js": {
            "text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\";\n\t\t// Open the window\n\t\tvar srcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{document: $tw.fakeDocument}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: {currentTiddler: title}});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
            "title": "$:/core/modules/startup/windows.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/storyviews/classic.js": {
            "text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom:  currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
            "title": "$:/core/modules/storyviews/classic.js",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/storyviews/pop.js": {
            "text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
            "title": "$:/core/modules/storyviews/pop.js",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/storyviews/zoomin.js": {
            "text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerData(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx =  zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty =  zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
            "title": "$:/core/modules/storyviews/zoomin.js",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/syncer.js": {
            "text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\"));\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\n\t});\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nConstants\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title)\n\t\t};\n\t});\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title)\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(\"Error retrieving skinny tiddler list:\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Queue up a sync task to load this tiddler\n\tthis.enqueueSyncTask({\n\t\ttype: \"load\",\n\t\ttitle: title\n\t});\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: \"Login to TiddlySpace\",\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tif(!$tw.utils.hop(this.tiddlerInfo,task.title)) {\n\t\tthis.tiddlerInfo[task.title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1\n\t\t};\n\t}\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif(this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
            "title": "$:/core/modules/syncer.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/tiddler.js": {
            "text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\n})();\n",
            "title": "$:/core/modules/tiddler.js",
            "type": "application/javascript",
            "module-type": "tiddlermethod"
        },
        "$:/core/modules/upgraders/plugins.js": {
            "text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "title": "$:/core/modules/upgraders/plugins.js",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/upgraders/system.js": {
            "text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "title": "$:/core/modules/upgraders/system.js",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/upgraders/themetweaks.js": {
            "text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerData(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "title": "$:/core/modules/upgraders/themetweaks.js",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/utils/crypto.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/utils/crypto.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/animations/slide.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
            "title": "$:/core/modules/utils/dom/animations/slide.js",
            "type": "application/javascript",
            "module-type": "animation"
        },
        "$:/core/modules/utils/dom/animator.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
            "title": "$:/core/modules/utils/dom/animator.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/browser.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif(document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
            "title": "$:/core/modules/utils/dom/browser.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/csscolorparser.js": {
            "text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n  \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n  \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n  \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n  \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n  \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n  \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n  \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n  \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n  \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n  \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n  \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n  \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n  \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n  \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n  \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n  \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n  \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n  \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n  \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n  \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n  \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n  \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n  \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n  \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n  \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n  \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n  \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n  \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n  \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n  \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n  \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n  \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n  \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n  \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n  \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n  \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n  \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n  \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n  \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n  \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n  \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n  \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n  \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n  \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n  \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n  \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n  \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n  \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n  \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n  \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n  \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n  \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n  \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n  \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n  \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n  \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n  \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n  \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n  \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n  \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n  \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n  \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n  \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n  \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n  \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n  \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n  \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n  \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n  \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n  \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n  \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n  \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n  \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n  \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) {  // Clamp to integer 0 .. 255.\n  i = Math.round(i);  // Seems to be what Chrome does (vs truncation).\n  return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) {  // Clamp to float 0.0 .. 1.0.\n  return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) {  // int or percentage.\n  if (str[str.length - 1] === '%')\n    return clamp_css_byte(parseFloat(str) / 100 * 255);\n  return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) {  // float or percentage.\n  if (str[str.length - 1] === '%')\n    return clamp_css_float(parseFloat(str) / 100);\n  return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n  if (h < 0) h += 1;\n  else if (h > 1) h -= 1;\n\n  if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n  if (h * 2 < 1) return m2;\n  if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n  return m1;\n}\n\nfunction parseCSSColor(css_str) {\n  // Remove all whitespace, not compliant, but should just be more accepting.\n  var str = css_str.replace(/ /g, '').toLowerCase();\n\n  // Color keywords (and transparent) lookup.\n  if (str in kCSSColorTable) return kCSSColorTable[str].slice();  // dup.\n\n  // #abc and #abc123 syntax.\n  if (str[0] === '#') {\n    if (str.length === 4) {\n      var iv = parseInt(str.substr(1), 16);  // TODO(deanm): Stricter parsing.\n      if (!(iv >= 0 && iv <= 0xfff)) return null;  // Covers NaN.\n      return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n              (iv & 0xf0) | ((iv & 0xf0) >> 4),\n              (iv & 0xf) | ((iv & 0xf) << 4),\n              1];\n    } else if (str.length === 7) {\n      var iv = parseInt(str.substr(1), 16);  // TODO(deanm): Stricter parsing.\n      if (!(iv >= 0 && iv <= 0xffffff)) return null;  // Covers NaN.\n      return [(iv & 0xff0000) >> 16,\n              (iv & 0xff00) >> 8,\n              iv & 0xff,\n              1];\n    }\n\n    return null;\n  }\n\n  var op = str.indexOf('('), ep = str.indexOf(')');\n  if (op !== -1 && ep + 1 === str.length) {\n    var fname = str.substr(0, op);\n    var params = str.substr(op+1, ep-(op+1)).split(',');\n    var alpha = 1;  // To allow case fallthrough.\n    switch (fname) {\n      case 'rgba':\n        if (params.length !== 4) return null;\n        alpha = parse_css_float(params.pop());\n        // Fall through.\n      case 'rgb':\n        if (params.length !== 3) return null;\n        return [parse_css_int(params[0]),\n                parse_css_int(params[1]),\n                parse_css_int(params[2]),\n                alpha];\n      case 'hsla':\n        if (params.length !== 4) return null;\n        alpha = parse_css_float(params.pop());\n        // Fall through.\n      case 'hsl':\n        if (params.length !== 3) return null;\n        var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360;  // 0 .. 1\n        // NOTE(deanm): According to the CSS spec s/l should only be\n        // percentages, but we don't bother and let float or percentage.\n        var s = parse_css_float(params[1]);\n        var l = parse_css_float(params[2]);\n        var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n        var m1 = l * 2 - m2;\n        return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n                clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n                clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n                alpha];\n      default:\n        return null;\n    }\n  }\n\n  return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
            "title": "$:/core/modules/utils/dom/csscolorparser.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n\n})();\n",
            "title": "$:/core/modules/utils/dom.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/http.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this.responseText,this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback(\"XMLHttpRequest error code: \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\trequest.send(data);\n\treturn request;\n};\n\n})();\n",
            "title": "$:/core/modules/utils/dom/http.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/keyboard.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"enter\": 13,\n\t\"escape\": 27\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nexports.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(\"+\"),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase();\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(namedKeys[s]) {\n\t\t\tinfo.keyCode = namedKeys[s];\n\t\t}\n\t}\n\treturn info;\n};\n\nexports.checkKeyDescriptor = function(event,keyInfo) {\n\tvar metaKeyStatus = !!keyInfo.metaKey; // Using a temporary variable to keep JSHint happy\n\treturn event.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === metaKeyStatus;\t\n};\n\n})();\n",
            "title": "$:/core/modules/utils/dom/keyboard.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/modal.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: \"Close\"\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
            "title": "$:/core/modules/utils/dom/modal.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/notifier.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{parentWidget: $tw.rootWidget, document: document, variables: variables});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
            "title": "$:/core/modules/utils/dom/notifier.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/popup.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === options.title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details\n\tthis.popups.push({\n\t\ttitle: options.title,\n\t\twiki: options.wiki,\n\t\tdomNode: options.domNode\n\t});\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
            "title": "$:/core/modules/utils/dom/popup.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/scroller.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t// targetPos/targetSize - position and size of the target element\n\t// currentPos/currentSize - position and size of the current scroll viewport\n\t// returns: new position of the scroll viewport\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\tnewPos = targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\tnewPos = currentPos;\n\t\t\t}\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if the position has changed\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
            "title": "$:/core/modules/utils/dom/scroller.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/edition-info.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
            "title": "$:/core/modules/utils/edition-info.js",
            "type": "application/javascript",
            "module-type": "utils-node"
        },
        "$:/core/modules/utils/fakedom.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text;\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value;\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get formattedTextContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
            "title": "$:/core/modules/utils/fakedom.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/utils/filesystem.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n})();\n",
            "title": "$:/core/modules/utils/filesystem.js",
            "type": "application/javascript",
            "module-type": "utils-node"
        },
        "$:/core/modules/utils/logger.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName) {\n\tthis.componentName = componentName || \"\";\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\t// Prepare the text of the alert\n\tvar text = Array.prototype.join.call(arguments,\" \");\n\t// Create alert tiddlers in the browser\n\tif($tw.browser) {\n\t\t// Check if there is an existing alert with the same text and the same component\n\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\talertFields,\n\t\t\texistingCount,\n\t\t\tself = this;\n\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t}\n\t\t});\n\t\tif(alertFields) {\n\t\t\texistingCount = alertFields.count || 1;\n\t\t} else {\n\t\t\talertFields = {\n\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\ttext: text,\n\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\tcomponent: this.componentName\n\t\t\t};\n\t\t\texistingCount = 0;\n\t\t}\n\t\talertFields.modified = new Date();\n\t\tif(++existingCount > 1) {\n\t\t\talertFields.count = existingCount;\n\t\t} else {\n\t\t\talertFields.count = undefined;\n\t\t}\n\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t// Log the alert as well\n\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t} else {\n\t\t// Print an orange message to the console if not in the browser\n\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
            "title": "$:/core/modules/utils/logger.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/parsetree.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n})();\n",
            "title": "$:/core/modules/utils/parsetree.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/performance.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m] + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
            "title": "$:/core/modules/utils/performance.js",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/utils/pluginmaker.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\nError: \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
            "title": "$:/core/modules/utils/pluginmaker.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/utils.js": {
            "text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\tconsole.log($tw.node ? \"\\x1b[1;33m\" + text + \"\\x1b[0m\" : text);\n}\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\tvar s = 0;\n\t$tw.utils.each(object,function() {s++;});\n\treturn s;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar n = Math.floor((dt.getTime()-new Date(dt.getFullYear(),0,1) + 3600000) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\",   duration:      365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\",  duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\",    duration:            24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\",   duration:                 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration:                      60 * 1000},\n\t\t{name: \"Seconds\", duration:                           1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&amp;\", < to \"&lt;\", > to \"&gt;\", \" to \"&quot;\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&amp;\").replace(/</mg,\"&lt;\").replace(/>/mg,\"&gt;\").replace(/\\\"/mg,\"&quot;\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar e = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn String.fromCharCode(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\')            // backslash\n\t\t.replace(/\"/g, '\\\\\"')              // double quote character\n\t\t.replace(/'/g, \"\\\\'\")              // single quote character\n\t\t.replace(/\\r/g, '\\\\r')             // carriage return\n\t\t.replace(/\\n/g, '\\\\n')             // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n    return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm =  r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n})();",
            "title": "$:/core/modules/utils/utils.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/widgets/action-deletefield.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {};\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t}\n\t\t});\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,removeFields));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/action-deletefield.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-deletetiddler.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/action-deletetiddler.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-navigate.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/action-navigate.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-sendmessage.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\")\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/action-sendmessage.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-setfield.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this;\n\tif(typeof this.actionValue === \"string\") {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue);\t\t\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/action-setfield.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/browse.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/browse.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/button.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n    return this.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/button.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/checkbox.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value = tiddler.fields[this.checkboxField] || this.checkboxDefault || \"\";\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag);\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tvar value = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();",
            "title": "$:/core/modules/widgets/checkbox.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/codeblock.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/codeblock.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/count.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/count.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/dropzone.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nDropZoneWidget.prototype.enterDrag = function() {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// We count enter/leave events\n\tthis.dragEnterCount = (this.dragEnterCount || 0) + 1;\n\t// If we're entering for the first time we need to apply highlighting\n\tif(this.dragEnterCount === 1) {\n\t\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.leaveDrag = function() {\n\t// Reduce the enter count\n\tthis.dragEnterCount = (this.dragEnterCount || 0) - 1;\n\t// Remove highlighting if we're leaving externally\n\tif(this.dragEnterCount <= 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent  = function(event) {\n\tthis.enterDrag();\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent  = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent  = function(event) {\n\tthis.leaveDrag();\n};\n\nDropZoneWidget.prototype.handleDropEvent  = function(event) {\n\tthis.leaveDrag();\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Reset the enter count\n\tthis.dragEnterCount = 0;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t});\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\tthis.importData(dataTransfer);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.importData = function(dataTransfer) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<this.importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || this.importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = this.importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.convertToFields(data);\n\t\t\t\tif(!tiddlerFields.title) {\n\t\t\t\t\ttiddlerFields.title = this.wiki.generateNewTitle(\"Untitled\");\n\t\t\t\t}\n\t\t\t\tthis.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nDropZoneWidget.prototype.importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, convertToFields: function(data) {\n\t\treturn JSON.parse(data);\n\t}},\n\t{type: \"URL\", IECompatible: true, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/plain\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"Text\", IECompatible: true, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}}\n];\n\nDropZoneWidget.prototype.handlePasteEvent  = function(event) {\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/dropzone.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-binary.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/edit-binary.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-bitmap.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 300,\n\tDEFAULT_IMAGE_HEIGHT = 185;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\tthis.widthDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-width\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleWidthChangeEvent\"\n\t\t}]\n\t});\n\tthis.heightDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-height\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleHeightChangeEvent\"\n\t\t}]\n\t});\n\t// Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tparent.insertBefore(this.widthDomNode,nextSibling);\n\tparent.insertBefore(this.heightDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode,this.widthDomNode,this.heightDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n};\n\n/*\nNote that the bitmap editor intentionally doesn't try to refresh itself because it would be confusing to have the image changing spontaneously while editting it\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Update the input boxes with the actual size of the canvas\n*/\nEditBitmapWidget.prototype.updateSize = function() {\n\tthis.widthDomNode.value = this.currCanvas.width;\n\tthis.heightDomNode.value = this.currCanvas.height;\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleWidthChangeEvent = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(this.widthDomNode.value,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newWidth !== this.currCanvas.width) {\n\t\tthis.changeCanvasSize(newWidth,this.currCanvas.height);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleHeightChangeEvent = function(event) {\n\t// Get the new width\n\tvar newHeight = parseInt(this.heightDomNode.value,10);\n\t// Update if necessary\n\tif(newHeight > 0 && newHeight !== this.currCanvas.height) {\n\t\tthis.changeCanvasSize(this.currCanvas.width,newHeight);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseInt(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"),10);\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type,1.0),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,update));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/edit-bitmap.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-text.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditTextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditTextWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tvar editInfo = this.getEditInfo(),\n\t\ttag = this.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tif(this.editType) {\n\t\tdomNode.setAttribute(\"type\",this.editType);\n\t}\n\tif(editInfo.value === \"\" && this.editPlaceholder) {\n\t\tdomNode.setAttribute(\"placeholder\",this.editPlaceholder);\n\t}\n\tif(this.editSize) {\n\t\tdomNode.setAttribute(\"size\",this.editSize);\n\t}\n\t// Assign classes\n\tif(this.editClass) {\n\t\tdomNode.className = this.editClass;\n\t}\n\t// Set the text\n\tif(this.editTag === \"textarea\") {\n\t\tdomNode.appendChild(this.document.createTextNode(editInfo.value));\n\t} else {\n\t\tdomNode.value = editInfo.value;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n\t// Fix height\n\tthis.fixHeight();\n\t// Focus field\n\tif(this.editFocus === \"true\") {\n\t\tif(domNode.focus && domNode.select) {\n\t\t\tdomNode.focus();\n\t\t\tdomNode.select();\t\t\t\n\t\t}\n\t}\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditTextWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\treturn {value: value, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditTextWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editDefault = this.getAttribute(\"default\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editSize = this.getAttribute(\"size\");\n\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",\"yes\") === \"yes\";\n\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\tthis.editFocus = this.getAttribute(\"focus\");\n\t// Get the editor element tag and type\n\tvar tag,type;\n\tif(this.editField === \"text\") {\n\t\ttag = \"textarea\";\n\t} else {\n\t\ttag = \"input\";\n\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\ttag = fieldModule.editTag;\n\t\t}\n\t\tif(fieldModule && fieldModule.editType) {\n\t\t\ttype = fieldModule.editType;\n\t\t}\n\t\ttype = type || \"text\";\n\t}\n\t// Get the rest of our parameters\n\tthis.editTag = this.getAttribute(\"tag\",tag);\n\tthis.editType = this.getAttribute(\"type\",type);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tthis.updateEditor(this.getEditInfo().value);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditTextWidget.prototype.updateEditor = function(text) {\n\tthis.updateEditorDomNode(text);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditTextWidget.prototype.updateEditorDomNode = function(text) {\n\t// Replace the edit value if the tiddler we're editing has changed\n\tvar domNode = this.domNodes[0];\n\tif(!domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.document.activeElement !== domNode) {\n\t\t\tdomNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nFix the height of textareas to fit their content\n*/\nEditTextWidget.prototype.fixHeight = function() {\n\tvar self = this,\n\t\tdomNode = this.domNodes[0];\n\tif(this.editAutoHeight && domNode && !domNode.isTiddlyWikiFakeDom && this.editTag === \"textarea\") {\n\t\t// Resize the textarea to fit its content, preserving scroll position\n\t\tvar scrollPosition = $tw.utils.getScrollPosition(),\n\t\t\tscrollTop = scrollPosition.y;\n\t\t// Measure the specified minimum height\n\t\tdomNode.style.height = self.editMinHeight;\n\t\tvar minHeight = domNode.offsetHeight;\n\t\t// Set its height to auto so that it snaps to the correct height\n\t\tdomNode.style.height = \"auto\";\n\t\t// Calculate the revised height\n\t\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,minHeight);\n\t\t// Only try to change the height if it has changed\n\t\tif(newHeight !== domNode.offsetHeight) {\n\t\t\tdomNode.style.height =  newHeight + \"px\";\n\t\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t\t$tw.utils.forceLayout(domNode);\n\t\t\t// Check that the scroll position is still visible before trying to scroll back to it\n\t\t\tscrollTop = Math.min(scrollTop,self.document.body.scrollHeight - window.innerHeight);\n\t\t\twindow.scrollTo(scrollPosition.x,scrollTop);\n\t\t}\n\t}\n};\n\n/*\nHandle a dom \"input\" event\n*/\nEditTextWidget.prototype.handleInputEvent = function(event) {\n\tthis.saveChanges(this.domNodes[0].value);\n\tthis.fixHeight();\n\treturn true;\n};\n\nEditTextWidget.prototype.handleFocusEvent = function(event) {\n\tif(this.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.editFocusPopup,\n\t\t\twiki: this.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\nEditTextWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-text\"] = EditTextWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/edit-text.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t}\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/edit.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/element.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/element.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/encrypt.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/encrypt.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/entity.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar textNode = this.document.createTextNode($tw.utils.entityDecode(this.parseTreeNode.entity));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/entity.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/fieldmangler.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/fieldmangler.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/fields.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = row.replace(\"$name$\",fieldName);\n\t\t\t\trow = row.replace(\"$value$\",value);\n\t\t\t\trow = row.replace(\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/fields.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/image.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/image.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/importvariables.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/importvariables.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/keyboard.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.utils.checkKeyDescriptor(event,self.keyInfo)) {\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.keyInfo = $tw.utils.parseKeyDescriptor(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/keyboard.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/link.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true;\n\t// Render the link if required\n\tif(useWikiLinks) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = wikiLinkTemplate.replace(\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = wikiLinkText.replace(\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.addEventListeners(domNode,[\n\t\t\t{name: \"dragstart\", handlerObject: this, handlerMethod: \"handleDragStartEvent\"},\n\t\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t\t]);\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n};\n\nLinkWidget.prototype.handleDragStartEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\tif(this.to) {\n\t\t\t$tw.dragInProgress = true;\n\t\t\t// Set the dragging class on the element being dragged\n\t\t\t$tw.utils.addClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t\t// Create the drag image elements\n\t\t\tthis.dragImage = this.document.createElement(\"div\");\n\t\t\tthis.dragImage.className = \"tc-tiddler-dragger\";\n\t\t\tvar inner = this.document.createElement(\"div\");\n\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\tinner.appendChild(this.document.createTextNode(this.to));\n\t\t\tthis.dragImage.appendChild(inner);\n\t\t\tthis.document.body.appendChild(this.dragImage);\n\t\t\t// Astoundingly, we need to cover the dragger up: http://www.kryogenix.org/code/browser/custom-drag-image.html\n\t\t\tvar cover = this.document.createElement(\"div\");\n\t\t\tcover.className = \"tc-tiddler-dragger-cover\";\n\t\t\tcover.style.left = (inner.offsetLeft - 16) + \"px\";\n\t\t\tcover.style.top = (inner.offsetTop - 16) + \"px\";\n\t\t\tcover.style.width = (inner.offsetWidth + 32) + \"px\";\n\t\t\tcover.style.height = (inner.offsetHeight + 32) + \"px\";\n\t\t\tthis.dragImage.appendChild(cover);\n\t\t\t// Set the data transfer properties\n\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t// First the image\n\t\t\tdataTransfer.effectAllowed = \"copy\";\n\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\tdataTransfer.setDragImage(this.dragImage.firstChild,-16,-16);\n\t\t\t}\n\t\t\t// Then the data\n\t\t\tdataTransfer.clearData();\n\t\t\tvar jsonData = this.wiki.getTiddlerAsJson(this.to),\n\t\t\t\ttextData = this.wiki.getTiddlerText(this.to,\"\"),\n\t\t\t\ttitle = (new RegExp(\"^\" + $tw.config.textPrimitives.wikiLink + \"$\",\"mg\")).exec(this.to) ? this.to : \"[[\" + this.to + \"]]\";\n\t\t\t// IE doesn't like these content types\n\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\tdataTransfer.setData(\"text/plain\",title);\n\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t}\n\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\tdataTransfer.setData(\"Text\",title);\n\t\t\tevent.stopPropagation();\n\t\t} else {\n\t\t\tevent.preventDefault();\n\t\t}\n\t}\n};\n\nLinkWidget.prototype.handleDragEndEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\t$tw.dragInProgress = false;\n\t\t// Remove the dragging class on the element being dragged\n\t\t$tw.utils.removeClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t// Delete the drag image element\n\t\tif(this.dragImage) {\n\t\t\tthis.dragImage.parentNode.removeChild(this.dragImage);\n\t\t}\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/link.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/linkcatcher.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(this.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage && this.parentWidget) {\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/linkcatcher.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/list.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
            "title": "$:/core/modules/widgets/list.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/macrocall.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/macrocall.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/navigator.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\t// Quit if we cannot get hold of the story list\n\tif(!storyList) {\n\t\treturn;\n\t}\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(title);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(fromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(this.getAttribute(\"openLinkFromInsideRiver\",\"below\")) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,title);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title),\n\t\tdraftTitle = draftTiddler.fields.title,\n\t\tstoryList = this.getStoryList();\n\tthis.removeTitleFromStory(storyList,draftTitle);\n\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Delete this tiddler\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Save the draft tiddler as the real tiddler\n\t\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields()));\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(originalTiddler) {\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t} else {\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t}\n\t\t\tthis.saveStoryList(storyList);\t\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags)\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\texistingTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\t\t\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\tvar self = this;\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\t\t\n\t}\n\treturn false;\n};\n\n// \nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerData(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push(\"The following tiddlers were imported:\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(tiddlerFields));\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: IMPORT_TITLE,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([IMPORT_TITLE]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/navigator.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/password.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/password.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/radio.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nRadio widget\n\nWill set a field to the selected value:\n\n```\n\t<$radio field=\"myfield\" value=\"check 1\">one</$radio>\n\t<$radio field=\"myfield\" value=\"check 2\">two</$radio>\n\t<$radio field=\"myfield\" value=\"check 3\">three</$radio>\n```\n\n|Parameter |Description |h\n|tiddler |Name of the tiddler in which the field should be set. Defaults to current tiddler |\n|field |The name of the field to be set |\n|value |The value to set |\n|class |Optional class name(s) |\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.radioTitle);\n\treturn tiddler && tiddler.getFieldString(this.radioField);\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/radio.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/raw.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/raw.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/reveal.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n        $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n        }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/reveal.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/scrollable.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/scrollable.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/select.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\tvar value = this.getSelectDomNode().value;\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tvar domNode = this.getSelectDomNode();\n\tif(domNode.value !== value) {\n\t\tdomNode.value = value;\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/select.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/set.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tvar value = this.setValue;\n\tif(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvalue = $tw.utils.stringifyList(results);\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t}\n\tthis.setVariable(this.setName,value,this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.value || changedAttributes.emptyValue) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/set.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/text.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/text.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/tiddler.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/tiddler.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/transclude.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: \"Recursive transclusion error in transclude widget\"}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/transclude.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/vars.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n  <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/vars.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/view.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/view.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/widget.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = text.replace(new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tname = name || \"transclusion\";\n\tvar output = [],\n\t\tnode = this;\n\twhile(node && node.parentWidget) {\n\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\toutput.push(node.getVariable(name));\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn $tw.utils.hashString(output.join(\"\"));\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction && child.invokeAction(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
            "title": "$:/core/modules/widgets/widget.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/wiki.js": {
            "text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value) {\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tdata[index] = value;\n\t\tthis.setTiddlerData(title,data,this.getModificationFields());\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type]  || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tvar fields = {\n\t\t\tcreated: new Date()\n\t\t},\n\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\tif(creator) {\n\t\tfields.creator = creator;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tvar fields = Object.create(null),\n\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\tfields.modified = new Date();\n\tif(modifier) {\n\t\tfields.modifier = modifier;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a sorted array of tiddler titles.  Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t                        (isDescending ? y - x :  x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerData(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerData(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\n// Temporarily disable caching so that tweakParseTreeNode() works\nreturn initializer();\n\n//\tthis.caches = this.caches || Object.create(null);\n//\tvar caches = this.caches[title];\n//\tif(caches && caches[cacheName]) {\n//\t\treturn caches[cacheName];\n//\t} else {\n//\t\tif(!caches) {\n//\t\t\tcaches = Object.create(null);\n//\t\t\tthis.caches[title] = caches;\n//\t\t}\n//\t\tcaches[cacheName] = initializer();\n//\t\treturn caches[cacheName];\n//\t}\n};\n\n// Clear all caches associated with a particular tiddler\nexports.clearCache = function(title) {\n\tthis.caches = this.caches || Object.create(null);\n\tif($tw.utils.hop(this.caches,title)) {\n\t\tdelete this.caches[title];\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.old_parseText = function(type,text,options) {\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.old_parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"newInlineParseTree\" : \"newBlockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.old_parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nvar tweakMacroDefinition = function(nodeList) {\n\tif(nodeList && nodeList[0] && nodeList[0].type === \"macrodef\") {\n\t\tnodeList[0].type = \"set\";\n\t\tnodeList[0].attributes = {\n\t\t\tname: {type: \"string\", value: nodeList[0].name},\n\t\t\tvalue: {type: \"string\", value: nodeList[0].text}\n\t\t};\n\t\tnodeList[0].children = nodeList.slice(1);\n\t\tnodeList.splice(1,nodeList.length-1);\n\t\ttweakMacroDefinition(nodeList[0].children);\n\t}\n};\n\nvar tweakParser = function(parser) {\n\t// Move any macro definitions to contain the body tree\n\ttweakMacroDefinition(parser.tree);\n};\n\nexports.parseText = function(type,text,options) {\n\tvar parser = this.old_parseText(type,text,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTiddler = function(title,options) {\n\tvar parser = this.old_parseTiddler(title,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTree = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"transclude\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttiddler: {\n\t\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: title}},\n\t\t\t\tisBlock: !options.parseAsInline}]}\n\t]};\n\tif(options.field) {\n\t\tparseTree.tree[0].children[0].attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTree.tree[0].children[0].attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTree.tree[0].children[0].children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTree,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t});\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,callback) {\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\t// Deserialise the file contents\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\t// Are we binary?\n\t\tif(isBinary) {\n\t\t\t// The base64 section starts after the first comma in the data URI\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttiddlerFields.text = text.substr(commaPos+1);\n\t\t\t\tcallback([tiddlerFields]);\n\t\t\t}\n\t\t} else {\n\t\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\t\tif(encryptedJson) {\n\t\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t});\n\t\t\t} else {\n\t\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t\t}\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]);\n\tif(!origTiddler) {\n\t\treturn tiddler.fields.text !== \"\";\n\t}\n\treturn tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"] || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\thistoryTitle = historyTitle || \"$:/HistoryList\";\n\tvar titles = $tw.utils.isArray(title) ? title : [title];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.getTiddlerData(historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: fromPageRect});\n\t});\n\tthis.setTiddlerData(historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n",
            "title": "$:/core/modules/wiki.js",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/palettes/Blanca": {
            "title": "$:/palettes/Blanca",
            "name": "Blanca",
            "description": "A clean white palette to let you focus",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Blue": {
            "title": "$:/palettes/Blue",
            "name": "Blue",
            "description": "A blue theme",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Muted": {
            "title": "$:/palettes/Muted",
            "name": "Muted",
            "description": "Bright tiddlers on a muted background",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/ContrastLight": {
            "title": "$:/palettes/ContrastLight",
            "name": "Contrast (Light)",
            "description": "High contrast and unambiguous (light version)",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/ContrastDark": {
            "title": "$:/palettes/ContrastDark",
            "name": "Contrast (Dark)",
            "description": "High contrast and unambiguous (dark version)",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/DarkPhotos": {
            "created": "20150402111612188",
            "description": "Good with dark photo backgrounds",
            "modified": "20150402112344080",
            "name": "DarkPhotos",
            "tags": "$:/tags/Palette",
            "title": "$:/palettes/DarkPhotos",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Rocker": {
            "title": "$:/palettes/Rocker",
            "name": "Rocker",
            "description": "A dark theme",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/SolarFlare": {
            "title": "$:/palettes/SolarFlare",
            "name": "Solar Flare",
            "description": "Warm, relaxing earth colours",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n    download-foreground: <<colour background>>\n    dragger-foreground: <<colour background>>\n    dropdown-background: <<colour background>>\n    modal-background: <<colour background>>\n    sidebar-foreground-shadow: <<colour background>>\n    tiddler-background: <<colour background>>\n    tiddler-border: <<colour background>>\n    tiddler-link-background: <<colour background>>\n    tab-background-selected: <<colour background>>\n        dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n    dragger-background: <<colour foreground>>\n    tab-foreground: <<colour foreground>>\n        tab-foreground-selected: <<colour tab-foreground>>\n            sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n        sidebar-tab-foreground: <<colour tab-foreground>>\n    sidebar-button-foreground: <<colour foreground>>\n    sidebar-controls-foreground: <<colour foreground>>\n    sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n    alert-muted-foreground: <<colour base01>>\n: base00\n    code-foreground: <<colour base00>>\n    message-foreground: <<colour base00>>\n    tag-foreground: <<colour base00>>\n: base0\n    sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n    muted-foreground: <<colour base1>>\n        blockquote-bar: <<colour muted-foreground>>\n        dropdown-border: <<colour muted-foreground>>\n        sidebar-muted-foreground: <<colour muted-foreground>>\n        tiddler-title-foreground: <<colour muted-foreground>>\n            site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n    modal-footer-background: <<colour base2>>\n    page-background: <<colour base2>>\n        modal-backdrop: <<colour page-background>>\n        notification-background: <<colour page-background>>\n        code-background: <<colour page-background>>\n            code-border: <<colour code-background>>\n        pre-background: <<colour page-background>>\n            pre-border: <<colour pre-background>>\n        sidebar-tab-background-selected: <<colour page-background>>\n    table-header-background: <<colour base2>>\n    tag-background: <<colour base2>>\n    tiddler-editor-background: <<colour base2>>\n    tiddler-info-background: <<colour base2>>\n    tiddler-info-tab-background: <<colour base2>>\n    tab-background: <<colour base2>>\n        dropdown-tab-background: <<colour tab-background>>\n: base3\n    alert-background: <<colour base3>>\n    message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n    alert-highlight: <<colour magenta>>\n: violet\n    external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n    tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n    external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n    primary: <<colour blue-muted>>\n        download-background: <<colour primary>>\n        tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n    modal-footer-border: <<colour tab-border>>\n    modal-header-border: <<colour tab-border>>\n    notification-border: <<colour tab-border>>\n    sidebar-tab-border: <<colour tab-border>>\n    tab-border-selected: <<colour tab-border>>\n        sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n    sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Vanilla": {
            "title": "$:/palettes/Vanilla",
            "name": "Vanilla",
            "description": "Pale and unobtrusive",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/core/readme": {
            "title": "$:/core/readme",
            "text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
        },
        "$:/core/templates/MOTW.html": {
            "title": "$:/core/templates/MOTW.html",
            "text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com -->&#13;&#10;"
        },
        "$:/core/templates/alltiddlers.template.html": {
            "title": "$:/core/templates/alltiddlers.template.html",
            "type": "text/vnd.tiddlywiki-html",
            "text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
        },
        "$:/core/templates/canonical-uri-external-image": {
            "title": "$:/core/templates/canonical-uri-external-image",
            "text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
        },
        "$:/core/templates/css-tiddler": {
            "title": "$:/core/templates/css-tiddler",
            "text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
        },
        "$:/core/templates/exporters/CsvFile": {
            "title": "$:/core/templates/exporters/CsvFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/CsvFile}}",
            "extension": ".csv",
            "text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
        },
        "$:/core/templates/exporters/JsonFile": {
            "title": "$:/core/templates/exporters/JsonFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/JsonFile}}",
            "extension": ".json",
            "text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
        },
        "$:/core/templates/exporters/StaticRiver": {
            "title": "$:/core/templates/exporters/StaticRiver",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/StaticRiver}}",
            "extension": ".html",
            "text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
        },
        "$:/core/templates/exporters/StaticRiver/Content": {
            "title": "$:/core/templates/exporters/StaticRiver/Content",
            "text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
        },
        "$:/core/templates/exporters/TidFile": {
            "title": "$:/core/templates/exporters/TidFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/TidFile}}",
            "extension": ".tid",
            "text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
        },
        "$:/core/templates/html-div-tiddler": {
            "title": "$:/core/templates/html-div-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
        },
        "$:/core/templates/html-tiddler": {
            "title": "$:/core/templates/html-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
        },
        "$:/core/templates/javascript-tiddler": {
            "title": "$:/core/templates/javascript-tiddler",
            "text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
        },
        "$:/core/templates/module-tiddler": {
            "title": "$:/core/templates/module-tiddler",
            "text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
        },
        "$:/core/templates/plain-text-tiddler": {
            "title": "$:/core/templates/plain-text-tiddler",
            "text": "<$view field=\"text\" format=\"text\" />"
        },
        "$:/core/save/all": {
            "title": "$:/core/save/all",
            "text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/empty": {
            "title": "$:/core/save/empty",
            "text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/lazy-images": {
            "title": "$:/core/save/lazy-images",
            "text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/templates/single.tiddler.window": {
            "title": "$:/core/templates/single.tiddler.window",
            "text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
        },
        "$:/core/templates/split-recipe": {
            "title": "$:/core/templates/split-recipe",
            "text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
        },
        "$:/core/templates/static-tiddler": {
            "title": "$:/core/templates/static-tiddler",
            "text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
        },
        "$:/core/templates/static.area": {
            "title": "$:/core/templates/static.area",
            "text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
        },
        "$:/core/templates/static.content": {
            "title": "$:/core/templates/static.content",
            "type": "text/vnd.tiddlywiki",
            "text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
        },
        "$:/core/templates/static.template.css": {
            "title": "$:/core/templates/static.template.css",
            "text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
        },
        "$:/core/templates/static.template.html": {
            "title": "$:/core/templates/static.template.html",
            "type": "text/vnd.tiddlywiki-html",
            "text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
        },
        "$:/core/templates/static.tiddler.html": {
            "title": "$:/core/templates/static.tiddler.html",
            "text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
        },
        "$:/core/templates/store.area.template.html": {
            "title": "$:/core/templates/store.area.template.html",
            "text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
        },
        "$:/core/templates/tid-tiddler": {
            "title": "$:/core/templates/tid-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
        },
        "$:/core/templates/tiddler-metadata": {
            "title": "$:/core/templates/tiddler-metadata",
            "text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
        },
        "$:/core/templates/tiddlywiki5.html": {
            "title": "$:/core/templates/tiddlywiki5.html",
            "text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=edge\" />\t\t<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
        },
        "$:/core/templates/version": {
            "title": "$:/core/templates/version",
            "text": "<<version>>"
        },
        "$:/core/templates/wikified-tiddler": {
            "title": "$:/core/templates/wikified-tiddler",
            "text": "<$transclude />"
        },
        "$:/core/ui/AdvancedSearch/Filter": {
            "title": "$:/core/ui/AdvancedSearch/Filter",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Filter/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Shadows": {
            "title": "$:/core/ui/AdvancedSearch/Shadows",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Shadows/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Standard": {
            "title": "$:/core/ui/AdvancedSearch/Standard",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Standard/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/System": {
            "title": "$:/core/ui/AdvancedSearch/System",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/System/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
        },
        "$:/AdvancedSearch": {
            "title": "$:/AdvancedSearch",
            "icon": "$:/core/images/advanced-search-button",
            "color": "#bbb",
            "text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
        },
        "$:/core/ui/AlertTemplate": {
            "title": "$:/core/ui/AlertTemplate",
            "text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button message=\"tm-delete-tiddler\" class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">(count: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
        },
        "$:/core/ui/BinaryWarning": {
            "title": "$:/core/ui/BinaryWarning",
            "text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
        },
        "$:/core/ui/Components/tag-link": {
            "title": "$:/core/ui/Components/tag-link",
            "text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
        },
        "$:/core/ui/ControlPanel/Advanced": {
            "title": "$:/core/ui/ControlPanel/Advanced",
            "tags": "$:/tags/ControlPanel/Info",
            "caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
            "text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/Appearance": {
            "title": "$:/core/ui/ControlPanel/Appearance",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
            "text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/Basics": {
            "title": "$:/core/ui/ControlPanel/Basics",
            "tags": "$:/tags/ControlPanel/Info",
            "caption": "{{$:/language/ControlPanel/Basics/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
        },
        "$:/core/ui/ControlPanel/EditorTypes": {
            "title": "$:/core/ui/ControlPanel/EditorTypes",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ControlPanel/Info": {
            "title": "$:/core/ui/ControlPanel/Info",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Info/Caption}}",
            "text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/LoadedModules": {
            "title": "$:/core/ui/ControlPanel/LoadedModules",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
        },
        "$:/core/ui/ControlPanel/Modals/AddPlugins": {
            "title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
            "subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"install\"\"\">\nreinstall\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"This plugin is not currently installed\"\"\">\n<em>\nThis plugin is already installed at version <$text text=<<installedVersion>>/>\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} open plugin library\n</$button>\n\\end\n\n\\define display-server-assets(type)\nSearch: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<div>\n<<plugin-library-listing>>\n</div>\n\n</$importvariables>\n"
        },
        "$:/core/ui/ControlPanel/Palette": {
            "title": "$:/core/ui/ControlPanel/Palette",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Palette/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Languages": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
            "text": "<<display-server-assets language>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}  (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
            "text": "<<display-server-assets plugin>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Themes": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}  (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
            "text": "<<display-server-assets theme>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
            "text": "<<plugin-table language>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
            "text": "<<plugin-table plugin>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
            "text": "<<plugin-table theme>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-table(type)\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">>>\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$reveal type=\"nomatch\" text=\"\" state=\"!!list\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList={{!!list}} default=\"readme\" template=\"$:/core/ui/PluginInfo\"/>\n</$reveal>\n<$reveal type=\"match\" text=\"\" state=\"!!list\">\nNo information provided\n</$reveal>\n</div>\n</div>\n</$reveal>\n</$set>\n</$list>\n</$set>\n\\end\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
        },
        "$:/core/ui/ControlPanel/Saving": {
            "title": "$:/core/ui/ControlPanel/Saving",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Saving/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Saving/\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n! <<lingo TiddlySpot/Heading>>\n\n<<lingo TiddlySpot/Description>>\n\n|<<lingo TiddlySpot/UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Password>> |<$password name=\"upload\"/> |\n|<<lingo TiddlySpot/Backups>> |<<backupLink>> |\n\n''<<lingo TiddlySpot/Advanced/Heading>>''\n\n|<<lingo TiddlySpot/ServerURL>>  |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo TiddlySpot/UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo TiddlySpot/BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
        },
        "$:/core/ui/ControlPanel/Settings/AutoSave": {
            "title": "$:/core/ui/ControlPanel/Settings/AutoSave",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/AutoSave/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/AutoSave/\n\n<$link to=\"$:/config/AutoSave\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo Disabled/Description>> </$radio>\n"
        },
        "$:/core/buttonstyles/Borderless": {
            "title": "$:/core/buttonstyles/Borderless",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
            "text": "tc-btn-invisible"
        },
        "$:/core/buttonstyles/Boxed": {
            "title": "$:/core/buttonstyles/Boxed",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
            "text": "tc-btn-boxed"
        },
        "$:/core/buttonstyles/Rounded": {
            "title": "$:/core/buttonstyles/Rounded",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
            "text": "tc-btn-rounded"
        },
        "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
            "caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
            "tags": "$:/tags/ControlPanel/Settings",
            "title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
            "title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n  <option value=\"above\"><<lingo \"OpenAbove\">></option>\n  <option value=\"below\"><<lingo \"OpenBelow\">></option>\n  <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n  <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n  <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n  <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
            "title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/NavigationHistory": {
            "title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/TitleLinks": {
            "title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
            "title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
            "title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings": {
            "title": "$:/core/ui/ControlPanel/Settings",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Settings/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/ControlPanel/StoryView": {
            "title": "$:/core/ui/ControlPanel/StoryView",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
            "text": "{{$:/snippets/viewswitcher}}\n"
        },
        "$:/core/ui/ControlPanel/Theme": {
            "title": "$:/core/ui/ControlPanel/Theme",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Theme/Caption}}",
            "text": "{{$:/snippets/themeswitcher}}\n"
        },
        "$:/core/ui/ControlPanel/TiddlerFields": {
            "title": "$:/core/ui/ControlPanel/TiddlerFields",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
        },
        "$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/PageControls": {
            "title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars": {
            "title": "$:/core/ui/ControlPanel/Toolbars",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
            "text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
        },
        "$:/ControlPanel": {
            "title": "$:/ControlPanel",
            "icon": "$:/core/images/options-button",
            "color": "#bbb",
            "text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
        },
        "$:/core/ui/DefaultSearchResultList": {
            "title": "$:/core/ui/DefaultSearchResultList",
            "tags": "$:/tags/SearchResults",
            "caption": "{{$:/language/Search/DefaultResults/Caption}}",
            "text": "\\define searchResultList()\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n\n{{$:/language/Search/Matches}}\n\n</$set>\n\n//<small>Title matches:</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>All matches:</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\\end\n<<searchResultList>>\n"
        },
        "$:/core/ui/EditTemplate/body": {
            "title": "$:/core/ui/EditTemplate/body",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/Body/\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"no\"><<lingo Preview/Button/Hide>></$button>\n\n<div class=\"tc-tiddler-preview\">\n<div class=\"tc-tiddler-preview-preview\">\n<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n</div>\n\n<div class=\"tc-tiddler-preview-edit\">\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"yes\"><<lingo Preview/Button/Show>></$button>\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</$reveal>\n\n</$list>\n"
        },
        "$:/core/ui/EditTemplate/controls": {
            "title": "$:/core/ui/EditTemplate/controls",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
        },
        "$:/core/ui/EditTemplate/fields": {
            "title": "$:/core/ui/EditTemplate/fields",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field-inner()\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name=<<name>> $value=<<value>>/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n\\define new-field()\n<$set name=\"name\" value={{$:/temp/newfieldname}}>\n<$set name=\"value\" value={{$:/temp/newfieldvalue}}>\n<<new-field-inner>>\n</$set>\n</$set>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\"  variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n\n"
        },
        "$:/core/ui/EditTemplate/shadow": {
            "title": "$:/core/ui/EditTemplate/shadow",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$list>\n"
        },
        "$:/core/ui/EditTemplate/tags": {
            "title": "$:/core/ui/EditTemplate/tags",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\n\\end\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\"><$set name=\"backgroundColor\" value={{!!color}}><span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">&times;</$button></span>\n</$set>\n</$list>\n\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$button message=\"tm-add-tag\" param={{$:/temp/NewTagName}} set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n<<lingo Tags/Add/Button>>\n</$button>\n</span>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$linkcatcher set=\"$:/temp/NewTagName\" setTo=\"\" message=\"tm-add-tag\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n<hr>\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n</$fieldmangler>\n</div>"
        },
        "$:/core/ui/EditTemplate/title": {
            "title": "$:/core/ui/EditTemplate/title",
            "tags": "$:/tags/EditTemplate",
            "text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>"
        },
        "$:/core/ui/EditTemplate/type": {
            "title": "$:/core/ui/EditTemplate/type",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
        },
        "$:/core/ui/EditTemplate": {
            "title": "$:/core/ui/EditTemplate",
            "text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"escape\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"ctrl+enter\" message=\"tm-save-tiddler\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</div>\n"
        },
        "$:/core/ui/Buttons/cancel": {
            "title": "$:/core/ui/Buttons/cancel",
            "tags": "$:/tags/EditToolbar",
            "caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
            "description": "{{$:/language/Buttons/Cancel/Hint}}",
            "text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/delete": {
            "title": "$:/core/ui/Buttons/delete",
            "tags": "$:/tags/EditToolbar",
            "caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
            "description": "{{$:/language/Buttons/Delete/Hint}}",
            "text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/save": {
            "title": "$:/core/ui/Buttons/save",
            "tags": "$:/tags/EditToolbar",
            "caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
            "description": "{{$:/language/Buttons/Save/Hint}}",
            "text": "<$button message=\"tm-save-tiddler\" tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/Filters/AllTags": {
            "title": "$:/core/Filters/AllTags",
            "tags": "$:/tags/Filter",
            "filter": "[tags[]!is[system]sort[title]]",
            "description": "{{$:/language/Filters/AllTags}}",
            "text": ""
        },
        "$:/core/Filters/AllTiddlers": {
            "title": "$:/core/Filters/AllTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]sort[title]]",
            "description": "{{$:/language/Filters/AllTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/Drafts": {
            "title": "$:/core/Filters/Drafts",
            "tags": "$:/tags/Filter",
            "filter": "[has[draft.of]sort[title]]",
            "description": "{{$:/language/Filters/Drafts}}",
            "text": ""
        },
        "$:/core/Filters/Missing": {
            "title": "$:/core/Filters/Missing",
            "tags": "$:/tags/Filter",
            "filter": "[all[missing]sort[title]]",
            "description": "{{$:/language/Filters/Missing}}",
            "text": ""
        },
        "$:/core/Filters/Orphans": {
            "title": "$:/core/Filters/Orphans",
            "tags": "$:/tags/Filter",
            "filter": "[all[orphans]sort[title]]",
            "description": "{{$:/language/Filters/Orphans}}",
            "text": ""
        },
        "$:/core/Filters/OverriddenShadowTiddlers": {
            "title": "$:/core/Filters/OverriddenShadowTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[is[shadow]]",
            "description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/RecentSystemTiddlers": {
            "title": "$:/core/Filters/RecentSystemTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[has[modified]!sort[modified]limit[50]]",
            "description": "{{$:/language/Filters/RecentSystemTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/RecentTiddlers": {
            "title": "$:/core/Filters/RecentTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
            "description": "{{$:/language/Filters/RecentTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/ShadowTiddlers": {
            "title": "$:/core/Filters/ShadowTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[all[shadows]sort[title]]",
            "description": "{{$:/language/Filters/ShadowTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/SystemTags": {
            "title": "$:/core/Filters/SystemTags",
            "tags": "$:/tags/Filter",
            "filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
            "description": "{{$:/language/Filters/SystemTags}}",
            "text": ""
        },
        "$:/core/Filters/SystemTiddlers": {
            "title": "$:/core/Filters/SystemTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[is[system]sort[title]]",
            "description": "{{$:/language/Filters/SystemTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/TypedTiddlers": {
            "title": "$:/core/Filters/TypedTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
            "description": "{{$:/language/Filters/TypedTiddlers}}",
            "text": ""
        },
        "$:/core/ui/ImportListing": {
            "title": "$:/core/ui/ImportListing",
            "text": "\\define lingo-base() $:/language/Import/\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n<table>\n<tbody>\n<tr>\n<th>\n<<lingo Listing/Select/Caption>>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}&nbsp;<$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}}&nbsp;<$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ListItemTemplate": {
            "title": "$:/core/ui/ListItemTemplate",
            "text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
        },
        "$:/core/ui/MissingTemplate": {
            "title": "$:/core/ui/MissingTemplate",
            "text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
        },
        "$:/core/ui/MoreSideBar/All": {
            "title": "$:/core/ui/MoreSideBar/All",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/All/Caption}}",
            "text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Drafts": {
            "title": "$:/core/ui/MoreSideBar/Drafts",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Drafts/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Missing": {
            "title": "$:/core/ui/MoreSideBar/Missing",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Missing/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Orphans": {
            "title": "$:/core/ui/MoreSideBar/Orphans",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Orphans/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Recent": {
            "title": "$:/core/ui/MoreSideBar/Recent",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Recent/Caption}}",
            "text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
        },
        "$:/core/ui/MoreSideBar/Shadows": {
            "title": "$:/core/ui/MoreSideBar/Shadows",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Shadows/Caption}}",
            "text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/System": {
            "title": "$:/core/ui/MoreSideBar/System",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/System/Caption}}",
            "text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Tags": {
            "title": "$:/core/ui/MoreSideBar/Tags",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Tags/Caption}}",
            "text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
        },
        "$:/core/ui/MoreSideBar/Types": {
            "title": "$:/core/ui/MoreSideBar/Types",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Types/Caption}}",
            "text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
        },
        "$:/core/ui/Buttons/advanced-search": {
            "title": "$:/core/ui/Buttons/advanced-search",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
            "description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/close-all": {
            "title": "$:/core/ui/Buttons/close-all",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
            "description": "{{$:/language/Buttons/CloseAll/Hint}}",
            "text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/control-panel": {
            "title": "$:/core/ui/Buttons/control-panel",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
            "description": "{{$:/language/Buttons/ControlPanel/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/encryption": {
            "title": "$:/core/ui/Buttons/encryption",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
            "description": "{{$:/language/Buttons/Encryption/Hint}}",
            "text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
        },
        "$:/core/ui/Buttons/export-page": {
            "title": "$:/core/ui/Buttons/export-page",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
            "description": "{{$:/language/Buttons/ExportPage/Hint}}",
            "text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
        },
        "$:/core/ui/Buttons/full-screen": {
            "title": "$:/core/ui/Buttons/full-screen",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
            "description": "{{$:/language/Buttons/FullScreen/Hint}}",
            "text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/home": {
            "title": "$:/core/ui/Buttons/home",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
            "description": "{{$:/language/Buttons/Home/Hint}}",
            "text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/import": {
            "title": "$:/core/ui/Buttons/import",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
            "description": "{{$:/language/Buttons/Import/Hint}}",
            "text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
        },
        "$:/core/ui/Buttons/language": {
            "title": "$:/core/ui/Buttons/language",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
            "description": "{{$:/language/Buttons/Language/Hint}}",
            "text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n&bull;\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n&nbsp;\n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/more-page-actions": {
            "title": "$:/core/ui/Buttons/more-page-actions",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
        },
        "$:/core/ui/Buttons/new-journal": {
            "title": "$:/core/ui/Buttons/new-journal",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
            "description": "{{$:/language/Buttons/NewJournal/Hint}}",
            "text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<<journalButton>>\n</$set></$set>"
        },
        "$:/core/ui/Buttons/new-tiddler": {
            "title": "$:/core/ui/Buttons/new-tiddler",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
            "description": "{{$:/language/Buttons/NewTiddler/Hint}}",
            "text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/palette": {
            "title": "$:/core/ui/Buttons/palette",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
            "description": "{{$:/language/Buttons/Palette/Hint}}",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/refresh": {
            "title": "$:/core/ui/Buttons/refresh",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
            "description": "{{$:/language/Buttons/Refresh/Hint}}",
            "text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/save-wiki": {
            "title": "$:/core/ui/Buttons/save-wiki",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
            "description": "{{$:/language/Buttons/SaveWiki/Hint}}",
            "text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
        },
        "$:/core/ui/Buttons/storyview": {
            "title": "$:/core/ui/Buttons/storyview",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
            "description": "{{$:/language/Buttons/StoryView/Hint}}",
            "text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n&bull;\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n&nbsp;\n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/tag-manager": {
            "title": "$:/core/ui/Buttons/tag-manager",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
            "description": "{{$:/language/Buttons/TagManager/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/theme": {
            "title": "$:/core/ui/Buttons/theme",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
            "description": "{{$:/language/Buttons/Theme/Hint}}",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n&bull;\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n&nbsp;\n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
        },
        "$:/core/ui/PageTemplate/pagecontrols": {
            "title": "$:/core/ui/PageTemplate/pagecontrols",
            "text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$reveal>\n</$list>\n</div>\n\n"
        },
        "$:/core/ui/PageStylesheet": {
            "title": "$:/core/ui/PageStylesheet",
            "text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
        },
        "$:/core/ui/PageTemplate/alerts": {
            "title": "$:/core/ui/PageTemplate/alerts",
            "tags": "$:/tags/PageTemplate",
            "text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
        },
        "$:/core/ui/PageTemplate/pluginreloadwarning": {
            "title": "$:/core/ui/PageTemplate/pluginreloadwarning",
            "tags": "$:/tags/PageTemplate",
            "text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
        },
        "$:/core/ui/PageTemplate/sidebar": {
            "title": "$:/core/ui/PageTemplate/sidebar",
            "tags": "$:/tags/PageTemplate",
            "text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
        },
        "$:/core/ui/PageTemplate/story": {
            "title": "$:/core/ui/PageTemplate/story",
            "tags": "$:/tags/PageTemplate",
            "text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
        },
        "$:/core/ui/PageTemplate/topleftbar": {
            "title": "$:/core/ui/PageTemplate/topleftbar",
            "tags": "$:/tags/PageTemplate",
            "text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
        },
        "$:/core/ui/PageTemplate/toprightbar": {
            "title": "$:/core/ui/PageTemplate/toprightbar",
            "tags": "$:/tags/PageTemplate",
            "text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
        },
        "$:/core/ui/PageTemplate": {
            "title": "$:/core/ui/PageTemplate",
            "text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
        },
        "$:/core/ui/PluginInfo": {
            "title": "$:/core/ui/PluginInfo",
            "text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\nNo ''\"<$text text=<<currentTab>>/>\"'' found\n</$transclude>\n</$transclude>\n</$transclude>\n"
        },
        "$:/core/ui/SearchResults": {
            "title": "$:/core/ui/SearchResults",
            "text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n\n</div>\n"
        },
        "$:/core/ui/SideBar/More": {
            "title": "$:/core/ui/SideBar/More",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/More/Caption}}",
            "text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
        },
        "$:/core/ui/SideBar/Open": {
            "title": "$:/core/ui/SideBar/Open",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Open/Caption}}",
            "text": "\\define lingo-base() $:/language/CloseAll/\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">&times;</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n\n</$list>\n\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n"
        },
        "$:/core/ui/SideBar/Recent": {
            "title": "$:/core/ui/SideBar/Recent",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Recent/Caption}}",
            "text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
        },
        "$:/core/ui/SideBar/Tools": {
            "title": "$:/core/ui/SideBar/Tools",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Tools/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/SideBarLists": {
            "title": "$:/core/ui/SideBarLists",
            "text": "<div class=\"tc-sidebar-lists\">\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n{{$:/core/ui/SearchResults}}\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</$reveal>\n\n</div>\n"
        },
        "$:/TagManager": {
            "title": "$:/TagManager",
            "icon": "$:/core/images/tag-button",
            "color": "#bbb",
            "text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$transclude tiddler=\"$:/core/ui/TagTemplate\"/></td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td>\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/TagTemplate": {
            "title": "$:/core/ui/TagTemplate",
            "text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$set name=\"foregroundColor\" value=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">>>\n<$set name=\"backgroundColor\" value=\"\"\"$colour$\"\"\">\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-tag-label\" style=<<tag-styles>>>\n<$transclude tiddler={{!!icon}}/> <$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\"><div class=\"tc-drop-down\"><$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]tagging[]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</$set>\n</$set>\n\\end\n\n\\define tag-body(colour,palette)\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n</span>\n\\end\n\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n"
        },
        "$:/core/ui/TiddlerFieldTemplate": {
            "title": "$:/core/ui/TiddlerFieldTemplate",
            "text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
        },
        "$:/core/ui/TiddlerFields": {
            "title": "$:/core/ui/TiddlerFields",
            "text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
            "title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
            "tags": "$:/tags/TiddlerInfo/Advanced",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
            "title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
            "tags": "$:/tags/TiddlerInfo/Advanced",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced": {
            "title": "$:/core/ui/TiddlerInfo/Advanced",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
            "text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Fields": {
            "title": "$:/core/ui/TiddlerInfo/Fields",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
            "text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/List": {
            "title": "$:/core/ui/TiddlerInfo/List",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/List/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/Listed": {
            "title": "$:/core/ui/TiddlerInfo/Listed",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/References": {
            "title": "$:/core/ui/TiddlerInfo/References",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/References/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Tagging": {
            "title": "$:/core/ui/TiddlerInfo/Tagging",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/Tools": {
            "title": "$:/core/ui/TiddlerInfo/Tools",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/TiddlerInfo": {
            "title": "$:/core/ui/TiddlerInfo",
            "text": "<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
        },
        "$:/core/ui/TopBar/menu": {
            "title": "$:/core/ui/TopBar/menu",
            "tags": "$:/tags/TopRightBar",
            "text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
        },
        "$:/core/ui/UntaggedTemplate": {
            "title": "$:/core/ui/UntaggedTemplate",
            "text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate/body": {
            "title": "$:/core/ui/ViewTemplate/body",
            "tags": "$:/tags/ViewTemplate",
            "text": "<div class=\"tc-tiddler-body\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</div>\n"
        },
        "$:/core/ui/ViewTemplate/classic": {
            "title": "$:/core/ui/ViewTemplate/classic",
            "tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/import": {
            "title": "$:/core/ui/ViewTemplate/import",
            "tags": "$:/tags/ViewTemplate",
            "text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/plugin": {
            "title": "$:/core/ui/ViewTemplate/plugin",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n\n{{||$:/core/ui/TiddlerInfo/Advanced/PluginInfo}}\n\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/subtitle": {
            "title": "$:/core/ui/ViewTemplate/subtitle",
            "tags": "$:/tags/ViewTemplate",
            "text": "<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"relativedate\"/>\n</div>\n"
        },
        "$:/core/ui/ViewTemplate/tags": {
            "title": "$:/core/ui/ViewTemplate/tags",
            "tags": "$:/tags/ViewTemplate",
            "text": "<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n"
        },
        "$:/core/ui/ViewTemplate/title": {
            "title": "$:/core/ui/ViewTemplate/title",
            "tags": "$:/tags/ViewTemplate",
            "text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
        },
        "$:/core/ui/ViewTemplate": {
            "title": "$:/core/ui/ViewTemplate",
            "text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
        },
        "$:/core/ui/Buttons/clone": {
            "title": "$:/core/ui/Buttons/clone",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
            "description": "{{$:/language/Buttons/Clone/Hint}}",
            "text": "<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Clone/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/close-others": {
            "title": "$:/core/ui/Buttons/close-others",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
            "description": "{{$:/language/Buttons/CloseOthers/Hint}}",
            "text": "<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseOthers/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/close": {
            "title": "$:/core/ui/Buttons/close",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
            "description": "{{$:/language/Buttons/Close/Hint}}",
            "text": "<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Close/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/edit": {
            "title": "$:/core/ui/Buttons/edit",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
            "description": "{{$:/language/Buttons/Edit/Hint}}",
            "text": "<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Edit/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/export-tiddler": {
            "title": "$:/core/ui/Buttons/export-tiddler",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
            "description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
            "text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
        },
        "$:/core/ui/Buttons/info": {
            "title": "$:/core/ui/Buttons/info",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
            "description": "{{$:/language/Buttons/Info/Hint}}",
            "text": "<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Info/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/more-tiddler-actions": {
            "title": "$:/core/ui/Buttons/more-tiddler-actions",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "text": "\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
        },
        "$:/core/ui/Buttons/new-here": {
            "title": "$:/core/ui/Buttons/new-here",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
            "description": "{{$:/language/Buttons/NewHere/Hint}}",
            "text": "\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
        },
        "$:/core/ui/Buttons/new-journal-here": {
            "title": "$:/core/ui/Buttons/new-journal-here",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
            "description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
            "text": "\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournalHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set></$set></$set>"
        },
        "$:/core/ui/Buttons/open-window": {
            "title": "$:/core/ui/Buttons/open-window",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
            "description": "{{$:/language/Buttons/OpenWindow/Hint}}",
            "text": "<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/OpenWindow/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/permalink": {
            "title": "$:/core/ui/Buttons/permalink",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
            "description": "{{$:/language/Buttons/Permalink/Hint}}",
            "text": "<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permalink/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/permaview": {
            "title": "$:/core/ui/Buttons/permaview",
            "tags": "$:/tags/ViewToolbar $:/tags/PageControls",
            "caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
            "description": "{{$:/language/Buttons/Permaview/Hint}}",
            "text": "<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permaview/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/DefaultTiddlers": {
            "title": "$:/DefaultTiddlers",
            "text": "GettingStarted\n"
        },
        "$:/temp/advancedsearch": {
            "title": "$:/temp/advancedsearch",
            "text": ""
        },
        "$:/snippets/allfields": {
            "title": "$:/snippets/allfields",
            "text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
        },
        "$:/config/AnimationDuration": {
            "title": "$:/config/AnimationDuration",
            "text": "400"
        },
        "$:/config/AutoSave": {
            "title": "$:/config/AutoSave",
            "text": "yes"
        },
        "$:/config/BitmapEditor/Colour": {
            "title": "$:/config/BitmapEditor/Colour",
            "text": "#ff0"
        },
        "$:/config/BitmapEditor/LineWidth": {
            "title": "$:/config/BitmapEditor/LineWidth",
            "text": "3"
        },
        "$:/config/DefaultSidebarTab": {
            "title": "$:/config/DefaultSidebarTab",
            "text": "$:/core/ui/SideBar/Open"
        },
        "$:/config/Drafts/TypingTimeout": {
            "title": "$:/config/Drafts/TypingTimeout",
            "text": "400"
        },
        "$:/config/EditTemplateFields/Visibility/title": {
            "title": "$:/config/EditTemplateFields/Visibility/title",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/tags": {
            "title": "$:/config/EditTemplateFields/Visibility/tags",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/text": {
            "title": "$:/config/EditTemplateFields/Visibility/text",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/creator": {
            "title": "$:/config/EditTemplateFields/Visibility/creator",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/created": {
            "title": "$:/config/EditTemplateFields/Visibility/created",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/modified": {
            "title": "$:/config/EditTemplateFields/Visibility/modified",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/modifier": {
            "title": "$:/config/EditTemplateFields/Visibility/modifier",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/type": {
            "title": "$:/config/EditTemplateFields/Visibility/type",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/draft.title": {
            "title": "$:/config/EditTemplateFields/Visibility/draft.title",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/draft.of": {
            "title": "$:/config/EditTemplateFields/Visibility/draft.of",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/revision": {
            "title": "$:/config/EditTemplateFields/Visibility/revision",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/bag": {
            "title": "$:/config/EditTemplateFields/Visibility/bag",
            "text": "hide"
        },
        "$:/config/EditorTypeMappings/image/gif": {
            "title": "$:/config/EditorTypeMappings/image/gif",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/jpeg": {
            "title": "$:/config/EditorTypeMappings/image/jpeg",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/jpg": {
            "title": "$:/config/EditorTypeMappings/image/jpg",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/png": {
            "title": "$:/config/EditorTypeMappings/image/png",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/x-icon": {
            "title": "$:/config/EditorTypeMappings/image/x-icon",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
            "title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
            "text": "text"
        },
        "$:/config/Navigation/UpdateAddressBar": {
            "title": "$:/config/Navigation/UpdateAddressBar",
            "text": "no"
        },
        "$:/config/Navigation/UpdateHistory": {
            "title": "$:/config/Navigation/UpdateHistory",
            "text": "no"
        },
        "$:/config/OfficialPluginLibrary": {
            "title": "$:/config/OfficialPluginLibrary",
            "tags": "$:/tags/PluginLibrary",
            "url": "http://tiddlywiki.com/library/v5.1.9/index.html",
            "caption": "{{$:/language/OfficialPluginLibrary}}",
            "text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team.\n"
        },
        "$:/config/Navigation/openLinkFromInsideRiver": {
            "title": "$:/config/Navigation/openLinkFromInsideRiver",
            "text": "below"
        },
        "$:/config/Navigation/openLinkFromOutsideRiver": {
            "title": "$:/config/Navigation/openLinkFromOutsideRiver",
            "text": "top"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
            "text": "hide"
        },
        "$:/config/SaveWikiButton/Template": {
            "title": "$:/config/SaveWikiButton/Template",
            "text": "$:/core/save/all"
        },
        "$:/config/SaverFilter": {
            "title": "$:/config/SaverFilter",
            "text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state]] -[prefix[$:/temp]]"
        },
        "$:/config/Search/AutoFocus": {
            "title": "$:/config/Search/AutoFocus",
            "text": "true"
        },
        "$:/config/SearchResults/Default": {
            "title": "$:/config/SearchResults/Default",
            "text": "$:/core/ui/DefaultSearchResultList"
        },
        "$:/config/SyncFilter": {
            "title": "$:/config/SyncFilter",
            "text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status]] -[prefix[$:/state]] -[prefix[$:/temp]]"
        },
        "$:/config/TiddlerInfo/Default": {
            "title": "$:/config/TiddlerInfo/Default",
            "text": "$:/core/ui/TiddlerInfo/Fields"
        },
        "$:/config/Tiddlers/TitleLinks": {
            "title": "$:/config/Tiddlers/TitleLinks",
            "text": "no"
        },
        "$:/config/Toolbar/ButtonClass": {
            "title": "$:/config/Toolbar/ButtonClass",
            "text": "tc-btn-invisible"
        },
        "$:/config/Toolbar/Icons": {
            "title": "$:/config/Toolbar/Icons",
            "text": "yes"
        },
        "$:/config/Toolbar/Text": {
            "title": "$:/config/Toolbar/Text",
            "text": "no"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
            "text": "show"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
            "text": "hide"
        },
        "$:/snippets/currpalettepreview": {
            "title": "$:/snippets/currpalettepreview",
            "text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
        },
        "$:/snippets/download-wiki-button": {
            "title": "$:/snippets/download-wiki-button",
            "text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
        },
        "$:/language": {
            "title": "$:/language",
            "text": "$:/languages/en-GB"
        },
        "$:/snippets/languageswitcher": {
            "title": "$:/snippets/languageswitcher",
            "text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
        },
        "$:/core/macros/CSS": {
            "title": "$:/core/macros/CSS",
            "tags": "$:/tags/Macro",
            "text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n  -webkit-box-shadow: $shadow$;\n     -moz-box-shadow: $shadow$;\n          box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n  -webkit-filter: $filter$;\n     -moz-filter: $filter$;\n          filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n  -webkit-transition: $transition$;\n     -moz-transition: $transition$;\n          transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n  -webkit-transform-origin: $origin$;\n     -moz-transform-origin: $origin$;\n          transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
        },
        "$:/core/macros/export": {
            "title": "$:/core/macros/export",
            "tags": "$:/tags/Macro",
            "text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
        },
        "$:/core/macros/lingo": {
            "title": "$:/core/macros/lingo",
            "tags": "$:/tags/Macro",
            "text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
        },
        "$:/core/macros/list": {
            "title": "$:/core/macros/list",
            "tags": "$:/tags/Macro",
            "text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n"
        },
        "$:/core/macros/tabs": {
            "title": "$:/core/macros/tabs",
            "tags": "$:/tags/Macro",
            "text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n<$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\">\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$set>\n</$button>\n</$list>\n</div><div class=\"tc-tab-divider $class$\"/><div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
        },
        "$:/core/macros/tag": {
            "title": "$:/core/macros/tag",
            "tags": "$:/tags/Macro",
            "text": "\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
        },
        "$:/core/macros/thumbails": {
            "title": "$:/core/macros/thumbails",
            "tags": "$:/tags/Macro",
            "text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div></div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
        },
        "$:/core/macros/timeline": {
            "created": "20141212105914482",
            "modified": "20141212110330815",
            "tags": "$:/tags/Macro",
            "title": "$:/core/macros/timeline",
            "type": "text/vnd.tiddlywiki",
            "text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n     of the same name if you need to change \n     how titles are displayed on the timeline \n     -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
        },
        "$:/core/macros/toc": {
            "title": "$:/core/macros/toc",
            "tags": "$:/tags/Macro",
            "text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$set>\n\\end\n\n\\define toc-body(rootTag,tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc\">\n<$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\"\"\">\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n<<toc-caption>>\n</$list>\n<$list filter=\"\"\"[all[current]] -[[$rootTag$]]\"\"\">\n<$macrocall $name=\"toc-body\" rootTag=\"\"\"$rootTag$\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$list>\n</li>\n</$set>\n</$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter)\n<<toc-body rootTag:\"\"\"$tag$\"\"\" tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<<toc-linked-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</$list>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n</$list>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-selective-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=\"<<toc-linked-selective-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-selective-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n<div class=\"tc-tabbed-table-of-contents\">\n<$linkcatcher to=\"$selectedTiddler$\">\n<div class=\"tc-table-of-contents\">\n<$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n</div>\n</$linkcatcher>\n<div class=\"tc-tabbed-table-of-contents-content\">\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n<$transclude mode=\"block\" tiddler=\"$template$\">\n<h1><<toc-caption>></h1>\n<$transclude mode=\"block\">$missingText$</$transclude>\n</$transclude>\n</$reveal>\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n$unselectedText$\n</$reveal>\n</div>\n</div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n<$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
        },
        "$:/snippets/minilanguageswitcher": {
            "title": "$:/snippets/minilanguageswitcher",
            "text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
        },
        "$:/snippets/minithemeswitcher": {
            "title": "$:/snippets/minithemeswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
        },
        "$:/snippets/modules": {
            "title": "$:/snippets/modules",
            "text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
        },
        "$:/palette": {
            "title": "$:/palette",
            "text": "$:/palettes/Vanilla"
        },
        "$:/snippets/paletteeditor": {
            "title": "$:/snippets/paletteeditor",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
        },
        "$:/snippets/palettepreview": {
            "title": "$:/snippets/palettepreview",
            "text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
        },
        "$:/snippets/paletteswitcher": {
            "title": "$:/snippets/paletteswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<div class=\"tc-prompt\">\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n</div>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>&bull;</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}>&nbsp;</$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
        },
        "$:/temp/search": {
            "title": "$:/temp/search",
            "text": ""
        },
        "$:/tags/AdvancedSearch": {
            "title": "$:/tags/AdvancedSearch",
            "list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
        },
        "$:/tags/ControlPanel": {
            "title": "$:/tags/ControlPanel",
            "list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
        },
        "$:/tags/ControlPanel/Info": {
            "title": "$:/tags/ControlPanel/Info",
            "list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
        },
        "$:/tags/ControlPanel/Plugins": {
            "title": "$:/tags/ControlPanel/Plugins",
            "list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
        },
        "$:/tags/EditTemplate": {
            "title": "$:/tags/EditTemplate",
            "list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
        },
        "$:/tags/EditToolbar": {
            "title": "$:/tags/EditToolbar",
            "list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
        },
        "$:/tags/MoreSideBar": {
            "title": "$:/tags/MoreSideBar",
            "list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]]",
            "text": ""
        },
        "$:/tags/PageControls": {
            "title": "$:/tags/PageControls",
            "list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
        },
        "$:/tags/PageTemplate": {
            "title": "$:/tags/PageTemplate",
            "list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
            "text": ""
        },
        "$:/tags/SideBar": {
            "title": "$:/tags/SideBar",
            "list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
            "text": ""
        },
        "$:/tags/TiddlerInfo": {
            "title": "$:/tags/TiddlerInfo",
            "list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
            "text": ""
        },
        "$:/tags/TiddlerInfo/Advanced": {
            "title": "$:/tags/TiddlerInfo/Advanced",
            "list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
        },
        "$:/tags/ViewTemplate": {
            "title": "$:/tags/ViewTemplate",
            "list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
        },
        "$:/tags/ViewToolbar": {
            "title": "$:/tags/ViewToolbar",
            "list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]]"
        },
        "$:/snippets/themeswitcher": {
            "title": "$:/snippets/themeswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>&bull;</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}>&nbsp;</$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
        },
        "$:/core/wiki/title": {
            "title": "$:/core/wiki/title",
            "type": "text/vnd.tiddlywiki",
            "text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
        },
        "$:/view": {
            "title": "$:/view",
            "text": "classic"
        },
        "$:/snippets/viewswitcher": {
            "title": "$:/snippets/viewswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
        }
    }
}

\define tabs.helper(cls)
<div class="$cls$-wrapper">
<$transclude tiddler=<<currentTab>> mode="block"/>
</div>
\end
\define tabs(tabsList,default,state:"$:/state/tab",class,template)
<div class="tc-tab-set $class$">
<div class="tc-tab-buttons $class$">
<$list filter="$tabsList$" variable="currentTab">
<$button set=<<qualify "$state$">> setTo=<<currentTab>> default="$default$" selectedClass="tc-tab-selected">
<$set name="tv-wikilinks" value="no">
<$transclude tiddler=<<currentTab>> field="caption">
<$macrocall $name="currentTab" $type="text/plain" $output="text/plain"/>
</$transclude>
</$set>
</$button>
</$list>
</div><div class="tc-tab-divider $class$"/><div class="tc-tab-content $class$">
<$list filter="$tabsList$" variable="currentTab">

<$reveal type="match" state=<<qualify "$state$">> text=<<currentTab>> default="$default$">

<$transclude tiddler="$template$" mode="block">

<$list filter=<<currentTab>> variable="tempTab">
<$setfromfield name="wc" tiddler=<<currentTab>> field="css-class-wrapper">
<$macrocall $name="tabs.helper" cls=<<wc>>/>
</$setfromfield>
</$list>

</$transclude>

</$reveal>

</$list>
</div>
</div>
\end

\define timeline-title()
<!-- Override this macro with a global macro 
     of the same name if you need to change 
     how titles are displayed on the timeline 
     -->
<$view field="title"/>
\end
\define timeline(limit:"100",format:"DDth MMM YYYY",subfilter:"",dateField:"modified")
<div class="tc-timeline">
<$list filter="[!field:title/^-.*/!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]">
<div class="tc-menu-list-item">
<$view field="$dateField$" format="date" template="$format$"/>
<$list filter="[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]">
<div class="tc-menu-list-subitem">
<$link to={{!!title}}>
<<timeline-title>>
</$link>
</div>
</$list>
</div>
</$list>
</div>
\end

\define toc-caption()
<$set name="tv-wikilinks" value="no">
<div class="tocicondivw">
<div class="tocicondiv" style="height:18px;width:18px;display:inline-block;">
<$transclude tiddler={{!!icon}}/>
</div>
<div class="toctextdiv" style="display:inline-block;">
<$transclude field="caption">
<$view field="title"/>
</$transclude>
</div>
</div>
</$set>
\end

\define toc-body(rootTag,tag,sort:"",itemClassFilter)
<ol class="tc-toc">
<$list filter="""[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]""">
<$set name="toc-item-class" filter="""$itemClassFilter$""" value="toc-item-selected" emptyValue="toc-item">
<li class=<<toc-item-class>>>
<$list filter="[all[current]toc-link[no]]" emptyMessage="<$link><$view field='caption'><$view field='title'/></$view></$link>">
<<toc-caption>>
</$list>
<$list filter="""[all[current]] -[[$rootTag$]]""">
<$macrocall $name="toc-body" rootTag="""$rootTag$""" tag=<<currentTiddler>> sort="""$sort$""" itemClassFilter="""$itemClassFilter$"""/>
</$list>
</li>
</$set>
</$list>
</ol>
\end

\define toc(tag,sort:"",itemClassFilter)
<<toc-body rootTag:"""$tag$""" tag:"""$tag$""" sort:"""$sort$""" itemClassFilter:"""itemClassFilter""">>
\end

\define toc-linked-expandable-body(tag,sort:"",itemClassFilter)
<$set name="toc-state" value=<<qualify "$:/state/toc/$tag$-$(currentTiddler)$">>>
<$set name="toc-item-class" filter="""$itemClassFilter$""" value="toc-item-selected" emptyValue="toc-item">
<li class=<<toc-item-class>>>
<$link>
<$reveal type="nomatch" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="open" class="tc-btn-invisible">
{{$:/core/images/right-arrow}}
</$button>
</$reveal>
<$reveal type="match" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="close" class="tc-btn-invisible">
{{$:/core/images/down-arrow}}
</$button>
</$reveal>
<<toc-caption>>
</$link>
<$reveal type="match" state=<<toc-state>> text="open">
<$macrocall $name="toc-expandable" tag=<<currentTiddler>> sort="""$sort$""" itemClassFilter="""$itemClassFilter$"""/>
</$reveal>
</li>
</$set>
</$set>
\end

\define toc-unlinked-expandable-body(tag,sort:"",itemClassFilter)
<$set name="toc-state" value=<<qualify "$:/state/toc/$tag$-$(currentTiddler)$">>>
<$set name="toc-item-class" filter="""$itemClassFilter$""" value="toc-item-selected" emptyValue="toc-item">
<li class=<<toc-item-class>>>
<$reveal type="nomatch" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="open" class="tc-btn-invisible">
{{$:/core/images/right-arrow}}
<<toc-caption>>
</$button>
</$reveal>
<$reveal type="match" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="close" class="tc-btn-invisible">
{{$:/core/images/down-arrow}}
<<toc-caption>>
</$button>
</$reveal>
<$reveal type="match" state=<<toc-state>> text="open">
<$macrocall $name="toc-expandable" tag=<<currentTiddler>> sort="""$sort$""" itemClassFilter="""$itemClassFilter$"""/>
</$reveal>
</li>
</$set>
</$set>
\end

\define toc-expandable(tag,sort:"",itemClassFilter)
<ol class="tc-toc toc-expandable">
<$list filter="[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]">
<$list filter="[all[current]toc-link[no]]" emptyMessage="<<toc-linked-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>">
<<toc-unlinked-expandable-body tag:"""$tag$""" sort:"""$sort$""" itemClassFilter:"""itemClassFilter""">>
</$list>
</$list>
</ol>
\end

\define toc-linked-selective-expandable-body(tag,sort:"",itemClassFilter)
<$set name="toc-state" value=<<qualify "$:/state/toc/$tag$-$(currentTiddler)$">>>
<$set name="toc-item-class" filter="""$itemClassFilter$""" value="toc-item-selected" emptyValue="toc-item">
<$set name="xxx" value={{!!icon}}>
<li class=<<toc-item-class>> data-test="$(xxx)$">
<$link>
<$list filter="[all[current]tagging[]limit[1]]" variable="ignore" emptyMessage="<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>">
<$reveal type="nomatch" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="open" class="tc-btn-invisible">
{{$:/core/images/right-arrow}}
</$button>
</$reveal>
<$reveal type="match" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="close" class="tc-btn-invisible">
{{$:/core/images/down-arrow}}
</$button>
</$reveal>
</$list>
<<toc-caption>>
</$link>
<$reveal type="match" state=<<toc-state>> text="open">
<$macrocall $name="toc-selective-expandable" tag=<<currentTiddler>> sort="""$sort$""" itemClassFilter="""$itemClassFilter$"""/>
</$reveal>
</li>
</$set>
</$set>
</$set>
\end

\define toc-unlinked-selective-expandable-body(tag,sort:"",itemClassFilter)
<$set name="toc-state" value=<<qualify "$:/state/toc/$tag$-$(currentTiddler)$">>>
<$set name="toc-item-class" filter="""$itemClassFilter$""" value="toc-item-selected" emptyValue="toc-item">
<li class=<<toc-item-class>>>
<$list filter="[all[current]tagging[]limit[1]]" variable="ignore" emptyMessage="<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>">
<$reveal type="nomatch" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="open" class="tc-btn-invisible">
{{$:/core/images/right-arrow}}
<<toc-caption>>
</$button>
</$reveal>
<$reveal type="match" state=<<toc-state>> text="open">
<$button set=<<toc-state>> setTo="close" class="tc-btn-invisible">
{{$:/core/images/down-arrow}}
<<toc-caption>>
</$button>
</$reveal>
</$list>
<$reveal type="match" state=<<toc-state>> text="open">
<$macrocall $name="""toc-selective-expandable""" tag=<<currentTiddler>> sort="""$sort$""" itemClassFilter="""$itemClassFilter$"""/>
</$reveal>
</li>
</$set>
</$set>
\end

\define toc-selective-expandable(tag,sort:"",itemClassFilter)
<ol class="tc-toc toc-selective-expandable">
<$list filter="[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]">
<$list filter="[all[current]toc-link[no]]" variable="ignore" emptyMessage="<<toc-linked-selective-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>">
<<toc-unlinked-selective-expandable-body tag:"""$tag$""" sort:"""$sort$""" itemClassFilter:"""$itemClassFilter$""">>
</$list>
</$list>
</ol>
\end

\define toc-tabbed-selected-item-filter(selectedTiddler)
[all[current]field:title{$selectedTiddler$}]
\end

\define toc-tabbed-external-nav(tag,sort:"",selectedTiddler:"$:/temp/toc/selectedTiddler",unselectedText,missingText,template:"")
<$tiddler tiddler={{$selectedTiddler$}}>
<div class="tc-tabbed-table-of-contents">
<$linkcatcher to="$selectedTiddler$">
<div class="tc-table-of-contents">
<$macrocall $name="toc-selective-expandable" tag="""$tag$""" sort="""$sort$""" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:"""$selectedTiddler$""">>/>
</div>
</$linkcatcher>
<div class="tc-tabbed-table-of-contents-content">
<$reveal state="""$selectedTiddler$""" type="nomatch" text="">
<$transclude mode="block" tiddler="$template$">
<h1><<toc-caption>></h1>
<$transclude mode="block">$missingText$</$transclude>
</$transclude>
</$reveal>
<$reveal state="""$selectedTiddler$""" type="match" text="">
$unselectedText$
</$reveal>
</div>
</div>
</$tiddler>
\end

\define toc-tabbed-internal-nav(tag,sort:"",selectedTiddler:"$:/temp/toc/selectedTiddler",unselectedText,missingText,template:"")
<$linkcatcher to="""$selectedTiddler$""">
<$macrocall $name="toc-tabbed-external-nav" tag="""$tag$""" sort="""$sort$""" selectedTiddler="""$selectedTiddler$""" unselectedText="""$unselectedText$""" missingText="""$missingText$""" template="""$template$"""/>
</$linkcatcher>
\end

/*\
title: $:/core/modules/filters.js
type: application/javascript
module-type: wikimethod

Adds tiddler filtering methods to the $tw.Wiki object.

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Parses an operation (i.e. a run) within a filter string
	operators: Array of array of operator nodes into which results should be inserted
	filterString: filter string
	p: start position within the string
Returns the new start position, after the parsed operation
*/
function parseFilterOperation(operators,filterString,p) {
	var operator, operand, bracketPos, curlyBracketPos;
	// Skip the starting square bracket
	if(filterString.charAt(p++) !== "[") {
		throw "Missing [ in filter expression";
	}
	// Process each operator in turn
	do {
		operator = {};
		// Check for an operator prefix
		if(filterString.charAt(p) === "!") {
			operator.prefix = filterString.charAt(p++);
		}
		// Get the operator name
		var nextBracketPos = filterString.substring(p).search(/[\[\{<\/]/);
		if(nextBracketPos === -1) {
			throw "Missing [ in filter expression";
		}
		nextBracketPos += p;
		var bracket = filterString.charAt(nextBracketPos);
		operator.operator = filterString.substring(p,nextBracketPos);
		
		// Any suffix?
		var colon = operator.operator.indexOf(':');
		if(colon > -1) {
			operator.suffix = operator.operator.substring(colon + 1);
			operator.operator = operator.operator.substring(0,colon) || "field";
		}
		// Empty operator means: title
		else if(operator.operator === "") {
			operator.operator = "title";
		}

		p = nextBracketPos + 1;
		switch (bracket) {
			case "{": // Curly brackets
				operator.indirect = true;
				nextBracketPos = filterString.indexOf("}",p);
				break;
			case "[": // Square brackets
				nextBracketPos = filterString.indexOf("]",p);
				break;
			case "<": // Angle brackets
				operator.variable = true;
				nextBracketPos = filterString.indexOf(">",p);
				break;
			case "/": // regexp brackets
				var rex = /^((?:[^\\\/]*|\\.)*)\/(?:\(([mygi]+)\))?/g,
					rexMatch = rex.exec(filterString.substring(p));
				if(rexMatch) {
					operator.regexp = new RegExp(rexMatch[1], rexMatch[2]);
// DEPRECATION WARNING
//console.log("WARNING: Filter",operator.operator,"has a deprecated regexp operand",operator.regexp);
					nextBracketPos = p + rex.lastIndex - 1;
				}
				else {
					throw "Unterminated regular expression in filter expression";
				}
				break;
		}
		
		if(nextBracketPos === -1) {
			throw "Missing closing bracket in filter expression";
		}
		if(!operator.regexp) {
			operator.operand = filterString.substring(p,nextBracketPos);
		}
		p = nextBracketPos + 1;
			
		// Push this operator
		operators.push(operator);
	} while(filterString.charAt(p) !== "]");
	// Skip the ending square bracket
	if(filterString.charAt(p++) !== "]") {
		throw "Missing ] in filter expression";
	}
	// Return the parsing position
	return p;
}

/*
Parse a filter string
*/
exports.parseFilter = function(filterString) {
	filterString = filterString || "";
	var results = [], // Array of arrays of operator nodes {operator:,operand:}
		p = 0, // Current position in the filter string
		match;
	var whitespaceRegExp = /(\s+)/mg,
		operandRegExp = /((?:\+|\-)?)(?:(\[)|(?:"([^"]*)")|(?:'([^']*)')|([^\s\[\]]+))/mg;
	while(p < filterString.length) {
		// Skip any whitespace
		whitespaceRegExp.lastIndex = p;
		match = whitespaceRegExp.exec(filterString);
		if(match && match.index === p) {
			p = p + match[0].length;
		}
		// Match the start of the operation
		if(p < filterString.length) {
			operandRegExp.lastIndex = p;
			match = operandRegExp.exec(filterString);
			if(!match || match.index !== p) {
				throw "Syntax error in filter expression";
			}
			var operation = {
				prefix: "",
				operators: []
			};
			if(match[1]) {
				operation.prefix = match[1];
				p++;
			}
			if(match[2]) { // Opening square bracket
				p = parseFilterOperation(operation.operators,filterString,p);
			} else {
				p = match.index + match[0].length;
			}
			if(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title
				operation.operators.push(
					{operator: "title", operand: match[3] || match[4] || match[5]}
				);
			}
			results.push(operation);
		}
	}
	return results;
};

exports.getFilterOperators = function() {
	if(!this.filterOperators) {
		$tw.Wiki.prototype.filterOperators = {};
		$tw.modules.applyMethods("filteroperator",this.filterOperators);
	}
	return this.filterOperators;
};

exports.filterTiddlers = function(filterString,widget,source) {
	var fn = this.compileFilter(filterString);
	return fn.call(this,source,widget);
};

/*
Compile a filter into a function with the signature fn(source,widget) where:
source: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)
widget: an optional widget node for retrieving the current tiddler etc.
*/
exports.compileFilter = function(filterString) {
	var filterParseTree;
	try {
		filterParseTree = this.parseFilter(filterString);
	} catch(e) {
		return function(source,widget) {
			return ["Filter error: " + e];
		};
	}
	// Get the hashmap of filter operator functions
	var filterOperators = this.getFilterOperators();
	// Assemble array of functions, one for each operation
	var operationFunctions = [];
	// Step through the operations
	var self = this;
	$tw.utils.each(filterParseTree,function(operation) {
		// Create a function for the chain of operators in the operation
		var operationSubFunction = function(source,widget) {
			var accumulator = source,
				results = [],
				currTiddlerTitle = widget && widget.getVariable("currentTiddler");
			$tw.utils.each(operation.operators,function(operator) {
				var operand = operator.operand,
					operatorFunction;
				if(!operator.operator) {
					operatorFunction = filterOperators.title;
				} else if(!filterOperators[operator.operator]) {
					operatorFunction = filterOperators.field;
				} else {
					operatorFunction = filterOperators[operator.operator];
				}
				if(operator.indirect) {
					operand = self.getTextReference(operator.operand,"",currTiddlerTitle);
				}
				if(operator.variable) {
					operand = widget.getVariable(operator.operand,{defaultValue: ""});
				}
				// Invoke the appropriate filteroperator module
				results = operatorFunction(accumulator,{
							operator: operator.operator,
							operand: operand,
							prefix: operator.prefix,
							suffix: operator.suffix,
							regexp: operator.regexp
						},{
							wiki: self,
							widget: widget
						});
				if($tw.utils.isArray(results)) {
					accumulator = self.makeTiddlerIterator(results);
				} else {
					accumulator = results;
				}
			});
			if($tw.utils.isArray(results)) {
				return results;
			} else {
				var resultArray = [];
				results(function(tiddler,title) {
					resultArray.push(title);
				});
				return resultArray;
			}
		};
		// Wrap the operator functions in a wrapper function that depends on the prefix
		operationFunctions.push((function() {
			switch(operation.prefix || "") {
				case "": // No prefix means that the operation is unioned into the result
					return function(results,source,widget) {
						$tw.utils.pushTop(results,operationSubFunction(source,widget));
					};
				case "-": // The results of this operation are removed from the main result
					return function(results,source,widget) {
						$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));
					};
				case "+": // This operation is applied to the main results so far
					return function(results,source,widget) {
						// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved
						source = self.makeTiddlerIterator(results);
						results.splice(0,results.length);
						$tw.utils.pushTop(results,operationSubFunction(source,widget));
					};
			}
		})());
	});
	// Return a function that applies the operations to a source iterator of tiddler titles
	return $tw.perf.measure("filter",function filterFunction(source,widget) {
		if(!source) {
			source = self.each;
		} else if(typeof source === "object") { // Array or hashmap
			source = self.makeTiddlerIterator(source);
		}
		var results = [];
		$tw.utils.each(operationFunctions,function(operationFunction) {
			operationFunction(results,source,widget);
		});
		return results;
	});
};

})();

/*\
title: $:/core/modules/widgets/setdefault.js
type: application/javascript
module-type: widget

Set default variable widget

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

var Widget = require("$:/core/modules/widgets/widget.js").widget;

var SetDefaultWidget = function(parseTreeNode,options) {
	this.initialise(parseTreeNode,options);
};

/*
Inherit from the base widget class
*/
SetDefaultWidget.prototype = new Widget();

/*
Render this widget into the DOM
*/
SetDefaultWidget.prototype.render = function(parent,nextSibling) {
	this.parentDomNode = parent;
	this.computeAttributes();
	this.execute();
	this.renderChildren(parent,nextSibling);
};

/*
Compute the internal state of the widget
*/
SetDefaultWidget.prototype.execute = function() {
	// Get our parameters
	this.setName = this.getAttribute("name","currentTiddler");
	this.setValue = this.getAttribute("value");
	this.setEmptyValue = this.getAttribute("emptyValue");
	// Set context variable
	var value = this.setValue;
  	if (!this.setValue||this.setValue===""){
      value=this.setEmptyValue;
    }
	this.setVariable(this.setName,value,this.parseTreeNode.params);
	// Construct the child widgets
	this.makeChildWidgets();
};

/*
Selectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering
*/
SetDefaultWidget.prototype.refresh = function(changedTiddlers) {
	var changedAttributes = this.computeAttributes();
	if(changedAttributes.name || changedAttributes.value || changedAttributes.emptyValue) {
		this.refreshSelf();
		return true;
	} else {
		return this.refreshChildren(changedTiddlers);		
	}
};

exports.setdefaultvariable = SetDefaultWidget;
exports.setdefault = SetDefaultWidget;

})();

/*\
title: $:/core/modules/widgets/setfromfield.js
type: application/javascript
module-type: widget

Set variable from tiddler field widget

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

var Widget = require("$:/core/modules/widgets/widget.js").widget;

var SetFromFieldWidget = function(parseTreeNode,options) {
	this.initialise(parseTreeNode,options);
};

/*
Inherit from the base widget class
*/
SetFromFieldWidget.prototype = new Widget();

/*
Render this widget into the DOM
*/
SetFromFieldWidget.prototype.render = function(parent,nextSibling) {
	this.parentDomNode = parent;
	this.computeAttributes();
	this.execute();
	this.renderChildren(parent,nextSibling);
};

/*
Compute the internal state of the widget
*/
SetFromFieldWidget.prototype.execute = function() {
	// Get our parameters
	this.setName = this.getAttribute("name");
	this.setTiddler = this.getAttribute("tiddler","currentTiddler");
	this.setField = this.getAttribute("field");
	this.setEmptyValue = this.getAttribute("emptyValue");
	this.setMissingValue = this.getAttribute("missingValue");
	// Set context variable    
	var value = getFieldValue(this.setTiddler,this.setField,this.setEmptyValue,this.setMissingValue);
	this.setVariable(this.setName,value,this.parseTreeNode.params);
	// Construct the child widgets
	this.makeChildWidgets();
};
function getFieldValue(tiddler_,field_,defaultVal_,defaultValNoTiddler_) {
	if (!defaultVal_||defaultVal_===null) defaultVal_='';
	if (!defaultValNoTiddler_||defaultValNoTiddler_===null) defaultValNoTiddler_=defaultVal_;
	if (!field_||field_===null||field_==='') field_='text';
	if (!tiddler_||tiddler_===null||tiddler_==='') return defaultValNoTiddler_;
    var tiddler=$tw.wiki.getTiddler(tiddler_);
	if (!tiddler||tiddler===null||tiddler==='') return defaultValNoTiddler_;
    if($tw.utils.hop(tiddler.fields,field_)) {
      return tiddler.getFieldString(field_);
    }
    return defaultVal_;
};
/*
Selectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering
*/
SetFromFieldWidget.prototype.refresh = function(changedTiddlers) {
	var changedAttributes = this.computeAttributes();
	if(changedAttributes.name || changedAttributes.tiddler || changedAttributes.field || changedAttributes.missingValue || changedAttributes.emptyValue) {
		this.refreshSelf();
		return true;
	} else {
		return this.refreshChildren(changedTiddlers);		
	}
};

exports.setfromfieldvariable = SetFromFieldWidget;
exports.setfromfield = SetFromFieldWidget;

})();

\rules only filteredtranscludeinline transcludeinline
<!doctype html>
{{$:/core/templates/MOTW.html}}<html>
<head>
<meta http-equiv="X-UA-Compatible" content="IE=edge" />		<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->
<meta http-equiv="Content-Type" content="text/html;charset=utf-8" />
<meta name="application-name" content="TiddlyWiki" />
<meta name="generator" content="TiddlyWiki" />
<meta name="tiddlywiki-version" content="{{$:/core/templates/version}}" />
<meta name="google-site-verification" content="zpOe_YXllvyKmYtVuJl4Y7GOtcJlv2WuIJxNjPIfkp8" />
<meta name="viewport" content="width=device-width, initial-scale=1.0" />
<meta name="apple-mobile-web-app-capable" content="yes" />
<meta name="apple-mobile-web-app-status-bar-style" content="black-translucent" />
<meta name="format-detection" content="telephone=no" />
<meta name="copyright" content="{{$:/core/copyright.txt}}" />
<link id="faviconLink" rel="shortcut icon" href="favicon.ico">
<title>{{$:/core/wiki/title}}</title>
<script>
  (function(i,s,o,g,r,a,m){i['GoogleAnalyticsObject']=r;i[r]=i[r]||function(){
  (i[r].q=i[r].q||[]).push(arguments)},i[r].l=1*new Date();a=s.createElement(o),
  m=s.getElementsByTagName(o)[0];a.async=1;a.src=g;m.parentNode.insertBefore(a,m)
  })(window,document,'script','//www.google-analytics.com/analytics.js','ga');
  ga('create', 'UA-69506444-1', 'auto');
  ga('send', 'pageview');
</script>
<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->

<!--~~ Raw markup ~~-->
{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}
</head>
<body class="tc-body">
<!--~~ Static styles ~~-->
<div id="styleArea">
{{$:/boot/boot.css||$:/core/templates/css-tiddler}}
</div>
<!--~~ Static content for Google and browsers without JavaScript ~~-->
<noscript>
<div id="splashArea">
{{$:/core/templates/static.area}}
</div>
</noscript>
<!--~~ Ordinary tiddlers ~~-->
{{$:/core/templates/store.area.template.html}}
<!--~~ Library modules ~~-->
<div id="libraryModules" style="display:none;">
{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}
</div>
<!--~~ Boot kernel prologue ~~-->
<div id="bootKernelPrefix" style="display:none;">
{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}
</div>
<!--~~ Boot kernel ~~-->
<div id="bootKernel" style="display:none;">
{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}
</div>
</body>
</html>

\define control-panel-button(class)
<$button to="$:/TagManagerSystem" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class="""$(tv-config-toolbar-class)$ $class$""">
<$list filter="[<tv-config-toolbar-icons>prefix[yes]]">
{{$:/core/images/tag-button}}
</$list>
<$list filter="[<tv-config-toolbar-text>prefix[yes]]">
<span class="tc-btn-text"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>
</$list>
</$button>
\end

<$list filter="[list[$:/StoryList]] +[field:title[$:/TagManagerSystem]]" emptyMessage=<<control-panel-button>>>
<<control-panel-button "tc-selected">>
</$list>

<<dev-edit>>
<div class="is-admin">



<<check-tid-stylesheet $:/___/control/css/dev-edit/all "Show Devs" yes>>

</div>
<div class="no-admin">
Administration not available
</div>

\define searchResultList()
<$set name="resultCount" value="""<$count filter="[!field:title/^-.*/!is[system]search{$(searchTiddler)$}]"/>""">

{{$:/language/Search/Matches}}

</$set>

//<small>Title matches:</small>//

<$list filter="[!field:title/^-.*/!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]" template="$:/core/ui/ListItemTemplate"/>

//<small>All matches:</small>//

<$list filter="[!field:title/^-.*/!is[system]search{$(searchTiddler)$}sort[title]limit[250]]" template="$:/core/ui/ListItemTemplate"/>
\end
<<searchResultList>>

<div class="tc-menu-list-item">
<$link to={{!!title}}>
<div class="listitemimg" style="width:24px;height:24px;display:inline-block;vertical-align:middle;">
<$image height="18" source={{!!icon}}/>
</div>
<$view field="title"/>
</$link>
</div>

<<dev-edit- $:/core/ui/MoreSideBar/All "" right>>
<$list filter={{$:/core/Filters/AllTiddlers/nodash!!filter}} template="$:/core/ui/ListItemTemplate"/>

<<dev-edit- $:/core/ui/MoreSideBar/All-Dash "" right>>
<$list filter={{$:/core/Filters/AllTiddlers/dash!!filter}} template="$:/core/ui/ListItemTemplate"/>

<<dev-edit- $:/core/ui/MoreSideBar/Drafts "" right>>
<$list filter={{$:/core/Filters/Drafts!!filter}} template="$:/core/ui/ListItemTemplate"/>

<<dev-edit- $:/core/ui/MoreSideBar/Missing "" right>>
<$list filter={{$:/core/Filters/Missing!!filter}} template="$:/core/ui/MissingTemplate"/>

<<dev-edit- $:/core/ui/MoreSideBar/Orphans "" right>>
<$list filter={{$:/core/Filters/Orphans-nodash!!filter}} template="$:/core/ui/ListItemTemplate"/>

<<dev-edit- $:/core/ui/MoreSideBar/Recent "" right>>
<$macrocall $name="timeline" format={{$:/language/RecentChanges/DateFormat}}/>

<<dev-edit- $:/core/ui/MoreSideBar/Shadows "" right>>
<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template="$:/core/ui/ListItemTemplate"/>

\define counter(filt)
<$count filter="[field:title/.*$filt$.*/]"/>
\end
\define counter2(ff)
<$set name="fil" value=<<regesc "$ff$">>>
<$macrocall $name="counter" filt=<<fil>>/>
</$set>
\end

<<dev-edit- $:/core/ui/MoreSideBar/System "" right>>
<div class="ctrl-header">
<$reveal type="nomatch" state="$:/__/mcr/me/reveals/system-css-ctrl-header" text="show">
<$button set="$:/__/mcr/me/reveals/system-css-ctrl-header" setTo="show">Css Filters</$button>
</$reveal>
<$reveal type="match" state="$:/__/mcr/me/reveals/system-css-ctrl-header" text="show" class="contents">
<$button set="$:/__/mcr/me/reveals/system-css-ctrl-header" setTo="hide">Css Filters</$button>
<br>
<div style="width:30px;display:inline-block;text-align:right;" class="counter">???</div>
<$checkbox tiddler="$:/___/control/css/lists/more/system/:misc:" tag="$:/tags/Stylesheet" invertTag="yes">Misc</$checkbox> <br/>
<$list filter="[field:title/\$:\/___\/control\/css\/lists\/more\/system\/\:\\.+/sort[]]">
<$set name="fff" value={{!!caption}}>
<div style="width:30px;display:inline-block;text-align:right;" class="counter">
<$macrocall $name="counter2" ff=<<fff>>/>
</div>
</$set>
<$checkbox tiddler={{!!title}} tag="$:/tags/Stylesheet" invertTag="yes">{{!!caption}}</$checkbox> <br/>
</$list>
</$reveal>
</div>
<div class="scroller">
<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template="$:/core/ui/ListItemTemplate"/>
</div>

<$set name="tv-config-toolbar-icons" value="yes">

<$set name="tv-config-toolbar-text" value="yes">

<$set name="tv-config-toolbar-class" value="">

<<dev-edit- $:/core/ui/MoreSideBar/Tags "" right>>
{{$:/core/ui/Buttons/tag-manager}}

</$set>

</$set>

</$set>

<$list filter={{$:/core/Filters/AllTags-nodash!!filter}}>

<$transclude tiddler="$:/core/ui/TagTemplate"/>

</$list>

<hr class="tc-untagged-separator">

{{$:/core/ui/UntaggedTemplate}}

<$set name="tv-config-toolbar-icons" value="yes">

<$set name="tv-config-toolbar-text" value="yes">

<$set name="tv-config-toolbar-class" value="">

<<dev-edit- $:/core/ui/MoreSideBar/Tags-System "" right>>

{{$:/core/ui/Buttons/tag-manager-system}}

</$set>

</$set>

</$set>

<$list filter={{$:/core/Filters/SystemTags!!filter}}>

<$transclude tiddler="$:/core/ui/TagTemplate"/>

</$list>

<hr class="tc-untagged-separator">

{{$:/core/ui/UntaggedTemplate}}

<<dev-edit- $:/core/ui/MoreSideBar/Types "" right>>
<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>
<div class="tc-menu-list-item">
<$view field="type"/>
<$list filter="[type{!!type}!is[system]sort[title]]">
<div class="tc-menu-list-subitem">
<$link to={{!!title}}><$view field="title"/></$link>
</div>
</$list>
</div>
</$list>

\define containerClasses()
tc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$ $(hasPass)$
\end
<$importvariables filter="[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]">

<$set name="hasPass" value=<<hasuploadpassword>>>

<$set name="tv-config-toolbar-icons" value={{$:/config/Toolbar/Icons}}>

<$set name="tv-config-toolbar-text" value={{$:/config/Toolbar/Text}}>

<$set name="tv-config-toolbar-class" value={{$:/config/Toolbar/ButtonClass}}>

<$set name="themeTitle" value={{$:/view}}>

<$set name="currentTiddler" value={{$:/language}}>

<$set name="languageTitle" value={{!!name}}>

<$set name="currentTiddler" value="">

<div class=<<containerClasses>>>

<$navigator story="$:/StoryList" history="$:/HistoryList" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}}>

<$dropzone>

<$list filter="[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]" variable="listItem">

<$transclude tiddler=<<listItem>>/>

</$list>

</$dropzone>

</$navigator>

</div>

</$set>

</$set>

</$set>

</$set>

</$set>

</$set>

</$set>

</$set>

</$importvariables>

\define config-title()
$:/config/PageControlButtons/Visibility/$(listItem)$
\end
<div class="tc-page-controls">
<<dev-edit- $:/core/ui/PageTemplate/pagecontrols "" left>>
<$list filter="[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]" variable="listItem">
<$reveal type="nomatch" state=<<config-title>> text="hide">
<$transclude tiddler=<<listItem>> mode="inline"/>
</$reveal>
</$list>
</div>

<$scrollable fallthrough="no" class="tc-sidebar-scrollable">

<div class="tc-sidebar-header">
<<dev-edit- $:/core/ui/PageTemplate "margin-top:-20px;" left>>

<$reveal state="$:/state/sidebar" type="match" text="yes" default="yes" retain="yes">
<<dev-edit- $:/core/ui/PageTemplate/sidebar>>

{{$:/core/ui/PageTemplate/sidebar/heading}}

{{$:/core/ui/PageTemplate/sidebar/controlrow}}
{{||$:/core/ui/PageTemplate/pagecontrols}}

<$transclude tiddler="$:/core/ui/SideBarLists" mode="inline"/>

</$reveal>

</div>

</$scrollable>

<<dev-edit- $:/core/ui/PageTemplate/sidebar/controlrow "margin-top:100px;" left>>
<audio class="background-player" loop="loop" controls="controls">  
   <source src="http://mrobbinsassoc.com/mymisc/ambient1.mp3" />  
</audio>
<div class="share-buttons" style="">
<div class="a2a_kit a2a_default_style">
<a class="a2a_dd" href="https://www.addtoany.com/share"></a>
<span class="a2a_divider"></span>
<a class="a2a_button_email"></a>
<a class="a2a_button_google_gmail"></a>
<a class="a2a_button_yahoo_mail"></a>
<a class="a2a_button_google_plus"></a>
<a class="a2a_button_facebook"></a>
<a class="a2a_button_twitter"></a>
<a class="a2a_button_linkedin"></a>
<a class="a2a_button_pinterest"></a>
<a class="a2a_button_reddit"></a>
<a class="a2a_button_digg"></a>
<a class="a2a_button_tumblr"></a>
<a class="a2a_button_wordpress"></a>
<a class="a2a_button_blogger_post"></a>
<a class="a2a_button_xing"></a>
<a class="a2a_button_hacker_news"></a>
<a class="a2a_button_slashdot"></a>
<a class="a2a_button_instapaper"></a>
<a class="a2a_button_evernote"></a>
<a class="a2a_button_pocket"></a>
<a class="a2a_button_delicious"></a>
<a class="a2a_button_buffer"></a>
<a class="a2a_button_stumbleupon"></a>
<a class="a2a_button_google_bookmarks"></a>
<a class="a2a_button_typepad_post"></a>
</div>
</div>

<<dev-edit- $:/core/ui/PageTemplate/sidebar/heading "margin-top:10px;" left>>
<a class="title-link" href="#Welcome">
<div class="site-title-image">
<$image source="$:/__/mcr/site/assets/png/tiddler-icons/_common/logo-a.png"/>
</div>
<div class="online-status" style="position:absolute;float:left;display:inline-block;margin-top:103px;">
{{$:/__/mcr/site/widgets/online-status}}
</div>
<div class="site-titles">
<h1 class="tc-site-title">
<$transclude tiddler="$:/SiteTitle" mode="inline"/>
</h1>
<div class="tc-site-subtitle">
<$transclude tiddler="$:/SiteSubtitle" mode="inline"/>
</div>
<div class="after-subtitle">
{{$:/__/mcr/site/assets/buttons/html/SkypeButton/small}}
</div>
<div class="site-version">
<$link to="TiddlyWiki" class="tiddlywiki">Powered by ~TiddlyWiki <<version>></$link>
<$link to="Copyright" class="copyright">Portions &copy; 2015 Mark Robbins</$link>
</div>
</div>
</a>

<div class="tc-search-results">
<<dev-edit- $:/core/ui/SearchResults "" right>>
<$list filter="[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]" emptyMessage="""
<$list filter="[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]">
<$transclude mode="block"/>
</$list>
""">
<$macrocall $name="tabs" tabsList="[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]" default={{$:/config/SearchResults/Default}}/>
</$list>

</div>

<<dev-edit- $:/core/ui/SideBar/More "" right>>
<div class="tc-more-sidebar">
<<tabs "[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]" "$:/core/ui/MoreSideBar/Tags" "$:/state/tab/moresidebar" "tc-vertical">>
</div>

\define lingo-base() $:/language/CloseAll/
<<dev-edit- $:/core/ui/SideBar/Open "" right>>
<$list filter="[list[$:/StoryList]]" history="$:/HistoryList" storyview="pop">

<$button message="tm-close-tiddler" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class="tc-btn-invisible tc-btn-mini">&times;</$button> <$link to={{!!title}}>
<div class="openicondivw">
<div class="openicondiv" style="height:48px;width:48px;display:inline-block;vertical-align:middle;">
<$transclude tiddler={{!!icon}}/>
</div>
<div class="opentextdiv" style="display:inline-block;vertical-align:middle;">
<$transclude field="caption">
<$view field="title"/>
</$transclude>
</div>
</div>
</$link>
</$list>

<$button message="tm-close-all-tiddlers" class="tc-btn-invisible tc-btn-mini"><<lingo Button>></$button>

<<dev-edit- $:/core/ui/SideBar/Recent "" right>>
<$macrocall $name="timeline" format={{$:/language/RecentChanges/DateFormat}}/>

\define lingo-base() $:/language/ControlPanel/
\define config-title()
$:/config/PageControlButtons/Visibility/$(listItem)$
\end
<<dev-edit- $:/core/ui/SideBar/Tools "" right>>
<<lingo Basics/Version/Prompt>> <<version>>

<$set name="tv-config-toolbar-icons" value="yes">

<$set name="tv-config-toolbar-text" value="yes">

<$set name="tv-config-toolbar-class" value="">

<$list filter="[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]" variable="listItem">

<div style="position:relative;">

<$checkbox tiddler=<<config-title>> field="text" checked="show" unchecked="hide" default="show"/> <$transclude tiddler=<<listItem>>/> <i class="tc-muted"><$transclude tiddler=<<listItem>> field="description"/></i>

</div>

</$list>

</$set>

</$set>

</$set>

<div class="tc-sidebar-lists">
<<dev-edit- $:/core/ui/SideBarLists "" right>>
<div class="tc-search">
<$edit-text tiddler="$:/temp/search" type="search" tag="input" focus={{$:/config/Search/AutoFocus}}/>
<$reveal state="$:/temp/search" type="nomatch" text="">
<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class="tc-btn-invisible">
<$action-setfield $tiddler="$:/temp/advancedsearch" text={{$:/temp/search}}/>
<$action-setfield $tiddler="$:/temp/search" text=""/>
<$action-navigate $to="$:/AdvancedSearch"/>
{{$:/core/images/advanced-search-button}}
</$button>
<$button class="tc-btn-invisible">
<$action-setfield $tiddler="$:/temp/search" text="" />
{{$:/core/images/close-button}}
</$button>
</$reveal>
<$reveal state="$:/temp/search" type="match" text="">
<$button to="$:/AdvancedSearch" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class="tc-btn-invisible">
{{$:/core/images/advanced-search-button}}
</$button>
</$reveal>
</div>

<$reveal state="$:/temp/search" type="nomatch" text="" class="search-results">

<$set name="searchTiddler" value="$:/temp/search">
{{$:/core/ui/SearchResults}}
</$set>

</$reveal>

<$reveal state="$:/temp/search" type="match" text="" class="sidebar-tabs">

<$macrocall $name="tabs" tabsList="[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]" default={{$:/config/DefaultSidebarTab}} state="$:/state/tab/sidebar" />

</$reveal>

</div>

\define lingo-base() $:/language/TiddlerInfo/
\define finder0(filt)
<$list filter="[all[]field:text/$filt$/sort[title]]" emptyMessage=<<lingo References/Empty>> template="$:/core/ui/ListItemTemplate">
</$list>
\end
\define finder(tit)
<$set name="fil" value=<<regesc "$tit$">>>
<$macrocall $name="finder0" filt=<<fil>>/>
</$set>
\end
<$list filter="[all[current]]" variable="tid">
<$macrocall $name="finder" tit=<<tid>>/>
</$list>

<<dev-edit- $:/core/ui/Timeline/Demonstration "margin-top:-15px;" right>>
<$visjstimeline endDateField="modified" groupTags="[[TableOfContents]][[Platforms]]" navpad>

<div class="before-subtitle">
<div class="subhead">{{!!subhead}}</div>
<div class="desc">{{!!desc}}</div>
</div>
<div class="tc-subtitle">
<$link to={{!!modifier}}>
<$view field="modifier"/>
</$link> <$view field="modified" format="relativedate"/>
</div>

Welcome

\define .concat(1,2,3,4,5) $1$$2$$3$$4$$5$

\define .def(_) <dfn class="doc-def">$_$</dfn>
\define .em(_) <em class="doc-em">$_$</em>
\define .strong(_) <strong class="doc-strong">$_$</strong>
\define .place(_) <code class="doc-place">$_$</code>
\define .word(_) "$_$"

\define .preamble(_) :.doc-preamble $_$
\define .note(_)
@@.doc-note
;Note
: $_$
@@
\end

\define .tid(_) <code class="doc-tiddler">$_$</code>
\define .tag(_) <code class="doc-tag">$_$</code>
\define .field(_) <code class="doc-field">$_$</code>
\define .value(_) <code class="doc-value">$_$</code>
\define .op(_) <code class="doc-operator">$_$</code>
\define .var(_) <code class="doc-var">$_$</code>
\define .wid(_) <code class="doc-widget">$$_$</code>
\define .attr(_) <code class="doc-attr">$_$</code>
\define .param(_) <code class="doc-param">$_$</code>

\define .mtitle(_) $_$ Macro
\define .otitle(_) $_$ Operator
\define .vtitle(_) $_$ Variable

\define .link(_,to) <$link to="$to$">$_$</$link>
\define .clink(_,to) <span class="doc-clink"><<.link """$_$""" "$to$">></span>
\define .dlink(_,to) <$macrocall $name=".link" _=<<.def "$_$">> to="$to$">/>
\define .dlink-ex(_,to) <a href="$to$" class="tc-tiddlylink-external" target="_blank"><<.def "$_$">></a>
\define .flink(to) <$macrocall $name=".link" _=<<.field {{$to$!!caption}}>> to="$to$"/>
\define .mlink(_,to) <$macrocall $name=".link" _=<<.var "$_$">> to=<<.mtitle "$_$">>/>
\define .mlink2(_,to) <$macrocall $name=".link" _=<<.var "$_$">> to="$to$"/>
\define .olink(_) <$macrocall $name=".link" _=<<.op "$_$">> to=<<.otitle "$_$">>/>
\define .olink2(_,to) <$macrocall $name=".link" _=<<.op "$_$">> to=<<.otitle "$to$">>/>
\define .vlink(_,to) <$macrocall $name=".link" _=<<.var "$_$">> to=<<.vtitle "$_$">>/>
\define .vlink2(_,to) <$macrocall $name=".link" _=<<.var "$_$">> to="$to$"/>
\define .wlink(to) <$macrocall $name=".link" _=<<.wid {{$to$!!caption}}>> to="$to$"/>
\define .wlink2(_,to) <$macrocall $name=".link" _="$_$" to="$to$"/>

\define .key(_) <span class="doc-key">$_$</span>
\define .combokey(_) <$macrocall $name=".if" cond="$_$" then=<<.key '$_$'>>/>
\define .keycombo(1,2,3,4) <<.combokey "$1$">><<.if "$2$" +>><<.combokey "$2$">><<.if "$3$" +>><<.combokey "$3$">><<.if "$4$" +>><<.combokey "$4$">>

\define .tab(_) <span class="doc-tab">{{$_$!!caption}}</span>
\define .sidebar-tab(_) <<.tab "$:/core/ui/SideBar/$_$">>
\define .more-tab(_) <<.tab "$:/core/ui/MoreSideBar/$_$">>
\define .info-tab(_) <<.tab "$:/core/ui/TiddlerInfo/$_$">>
\define .controlpanel-tab(_) <<.tab "$:/core/ui/ControlPanel/$_$">>
\define .advancedsearch-tab(_) <<.tab "$:/core/ui/AdvancedSearch/$_$">>
\define .toc-tab() <<.tab "TableOfContents">>
\define .example-tab(_) <span class="doc-tab">$_$</span>

\define .button(_) <span class="doc-button">{{$:/core/ui/Buttons/$_$!!caption}}</span>

\define .tip(_) <div class="doc-icon-block"><div class="doc-block-icon">{{$:/core/images/tip}}</div> $_$</div>
\define .warning(_) <div class="doc-icon-block"><div class="doc-block-icon">{{$:/core/images/warning}}</div> $_$</div>

\define .state-prefix() $:/state/editions/tw5.com/

\define .lorem()
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
\end

\define .toc-lorem()
This is an example tiddler. See [[Table-of-Contents Macros (Examples)]].

<<.lorem>>
\end

\define .example(n,eg,egvar:NO-SUCH-VAR)
<div class="doc-example">
<$reveal default="$egvar$" type="match" text="NO-SUCH-VAR">
	<$codeblock code="""$eg$"""/>
</$reveal>
<$reveal default="$egvar$" type="nomatch" text="NO-SUCH-VAR">
	<!-- allow an example to contain """ -->
	<$codeblock code=<<$egvar$>>/>
</$reveal>
<$list filter="[title<.state-prefix>addsuffix{!!title}addsuffix[/]addsuffix[$n$]]" variable=".state">
<$reveal state=<<.state>> type="nomatch" text="show">
	<dl>
	<dd><$button set=<<.state>> setTo="show">Try it</$button></dd>
	</dl>
</$reveal>
<$reveal state=<<.state>> type="match" text="show">
	<dl>
	<dd><$button set=<<.state>> setTo="">Hide</$button></dd>
	</dl>
	<blockquote class="doc-example-result">
	<$reveal default="$egvar$" type="match" text="NO-SUCH-VAR">
		$eg$
	</$reveal>
	<$reveal default="$egvar$" type="nomatch" text="NO-SUCH-VAR">
		<<$egvar$>>
	</$reveal>
	</blockquote>
</$reveal>
</$list>
\end

.doc-def {
	font-style: normal;
	font-weight: bold;
}

.doc-em {
	font-style: italic;
	font-variant: small-caps;
	text-decoration: none;
}

.doc-strong {
	color: <<colour alert-highlight>>;
	font-style: normal;
	font-weight: bold;
}

.doc-foreign {
	font-style: italic;
}

.doc-place {
	background-color: <<color background>>;
	border: none;
	color: <<color very-muted-foreground>>;
	font-style: normal;
	font-weight: bold;
}

.doc-button,
.doc-tab,
.doc-tag-x,
.doc-tiddler,
.doc-field,
.doc-value,
.doc-operator,
.doc-var-x,
.doc-widget-x,
.doc-attr,
.doc-param {
	background-color: <<color background>>;
	border: none;
	color: <<color very-muted-foreground>>;
	font-weight: bold;
	padding: 0;
}

a .doc-place,
a .doc-button,
a .doc-tab,
a .doc-tag-x,
a .doc-tiddler,
a .doc-field,
a .doc-value,
a .doc-operator,
a .doc-var-x,
a .doc-widget-x,
a .doc-attr {
	color: <<color tiddler-link-foreground>>;
}

.doc-button svg {
	height: 1em;
}

td svg {
	height: 1em;
}

.doc-key {
	color: <<color very-muted-foreground>>;
	font-weight: bold;
}

.doc-clink code {
	color: <<colour tiddler-link-foreground>>;
}

.doc-preamble {
	border: 2px solid <<colour code-border>>;
	color: <<colour very-muted-foreground>>;
	font-size: 90%;
	margin-left: 0;
	padding: 0.5em 0.7em;
}

.doc-note dt {
	color: <<colour very-muted-foreground>>;
}
.doc-note dd {
	border-left: 2px solid <<colour code-border>>;
	padding-left: 0.6em;
}

.doc-example {
	margin: 1em 0;
	padding: 0.8em 0;
}
.doc-example:hover {
	background-color: <<colour code-background>>;
}
.doc-example ul {
	margin-bottom: 0;
	padding-bottom: 0;
	margin-top: 0.2em;
}
.doc-example pre:first-child {
	margin-top: 0;
}
.doc-example-result {
	border-left: 5px solid <<colour blockquote-bar>>;
	border-right: 5px solid <<colour blockquote-bar>>;
	margin-left: 0;
	margin-right: 0;
	padding: 0 10px;
}
.doc-example-result ul {
	margin-left: 0;
	padding-left: 10px;
}
.doc-example-result ol {
	margin-left: 0;
	padding-left: 20px;
}

.doc-table th, .doc-table tr {
	vertical-align: top;
}
.doc-table th a {
	font-weight: bold;
}

tr.doc-table-subheading {
	height: 2em;
	vertical-align: middle;
}

.doc-table.before-tiddler-body {
	margin-top: 2em;
}

.doc-icon-block {
	border-left: 2px solid <<colour code-border>>;
	margin-left: 3em;
	padding-left: 0.6em;
	position: relative;
}
.doc-block-icon {
	position: absolute;
	left: -3em;
	top: 0.2em;
}
.doc-block-icon .tc-image-tip {
	fill: <<colour primary>>;
}
.doc-block-icon .tc-image-warning {
	fill: <<colour alert-highlight>>;
}

\define saveTiddlerFilter()
[[$:/core]] [[$:/isEncrypted]] [[$:/themes/tiddlywiki/snowwhite]] [[$:/themes/tiddlywiki/vanilla]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]
\end
\define savingEmpty()
yes
\end
{{$:/core/templates/tiddlywiki5.html}}

<$macrocall $name=".example" n="1"
eg="""<ul>
<li><code><<qualify "BaseTiddler">></code></li>
<li><code><<transclusion>></code></li>
</ul>"""/>

\define sayhi(name:"Bugs Bunny" address:"Rabbit Hole Hill")
Hi, I'm $name$ and I live in $address$.
\end

\define say-hi-using-variables()
Hi, I'm $(name)$ and I live in $(address)$.
\end

\define name() Bugs

\define tags-of-current-tiddler() {{!!tags}}

\define tv-get-export-image-link(src) http://www.tiddlywiki.com/$src$

\define tv-wikilink-tooltip()
<$transclude field="tooltip">(<$transclude field="caption"/>)</$transclude>
\end

\define .operator-examples(op,text:"Examples") <$link to="$op$ Operator (Examples)">$text$</$link>

\define .operator-example(n,eg,ie)
<div class="doc-example">
`$eg$`
<$macrocall $name=".if" cond="""$ie$""" then="""<dd>&rarr; $ie$</dd>"""/>
<$list filter="[title<.state-prefix>addsuffix{!!title}addsuffix[/]addsuffix[$n$]]" variable=".state">
<$reveal state=<<.state>> type="nomatch" text="show">
	<dl>
	<dd><$button set=<<.state>> setTo="show">Try it</$button></dd>
	</dl>
</$reveal>
<$reveal state=<<.state>> type="match" text="show">
	<dl>
	<dd><$button set=<<.state>> setTo="">Hide</$button></dd>
	</dl>
	<blockquote class="doc-example-result">
	<ul><$list filter="$eg$" emptyMessage="(empty)">
	<li><$link><$view field="title"/></$link></li>
	</$list></ul>
	</blockquote>
</$reveal>
</$list>
\end

\define .this-is-operator-example() This example tiddler is used to illustrate some of the [[Filter Operators]].
\define .using-days-of-week() These examples make use of the [[Days of the Week]] tiddler.
\define .s-matching-is-case-sensitive() In looking for matches for <<.place S>>, capital and lowercase letters are treated as different.

\define .node-only-operator()

<$macrocall $name=".note" _="This operator is <<.em not>> available when ~TiddlyWiki is running in a web browser."/>

\end

\define .op-place()
<$macrocall $name=".if"
  cond="""$(op-name)$"""
  then="<<.place '$(op-name)$'>> = "
  else=""/>
\end

\define .op-row()
<$macrocall $name=".if"
  cond="""$(op-body)$"""
  then="""<tr><th align="left">$(op-head)$</th><td><<.op-place>>$(op-body)$</td></tr>"""
  else=""/>
\end

<$set name="op-head" value="">
<$set name="op-body" value="">
<$set name="op-name" value="">
<$list filter="[all[current]tag[Filter Operators]]">
<table class="doc-table before-tiddler-body">
<!-->
<$set name="op-head" value="purpose">
<$set name="op-body" value={{!!op-purpose}}>
<<.op-row>>
</$set>
</$set>
<!-->
<$set name="op-head" value="[[input|Filter Syntax]]">
<$set name="op-body" value={{!!op-input}}>
<<.op-row>>
</$set>
</$set>
<!-->
<$set name="op-head" value="`!` input">
<$set name="op-body" value={{!!op-neg-input}}>
<<.op-row>>
</$set>
</$set>
<!-->
<$set name="op-head" value="[[suffix|Filter Step]]">
<$set name="op-body" value={{!!op-suffix}}>
<$set name="op-name" value={{!!op-suffix-name}}>
<<.op-row>>
</$set>
</$set>
</$set>
<!-->
<$set name="op-head" value="[[parameter|Filter Parameter]]">
<$set name="op-body" value={{!!op-parameter}}>
<$set name="op-name" value={{!!op-parameter-name}}>
<<.op-row>>
</$set>
</$set>
</$set>
<!-->
<$set name="op-head" value="output">
<$set name="op-body" value={{!!op-output}}>
<<.op-row>>
</$set>
</$set>
<!-->
<$set name="op-head" value="`!` output">
<$set name="op-body" value={{!!op-neg-output}}>
<<.op-row>>
</$set>
</$set>
<!-->
</table>
</$list>
</$set>
</$set>
</$set>

( '"""' [:{/'anything but """'/}] '"""'
| '"'   [:{/'anything but "'/}]   '"'
| "'"   [:{/"anything but '"/}]   "'"
| "[["  [:{/"anything but ]"/}]   "]]"
| {/"""anything but ' " or whitespace"""/}
)

<$button class="tc-btn-big-green">
<$action-sendmessage $message="tm-download-file" $param="$:/editions/tw5.com/download-empty" filename="empty.html"/>
Download Empty {{$:/core/images/save-button}}
</$button>

\define style-guide(good,bad)
<table>
<tbody>
<tr>
<th>Good</th>
<td>``$good$``</td>
</tr>
<tr>
<th>Bad</th>
<td>``$bad$``</td>
</tr>
</tbody>
</table>
\end

\define makeStaticLink()
http://tiddlywiki.com/static/<$view tiddler=<<currentTiddler>> field="title" format="doubleurlencoded"/>.html
\end
\define outerMakeStaticLink()
<$macrocall $name="makeStaticLink" $output="text/plain"/>
\end
\define makeGitHubLink()
https://github.com/Jermolene/TiddlyWiki5/blob/master/editions/tw5.com/tiddlers/$(githubLink)$
\end
\define outerMakeGitHubLink()
<$set name="githubLink" value={{$:/config/OriginalTiddlerPaths##$(currentTiddler)$}}>
<a href=<<makeGitHubLink>> class="tc-tiddlylink-external" target="_blank"><$text text=<<makeGitHubLink>>/></a>
</$set>
\end
<$list filter="[all[current]!is[system]!is[shadow]]">

A static HTML representation of this tiddler is available at the URL:

* <<outerMakeStaticLink>>

Help us to improve the documentation by sending a ~GitHub pull request for this tiddler:

* <<outerMakeGitHubLink>>
</$list>

\define .variable-examples(v,text:"Examples") <$link to="$v$ Variable (Examples)">$text$</$link>
\define .macro-examples(m,text:"Examples") <$link to="$m$ Macro (Examples)">$text$</$link>
\define .widget-examples(w,text:"Examples") <$link to="$w$ Widget (Examples)">$text$</$link>

\define .js-macro-link(_) [[$_$|http://tiddlywiki.com/dev/index.html#JavaScript%20Macros]]

\define .this-is-static-link-variable() <<.tip "This variable has no useful effect when ~TiddlyWiki is running in a browser, as the `href` attribute is ignored there -- links between tiddlers are performed by JavaScript instead. The variable comes into play when one is using the [[Node.js configuration|TiddlyWiki on Node.js]] to [[generate a static version|RenderTiddlersCommand]] of a wiki.">>

\define .this-is-toolbar-config-variable(configTiddler)

It can be set to <<.value yes>> or <<.value no>> prior to transcluding such a button.

The standard page template sets it to the value found in [[$configTiddler$]], with the result that this becomes the default for the whole page. The user can adjust this default by using a tickbox on the <<.controlpanel-tab Settings>> tab of the [[Control Panel|$:/ControlPanel]].
\end

yes

The following tiddlers were imported:

# [[$:/__/mcr/tw/macros/js/regesc.js]]

no

$:/palettes/Mark

alert-background: #112233
alert-border: #334455
alert-highlight: #881122
alert-muted-foreground: #102030
background: #000
blockquote-bar: <<colour muted-foreground>>
button-background: #444444
button-foreground: #888888
button-border:
code-background: #000
code-border: #e1e1e8
code-foreground: #dd1144
dirty-indicator: #ff0000
download-background: #34c734
download-foreground: <<colour background>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: <<colour background>>
dropdown-border: <<colour muted-foreground>>
dropdown-tab-background-selected: #fff
dropdown-tab-background: #ececec
dropzone-background: rgba(0,200,0,0.7)
external-link-background-hover: inherit
external-link-background-visited: inherit
external-link-background: inherit
external-link-foreground-hover: #666
external-link-foreground-visited: #333
external-link-foreground: #444
foreground: #333333
message-background: #ecf2ff
message-border: #cfd6e6
message-foreground: #547599
modal-backdrop: <<colour foreground>>
modal-background: <<colour background>>
modal-border: #999999
modal-footer-background: #f5f5f5
modal-footer-border: #dddddd
modal-header-border: #eeeeee
muted-foreground: #0A0A0A
notification-background: #ffffdd
notification-border: #999999
page-background: #000
pre-background: #000
pre-border: <<colour tiddler-title-foreground>>
primary: #667788
sidebar-button-foreground: <<colour foreground>>
sidebar-controls-foreground-hover: #666666
sidebar-controls-foreground: #444444
sidebar-foreground-shadow: rgba(255,255,255, 0.0)
sidebar-foreground: #acacac
sidebar-muted-foreground-hover: #777777
sidebar-muted-foreground: #111111
sidebar-tab-background-selected: #000
sidebar-tab-background: <<colour tab-background>>
sidebar-tab-border-selected: <<colour tab-border-selected>>
sidebar-tab-border: <<colour tab-border>>
sidebar-tab-divider: <<colour tab-divider>>
sidebar-tab-foreground-selected:
sidebar-tab-foreground: <<colour tab-foreground>>
sidebar-tiddler-link-foreground-hover: #3C3D3E
sidebar-tiddler-link-foreground: #2C2D2E
site-title-foreground: #2C2D2E
static-alert-foreground: #aaaaaa
tab-background-selected: #000000
tab-background: #000000
tab-border-selected: #555
tab-border: #222222
tab-divider: <<colour tab-border>>
tab-foreground-selected: <<colour tab-foreground>>
tab-foreground: #666666
table-border: #111111
table-footer-background: #a8a8a8
table-header-background: #f0f0f0
tag-background: #444
tag-foreground: #aaa
tiddler-background: #030405
tiddler-border: <<colour background>>
tiddler-controls-foreground-hover: #777777
tiddler-controls-foreground-selected: #999999
tiddler-controls-foreground: #111111
tiddler-editor-background: #000000
tiddler-editor-border-image: #ffffff
tiddler-editor-border: #222222
tiddler-editor-fields-even: #e0e8e0
tiddler-editor-fields-odd: #f0f4f0
tiddler-info-background: #f8f8f8
tiddler-info-border: #dddddd
tiddler-info-tab-background: #f8f8f8
tiddler-link-background: <<colour background>>
tiddler-link-foreground: <<colour primary>>
tiddler-subtitle-foreground: #1D1E1F
tiddler-title-foreground: #1C1D1E
toolbar-new-button:
toolbar-options-button:
toolbar-save-button:
toolbar-info-button:
toolbar-edit-button:
toolbar-close-button:
toolbar-delete-button:
toolbar-cancel-button:
toolbar-done-button:
untagged-background: #999999
very-muted-foreground: #888888

{
    "tiddlers": {
        "$:/plugins/felixhayashi/hotzone/config.js": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{userConfig:\"$:/config/hotzone/focusOffset\",focussedTiddlerStore:\"$:/temp/focussedTiddler\"},checkbackTime:$tw.utils.getAnimationDuration()}})();",
            "title": "$:/plugins/felixhayashi/hotzone/config.js",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/hotzone/hotzone.js": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/hotzone.js\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"hotzone\";exports.platforms=[\"browser\"];exports.after=[\"story\"];exports.synchronous=true;exports.startup=function(){var e=require(\"$:/plugins/felixhayashi/hotzone/config.js\").config;var t=null;var i=false;var r=document.getElementsByClassName(e.classNames.storyRiver)[0];var s=r.getElementsByClassName(e.classNames.tiddlerFrame);var n=$tw.wiki.getTiddlerData(e.references.userConfig,{});var a=isNaN(parseInt(n.focusOffset))?150:parseInt(n.focusOffset);var o=function(t,i,r){if(!(t instanceof Element))return;if(!$tw.utils.hasClass(t,e.classNames.tiddlerFrame))return;var s=t.getElementsByClassName(e.classNames.tiddlerTitle)[0];if(s){var n=s.innerText||s.textContent;return n.trim()}};var l=function(e,r){if(r){t=null}if(!i){i=true;window.setTimeout(d,e||0)}};var f=function(t,i){$tw.wiki.addTiddler(new $tw.Tiddler({title:e.references.focussedTiddlerStore,text:t},$tw.wiki.getModificationFields()));if(i){var r=document.getElementsByClassName(\"hzone-focus\")[0];if(r){$tw.utils.removeClass(r,\"hzone-focus\")}$tw.utils.addClass(i,\"hzone-focus\")}};var d=function(){if(s.length){var e=42;for(var r=0;r<s.length;r++){if(window.getComputedStyle(s[r])[\"display\"]===\"block\"){e=s[r].getBoundingClientRect().left;break}}var n=document.elementFromPoint(e+1,a);var l=o(n);if(l!==t&&$tw.wiki.getTiddler(l)){t=l;f(t,n)}}else if(t){t=\"\";f(t)}i=false};var u=function(e){if(e[\"$:/HistoryList\"]){if(!$tw.wiki.tiddlerExists(\"$:/HistoryList\"))return;var t=$tw.wiki.getTiddler(\"$:/HistoryList\").fields[\"current-tiddler\"];var i=$tw.wiki.getTiddlerList(\"$:/StoryList\");var r=i.indexOf(t)>=0;if(!r)return;l($tw.utils.getAnimationDuration()+100)}else if(e[\"$:/StoryList\"]){l($tw.utils.getAnimationDuration()+100,true)}};var c=function(e){l(250)};$tw.wiki.addEventListener(\"change\",u);window.addEventListener(\"scroll\",c,false);c()}})();",
            "title": "$:/plugins/felixhayashi/hotzone/hotzone.js",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/plugins/felixhayashi/hotzone/Configuration": {
            "title": "$:/plugins/felixhayashi/hotzone/Configuration",
            "text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n  <tr>\n    <th align=\"left\">Focus offset:</th>\n    <td><$edit-text tiddler=\"$:/config/hotzone/focusOffset\" tag=\"input\" default=\"71px\" /></td>\n  </tr>\n</table>"
        },
        "$:/temp/focussedTiddler": {
            "title": "$:/temp/focussedTiddler"
        },
        "$:/plugins/felixhayashi/hotzone/License": {
            "title": "$:/plugins/felixhayashi/hotzone/License",
            "text": "This code is released under the BSD license. For the exact terms visit:\n\nhttps://github.com/felixhayashi/TW5-HotZone/blob/master/LICENSE"
        },
        "$:/plugins/felixhayashi/hotzone/Readme": {
            "title": "$:/plugins/felixhayashi/hotzone/Readme",
            "text": "Please visit the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information."
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/felixhayashi/tiddlymap/layout": {
            "title": "$:/plugins/felixhayashi/tiddlymap/layout",
            "type": "text/vnd.tiddlywiki",
            "tags": [
                "$:/tags/Stylesheet"
            ],
            "text": "/**** TiddlyWiki ***************************************************/\n/**\n * Do not allow blurred background for dialogs\n * see: https://github.com/Jermolene/TiddlyWiki5/issues/1893\n */\n.tc-page-container-wrapper.tc-modal-displayed {\n  -webkit-filter: inherit;\n  -moz-filter: inherit;\n  filter: inherit; }\n\n/**** Flash messages ***********************************************/\n.tmap-flash-message {\n  border: 1px solid lightgray;\n  padding: 5px;\n  margin: 6px 0;\n  display: block;\n  color: #333333; }\n  .tmap-flash-message svg {\n    color: inherit;\n    vertical-align: text-top;\n    width: 1em;\n    height: 1em; }\n  .tmap-flash-message.tmap-valid, .tmap-flash-message.tmap-info {\n    background: #D1EED4; }\n  .tmap-flash-message.tmap-neutral, .tmap-flash-message.tmap-warning {\n    background: #FFF6D1; }\n  .tmap-flash-message.tmap-malformed, .tmap-flash-message.tmap-invalid, .tmap-flash-message.tmap-danger {\n    background: #EED5D1; }\n\n/*******************************************************************/\n.tmap-save-canvas-preview {\n  text-align: center; }\n  .tmap-save-canvas-preview img {\n    background-color: white;\n    border: 1px solid lightgray;\n    max-width: 100%;\n    max-height: 100px; }\n\n.tmap-list-separator {\n  display: block;\n  background-color: #efefef;\n  margin: 10px 0 5px 0;\n  cursor: default;\n  border-bottom: 1px dotted gray;\n  font-weight: bold;\n  font-size: 0.8em; }\n\n.tmap-unicode-icon {\n  width: 1em;\n  display: inline-block;\n  text-align: center;\n  color: black; }\n\nhtml {\n  /*\n  body {\n    background: url(unquote('<$macrocall $name=\"makedatauri\" type={{$:/plugins/felixhayashi/tiddlymap/media/surface.png!!type}} text={{$:/plugins/felixhayashi/tiddlymap/media/surface.png}}/>'));\n  }\n  */ }\n  html .tmap-link {\n    color: #5778D8; }\n    html .tmap-link:hover {\n      color: white;\n      background: #5778D8; }\n  html .tmap-small-list, html .tmap-very-small-list {\n    overflow: auto;\n    min-height: 20px;\n    max-height: 150px;\n    display: block; }\n  html .tmap-very-small-list {\n    max-height: 70px; }\n  html .tc-tiddler-controls button.tmap-active-button svg {\n    fill: #888888; }\n  html .tmap-quick-connect {\n    font-size: 0.7em; }\n    html .tmap-quick-connect .tc-drop-down {\n      padding: 5px;\n      width: 250px;\n      white-space: normal;\n      line-height: 1em;\n      position: absolute;\n      z-index: 1000;\n      right: 50px;\n      background: linear-gradient(45deg, #f5f5f5 0%, #ffffff 50%, #f5f5f5 100%); }\n      html .tmap-quick-connect .tc-drop-down select {\n        width: 80px;\n        word-wrap: initial; }\n      html .tmap-quick-connect .tc-drop-down table {\n        width: 100%;\n        border: none;\n        margin-bottom: 0px; }\n        html .tmap-quick-connect .tc-drop-down table td {\n          padding: 3px;\n          border: none;\n          vertical-align: top; }\n      html .tmap-quick-connect .tc-drop-down .tmap-scroll-table {\n        height: 120px;\n        overflow: auto;\n        display: block; }\n      html .tmap-quick-connect .tc-drop-down hr {\n        border: 0;\n        height: 0;\n        border-top: 1px solid rgba(0, 0, 0, 0.1);\n        border-bottom: 1px solid rgba(255, 255, 255, 0.3); }\n      html .tmap-quick-connect .tc-drop-down a {\n        display: inline;\n        padding: 0;\n        color: #5778d8;\n        background: transparent; }\n        html .tmap-quick-connect .tc-drop-down a:hover {\n          background: transparent;\n          color: #5778d8;\n          text-decoration: underline; }\n      html .tmap-quick-connect .tc-drop-down span.tmap-hide-links {\n        float: right; }\n      html .tmap-quick-connect .tc-drop-down button {\n        display: inline-block;\n        padding: 0px 3px;\n        width: auto;\n        text-align: left;\n        color: #333333;\n        line-height: 1; }\n        html .tmap-quick-connect .tc-drop-down button:hover {\n          color: #ffffff; }\n        html .tmap-quick-connect .tc-drop-down button svg {\n          fill: inherit; }\n          html .tmap-quick-connect .tc-drop-down button svg:hover {\n            fill: #ffffff; }\n  html #tmap-node-filter-dialog #tmap-filter-tips {\n    font-size: 0.8em; }\n  html #tmap-node-filter-dialog textarea {\n    height: 100px;\n    max-height: 300px;\n    overflow: auto;\n    width: 100%;\n    font-size: 11px;\n    font-family: \"Courier New\", Courier, monospace; }\n  html .tc-sidebar-scrollable .tmap-widget {\n    position: relative;\n    min-height: 350px; }\n    html .tc-sidebar-scrollable .tmap-widget.tmap-halfscreen {\n      position: absolute;\n      right: 0px;\n      top: 0;\n      left: 0px;\n      bottom: 0;\n      padding: 0px;\n      width: 100% !important;\n      border: none;\n      border-left: 1px solid lightgray;\n      height: 100% !important;\n      margin: 0;\n      background: #ececec;\n      z-index: 1000; }\n      html .tc-sidebar-scrollable .tmap-widget.tmap-halfscreen .tmap-fullscreen-button {\n        display: none; }\n\n/**** Modal related ************************************************/\n.tc-modal-wrapper {\n  z-index: 1010; }\n  .tc-modal-wrapper .tc-modal-header svg {\n    vertical-align: sub; }\n  .tc-modal-wrapper .tc-modal-header h3 {\n    line-height: 10px; }\n  .tc-modal-wrapper .tc-modal-body {\n    min-height: 250px;\n    max-height: 70vh;\n    overflow: auto; }\n    .tc-modal-wrapper .tc-modal-body > div > p:first-child {\n      margin-top: 0px; }\n    .tc-modal-wrapper .tc-modal-body > div > p:last-child {\n      margin-bottom: 0px; }\n    .tc-modal-wrapper .tc-modal-body .tc-image-button {\n      font-size: 14px; }\n    .tc-modal-wrapper .tc-modal-body .tmap-modal-editor .tc-tiddler-frame {\n      padding: 0px;\n      width: auto;\n      margin: 0px;\n      border: none; }\n      .tc-modal-wrapper .tc-modal-body .tmap-modal-editor .tc-tiddler-frame .tc-tiddler-title {\n        display: none; }\n    .tc-modal-wrapper .tc-modal-body #tmap-element-type-manager .tc-tab-buttons {\n      padding-top: 0px; }\n    .tc-modal-wrapper .tc-modal-body #tmap-element-type-manager > div:first-child {\n      height: 100%;\n      float: left;\n      width: 20%;\n      position: fixed; }\n      .tc-modal-wrapper .tc-modal-body #tmap-element-type-manager > div:first-child .searchbar input {\n        width: 100%; }\n      .tc-modal-wrapper .tc-modal-body #tmap-element-type-manager > div:first-child ul {\n        height: calc(100% - 135px);\n        overflow: auto;\n        margin: 5px 0 0 0;\n        padding-left: 0px;\n        list-style: none;\n        background: linear-gradient(45deg, #f5f5f5 0%, #ffffff 50%, #f5f5f5 100%); }\n        .tc-modal-wrapper .tc-modal-body #tmap-element-type-manager > div:first-child ul li {\n          white-space: nowrap; }\n          .tc-modal-wrapper .tc-modal-body #tmap-element-type-manager > div:first-child ul li .tmap-ranking {\n            width: 30px;\n            display: inline-block; }\n    .tc-modal-wrapper .tc-modal-body #tmap-element-type-manager > div:last-child {\n      height: 100%;\n      width: calc(80% - 20px);\n      margin-left: 22%; }\n    .tc-modal-wrapper .tc-modal-body fieldset legend {\n      font-weight: bold; }\n    .tc-modal-wrapper .tc-modal-body table {\n      margin: 6px 0;\n      clear: both;\n      border: none;\n      width: 100%; }\n      .tc-modal-wrapper .tc-modal-body table td, .tc-modal-wrapper .tc-modal-body table th {\n        border: 1px solid lightgray; }\n      .tc-modal-wrapper .tc-modal-body table.tmap-key-value-table th {\n        width: 30%;\n        background-color: #F0F0F0; }\n      .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:nth-child(odd) {\n        background-color: #F0F0F0; }\n      .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:nth-child(even) {\n        background-color: #FFFFFF; }\n      .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:hover {\n        background-color: #FFFFF3; }\n      .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td {\n        border: none;\n        vertical-align: top;\n        padding: 5px; }\n        .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td:first-child {\n          width: 15%; }\n        .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td:last-child {\n          width: 40%; }\n        .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td input:not([type=radio]), .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td textarea, .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td select {\n          width: 100%;\n          /* prevents bad looking select boxes and wrapping in textareas */\n          word-wrap: normal; }\n        .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td .tmap-no-stretch input, .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td .tmap-no-stretch textarea, .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td .tmap-no-stretch select {\n          width: auto; }\n        .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td div.tmap-button-wrapper {\n          text-align: center; }\n      .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr .tmap-note {\n        margin-top: 0.5em; }\n      .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr .tmap-description {\n        font-style: italic; }\n      .tc-modal-wrapper .tc-modal-body table ul {\n        padding-left: 30px; }\n        .tc-modal-wrapper .tc-modal-body table ul li {\n          list-style: none; }\n  .tc-modal-wrapper .tc-modal-footer {\n    padding: 8px; }\n    .tc-modal-wrapper .tc-modal-footer .tmap-dialog-button {\n      font-weight: bold; }\n    .tc-modal-wrapper .tc-modal-footer .tmap-hidden-close-button {\n      display: none; }\n\n.tmap-manage-node-types .tmap-edge-type-specific {\n  display: none !important; }\n\n.tmap-manage-edge-types .tmap-node-type-specific {\n  display: none !important; }\n\n/**** TMap Widget **************************************************/\n.tmap-widget {\n  position: relative;\n  border: 1px dotted lightgray;\n  padding: 2px;\n  width: 100%;\n  color: #666666;\n  display: block; }\n  .tmap-widget.tmap-fullscreen .vis-network .tmap-halfscreen-button {\n    display: none; }\n  .tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active) {\n    cursor: pointer; }\n    .tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active) .vis-navigation {\n      display: none; }\n    .tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active):hover:before {\n      box-shadow: 10px 10px 5px lightgray;\n      color: gray;\n      background: white;\n      content: \"Click to use\";\n      font-size: 18px;\n      font-weight: bold;\n      left: 50%;\n      margin-left: -100px;\n      position: absolute;\n      text-align: center;\n      top: 50px;\n      width: 200px;\n      z-index: 2000;\n      padding: 5px;\n      pointer-events: none; }\n  .tmap-widget .tmap-loading-bar {\n    display: block;\n    position: absolute;\n    text-align: center;\n    font-size: 2em;\n    padding: 10px;\n    top: 50%;\n    background: rgba(245, 245, 245, 0.5);\n    z-index: 1;\n    width: 250px;\n    margin: auto;\n    left: 0px;\n    right: 0px; }\n  .tmap-widget .tmap-vis-graph {\n    height: calc(100% - 35px); }\n    .tmap-widget .tmap-vis-graph .vis-network .vis-network-tooltip {\n      max-width: 250px;\n      white-space: normal; }\n    .tmap-widget .tmap-vis-graph .vis-network .vis-edit-mode {\n      height: 26px; }\n    .tmap-widget .tmap-vis-graph .vis-network .vis-manipulation {\n      height: 34px;\n      border-top: 1px solid #d6d9d8;\n      background: rgba(245, 245, 245, 0.7); }\n    .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button.tmap-button-enabled {\n      right: 15px; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button.tmap-button-enabled.tmap-fullscreen-button {\n        bottom: 90px;\n        background-image: url(<$macrocall $name=\"makedatauri\" type=\"image/png\" text={{$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png}} />); }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button.tmap-button-enabled.tmap-halfscreen-button {\n        bottom: 130px;\n        background-image: url(<$macrocall $name=\"makedatauri\" type=\"image/png\" text={{$:/plugins/felixhayashi/tiddlymap/media/halfscreen.png}} />); }\n    .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover {\n      box-shadow: 0 0 3px 3px rgba(75, 75, 75, 0.3); }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover:before {\n        background: beige;\n        display: block;\n        color: black;\n        padding: 3px;\n        position: relative;\n        border: 1px solid lightgray;\n        width: 80px;\n        left: -70px;\n        top: -30px;\n        z-index: 1000;\n        text-align: center; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-up:before {\n        left: 30px;\n        content: \"Scroll up\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-down:before {\n        left: 30px;\n        content: \"Scroll down\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-right:before {\n        left: 30px;\n        content: \"Scroll right\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-left:before {\n        left: 30px;\n        content: \"Scroll left\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-zoomOut:before {\n        content: \"Zoom out\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-zoomIn:before {\n        content: \"Zoom in\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-zoomExtends:before {\n        content: \"Fit whole graph\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.tmap-fullscreen-button:before {\n        content: \"Toggle Fullscreen\"; }\n      .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.tmap-halfscreen-button:before {\n        content: \"Toggle Halfscreen\"; }\n  .tmap-widget.tmap-no-buttons .vis-navigation {\n    display: none; }\n  .tmap-widget.tmap-advanced-editor {\n    background: #F2F2F2; }\n    .tmap-widget.tmap-advanced-editor .tmap-topbar {\n      background: #d6d9d8; }\n      .tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-active-button {\n        background: #007180;\n        color: white; }\n        .tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-active-button svg {\n          fill: white; }\n      .tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-neigh-scope-button {\n        font-size: 1.5em;\n        vertical-align: bottom; }\n  .tmap-widget .tmap-menu-bar {\n    width: 100%; }\n  .tmap-widget .tmap-topbar {\n    background: #F5F5F5;\n    border-bottom: 1px solid lightgray;\n    padding: 3px 5px;\n    height: 35px;\n    position: relative; }\n    .tmap-widget .tmap-topbar .tmap-view-label {\n      width: 100%;\n      text-align: center;\n      font-weight: bold;\n      padding-top: 3px; }\n    .tmap-widget .tmap-topbar .tmap-focus-button {\n      position: absolute;\n      right: 10px; }\n      .tmap-widget .tmap-topbar .tmap-focus-button input {\n        width: 140px; }\n    .tmap-widget .tmap-topbar .tmap-popup {\n      position: relative; }\n      .tmap-widget .tmap-topbar .tmap-popup .tc-drop-down {\n        position: absolute;\n        z-index: 999;\n        right: 0px; }\n    .tmap-widget .tmap-topbar .tc-drop-down {\n      background-color: #F3F3F3;\n      min-width: 170px;\n      max-width: 210px;\n      padding: 5px;\n      margin: 5px 0; }\n      .tmap-widget .tmap-topbar .tc-drop-down button, .tmap-widget .tmap-topbar .tc-drop-down a {\n        padding: 0px;\n        text-decoration: none; }\n        .tmap-widget .tmap-topbar .tc-drop-down button:hover, .tmap-widget .tmap-topbar .tc-drop-down a:hover {\n          color: #ffffff; }\n        .tmap-widget .tmap-topbar .tc-drop-down button svg, .tmap-widget .tmap-topbar .tc-drop-down a svg {\n          vertical-align: middle; }\n    .tmap-widget .tmap-topbar [hidden] {\n      display: none; }\n    .tmap-widget .tmap-topbar .tc-block-dropdown {\n      width: 370px;\n      min-width: 370px;\n      padding: 5px;\n      margin: 15px 0 0 -370px; }\n      .tmap-widget .tmap-topbar .tc-block-dropdown a {\n        display: inline;\n        padding: 0px; }\n    .tmap-widget .tmap-topbar select {\n      width: 30%;\n      max-width: 200px;\n      word-wrap: initial;\n      padding: 0px; }\n    .tmap-widget .tmap-topbar button {\n      line-height: inherit;\n      color: #666666; }\n    .tmap-widget .tmap-topbar > * {\n      display: inline-block; }\n    .tmap-widget .tmap-topbar .tmap-separator:after {\n      color: #bdbdbd;\n      margin: 3px;\n      content: \" | \"; }\n    .tmap-widget .tmap-topbar .tc-edit-add-tag .tc-add-tag-name input {\n      width: 70%; }\n    .tmap-widget .tmap-topbar .tc-sidebar-header {\n      text-shadow: none; }\n    .tmap-widget .tmap-topbar .tc-edit-tags {\n      border: none;\n      padding: inherit;\n      box-shadow: none; }\n\n.tmap-widget.tmap-static-mode .tmap-topbar {\n  height: initial; }\n.tmap-widget.tmap-static-mode .tmap-vis-graph {\n  text-align: center;\n  cursor: not-allowed; }\n  .tmap-widget.tmap-static-mode .tmap-vis-graph:not(.tmap-graph-placeholder):hover::before {\n    box-shadow: 10px 10px 5px lightgray;\n    color: gray;\n    background: white;\n    content: \"Static\";\n    font-size: 18px;\n    font-weight: bold;\n    left: 50%;\n    margin-left: -100px;\n    position: absolute;\n    text-align: center;\n    top: 50px;\n    width: 200px;\n    z-index: 2000;\n    padding: 5px;\n    pointer-events: none; }\n  .tmap-widget.tmap-static-mode .tmap-vis-graph.tmap-graph-placeholder::before {\n    content: \"No Preview\";\n    display: block;\n    text-align: center;\n    padding: 20px; }\n\n.tmap-widget.tmap-plain-design {\n  border: none;\n  padding: 0px; }\n  .tmap-widget.tmap-plain-design .tmap-topbar {\n    display: none; }\n\n/**** Config Widget ************************************************/\n.tmap-config-widget {\n  background: #F0F0F0;\n  padding: 5px;\n  margin: 5px 0;\n  box-sizing: border-box;\n  display: block; }\n  .tmap-config-widget .vis-network {\n    display: none; }\n  .tmap-config-widget .vis-configuration-wrapper {\n    width: 350px; }\n    .tmap-config-widget .vis-configuration-wrapper .vis-config-rangeinput {\n      height: inherit;\n      margin-left: 4px; }\n    .tmap-config-widget .vis-configuration-wrapper .vis-config-item {\n      width: 100%;\n      height: inherit;\n      background: none !important; }\n      .tmap-config-widget .vis-configuration-wrapper .vis-config-item .vis-config-range {\n        width: 150px; }\n        .tmap-config-widget .vis-configuration-wrapper .vis-config-item .vis-config-range::-moz-range-track {\n          width: 150px !important; }\n      .tmap-config-widget .vis-configuration-wrapper .vis-config-item .vis-config-label {\n        width: 120px; }\n  .tmap-config-widget .vis-color-picker {\n    width: 310px;\n    left: 20px !important;\n    top: 20px !important;\n    margin-top: 0px;\n    margin-left: 0px;\n    height: 444px; }\n  .tmap-config-widget::after {\n    clear: both;\n    content: \"\";\n    display: block; }\n\n/**** Fullscreen ***************************************************/\nhtml:fullscreen body {\n  overflow: hidden; }\nhtml:fullscreen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n  z-index: 0; }\nhtml:fullscreen .tmap-has-fullscreen-child {\n  z-index: 1 !important;\n  left: 0px !important;\n  top: 0 !important;\n  right: 0 !important;\n  bottom: 0 !important;\n  position: fixed !important; }\n  html:fullscreen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n    background: white !important;\n    height: 100% !important;\n    width: 100% !important;\n    position: fixed !important;\n    top: 0 !important;\n    right: 0 !important;\n    bottom: 0 !important;\n    left: 0 !important;\n    z-index: 999 !important;\n    border: none !important;\n    margin: 0 !important; }\n\nhtml:-moz-full-screen body {\n  overflow: hidden; }\nhtml:-moz-full-screen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n  z-index: 0; }\nhtml:-moz-full-screen .tmap-has-fullscreen-child {\n  z-index: 1 !important;\n  left: 0px !important;\n  top: 0 !important;\n  right: 0 !important;\n  bottom: 0 !important;\n  position: fixed !important; }\n  html:-moz-full-screen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n    background: white !important;\n    height: 100% !important;\n    width: 100% !important;\n    position: fixed !important;\n    top: 0 !important;\n    right: 0 !important;\n    bottom: 0 !important;\n    left: 0 !important;\n    z-index: 999 !important;\n    border: none !important;\n    margin: 0 !important; }\n\nhtml:-webkit-full-screen body {\n  overflow: hidden; }\nhtml:-webkit-full-screen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n  z-index: 0; }\nhtml:-webkit-full-screen .tmap-has-fullscreen-child {\n  z-index: 1 !important;\n  left: 0px !important;\n  top: 0 !important;\n  right: 0 !important;\n  bottom: 0 !important;\n  position: fixed !important; }\n  html:-webkit-full-screen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n    background: white !important;\n    height: 100% !important;\n    width: 100% !important;\n    position: fixed !important;\n    top: 0 !important;\n    right: 0 !important;\n    bottom: 0 !important;\n    left: 0 !important;\n    z-index: 999 !important;\n    border: none !important;\n    margin: 0 !important; }\n\nhtml:-ms-fullscreen body {\n  overflow: hidden; }\nhtml:-ms-fullscreen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n  z-index: 0; }\nhtml:-ms-fullscreen .tmap-has-fullscreen-child {\n  z-index: 1 !important;\n  left: 0px !important;\n  top: 0 !important;\n  right: 0 !important;\n  bottom: 0 !important;\n  position: fixed !important; }\n  html:-ms-fullscreen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n    background: white !important;\n    height: 100% !important;\n    width: 100% !important;\n    position: fixed !important;\n    top: 0 !important;\n    right: 0 !important;\n    bottom: 0 !important;\n    left: 0 !important;\n    z-index: 999 !important;\n    border: none !important;\n    margin: 0 !important; }\n\n/**** Media queries ************************************************/\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n  .tc-sidebar-scrollable .tmap-desktop-editor {\n    display: none; }\n }\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n  .tc-sidebar-scrollable .tmap-mobile-editor {\n    display: none; }\n\n  .tc-modal-wrapper {\n    z-index: 1010; }\n    .tc-modal-wrapper .tc-modal {\n      boder: 1px solid #999999;\n      left: calc(50% - 400px);\n      width: 802px; }\n    .tc-modal-wrapper .tc-modal-body {\n      left: calc(50% - 400px);\n      width: 800px; }\n }\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/Adapter": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Adapter\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\").ViewAbstraction;var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\").EdgeType;var r=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\").NodeType;var i=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var s=require(\"$:/core/modules/macros/contrastcolour.js\").run;var a=require(\"$:/plugins/felixhayashi/vis/vis.js\");var o=function(){this.opt=$tw.tmap.opt;this.logger=$tw.tmap.logger;this.indeces=$tw.tmap.indeces;this.visShapesWithTextInside=i.getLookupTable([\"ellipse\",\"circle\",\"database\",\"box\",\"text\"])};o.prototype.deleteEdge=function(e){return this._processEdge(e,\"delete\")};o.prototype.deleteEdges=function(e){e=i.convert(e,\"array\");for(var t=e.length;t--;){this.deleteEdge(e[t])}};o.prototype.insertEdge=function(e){return this._processEdge(e,\"insert\")};o.prototype._processEdge=function(e,r){this.logger(\"debug\",\"Edge\",r,e);if(typeof e!==\"object\"||!r||!e.from)return;if(r===\"insert\"&&!e.to)return;var s=this.indeces.tById[e.from];if(!s||!i.tiddlerExists(s))return;var a=new t(e.type);var o=i.getTiddler(s);var d=a.namespace;if(d===\"tw-list\"){if(!e.to)return;return this._processListEdge(o,e,a,r)}else if(d===\"tw-field\"){if(!e.to)return;return this._processFieldEdge(o,e,a,r)}else if(d===\"tw-body\"){return null}else{return this._processTmapEdge(o,e,a,r)}return e};o.prototype._processTmapEdge=function(e,t,r,s){if(s===\"delete\"&&!t.id)return;var a=i.parseFieldData(e,\"tmap.edges\",{});if(s===\"insert\"){t.id=t.id||i.genUUID();a[t.id]={to:t.to,type:r.id};if(!r.exists()){r.save()}}else{delete a[t.id]}i.writeFieldData(e,\"tmap.edges\",a);return t};o.prototype._processListEdge=function(e,t,r,s){var a=r.getId(true);var o=i.getTiddler(e);var d=$tw.utils.parseStringArray(e.fields[a]);d=(d||[]).slice();var n=this.indeces.tById[t.to];if(s===\"insert\"){d.push(n);if(!r.exists()){r.save()}}else{var l=d.indexOf(n);if(l>-1){d.splice(l,1)}}i.setField(o,a,$tw.utils.stringifyList(d));return t};o.prototype._processFieldEdge=function(e,t,r,s){var a=this.indeces.tById[t.to];if(a==null)return;var o=s===\"insert\"?a:\"\";i.setField(e,r.getId(true),o);if(!r.exists()){r.save()}return t};o.prototype.getAdjacencyList=function(e,t){$tw.tmap.start(\"Creating adjacency list\");t=t||{};if(!t.edges){var r=i.getMatches(this.opt.selector.allPotentialNodes);t.edges=this.getEdgesForSet(r,t.toWL,t.typeWL)}var s=i.groupByProperty(t.edges,e);$tw.tmap.stop(\"Creating adjacency list\");return s};o.prototype.getNeighbours=function(e,t){$tw.tmap.start(\"Get neighbours\");t=t||{};var r=i.getArrayValuesAsHashmapKeys(e);var s=t.addProperties;var a=i.getDataMap();var o=i.getDataMap();var d=t.toWL;var n=t.typeWL;var l=this.indeces.tById;var p=this.indeces.idByT;var g=parseInt(t.steps)>0?t.steps:1;var f=this.getAdjacencyList(\"to\",t);for(var c=0;c<g&&e.length;c++){var v=[];for(var u=e.length;u--;){if(i.isSystemOrDraft(e[u])){continue}var h=this.getEdges(e[u],d,n);for(var y in h){var w=h[y];a[y]=w;var m=l[w.to];if(!r[m]){r[m]=true;var b=this.makeNode(m,s);if(b){o[b.id]=b;v.push(m)}}}var T=f[p[e[u]]];if(!T)continue;for(var E=T.length;E--;){var w=T[E];a[w.id]=w;var N=l[w.from];if(!r[N]){r[N]=true;var b=this.makeNode(N,s);if(b){o[b.id]=b;v.push(N)}}}}e=v}var I={nodes:o,edges:a};this.logger(\"debug\",\"Retrieved neighbourhood\",I,\"steps\",c);$tw.tmap.stop(\"Get neighbours\");return I};o.prototype.getGraph=function(t){$tw.tmap.start(\"Assembling Graph\");t=t||{};var r=new e(t.view);var s=i.getMatches(t.filter||r.getNodeFilter(\"compiled\"));var a=i.getArrayValuesAsHashmapKeys(s);var o=this.getEdgeTypeWhiteList(r.getEdgeFilter(\"compiled\"));var d=parseInt(t.neighbourhoodScope||r.getConfig(\"neighbourhood_scope\"));var n={edges:this.getEdgesForSet(s,a,o),nodes:this.selectNodesByReferences(s,{view:r,outputType:\"hashmap\"})};if(d){var l=this.getNeighbours(s,{steps:d,view:r,typeWL:o,addProperties:{group:\"tmap:neighbour\"}});i.merge(n,l);if(r.isEnabled(\"show_inter_neighbour_edges\")){var p=this.getTiddlersById(l.nodes);var a=i.getArrayValuesAsHashmapKeys(p);$tw.utils.extend(n.edges,this.getEdgesForSet(p,a))}}this._removeObsoleteViewData(n.nodes,r);this.attachStylesToNodes(n.nodes,r);$tw.tmap.stop(\"Assembling Graph\");this.logger(\"debug\",\"Assembled graph:\",n);return n};o.prototype.getEdges=function(e,t,r){if(!i.tiddlerExists(e)||i.isSystemOrDraft(e)){return}var s=i.getTiddler(e);var a=i.getTiddlerRef(e);var o=this._getTmapEdges(e,t,r);var d=i.getMatches($tw.tmap.opt.selector.allListEdgeStores);var n=i.getDataMap();n[\"tw-body:link\"]=$tw.wiki.getTiddlerLinks(a);for(var l=d.length;l--;){n[\"tw-list:\"+d[l]]=$tw.utils.parseStringArray(s.fields[d[l]])}var d=i.getMatches($tw.tmap.opt.selector.allFieldEdgeStores);for(var l=d.length;l--;){n[\"tw-field:\"+d[l]]=[s.fields[d[l]]]}$tw.utils.extend(o,this._getEdgesFromRefArray(a,n,t,r));return o};o.prototype._getEdgesFromRefArray=function(e,r,s,a){var o=i.getDataMap();for(var d in r){var n=r[d];if(!n||a&&!a[d])continue;d=new t(d);for(var l=n.length;l--;){var p=n[l];if(!p||!$tw.wiki.tiddlerExists(p)||i.isSystemOrDraft(p)||s&&!s[p])continue;var g=d.id+$tw.utils.hashString(e+p);var f=this.makeEdge(this.getId(e),this.getId(p),d,g);if(f){o[f.id]=f}}}return o};o.prototype._getTmapEdges=function(e,t,r){var s=i.parseFieldData(e,\"tmap.edges\",{});var a=i.getDataMap();for(var o in s){var d=s[o];var n=this.indeces.tById[d.to];if(n&&(!t||t[n])&&(!r||r[d.type])){var l=this.makeEdge(this.getId(e),d.to,d.type,o);if(l){a[o]=l}}}return a};o.prototype.getEdgeTypeWhiteList=function(e){var r=i.getDataMap();var s=i.getMatches(this.opt.selector.allEdgeTypes);var a=e?i.getMatches(e,s):s;for(var o=a.length;o--;){var d=new t(a[o]);r[d.id]=d}return r};o.prototype.getEdgesForSet=function(e,t,r){var s=i.getDataMap();for(var a=e.length;a--;){$tw.utils.extend(s,this.getEdges(e[a],t,r))}return s};o.prototype.selectEdgesByType=function(e){var r=i.getDataMap();r[new t(e).id]=true;var s=i.getMatches(this.opt.selector.allPotentialNodes);var a=this.getEdgesForSet(s,null,r);return a};o.prototype._processEdgesWithType=function(e,r){e=new t(e);this.logger(\"debug\",\"Processing edges\",e,r);var i=this.selectEdgesByType(e);if(r.action===\"rename\"){var s=new t(r.newName);s.load(e);s.save()}for(var a in i){this._processEdge(i[a],\"delete\");if(r.action===\"rename\"){i[a].type=r.newName;this._processEdge(i[a],\"insert\")}}$tw.wiki.deleteTiddler(e.fullPath)};o.prototype.selectNodesByFilter=function(e,t){var r=i.getMatches(e);return this.selectNodesByReferences(r,t)};o.prototype.selectNodesByReferences=function(e,t){t=t||{};var r=t.addProperties;var s=i.getDataMap();var a=Object.keys(e);for(var o=a.length;o--;){var d=this.makeNode(e[a[o]],r);if(d){s[d.id]=d}}return i.convert(s,t.outputType)};o.prototype.selectNodesByIds=function(e,t){var r=this.getTiddlersById(e);return this.selectNodesByReferences(r,t)};o.prototype.selectNodeById=function(e,t){t=i.merge(t,{outputType:\"hashmap\"});var r=this.selectNodesByIds([e],t);return r[e]};o.prototype.makeEdge=function(e,r,s,a){if(!e||!r)return;if(e instanceof $tw.Tiddler){e=e.fields[\"tmap.id\"]}else if(typeof e===\"object\"){e=e.id}s=new t(s);var o=s.getLabel();var d={id:a||i.genUUID(),from:e,to:r,type:s.id};var n=s.description;d.title=n||this.indeces.tById[e]+\" \"+(o||d.id)+\" \"+this.indeces.tById[r];if(i.isTrue(s[\"show-label\"],true)){d.label=o}d=$tw.utils.extend(d,s.style);return d};o.prototype.removeNodeType=function(e){$tw.wiki.deleteTiddler(new r(e).getPath())};o.prototype.makeNode=function(e,t){var r=i.getTiddler(e);if(!r||r.isDraft()||$tw.wiki.isSystemTiddler(r.fields.title)){return}var s=i.merge({},t);s.id=this.assignId(r);var a=r.fields[this.opt.field.nodeLabel];s.label=a&&this.opt.field.nodeLabel!==\"title\"?$tw.wiki.renderText(\"text/plain\",\"text/vnd-tiddlywiki\",a):r.fields.title;return s};o.prototype.getInheritedNodeStyles=function(t,r){r=r?new e(r).getLabel():null;var s=this.getTiddlersById(t);var a={};var o=this.indeces.glNTy;for(var d=o.length;d--;){var n=o[d];var l=n.getInheritors(s);for(var p=l.length;p--;){var g=l[p];var f=a[g]=a[g]||{};f.style=i.merge(f.style||{},n.style);if(n[\"fa-icon\"]){f[\"fa-icon\"]=n[\"fa-icon\"]}else if(n[\"tw-icon\"]){f[\"tw-icon\"]=n[\"tw-icon\"]}}}return a};o.prototype.attachStylesToEdges=function(e,t){};o.prototype._removeObsoleteViewData=function(t,r){r=new e(r);if(!r.exists()||!t)return;var i=r.getNodeData();var s=0;for(var a in i){if(t[a]===undefined){delete i[a];s++}}if(s){this.logger(\"debug\",\"Removed \"+s+\" node data records from view \"+r.getLabel());r.saveNodeData(i)}};o.prototype.attachStylesToNodes=function(t,a){a=new e(a);var o=this.getInheritedNodeStyles(t,a);var d=new r(\"tmap:neighbour\").style;var n=a.getNodeData();var l=!a.isEnabled(\"physics_mode\");var p=this.opt.field.nodeInfo;var g=this.opt.field.nodeIcon;var f=this.indeces.tById;for(var c in t){var v=f[c];var u=$tw.wiki.getTiddler(v);var h=u.fields;var y=t[c];if(o[v]){if(o[v].style){i.merge(y,o[v].style)}this._addNodeIcon(y,o[v][\"fa-icon\"],o[v][\"tw-icon\"])}if(y.group===\"tmap:neighbour\"){i.merge(y,d);y.group=null}if(h.color){y.color=h.color}if(h[\"tmap.style\"]){i.merge(y,i.parseJSON(h[\"tmap.style\"]))}this._addNodeIcon(y,h[\"tmap.fa-icon\"],h[g]);if(n[c]){i.merge(y,n[c]);if(l){y.fixed={x:y.x!=null,y:y.y!=null}}}var w=y.color!==null&&typeof y.color===\"object\";var m=w?y.color.background:y.color;y.color={background:m,border:w?y.color.border:undefined};y.font=y.font||{};if(y.shape&&!this.visShapesWithTextInside[y.shape]){y.font.color=\"black\"}else if(!y.font.color&&m){y.font.color=s(m,m,\"black\",\"white\")}if(y.shape===\"icon\"&&typeof y.icon===\"object\"){y.icon.color=m}if(h[p]){y.title=$tw.wiki.renderText(\"text/html\",\"text/vnd-tiddlywiki\",h[p])}else if(y.label!==v){y.title=v}}};o.prototype.deleteNode=function(t){if(!t)return;var r=typeof t===\"object\"?t.id:t;var s=this.indeces.tById[r];if(s){i.deleteTiddlers([s])}var a=$tw.tmap.opt.selector.allViews;var o=i.getMatches(a);for(var d=0;d<o.length;d++){var n=new e(o[d]);if(n.getNodeData(r)){n.saveNodeData(r,null)}}var l=this.getNeighbours([s]);this.deleteEdges(l.edges)};o.prototype.deleteNodes=function(e){e=i.convert(e,\"array\");for(var t=e.length;t--;){this.deleteNode(e[t])}};o.prototype.getView=function(t,r){return new e(t,r)};o.prototype.createView=function(t){return new e(t,true)};o.prototype.storePositions=function(t,r){r=new e(r);r.saveNodeData(t)};o.prototype.assignId=function(e,t){var r=i.getTiddler(e,true);if(!r)return;var s=r.fields[\"tmap.id\"];if(!s||t){s=i.genUUID();i.setField(r,\"tmap.id\",s);this.logger(\"info\",\"Assigning new id to\",r.fields.title)}this.indeces.tById[s]=r.fields.title;this.indeces.idByT[r.fields.title]=s;return s};o.prototype.insertNode=function(t,r){if(!r||typeof r!==\"object\")r={};if(!t||typeof t!==\"object\"){t=i.getDataMap()}var s=i.getDataMap();s.title=$tw.wiki.generateNewTitle(t.label?t.label:\"New node\");s.text=\"\";t.label=s.title;$tw.wiki.addTiddler(new $tw.Tiddler(s,$tw.wiki.getModificationFields(),$tw.wiki.getCreationFields()));t.id=$tw.tmap.adapter.assignId(s.title);if(r.view){var a=new e(r.view);a.addNodeToView(t)}return t};o.prototype._getFAdigits=function(e){return e.length===4?e:e.substr(3,4)};o.prototype.getTiddlersById=function(e){if(Array.isArray(e)){e=i.getArrayValuesAsHashmapKeys(e)}else if(e instanceof a.DataSet){e=i.getLookupTable(e,\"id\")}var t=[];var r=this.indeces.tById;for(var s in e){if(r[s])t.push(r[s])}return t};o.prototype.getId=function(e){return this.indeces.idByT[i.getTiddlerRef(e)]};o.prototype._addNodeIcon=function(e,t,r){if(t){e.shape=\"icon\";e.icon={shape:\"icon\",face:\"FontAwesome\",color:e.color,code:String.fromCharCode(\"0x\"+this._getFAdigits(t))};return}if(!r)return;var s=i.getTiddler(r);if(s&&s.fields.text){var a=s.fields.type||\"image/svg+xml\";var o=s.fields.text;e.shape=\"image\";if(a===\"image/svg+xml\"){o=o.replace(/\\r?\\n|\\r/g,\" \");if(!i.inArray(\"xmlns\",o)){o=o.replace(/<svg/,'<svg xmlns=\"http://www.w3.org/2000/svg\"')}}var d=$tw.config.contentTypeInfo[a].encoding===\"base64\"?o:window.btoa(o);e.image=\"data:\"+a+\";base64,\"+d}};exports.Adapter=o})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/Adapter",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/CallbackManager": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/CallbackManager\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var t=function(){this.logger=$tw.tmap.logger;this.callbacks=e.getDataMap()};t.prototype.add=function(e,t,l){this.logger(\"debug\",'A callback was registered for changes of \"'+e+'\"');this.callbacks[e]={execute:t,isDeleteOnCall:typeof l===\"boolean\"?l:true}};t.prototype.remove=function(e){if(!e)return;if(typeof e===\"string\"){e=[e]}for(var t=e.length;t--;){var l=e[t];if(this.callbacks[l]){this.logger(\"debug\",'A callback for \"'+l+'\" will be deleted');delete this.callbacks[l]}}};t.prototype.handleChanges=function(e){if(this.callbacks.length==0){this.logger(\"debug\",\"No registered callbacks exist at the moment\");return}for(var t in e){if(!this.callbacks[t])continue;if($tw.wiki.getTiddler(t)){this.logger(\"debug\",'A callback for \"'+t+'\" will be executed');this.callbacks[t].execute(t);if(!this.callbacks.isDeleteOnCall)continue}this.remove(t)}};exports.CallbackManager=t})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/CallbackManager",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/DialogManager": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/DialogManager\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\").CallbackManager;var i=function(t,e){this.logger=$tw.tmap.logger;this.adapter=$tw.tmap.adapter;this.opt=$tw.tmap.opt;this.callbackManager=t;if(e){this.context=e}};i.prototype.open=function(e,i,a){if(t.isTrue(this.opt.config.sys.suppressedDialogs[e],false)){this.logger(\"warning\",\"Suppressed dialog\",e);return}i=i||{};this.logger(\"debug\",\"Dialog param object\",i);if(typeof a===\"function\"&&this.context){a=a.bind(this.context)}var r=this.opt.path.tempRoot+\"/dialog-\"+t.genUUID();var l=t.getTiddler(this.opt.path.dialogs+\"/\"+e);var s={title:r,buttons:l.fields[\"buttons\"]||\"ok_cancel\",output:r+\"/output\",result:r+\"/result\",temp:r+\"/temp\",template:l.fields.title,templateId:e,currentTiddler:r+\"/output\"};if(i.dialog){if(i.dialog.preselects){$tw.wiki.addTiddler(new $tw.Tiddler({title:s.output},t.flatten(i.dialog.preselects)));delete i.dialog.preselects}t.merge(s,i.dialog)}s.footer=t.getText(this.opt.path.footers);s=t.flatten(s);i=t.flatten(i);var n=function(e){this.getElement(\"hidden-close-button\").click();var i=$tw.wiki.getTiddler(e);var l=i.fields.text;if(l){var n=$tw.wiki.getTiddler(s.output)}else{var n=null;$tw.tmap.notify(\"operation cancelled\")}if(typeof a===\"function\"){a(l,n)}var o=t.getMatches(\"[prefix[\"+r+\"]]\");t.deleteTiddlers(o)}.bind(this);this.callbackManager.add(s.result,n,true);var o=new $tw.Tiddler(l,i,s);$tw.wiki.addTiddler(o);this.logger(\"debug\",\"Opening dialog\",o);$tw.rootWidget.dispatchEvent({type:\"tm-modal\",param:o.fields.title,paramObject:o.fields});this.addKeyBindings();return o};i.prototype.getElement=function(e){return t.getFirstElementByClassName(\"tmap-\"+e)};i.prototype.addKeyBindings=function(){var e=$tw.tmap.keycharm({container:t.getFirstElementByClassName(\"tc-modal\")});var i=/tmap-triggers-(.+?)-on-(.+?)(?:\\s|$)/;var a=document.getElementsByClassName(\"tmap-trigger-field\");for(var r=a.length;r--;){var l=a[r].className.split(\" \");for(var s=l.length;s--;){var n=l[s].match(i);if(!n){continue}var o=n[1];var d=n[2];var p=this.getElement(o);if(!p)continue;e.bind(d,function(){this.click()}.bind(p))}}};exports.DialogManager=i})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/DialogManager",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/exception": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/exception\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var r={};r.EnvironmentError=function(r){this.name=\"EnvironmentError\";this.message=\"Critical parts of the underlying system changed: \"+r};r.DependencyError=function(r){this.name=\"DependencyError\";this.message=\"TiddlyMap cannot run without: \"+r};for(var t in r){r[t].prototype=Object.create(Error.prototype);r[t].constructor=r[t]}exports.Exception=r})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/exception",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/fixer": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/fixer\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/Adapter\").Adapter;var r=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\").ViewAbstraction;var a=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\").EdgeType;var i=function(e,r){var i=t.getByPrefix(e);for(var s=0;s<i.length;s++){var d=t.getBasename(i[s]);if(d===\"__noname__\"){d=\"tmap:unknown\"}d=new a(d);if(!d.exists())d.save();var u=$tw.wiki.getTiddlerData(i[s]);for(var f=0;f<u.length;f++){u[f].type=(r?r+\":\":\"\")+d.id;$tw.tmap.adapter.insertEdge(u[f])}$tw.wiki.deleteTiddler(i[s])}};var s=function(e,r,a){if(t.isLeftVersionGreater(e,r)){$tw.tmap.logger(\"debug\",\"Upgrading data structure to \"+e);a();t.setEntry($tw.tmap.opt.ref.sysMeta,\"dataStructureState\",e)}};var d={};d.fixId=function(){var e=$tw.wiki.getTiddlerData($tw.tmap.opt.ref.sysMeta,{});var r={before:\"0.9.0\",after:\"0.9.2\"};if(t.isLeftVersionGreater(r.before,e.dataStructureState)){$tw.tmap.logger(\"debug\",\"Upgrading data structure to\",r.after);if(t.isLeftVersionGreater(\"0.9.2\",e.originalVersion)){var a=\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\";var i=t.getEntry(a,\"field.nodeId\",\"tmap.id\");t.moveFieldValues(i,\"tmap.id\",true,false)}t.setEntry($tw.tmap.opt.ref.sysMeta,\"dataStructureState\",r.after)}};d.fix=function(){var e=$tw.wiki.getTiddlerData($tw.tmap.opt.ref.sysMeta,{});$tw.tmap.logger(\"debug\",\"Fixer is started\");$tw.tmap.logger(\"debug\",\"Data-structure currently in use: \",e.dataStructureState);var a={before:\"0.6.11\",after:\"0.7.0\"};if(t.isLeftVersionGreater(a.before,e.dataStructureState)){$tw.tmap.logger(\"debug\",\"Upgrading data structure to\",a.after);i(\"$:/plugins/felixhayashi/tiddlymap/graph/edges\",null);var u=$tw.tmap.opt.selector.allViews;var f=t.getMatches(u);for(var g=0;g<f.length;g++){var n=new r(f[g]);i(n.getRoot()+\"/graph/edges\",n)}t.setEntry($tw.tmap.opt.ref.sysMeta,\"dataStructureState\",a.after)}var a={before:\"0.7.31\",after:\"0.7.32\"};if(t.isLeftVersionGreater(a.before,e.dataStructureState)){$tw.tmap.logger(\"debug\",\"Upgrading data structure to\",a.after);var o=$tw.tmap.adapter.getView(\"Live View\");o.setNodeFilter(\"[field:title{$:/temp/tmap/currentTiddler}]\",true);o.setConfig({\"refresh-trigger\":null,\"refresh-triggers\":$tw.utils.stringifyList([\"$:/temp/tmap/currentTiddler\"])});t.setEntry($tw.tmap.opt.ref.sysMeta,\"dataStructureState\",a.after)}var a={before:\"0.7.32\",after:\"0.9.0\"};if(t.isLeftVersionGreater(a.before,e.dataStructureState)){$tw.tmap.logger(\"debug\",\"Upgrading data structure to\",a.after);var p=$tw.tmap.opt.ref.visUserConf;var l=t.unflatten($tw.wiki.getTiddlerData(p,{}));if(typeof l.groups===\"object\"){var w=new $tw.tmap.NodeType(\"tmap:neighbour\");w.setStyle(l.groups[\"neighbours\"]);w.save();delete l.groups;$tw.wiki.setTiddlerData(p,l)}t.setEntry($tw.tmap.opt.ref.sysMeta,\"dataStructureState\",a.after)}d.fixId();s(\"0.9.16\",e.dataStructureState,function(){var t=$tw.tmap.indeces.glNTy;for(var e=t.length;e--;){t[e].save(null,true)}})};exports.fixer=d})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/fixer",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/EdgeType": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/EdgeType\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/MapElementType\").MapElementType;var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var i=function(e,a){if(e instanceof i){return e}t.call(this,e||\"tmap:unknown\",$tw.tmap.opt.path.edgeTypes,i._fieldMeta,a);this.namespace=this._getNamespace()};i.prototype=Object.create(t.prototype);i._fieldMeta=$tw.utils.extend(t._fieldMeta,{label:{},\"show-label\":{}});i.prototype.getLabel=function(){return this.label||this.getId(true)};i.prototype._getNamespace=function(){var t=this.id.match(\"^(.*):\");return t?t[1]:\"\"};i.prototype.getId=function(t){return t?this.id.substring(this.id.indexOf(\":\")+1):this.id};exports.EdgeType=i})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/EdgeType",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/MapElementType": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/MapElementType\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var i=function(i,e,s,r){this.opt=$tw.tmap.opt;this.logger=$tw.tmap.logger;this.root=e;this.id=t.getWithoutPrefix(i,this.root+\"/\");this._fieldMeta=s;this.fullPath=this.root+\"/\"+this.id;this.isShipped=$tw.wiki.getSubTiddler(this.opt.path.pluginRoot,this.fullPath);this.load(r||this.fullPath)};i._fieldMeta={description:{},style:{parse:t.parseJSON,stringify:JSON.stringify},modified:{},created:{}};i.prototype.load=function(i){if(!i)return;if(typeof i===\"string\"){var e=!t.startsWith(i,this.root)?this.root+\"/\"+type:i;this.loadFromTiddler(e)}else if(i instanceof $tw.Tiddler){this.loadFromTiddler(i)}else if(typeof i===\"object\"){for(var s in this._fieldMeta){this[s]=i[s]}}};i.prototype.loadFromTiddler=function(i){var e=t.getTiddler(i);if(!e)return;var s=$tw.wiki.getSubTiddler(this.opt.path.pluginRoot,this.fullPath)||{};var r=$tw.utils.extend({},s.fields,e.fields);for(var o in this._fieldMeta){var l=this._fieldMeta[o].parse;var h=r[o];this[o]=l?l.call(this,h):h}};i.prototype.exists=function(){return t.tiddlerExists(this.fullPath)};i.prototype.setStyle=function(i,e){if(typeof i===\"string\"){i=t.parseJSON(i)}if(typeof i===\"object\"){if(e){t.merge(this.style,i)}else{this.style=i}}};i.prototype.save=function(i,e){if(!i){i=this.fullPath}else if(typeof i!==\"string\"){return}var s={title:i,text:\"\"};if(!t.startsWith(i,this.root)){s.id=this.id}if(e!==true){this.modified=new Date}if(!this.exists()){this.created=this.modified}for(var r in this._fieldMeta){var o=this._fieldMeta[r].stringify;s[r]=o?o.call(this,this[r]):this[r]}$tw.wiki.addTiddler(new $tw.Tiddler(s))};exports.MapElementType=i})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/MapElementType",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/NodeType": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/NodeType\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/MapElementType\").MapElementType;var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var i=function(e,n){if(e instanceof i){return e}t.call(this,e||\"tmap:unknown\",$tw.tmap.opt.path.nodeTypes,i._fieldMeta,n)};i.prototype=Object.create(t.prototype);i._fieldMeta=$tw.utils.extend(t._fieldMeta,{view:{},priority:{parse:function(t){return isNaN(t)?1:parseInt(t)},stringify:function(t){return e.isInteger(t)?t.toString():\"1\"}},scope:{stringify:e.getWithoutNewLines},\"fa-icon\":{},\"tw-icon\":{}});i.prototype.getInheritors=function(t){var i=this.scope;return i?e.getMatches(i,t||$tw.wiki.allTitles()):[]};exports.NodeType=i})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/NodeType",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/config/sys": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/config/sys\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={field:{nodeLabel:\"caption\",nodeIcon:\"icon\",nodeInfo:\"description\",viewMarker:\"isview\"},suppressedDialogs:{},edgeClickBehaviour:\"manager\",debug:\"false\",notifications:\"true\",editNodeOnCreate:\"false\",singleClickMode:\"false\",editorMenuBar:{showNeighScopeButton:\"true\",showScreenshotButton:\"true\"}}})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/config/sys",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/utils": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/utils\ntype: application/javascript\nmodule-type: library\n\nATTENTION: THIS CLASS MUST NOT REQUIRE ANY OTHER TIDDLYMAP FILE\nIN ORDER TO AVOID ACYCLIC DEPENDENCIES!\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/plugins/felixhayashi/vis/vis.js\");var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\").Exception;var r={};r.deleteTiddlers=function(e){var t=Object.keys(e);var i=$tw.wiki.getTiddlerList(\"$:/StoryList\");for(var n=t.length;n--;){var l=r.getTiddlerRef(e[t[n]]);if(!$tw.wiki.tiddlerExists(e[t[n]])){continue}var a=i.indexOf(l);if(a!==-1){i.splice(a,1);r.setField(\"$:/StoryList\",\"list\",i)}$tw.wiki.deleteTiddler(l)}};r.moveFieldValues=function(e,t,i,n,l){if(e===t)return;var a=l||$tw.wiki.allTitles();for(var u=a.length;u--;){var f=r.getTiddler(a[u]);if(f.isDraft()||!f.fields[e]||!n&&$tw.wiki.isSystemTiddler(a[u])){continue}var s={};s[t]=f.fields[e];if(i){s[e]=undefined}$tw.wiki.addTiddler(new $tw.Tiddler(f,s))}};r.getLabel=function(e,t){var i=r.getTiddler(e);return i&&i.fields[t]?i.fields[t]:i.fields.title};r.ucFirst=function(e){return e&&e[0].toUpperCase()+e.slice(1)};r.convert=function(t,i){if(typeof t!==\"object\")return;switch(i){case\"array\":return r.getValues(t);case\"hashmap\":case\"object\":if(t instanceof e.DataSet){return t.get({returnType:\"Object\"})}else{return t}case\"dataset\":default:if(t instanceof e.DataSet){return t}if(!Array.isArray(t)){t=r.getValues(t)}return new e.DataSet(t)}};r.getValues=function(t){if(Array.isArray(t)){return t}else if(t instanceof e.DataSet){return t.get({returnType:\"Array\"})}var r=[];var i=Object.keys(t);for(var n=i.length;n--;){r.push(t[i[n]])}return r};r.hasOwnProp=function(e,t){return Object.prototype.hasOwnProperty.call(e,t)};r.getDataMap=function(){var e=Object.create(null);Object.defineProperty(e,\"hasOwnProperty\",{enumerable:false,configurable:false,writable:false,value:Object.prototype.hasOwnProperty.bind(e)});return e};r.getMatches=function(e,t,i){var n=undefined;if(t!=null&&typeof t===\"object\"){var l=Object.keys(t);n=function(e){for(var i=l.length;i--;){var n=r.getTiddler(t[l[i]]);if(n){e(n,n.fields.title)}}}}if(typeof e===\"string\"){e=$tw.wiki.compileFilter(e)}var a=e.call($tw.wiki,n);if(i){var u=r.getDataMap();for(var f=a.length;f--;){u[a[f]]=$tw.wiki.getTiddler(a[f])}return u}else{return a}};r.isMatch=function(e,t){var i=r.getTiddlerRef(e);return r.getMatches(t,[i]).length>0};r.isInteger=Number.isInteger||function(e){return typeof e===\"number\"&&isFinite(e)&&Math.floor(e)===e};r.escapeRegex=function(e){return e.replace(/[-$^?.+*[\\]\\\\(){}|]/g,\"\\\\$&\")};r.isTrue=function(e,t){if(e==null){return!!t}else if(typeof e===\"string\"){var r=parseInt(e);return isNaN(r)?e===\"true\":r!==0}else if(typeof e===\"boolean\"){return e}else if(typeof e===\"number\"){return r!==0}return false};r.getTiddlerRef=function(e){if(e instanceof $tw.Tiddler){return e.fields.title}else if(typeof e===\"string\"){return e}};r.getTiddler=function(e,t){if(e instanceof $tw.Tiddler){if(!t){return e}e=e.fields.title}return $tw.wiki.getTiddler(e)};r.getBasename=function(e){return e.substring(e.lastIndexOf(\"/\")+1)};r.notify=function(e){var t=\"$:/temp/tiddlymap/notify\";$tw.wiki.addTiddler(new $tw.Tiddler({title:t,text:e}));$tw.notifier.display(t)};r.tiddlerExists=function(e){var t=r.getTiddlerRef(e);return t&&($tw.wiki.tiddlerExists(t)||$tw.wiki.isShadowTiddler(t))};r.addListeners=function(e,t,r){for(var i in e){t.addEventListener(i,e[i].bind(r))}};r.isPreviewed=function(e){if(e){if(e.getVariable(\"tv-tiddler-preview\")){return true}else{var t=\"tc-tiddler-preview-preview\";return!!r.getAncestorWithClass(e.parentDomNode,t)}}return false};r.getAncestorWithClass=function(e,t){if(typeof e!==\"object\"||typeof t!==\"string\")return;while(e.parentNode){e=e.parentNode;if($tw.utils.hasClass(e,t)){return e}}};r.getPropertiesByPrefix=function(e,t,i){var n=r.getDataMap();for(var l in e){if(r.startsWith(l,t)){n[i?l.substr(t.length):l]=e[l]}}return n};r.getWithoutPrefix=function(e,t){return r.startsWith(e,t)?e.substr(t.length):e};r.hasPropWithPrefix=function(e,t){for(var i in e){if(r.startsWith(i,t)){return true}}return false};r.startsWith=function(e,t){return e.substring(0,t.length)===t};r.hasElements=function(e){return Object.keys(e).length>0};r.groupByProperty=function(e,t){e=r.getIterableCollection(e);var i=r.getDataMap();var n=Object.keys(e);for(var l in n){var a=e[n[l]];var u=a[t];if(u==null){throw\"Cannot group by property \"+t}else{if(!Array.isArray(i[u])){i[u]=[]}i[u].push(a)}}return i};r.findAndRemoveClassNames=function(e){for(var t=e.length;t--;){var r=document.getElementsByClassName(e[t]);for(var i=r.length;i--;){$tw.utils.removeClass(r[i],e[t])}}};r.parseFieldData=function(e,t,i){var n=r.getTiddler(e);if(!n)return i;if(!t)t=\"text\";return r.parseJSON(n.fields[t],i)};r.parseJSON=function(e,t){try{return JSON.parse(e)}catch(r){return t}};r.writeFieldData=function(e,t,i){if(typeof i===\"object\"){r.setField(e,t,JSON.stringify(i))}};r.getPrettyFilter=function(e){e=e.trim().replace(\"][\",\"] [\");var t=/[\\+\\-]?\\[.+?[\\]\\}\\>]\\]/g;var r=e.match(t);e=e.replace(t,\" [] \").trim();var i=e.split(/\\s+/);var n=0;var l=[];for(var a=0;a<i.length;a++){l[a]=i[a]===\"[]\"?r[n++]:i[a]}return l.join(\"\\n\")};r.setField=function(e,t,i){if(!e||!t)return;var n=r.getTiddlerRef(e);var l={title:n};l[t]=i;var a=$tw.wiki.getTiddler(n,true);if(t!==\"text\"&&a&&!a.fields.text){l.text=\"\"}var a=new $tw.Tiddler(a,l);$tw.wiki.addTiddler(a);return a};r.clone=function(e,t){r.setField(e,\"title\",t)};r.setEntry=function(e,t,i){$tw.wiki.setText(r.getTiddlerRef(e),null,t,i)};r.getEntry=function(e,t,i){var n=$tw.wiki.getTiddlerData(r.getTiddlerRef(e),{});return n[t]==null?i:n[t]};r.isLeftVersionGreater=function(e,t){return e!==t&&$tw.utils.checkVersions(e,t)};r.getField=function(e,t,i){i=i||\"\";var n=r.getTiddler(e);return!n?i:n.fields[t]||i};r.getText=function(e,t){return r.getField(e,\"text\",t)};r.setText=function(e,t){r.setField(e,\"text\",t)};r.getFirstElementByClassName=function(e,t,i){var n=(t||document).getElementsByClassName(e)[0];if(!n&&i!==false){var l=\"Missing element with class \"+e+\" inside \"+t;throw new r.Exception.EnvironmentError(l)}return n};r.isDraft=function(e){var t=r.getTiddler(e);return t&&t.isDraft()};r.merge=function(){var e=function(t,r){if(typeof t!==\"object\"){t={}}for(var i in r){if(r.hasOwnProperty(i)){if(r[i]!=null){t[i]=typeof r[i]===\"object\"?e(t[i],r[i]):r[i]}}}return t};return function(t){for(var r=1,i=arguments.length;r<i;r++){var n=arguments[r];if(n!=null&&typeof n===\"object\"){t=e(t,n)}}return t}}();r.drawRaster=function(e,t,r,i,n){var i=parseInt(i)||10;var l=e.canvas;var a=l.width/t;var u=l.width/t;var f=r.x-a/2;var s=r.y-u/2;for(var o=f;o<a;o+=i){e.moveTo(o,s);e.lineTo(o,u)}for(var d=s;d<u;d+=i){e.moveTo(f,d);e.lineTo(a,d)}e.strokeStyle=n||\"#D9D9D9\";e.stroke()};r.isSystemOrDraft=function(e){return $tw.wiki.isSystemTiddler(r.getTiddlerRef(e))?true:r.isDraft(e)};r.mv=function(e,t,i,n){if(e===t||!e||!t)return;n=n!==false;var l=r.getTiddlersByPrefix(e);var a=r.getDataMap();for(var u=l.length;u--;){var f=l[u];var s=f.replace(e,t);if($tw.wiki.tiddlerExists(s)&&!i){return}a[f]=s}for(var f in a){r.setField(f,\"title\",a[f]);if(n)$tw.wiki.deleteTiddler(f)}return a};r.cp=function(e,t,i){return r.mv(e,t,i,false)};r.inArray=function(e,t){return t.indexOf(e)!==-1};r.hasSubString=function(e,t){return e.indexOf(t)!==-1};r.joinAndWrap=function(e,t,r,i){if(!i)i=\" \";return t+e.join(r+i+t)+r};r.keysOfItemsWithProperty=function(e,t,i,n){e=r.getIterableCollection(e);var l=Object.keys(e);var a=[];var n=typeof n===\"number\"?n:l.length;for(var u=0,f=l.length;u<f;u++){var s=l[u];if(typeof e[s]===\"object\"&&e[s][t]){if(!i||e[s][t]===i){a.push(s);if(a.length===n){break}}}}return a};r.keyOfItemWithProperty=function(e,t,i){var n=r.keysOfItemsWithProperty(e,t,i,1);return n.length?n[0]:undefined};r.deleteByPrefix=function(e,t){if(!e)return;t=t||$tw.wiki.allTitles();var i=[];for(var n=t.length;n--;){if(r.startsWith(t[n],e)){$tw.wiki.deleteTiddler(t[n]);i.push(i[n])}}return i};r.getByPrefix=function(e){return r.getMatches(\"[prefix[\"+e+\"]]\")};r.getIterableCollection=function(t){return t instanceof e.DataSet?t.get():t};r.getLookupTable=function(e,t){e=r.getIterableCollection(e);var i=r.getDataMap();var n=Object.keys(e);for(var l=0,a=n.length;l<a;l++){var u=n[l];var f=t?e[u][t]:e[u];var s=typeof f;if(s===\"string\"&&f!==\"\"||s===\"number\"){if(!i[f]){i[f]=t?e[u]:true;continue}}throw'TiddlyMap: Cannot use \"'+ltIndex+'\" as lookup table index'}return i};r.getWithoutNewLines=function(e){if(typeof e===\"string\"){return e.replace(/[\\n\\r]/g,\" \")}};r.getArrayValuesAsHashmapKeys=function(e){return r.getLookupTable(e)};r.getTiddlersWithField=function(e,t,i){if(!i||typeof i!==\"object\")i={};var n=i.tiddlers||$tw.wiki.allTitles();var l=i.limit||0;var a=i.isIncludeDrafts===true;var u=r.getDataMap();var f=Object.keys(n);var s=$tw.utils.hop;for(var o=f.length;o--;){var d=r.getTiddler(n[f[o]]);var c=d.fields;if(s(c,e)&&(!s(c,\"draft.of\")||a)){if(!t||c[e]===t){u[c.title]=d;if(--l===0)break}}}return u};r.getTiddlerWithField=function(e,t){var i=r.getTiddlersWithField(e,t,{limit:1});return Object.keys(i)[0]};r.getTiddlersByPrefix=function(e,t){var t=t||$tw.wiki.allTitles();var i=[];var n=Object.keys(t);for(var l=n.length;l--;){var a=r.getTiddlerRef(t[n[l]]);if(r.startsWith(a,e)){i.push(a)}}return i};r.addTiddler=function(e,t){var i=r.getTiddler(e);if(!t&&i)return i;i=new $tw.Tiddler({title:e,text:\"\"},$tw.wiki.getModificationFields(),$tw.wiki.getCreationFields());$tw.wiki.addTiddler(i);return i};r.getSnapshotTitle=function(e,t){return\"Snapshot – \"+e+\" (\"+(new Date).toDateString()+\")\"+\".\"+(t||\"png\")};r.Exception=t;r.makeDraftTiddler=function(e){var t=$tw.wiki.findDraft(e);if(t){return $tw.wiki.getTiddler(t)}var i=$tw.wiki.getTiddler(e);t=r.generateDraftTitle(e);var n=new $tw.Tiddler(i,{title:t,\"draft.title\":e,\"draft.of\":e},$tw.wiki.getModificationFields());$tw.wiki.addTiddler(n);return n};r.generateDraftTitle=function(e){var t=0,r;do{r=\"Draft \"+(t?t+1+\" \":\"\")+\"of '\"+e+\"'\";t++}while($tw.wiki.tiddlerExists(r));return r};r.touch=function(e){r.setField(e,\"modified\",new Date)};r.getFullScreenApis=function(){var e=document,t=e.body,r={_requestFullscreen:t.webkitRequestFullscreen!==undefined?\"webkitRequestFullscreen\":t.mozRequestFullScreen!==undefined?\"mozRequestFullScreen\":t.msRequestFullscreen!==undefined?\"msRequestFullscreen\":t.requestFullscreen!==undefined?\"requestFullscreen\":\"\",_exitFullscreen:e.webkitExitFullscreen!==undefined?\"webkitExitFullscreen\":e.mozCancelFullScreen!==undefined?\"mozCancelFullScreen\":e.msExitFullscreen!==undefined?\"msExitFullscreen\":e.exitFullscreen!==undefined?\"exitFullscreen\":\"\",_fullscreenElement:e.webkitFullscreenElement!==undefined?\"webkitFullscreenElement\":e.mozFullScreenElement!==undefined?\"mozFullScreenElement\":e.msFullscreenElement!==undefined?\"msFullscreenElement\":e.fullscreenElement!==undefined?\"fullscreenElement\":\"\",_fullscreenChange:e.webkitFullscreenElement!==undefined?\"webkitfullscreenchange\":e.mozFullScreenElement!==undefined?\"mozfullscreenchange\":e.msFullscreenElement!==undefined?\"MSFullscreenChange\":e.fullscreenElement!==undefined?\"fullscreenchange\":\"\"};if(!r._requestFullscreen||!r._exitFullscreen||!r._fullscreenElement){return null}else{return r}};r.flatten=function(e,t){t=t||{};var r=t.delimiter||\".\";var i=t.prefix||\"\";var n={};function l(e,a){Object.keys(e).forEach(function(u){var f=e[u];var s=t.safe&&Array.isArray(f);var o=Object.prototype.toString.call(f);var d=o===\"[object Object]\"||o===\"[object Array]\";var c=a?a+r+u:i+u;if(!s&&d){return l(f,c)}n[c]=f})}l(e);return n};r.unflatten=function(e,t){t=t||{};var i=t.delimiter||\".\";var n={};if(Object.prototype.toString.call(e)!==\"[object Object]\"){return e}function l(e){var t=Number(e);return isNaN(t)||e.indexOf(\".\")!==-1?e:t}Object.keys(e).forEach(function(a){var u=a.split(i);var f=l(u.shift());var s=l(u[0]);var o=n;while(s!==undefined){if(o[f]===undefined){o[f]=typeof s===\"number\"&&!t.object?[]:{}}o=o[f];if(u.length>0){f=l(u.shift());s=l(u[0])}}o[f]=r.unflatten(e[a],t)});return n};r.genUUID=function(){var e=\"0123456789abcdefghijklmnopqrstuvwxyz\".split(\"\");return function(){var t=e,r=new Array(36);var i=0,n;for(var l=0;l<36;l++){if(l==8||l==13||l==18||l==23){r[l]=\"-\"}else if(l==14){r[l]=\"4\"}else{if(i<=2)i=33554432+Math.random()*16777216|0;n=i&15;i=i>>4;r[l]=t[l==19?n&3|8:n]}}return r.join(\"\")}}();exports.utils=r})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/utils",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\").EdgeType;var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var i=function(t,r,o){this.opt=$tw.tmap.opt;this.logger=$tw.tmap.logger;if(t instanceof i){return t}this._registerPaths(t,r);if(r){this._createView(o)}else if(!this.exists()){return}this._ignoreOnNextRebuild=e.getDataMap();this.rebuildCache()};i.prototype._registerPaths=function(t,i){this.path=this.path||e.getDataMap();this.path.config=this._getConfigPath(t,i);if(this.path.config){this.path.map=this.path.config+\"/map\";this.path.nodeFilter=this.path.config+\"/filter/nodes\";this.path.edgeFilter=this.path.config+\"/filter/edges\"}};i.prototype._getConfigPath=function(t,i){if(t instanceof $tw.Tiddler){return t.fields.title}if(typeof t===\"string\"){t=e.getWithoutPrefix(t,this.opt.path.views+\"/\");if(t&&!e.hasSubString(t,\"/\")){return this.opt.path.views+\"/\"+t}}if(i){return $tw.wiki.generateNewTitle(this.opt.path.views+\"/My view\")}};i.prototype.getPaths=function(){return this.path};i.prototype._createView=function(t){if(this.exists()){this.destroy()}t=new i(t);if(t.exists()){var r=e.mv(t.getRoot(),this.path.config,true,false)}var o={};o.title=this.path.config;o[this.opt.field.viewMarker]=true;o.id=e.genUUID();$tw.wiki.addTiddler(new $tw.Tiddler(e.getTiddler(this.path.config),o))};i.prototype.isLocked=function(){return $tw.wiki.isShadowTiddler(this.path.config)};i.prototype.refresh=function(t){return this.rebuildCache(t)};i.prototype.addPlaceholder=function(t){e.cp(t,this.getRoot()+\"/snapshot\",true)};i.prototype.rebuildCache=function(t){if(!this.exists())return[];var i=!t||t[this.path.config];if(i){this.logger(\"debug\",\"Full reload of view config\")}var r=this._ignoreOnNextRebuild;this._ignoreOnNextRebuild=e.getDataMap();var o=[];for(var s in this.path){var n=this.path[s];if(i||t[n]){o.push(s)}else{continue}if(!i&&r[s]){continue}if(s===\"config\"){this.config=this.getConfig(null,true)}else if(s===\"map\"){this.nodeData=this.getNodeData(null,true)}else if(s===\"nodeFilter\"){this.nodeFilter=this.getNodeFilter(null,true)}else if(s===\"edgeFilter\"){this.edgeFilter=this.getEdgeFilter(null,true)}}return o};i.prototype.exists=function(){return e.tiddlerExists(this.path.config)};i.prototype.getRoot=function(){return this.path.config};i.prototype.getCreationDate=function(t){if(!this.exists())return;var e=$tw.wiki.getTiddler(this.path.config).fields[\"created\"];if(t){return e instanceof Date?$tw.utils.formatDateString(e,\"DDth MMM YYYY\"):\"\"}return e};i.prototype.getLabel=function(){if(this.exists()){return e.getBasename(this.path.config)}};i.prototype.destroy=function(){if(!this.exists())return;var t=\"[prefix[\"+this.getRoot()+\"]]\";e.deleteTiddlers(e.getMatches(t));this.path=e.getDataMap();this.rebuildCache()};i.prototype.getReferences=function(){var t=\"[regexp:text[<\\\\$tiddlymap.*?view=.\"+this.getLabel()+\"..*?>]]\";return e.getMatches(t)};i.prototype.rename=function(t){if(!this.exists()||typeof t!==\"string\")return false;if(e.inArray(\"/\",t)){$tw.tmap.notify('A view name must not contain any \"/\"');return false}var i=this.getLabel();var r=this.opt.path.views+\"/\"+t;var o=this.getRoot();var s=e.mv(o,r,true);this._registerPaths(t);this.rebuildCache();var n=$tw.tmap.indeces.loNTy;for(var a=n.length;a--;){var h=n[a];if(h.view===i){h.view=t;h.save()}}};i.prototype.isEnabled=function(t){return e.isTrue(this.getConfig(t),false)};i.prototype.getConfig=function(t,i,r){if(!this.exists()){var o=e.getDataMap()}else if(!i&&this.config){var o=this.config}else{var s=$tw.wiki.getTiddler(this.path.config).fields;var o=e.getPropertiesByPrefix(s,\"config.\")}return t?o[e.startsWith(t,\"config.\")?t:\"config.\"+t]:o};i.prototype.getStabilizationIterations=function(){return 1e3};i.prototype.setStabilizationIterations=function(t){};i.prototype.getHierarchyEdgeTypes=function(){if(this.getConfig(\"layout.active\")!==\"hierarchical\")return[];var t=e.getPropertiesByPrefix(this.getConfig(),\"config.layout.hierarchical.order-by-\",true);var i=e.getDataMap();for(var r in t){if(t[r]===\"true\"){var o=e.getTiddler($tw.tmap.indeces.tById[r]);if(o){i[e.getBasename(o.fields.title)]=true}}}return i};i.prototype.setConfig=function(){if(arguments[0]==null)return;if(arguments.length===1&&typeof arguments[0]===\"object\"){for(var t in arguments[0]){this.setConfig(t,arguments[0][t])}}else if(arguments.length===2&&typeof arguments[0]===\"string\"){var t=e.getWithoutPrefix(arguments[0],\"config.\");var i=arguments[1];if(i===undefined){return}if(i===null){this.logger(\"debug\",\"Removing config\",t);delete this.config[\"config.\"+t]}else{if(t===\"edge_type_namespace\"&&typeof i===\"string\"&&i.length){i=i.replace(/([^:])$/,\"$1:\")}}this.logger(\"log\",\"Setting config\",t,i);this.config[\"config.\"+t]=i}else{return}$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getTiddler(this.path.config),this.config));this._ignoreOnNextRebuild[\"config\"]=true};i.prototype.isExplicitNode=function(t){var e=$tw.utils.escapeRegExp(this._getAddNodeFilterPart(t));return this.getNodeFilter(\"expression\").match(e)};i.prototype.isLiveView=function(){return this.getLabel()===this.opt.misc.liveViewLabel};i.prototype.removeNodeFromFilter=function(t){if(!this.isExplicitNode(t))return false;var e=this.getNodeFilter(\"expression\");var i=e.replace(this._getAddNodeFilterPart(t),\"\");this.setNodeFilter(i);return true};i.prototype._getAddNodeFilterPart=function(t){if(!t){throw\"Supplied param is not a node!\"}var e=typeof t===\"object\"?t.id:t;return\"[field:tmap.id[\"+e+\"]]\"};i.prototype.setNodeFilter=function(t,i){if(!this.exists())return;t=t.replace(/[\\n\\r]/g,\" \");if(this.getNodeFilter.expression===t){return}if(this.isLiveView()&&!i){$tw.tmap.notify(\"It is forbidden to change the node filter of the live view!\");return}e.setField(this.path.nodeFilter,\"filter\",t);this.logger(\"debug\",\"Node filter set to\",t);this.nodeFilter=this.getNodeFilter(null,true);this._ignoreOnNextRebuild[\"nodeFilter\"]=true};i.prototype.setEdgeFilter=function(t){if(!this.exists())return;t=t.replace(/[\\n\\r]/g,\" \");if(this.getEdgeFilter.expression===t){return}e.setField(this.path.edgeFilter,\"filter\",t);this.logger(\"debug\",\"Edge filter set to\",t);this.edgeFilter=this.getEdgeFilter(null,true);this._ignoreOnNextRebuild[\"edgeFilter\"]=true};i.prototype.appendToNodeFilter=function(t){var t=this.getNodeFilter(\"expression\")+\" \"+t;this.setNodeFilter(t);return true};i.prototype.addNodeToView=function(t){if(this.isExplicitNode(t)){return}this.appendToNodeFilter(this._getAddNodeFilterPart(t));this.saveNodePosition(t)};i.prototype.getEdgeFilter=function(t,i){if(!i&&this.edgeFilter){var r=this.edgeFilter}else{var r=e.getDataMap();var o=$tw.wiki.getTiddler(this.path.edgeFilter);r.expression=o&&o.fields.filter?o.fields.filter:this.opt.filter.defaultEdgeFilter;r.compiled=$tw.wiki.compileFilter(r.expression)}return t?r[t]:r};i.prototype.getNodeFilter=function(t,i){if(!i&&this.nodeFilter){var r=this.nodeFilter}else{var r=e.getDataMap();var o=$tw.wiki.getTiddler(this.path.nodeFilter);r.expression=o&&o.fields.filter?o.fields.filter:\"\";r.compiled=$tw.wiki.compileFilter(r.expression)}return t?r[t]:r};i.prototype.getNodeData=function(t,i){var r=!i&&this.nodeData?this.nodeData:e.parseFieldData(this.path.map,\"text\",{});return t?r[t]:r};i.prototype.isEqual=function(t){var t=new i(t);return this.getRoot()===t.getRoot()};i.prototype.saveNodeData=function(){if(!this.exists())return;var t=arguments;var i=this.getNodeData();if(t.length===2&&typeof t[0]===\"string\"){if(typeof t[1]===\"object\"){if(t[1]===null){delete i[t[0]]}else{i[t[0]]=$tw.utils.extend(i[t[0]]||{},t[1])}}}else if(t.length===1&&typeof t[0]===\"object\"){$tw.tmap.logger(\"log\",\"Storing data in\",this.path.map);$tw.utils.extend(i,t[0])}else{return}e.writeFieldData(this.path.map,\"text\",i);this.nodeData=i;this._ignoreOnNextRebuild[\"map\"]=true};i.prototype.saveNodePosition=function(t){if(t.id&&t.x&&t.y){this.saveNodeData(t.id,{x:t.x,y:t.y})}};i.prototype.saveNodeStyle=function(t,e){if(!this.exists())return;var i=this.getNodeData()[t];if(!i)return;for(var r in i){if(r!==\"x\"&&r!==\"y\")delete i[r]}this.saveNodeData(t,e)};exports.ViewAbstraction=i})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/config/vis": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/config/vis\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={locale:\"en_EN\",clickToUse:true,autoResize:false,height:\"100%\",width:\"100%\",configure:{enabled:false},interaction:{dragNodes:true,dragView:true,hideEdgesOnDrag:false,hideNodesOnDrag:false,hover:false,navigationButtons:true,multiselect:true,selectable:true,selectConnectedEdges:true,tooltipDelay:300,zoomView:true,keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02},bindToWindow:false}},manipulation:{initiallyActive:true},nodes:{shape:\"box\",color:{border:\"#2B7CE9\",background:\"#97C2FC\"}},edges:{smooth:{enabled:true},color:{color:\"#848484\",inherit:false},arrows:{to:{enabled:true}}},physics:{forceAtlas2Based:{gravitationalConstant:-300,springLength:100,springConstant:.095,centralGravity:.015,damping:.4},solver:\"forceAtlas2Based\",stabilization:{enabled:true,iterations:1e3,updateInterval:100,onlyDynamicEdges:false,fit:false}}}})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/config/vis",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/tmap": {
            "text": "/*\\\ntitle: $:/plugins/felixhayashi/tiddlymap/js/tmap\ntype: application/javascript\nmodule-type: macro\n\nIn connection with tiddlymap, this macro allows us to access\nsystem information from within tiddlers as well as to execute some\nutil functions.\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var r=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;exports.name=\"tmap\";exports.params=function(r){var e=[];for(var t=0;t<r;t++){e.push({name:\"arg\"+t})}return e}(5);var e=function(){return};exports.run=function(){var r=$tw.tmap.utils;switch(arguments[0]){case\"basename\":return r.getBasename(arguments[1]||this.getVariable(\"currentTiddler\"));case\"testJSON\":var e=$tw.wiki.getTiddler(this.getVariable(\"currentTiddler\"));try{JSON.parse(e.fields[arguments[1]]);return\"valid\"}catch(t){return\"malformed\"}case\"splitAndSelect\":var a=this.getVariable(\"currentTiddler\");var n=a.split(arguments[1])[arguments[2]];return n!=null?n:a;case\"concat\":var a=\"\";for(var s=1,u=arguments.length;s<u;s++){a+=arguments[s]}return a;case\"uuid\":return r.genUUID();case\"scale\":var a=\"\";for(var s=1,u=parseInt(arguments[1]);s<u;s++){a+=\"[[\"+s+\"]]\"}return a;case\"option\":var i=$tw.tmap.opt;var l=arguments[1].split(\".\");for(var s=0;s<l.length;s++){if(typeof i==\"object\"&&i[l[s]]){i=i[l[s]]}else{return\"property doesn't exist\"}}if(!(typeof i==\"string\"))return\"property is not a string\";return i}return\"wrong signature\"}})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/tmap",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/caretaker": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/caretaker\ntype: application/javascript\nmodule-type: startup\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/config/vis\").config;var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/config/sys\").config;var i=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var a=require(\"$:/plugins/felixhayashi/tiddlymap/js/fixer\").fixer;var r=require(\"$:/plugins/felixhayashi/tiddlymap/js/Adapter\").Adapter;var s=require(\"$:/plugins/felixhayashi/tiddlymap/js/DialogManager\").DialogManager;var l=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\").CallbackManager;var d=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\").ViewAbstraction;var p=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\").EdgeType;var n=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\").NodeType;var o=require(\"$:/plugins/felixhayashi/vis/vis.js\");var f=function(a){var r=a;if(!r.path)r.path=i.getDataMap();r.path.pluginRoot=\"$:/plugins/felixhayashi/tiddlymap\";r.path.edgeTypes=\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes\";r.path.nodeTypes=\"$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes\";r.path.listEdgeTypes=\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:\";r.path.fieldEdgeTypes=\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-field:\";r.path.views=\"$:/plugins/felixhayashi/tiddlymap/graph/views\";r.path.options=\"$:/plugins/felixhayashi/tiddlymap/config\";r.path.dialogs=\"$:/plugins/felixhayashi/tiddlymap/dialog\";r.path.footers=\"$:/plugins/felixhayashi/tiddlymap/dialogFooter\";r.path.tempRoot=\"$:/temp/tmap\";r.path.localHolders=\"$:/temp/tmap/holders\";if(!r.ref)r.ref=i.getDataMap();r.ref.defaultViewHolder=\"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder\";r.ref.graphBar=\"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar\";r.ref.sysUserConf=\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\";r.ref.visUserConf=\"$:/plugins/felixhayashi/tiddlymap/config/vis/user\";r.ref.welcomeFlag=\"$:/plugins/felixhayashi/tiddlymap/flag/welcome\";r.ref.focusButton=\"$:/plugins/felixhayashi/tiddlymap/misc/focusButton\";r.ref.sysMeta=\"$:/plugins/felixhayashi/tiddlymap/misc/meta\";r.ref.sidebarBreakpoint=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\";if(!r.config)r.config=i.getDataMap();r.config.sys=i.merge({},t,i.unflatten($tw.wiki.getTiddlerData(r.ref.sysUserConf)));r.config.vis=i.merge({},e,i.parseFieldData(r.ref.visUserConf));if(!r.field)r.field=i.getDataMap();$tw.utils.extend(r.field,r.config.sys.field);if(!r.misc)r.misc=i.getDataMap();r.misc.unknownEdgeLabel=\"tmap:undefined\";r.misc.liveViewLabel=\"Live View\";r.misc.defaultViewLabel=\"Default\";if(!r.filter)r.filter=i.getDataMap();r.filter.nodeTypes=\"[prefix[\"+r.path.nodeTypes+\"]]\";r.filter.edgeTypes=\"[prefix[\"+r.path.edgeTypes+\"]]\";r.filter.listEdgeTypes=\"[prefix[\"+r.path.listEdgeTypes+\"]]\";r.filter.fieldEdgeTypes=\"[prefix[\"+r.path.fieldEdgeTypes+\"]]\";r.filter.views=\"[\"+r.field.viewMarker+\"[true]]\";r.filter.defaultEdgeFilter=r.filter.edgeTypes+\"-[suffix[tw-body:link]]\"+\"-[suffix[tw-list:tags]]\";+\"-[suffix[tw-list:list]]\";if(!r.selector)r.selector=i.getDataMap();var s=\"[all[tiddlers+shadows]!has[draft.of]]\";r.selector.allEdgeTypes=s+\" +\"+r.filter.edgeTypes;r.selector.allEdgeTypesByLabel=r.selector.allEdgeTypes+\" +[removeprefix[\"+r.path.edgeTypes+\"/]]\";r.selector.allNodeTypes=s+\" +\"+r.filter.nodeTypes;r.selector.allNodeTypesByLabel=r.selector.allNodeTypes+\" +[removeprefix[\"+r.path.nodeTypes+\"/]]\";r.selector.allViews=s+\" +\"+r.filter.views;r.selector.allViewsByLabel=r.selector.allViews+\"+[removeprefix[\"+r.path.views+\"/]]\";r.selector.allPotentialNodes=\"[all[tiddlers]!is[system]!has[draft.of]]\";r.selector.allListEdgeStores=s+\" +\"+r.filter.listEdgeTypes+\" +[removeprefix[\"+r.path.listEdgeTypes+\"]]\";r.selector.allFieldEdgeStores=s+\" +\"+r.filter.fieldEdgeTypes+\" +[removeprefix[\"+r.path.fieldEdgeTypes+\"]]\"};var g=function(e){$tw.tmap.start(\"Attaching Indeces\");e.indeces=e.indeces||{};var t=$tw.wiki.allTitles();m(e.indeces,t);y(e.indeces,t);$tw.tmap.stop(\"Attaching Indeces\")};var m=function(e,t){e=e||$tw.tmap.indeces;t=t||$tw.wiki.allTitles();a.fixId();var r=e.tById={};var s=e.idByT={};for(var l=t.length;l--;){var d=t[l];var p=$tw.wiki.getTiddler(d);if(i.isSystemOrDraft(p))continue;var n=p.fields[\"tmap.id\"];if(!n){n=i.genUUID();i.setField(p,\"tmap.id\",n)}r[n]=d;s[d]=n}};var y=function(e,t){e=e||$tw.tmap.indeces;t=t||$tw.wiki.allTitles();var a=$tw.tmap.opt.path.nodeTypes;var r=e.glNTy=[];for(var s=t.length;s--;){if(i.startsWith(t[s],a)){r.push(new n(t[s]))}}r.sort(function(e,t){return e.priority-t.priority})};var c=function(e){var t=e;var a=function(){};if(i.isTrue($tw.tmap.opt.config.sys.debug,false)&&console){t.logger=function(){if(arguments.length<2)return;var e=Array.prototype.slice.call(arguments);var t=e.shift(e);var i=console.hasOwnProperty(t)?t:\"debug\";console[i].apply(console,e)};t.start=function(e){console.time(\"timer: \"+e)};t.stop=function(e){console.timeEnd(\"timer: \"+e)}}else{t.logger=t.start=t.stop=a}t.notify=i.isTrue($tw.tmap.opt.config.sys.notifications)?i.notify:a};var u=function(){for(var e=$tw.tmap.registry.length;e--;){var t=$tw.tmap.registry[e];if(t.isZombieWidget()){$tw.tmap.logger(\"warn\",\"A graph has been removed.\");t.destruct();$tw.tmap.registry.splice(e,1)}}};var h=function(e){var t=e.fields[\"tmap.id\"];if(!t)return;var a=$tw.tmap.opt;var r=i.getTiddlersWithField(\"tmap.id\",t,{limit:2});delete r[e.fields.title];var s=Object.keys(r)[0];if(s){var l={param:{changedTiddler:e.fields.title,existingTiddler:s,id:t}};$tw.tmap.dialogManager.open(\"dublicateIdInfo\",l)}if(s){i.setField(e,\"tmap.edges\",undefined);$tw.tmap.adapter.assignId(e,true)}};var w=function(e){if(!e)e=$tw.tmap;if(!e.opt)e.opt=i.getDataMap();f(e.opt);c(e,e.opt);$tw.tmap.logger(\"warn\",\"Rebuilt globals\")};var $=null;var v=function(e){if(e[\"$:/HistoryList\"]){var t=i.getField(\"$:/HistoryList\",\"current-tiddler\")}else if(e[\"$:/temp/focussedTiddler\"]){var t=i.getField(\"$:/temp/focussedTiddler\",\"text\")}if(t!=null&&$!==t){$=t;i.setField(\"$:/temp/tmap/currentTiddler\",\"text\",t)}};var T=function(e){if(i.isTrue($tw.tmap.opt.config.sys.debug,false)){for(var t in e){if(e[t].deleted){$tw.tmap.logger(\"warn\",\"Tiddler deleted:\",t)}else{$tw.tmap.logger(\"warn\",\"Tiddler modified:\",t,i.getTiddler(t))}}}};var x=[\"$:/temp/tiddlymap/quickConnectButton\",\"$:/temp/tmap/state/focus\"];var b=function(){window.addEventListener(\"click\",function(e){for(var t=x.length;t--;){if(i.getText(x[t]))break}if(t===-1)return;if(!$tw.utils.hasClass(e.target,\"tc-drop-down\")&&!i.getAncestorWithClass(e.target,\"tc-drop-down\")){for(var t=x.length;t--;){i.setText(x[t],\"\")}}},false)};var k=function(e){var t=$tw.tmap.opt.path.nodeTypes;var a=$tw.tmap.opt.path.options;var r=0;$tw.wiki.addEventListener(\"change\",function(s){$tw.tmap.start(\"Caretaker handling changes\");$tw.tmap.logger(\"warn\",\"=== Refresh \"+r++ +\" ===\");T(s);e.handleChanges(s);var l=false;var d=false;for(var p in s){if(i.isSystemOrDraft(p)){if(i.startsWith(p,t)&&!l){y();l=true}if(i.startsWith(p,a)&&!d){w();d=true}continue}var n=i.getTiddler(p);if(n){h(n);$tw.tmap.adapter.assignId(n)}else{var o=$tw.tmap.indeces.idByT[p];if(!o){$tw.tmap.logger(\"warn\",\"Ignoring Tiddler\",p,\"without id; Assuming draft\");continue}var f=i.getTiddlerWithField(\"tmap.id\",o);if(f){$tw.tmap.logger(\"warn\",\"Tiddler\",p,\"renamed into\",f)}else{$tw.tmap.logger(\"warn\",\"Tiddler\",p,\"removed\");$tw.tmap.adapter.deleteNode(o)}}}v(s);$tw.tmap.stop(\"Caretaker handling changes\")})};var E=function(){i.deleteByPrefix(\"$:/temp/felixhayashi\");i.deleteByPrefix(\"$:/temp/tiddlymap\");i.deleteByPrefix(\"$:/temp/tmap\")};var M=function(){var e=$tw.tmap.opt.config.sys.defaultView;if(e){i.setField($tw.tmap.opt.ref.defaultViewHolder,\"text\",e)}};var D=function(){if(i.tiddlerExists($tw.tmap.opt.ref.sysMeta))return;$tw.tmap.logger(\"warn\",\"Creating meta file\");var e=$tw.wiki.getTiddler($tw.tmap.opt.path.pluginRoot);$tw.wiki.setTiddlerData($tw.tmap.opt.ref.sysMeta,{originalVersion:e.fields.version,dataStructureState:\"0.6.9\",showWelcomeMessage:true})};exports.name=\"tmap.caretaker\";exports.platforms=[\"browser\"];exports.after=[\"startup\"];exports.before=[\"rootwidget\"];exports.synchronous=true;exports.startup=function(){$tw.tmap=i.getDataMap();$tw.tmap.utils=i;$tw.tmap.keycharm=o.keycharm;$tw.tmap.NodeType=n;$tw.tmap.EdgeType=p;$tw.tmap.ViewAbstraction=d;w($tw.tmap);D();E();g($tw.tmap);M();$tw.tmap.adapter=new r;a.fix();$tw.tmap.callbackManager=new l;$tw.tmap.dialogManager=new s($tw.tmap.callbackManager);$tw.tmap.registry=[];window.setInterval(u,5e3);k($tw.tmap.callbackManager);b();$tw.tmap.logger(\"warn\",\"TiddlyMap's caretaker successfully started\")}})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/caretaker",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/startup/listener": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/startup/listener\ntype: application/javascript\nmodule-type: startup\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\").NodeType;var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\").EdgeType;var a=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var p=function(){this.adapter=$tw.tmap.adapter;this.wiki=$tw.wiki;this.logger=$tw.tmap.logger;this.opt=$tw.tmap.opt;this.dialogManager=$tw.tmap.dialogManager;a.addListeners({\"tmap:tm-remove-edge\":this.handleRemoveEdge,\"tmap:tm-load-type-form\":this.handleLoadTypeForm,\"tmap:tm-save-type-form\":this.handleSaveTypeForm,\"tmap:tm-create-type\":this.handleCreateType,\"tmap:tm-create-edge\":this.handleCreateEdge,\"tmap:tm-suppress-dialog\":this.handleSuppressDialog,\"tmap:tm-generate-widget\":this.handleGenerateWidget,\"tmap:tm-download-graph\":this.handleDownloadGraph,\"tmap:tm-manage-edge-types\":this.handleOpenTypeManager,\"tmap:tm-manage-node-types\":this.handleOpenTypeManager,\"tmap:tm-cancel-dialog\":this.handleCancelDialog,\"tmap:tm-confirm-dialog\":this.handleConfirmDialog},$tw.rootWidget,this)};p.prototype.handleCancelDialog=function(e){a.setField(e.param,\"text\",\"\")};p.prototype.handleConfirmDialog=function(e){a.setField(e.param,\"text\",\"1\")};p.prototype.handleSuppressDialog=function(e){if(a.isTrue(e.paramObject.suppress,false)){a.setEntry(this.opt.ref.sysUserConf,\"suppressedDialogs.\"+e.paramObject.dialog,true)}};p.prototype.handleDownloadGraph=function(e){var t=this.adapter.getGraph({view:e.paramObject.view});t.nodes=a.convert(t.nodes,\"array\");t.edges=a.convert(t.edges,\"array\");var p=\"$:/temp/tmap/export\";a.setField(p,\"text\",JSON.stringify(t,null,2));$tw.rootWidget.dispatchEvent({type:\"tm-download-file\",param:p,paramObject:{filename:e.paramObject.view+\".json\"}})};p.prototype.handleGenerateWidget=function(e){if(!e.paramObject)e.paramObject={};var t={dialog:{preselects:{view:e.paramObject.view||this.opt.misc.defaultViewLabel}}};this.dialogManager.open(\"getWidgetCode\",t)};p.prototype.handleRemoveEdge=function(e){this.adapter.deleteEdge(e.paramObject)};p.prototype.handleCreateEdge=function(e){var t=e.paramObject.from;var p=e.paramObject.to;var r=e.paramObject.force;if(!t||!p)return;if(a.tiddlerExists(t)&&a.tiddlerExists(p)||r){a.addTiddler(p);a.addTiddler(t);var i={from:this.adapter.makeNode(t).id,to:this.adapter.makeNode(p).id,type:e.paramObject.label,id:e.paramObject.id};this.adapter.insertEdge(i);$tw.tmap.notify(\"Edge inserted\")}};p.prototype.handleOpenTypeManager=function(e){if(!e.paramObject)e.paramObject={};var t=e.type.match(/tmap:tm-(.*)/)[1];if(t===\"manage-edge-types\"){var a=\"Edge-Type Manager\";var p=this.opt.selector.allEdgeTypes;var r=this.opt.path.edgeTypes}else{var a=\"Node-Type Manager\";var p=this.opt.selector.allNodeTypes;var r=this.opt.path.nodeTypes}var i={mode:t,topic:a,searchSelector:p,typeRootPath:r};var d=this.dialogManager.open(\"MapElementTypeManager\",i);if(e.paramObject.type){this.handleLoadTypeForm({paramObject:{mode:t,id:e.paramObject.type,output:d.fields[\"output\"]}})}};p.prototype.handleLoadTypeForm=function(p){var r=p.paramObject.output;var i=p.paramObject.mode===\"manage-edge-types\"?new t(p.paramObject.id):new e(p.paramObject.id);i.save(r);if(p.paramObject.mode===\"manage-edge-types\"){var d=this.adapter.selectEdgesByType(i);var o=Object.keys(d).length;a.setField(r,\"temp.usageCount\",o)}$tw.wiki.addTiddler(new $tw.Tiddler(a.getTiddler(r),{typeTRef:i.fullPath,\"temp.idImmutable\":i.isShipped?\"true\":\"\",\"temp.newId\":i.id,\"vis-inherited\":JSON.stringify(this.opt.config.vis)}));a.deleteByPrefix(\"$:/state/tabs/MapElementTypeManager\")};p.prototype.handleSaveTypeForm=function(p){var r=a.getTiddler(p.paramObject.output);if(!r)return;var i=p.paramObject.mode;var d=i===\"manage-edge-types\"?new t(r.fields.id):new e(r.fields.id);if(a.isTrue(r.fields[\"temp.deleteType\"],false)){this.deleteType(i,d,r)}else{this.saveType(i,d,r)}};p.prototype.deleteType=function(e,t,p){this.logger(\"debug\",\"Deleting type\",t);if(e===\"manage-edge-types\"){this.adapter._processEdgesWithType(t,{action:\"delete\"})}else{this.adapter.removeNodeType(t)}this.wiki.addTiddler(new $tw.Tiddler({title:a.getTiddlerRef(p)}));$tw.tmap.notify(\"Deleted type\")};p.prototype.saveType=function(t,p,r){var i=a.getTiddler(r);p.loadFromTiddler(i);if(p instanceof e){}p.save();if(!i.fields[\"temp.newId\"]){a.setField(i,\"temp.newId\",i.fields[\"id\"])}else if(i.fields[\"temp.newId\"]!==i.fields[\"id\"]){if(t===\"manage-edge-types\"){this.adapter._processEdgesWithType(p,{action:\"rename\",newName:i.fields[\"temp.newId\"]})}a.setField(i,\"id\",i.fields[\"temp.newId\"])}$tw.tmap.notify(\"Saved type data\")};p.prototype.handleCreateType=function(a){var p=a.paramObject.id||\"New type\";var r=a.paramObject.mode===\"manage-edge-types\"?new t(p):new e(p);r.save();this.handleLoadTypeForm({paramObject:{id:r.id,mode:a.paramObject.mode,output:a.paramObject.output}})};p.prototype.getTypeFromEvent=function(a){return a.paramObject.mode===\"manage-edge-types\"?new t(a.paramObject.id):new e(a.paramObject.id)};exports.name=\"tmap.listener\";exports.platforms=[\"browser\"];exports.after=[\"rootwidget\",\"tmap.caretaker\"];exports.before=[\"story\"];exports.synchronous=true;exports.startup=function(){new p}})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/startup/listener",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog",
            "subtitle": "{{$:/core/images/locked-padlock}} You cannot delete this view!",
            "text": "\\rules except wikilink\n\nIt is not possible to delete the current view as ''<<count>>'' tiddlers\nare referencing it. To delete the view you must first remove the tiddlymap\nwidgets in the tiddlers listed below or change their view attributes.\n\n''References''\n\n<ul>\n<$list filter=<<filter>> variable=\"item\">\n  <li><$link><<item>></$link></li>\n</$list>\n</ul>\n\nAfter the references are removed, you may delete the view."
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/configureTiddlyMap": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureTiddlyMap",
            "subtitle": "{{$:/core/images/options-button}} Configuration of TiddlyMap",
            "text": "\\rules except wikilink\n\n\\define vis-refresh-trigger() $(temp)$/vis-refresh\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\n<div class=\"tmap-flash-message tmap-info\">\n   {{$:/core/images/info-button}}\n   Please visit the [[online docs|http://tiddlymap.org#Changing%20TiddlyMap's%20default%20configuration]]\n   for more information about the following options.\n</div>\n\n<fieldset>\n  <legend>Field settings</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-text\"\n        title:\"Node-icon field\"\n        field:\"config.sys.field.nodeIcon\" \n        descr:\"Local image used as node image in the graphs.\">>\n    <<tmap-row type:\"input-text\"\n        title:\"Node-label field\"\n        field:\"config.sys.field.nodeLabel\" \n        descr:\"Alternative node label to use instead of the title.\">>\n    <<tmap-row type:\"input-text\"\n        title:\"Node-info field\"\n        field:\"config.sys.field.nodeInfo\" \n        descr:\"Field used as tooltip when hovering a node in a graph.\"\n        note:\"It is prohibited to use the text field here.\">>\n  </table>   \n</fieldset>\n\n<fieldset><legend>System's talkativeness</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-checkbox\"\n        title:\"Debug output\"\n        field:\"config.sys.debug\" \n        descr:\"Set this to true if you want debug information to be\n               displayed in the browser console.\">>\n    <<tmap-row type:\"input-checkbox\"\n        title:\"Show notifications\"\n        field:\"config.sys.notifications\" \n        descr:\"Set this to true if you want to receive fade-out\n               notifications for important events.\">>\n  </table>   \n</fieldset>\n\n<fieldset><legend>Interaction & behaviour</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-checkbox\"\n        title:\"Allow single click mode\"\n        field:\"config.sys.singleClickMode\" \n        descr:\"A single click on a node is sufficient to open the\n               corresponding tiddler.\"\n        note:\"Drag and drop will still work and does not cause a\n              tiddler to be opened.\">>\n    <<tmap-row type:\"input-select\"\n        title:\"Edge click behaviour\"\n        field:\"config.sys.edgeClickBehaviour\" \n        selectFilter:\"[[nothing|Nothing]]\n                      [[manager|Open edge-type manager]]\"\n        descr:\"What should happen when you click on an edge?\">>\n<!--\n    <<tmap-row type:\"input-select\"\n        title:\"Raster size\"\n        field:\"config.sys.raster\"\n        nochoice:\"Disabled\"\n        selectFilter:\"[[5|5px]]\n                      [[10|10px]]\n                      [[15|15px]]\n                      [[20|20px]]\n                      [[30|30px]]\n                      [[40|40px]]\"\n        descr:\"Snap nodes to an invisible raster of the given size\n               after drag'n'drop.\"\n        note:\"Only works when the view is not in floating mode\">>\n-->\n    <$macrocall type=\"input-select\"\n          $name=\"tmap-row\"\n          title=\"Default startup view\"\n          field=\"config.sys.defaultView\"\n          nochoice=\"Last view used at startup\"\n          selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n          descr=\"The view to display at startup\" />\n  </table>\n</fieldset>\n\n<fieldset><legend>Editor menu bar</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-checkbox\"\n        title:\"Show Neighbour&shy;hood button\"\n        field:\"config.sys.editorMenuBar.showNeighScopeButton\" \n        descr:\"Show or hide the neighbourhood scope button from the menu.\">>\n    <<tmap-row type:\"input-checkbox\"\n        title:\"Show Screen&shy;shot button\"\n        field:\"config.sys.editorMenuBar.showScreenshotButton\" \n        descr:\"Show or hide the screenshot button.\">>\n  </table>   \n</fieldset>\n\n<fieldset><legend>Global Visjs configurations</legend>\n  <div class=\"tmap-flash-message tmap-info\">\n     {{$:/core/images/info-button}}\n     The global vis configurations will affect all views and their\n     elements (nodes and edges) unless they are overridden on a lower\n     level. All options below are documented at\n     [[vis.js.org|http://visjs.org/docs/network]].\n  </div>\n  <table class=\"tmap-config-table\">\n    <tr>\n      <td>Reset:</td>\n      <td>\n        <div class=\"tmap-button-wrapper\">\n          <$button>Reset global configurations\n            <$action-setfield config.vis=\"\" />\n            <$action-setfield $tiddler=<<vis-refresh-trigger>> text=\"\" />\n          </$button>\n       </div>\n     </td>\n     <td>\n       Press the reset button to clear all global vis configurations\n       you did in the past.\n     </td>\n    </tr>\n  </table>\n  <$tmap-config\n      mode=\"manage-config\"\n      inherited=\"vis-inherited\"\n      extension=\"config.vis\"\n      refresh-trigger=<<vis-refresh-trigger>> />\n</fieldset>\n\n</$importvariables>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/configureView": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView",
            "subtitle": "{{$:/core/images/options-button}} View configuration -- <<view>>",
            "text": "\\rules except wikilink\n\n\\define vis-refresh-trigger() $(temp)$/vis-refresh\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\n<div class=\"tmap-flash-message tmap-info\">\n   {{$:/core/images/info-button}}\n   All configurations __only__ affect this view.\n</div>\n\n<fieldset><legend>Statistics</legend>\n  <table class=\"tmap-key-value-table\">\n    <tr>\n      <th align=\"left\">Created on</th>\n      <td><<createdOn>></td>\n    </tr>\n    <tr>\n      <th align=\"left\">Nodes contained in graph</th>\n      <td><<numberOfNodes>></td>\n    </tr>\n    <tr>\n      <th align=\"left\">Edges contained in graph</th>\n      <td><<numberOfEdges>></td>\n    </tr>\n  </table>\n</fieldset>\n\n<fieldset><legend>Layout</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-checkbox\"\n        title:\"Floating nodes\"\n        field:\"config.physics_mode\" \n        descr:\"Set this to true if you want your nodes to freely\n               swirl around.\">>\n  </table>\n</fieldset>\n\n<fieldset><legend>Other</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-text\"\n        title:\"Edge-type namespace\"\n        field:\"config.edge_type_namespace\" \n        descr:\"A namespace (like 'foaf' in 'foaf:knows') that will be\n               automatically added to all edge-types you create in\n               this view.\"\n        note:\"All namespaces are automatically stripped when the\n              edge label is displayed in the graph\">>\n  </table>\n</fieldset>\n\n<fieldset><legend>Neighbourhood</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-select\"\n        title:\"Neighbourhood scope\"\n        field:\"config.neighbourhood_scope\" \n        selectFilter:\"[[|Do not display a neighbourhood]]\n                      [[1|1 steps away]]\n                      [[2|2 steps away]]\n                      [[3|3 steps away]]\n                      [[4|4 steps away]]\n                      [[5|5 steps away]]\n                      [[*|No limit]]\"\n        descr:\"Display the neighbourhood that can be reached\n               within the given number of steps starting from the\n               matches returned by the node filter.\">>\n    <<tmap-row type:\"input-checkbox\"\n        title:\"Show inter-neighbour edges\"\n        field:\"config.show_inter_neighbour_edges\"\n        descr:\"When neighbours are displayed in a map along with\n               matches, also display their relations to other\n               neighbours\">>\n  </table>\n</fieldset>\n\n<fieldset><legend>Vis configurations</legend>\n  <div class=\"tmap-flash-message tmap-info\">\n     {{$:/core/images/info-button}}\n     The local vis configurations will affect all\n     elements (nodes and edges) of this view, unless they are\n     overridden on a lower level. All options below are documented at\n     [[vis.js.org|http://visjs.org/docs/network]].\n  </div>\n  <table class=\"tmap-config-table\">\n    <tr>\n      <td>Reset config:</td>\n      <td>\n        <div class=\"tmap-button-wrapper\">\n          <$button>Reset vis configuration\n            <$action-setfield config.vis=\"\" />\n            <$action-setfield $tiddler=<<vis-refresh-trigger>> text=\"\" />\n          </$button>\n       </div>\n     </td>\n     <td>\n       Press the reset button to clear this view's vis configurations.\n     </td>\n    </tr>\n  </table>\n  <$tmap-config\n      mode=\"manage-config\"\n      inherited=\"vis-inherited\"\n      extension=\"config.vis\"\n      refresh-trigger=<<vis-refresh-trigger>> />\n</fieldset>\n\n</$importvariables>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation",
            "subtitle": "{{$:/core/images/import-button}} You must confirm in order to proceed!",
            "text": "\\rules except wikilink\n\n<<message>>\n\n''Are you really sure you want to do this?''\n\n\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/createView": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/createView",
            "subtitle": "{{$:/core/images/new-button}} Creating a new view",
            "text": "\\rules except wikilink\n\n\\define nodeFilter() [list[$:/temp/tmap/nodes/$(view)$]]\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\nPlease specify a view name.\n\nName:\n<$edit-text\n    focus=\"true\"\n    tiddler=<<output>>\n    field=\"text\"\n    type=\"text\"\n    tag=\"input\"\n    default=\"\" />\n<sup>[1]</sup>\n\n<!--\n<fieldset><legend>View configuration</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-select\"\n        title:\"View config\"\n        field:\"clone-config\"\n        nochoice:\"Use defaults\"\n        selectFilter:\"[[copy|Copy from current view]]\"\n        descr:\"Do you want to use the default configuration or use\n               the same configuration as the current view?\">>\n  </table>\n</fieldset>\n-->\n\n<!--\n<fieldset><legend>Transfer nodes</legend>\n<div class=\"tmap-flash-message tmap-info\">\n  {{$:/core/images/info-button}}\n  When you transfer nodes of the current view \"<<view>>\"\n  into the new view, the view's config is cloned.\n</div>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-select\"\n        title:\"Transfer mode\"\n        field:\"transfer-mode\"\n        default:\"copy\"\n        selectFilter:\"[[copy|Copy nodes]]\n                      [[move|Move nodes]]\"\n        descr:\"Should the transferred nodes\n               be copied or moved? In case of 'move', TiddlyMap will\n               try to remove the nodes from the current view's node\n               filter.\">>\n    <$macrocall type=\"input-multi-checkbox\"\n          $name=\"tmap-row\"\n          title=\"Nodes to transfer\"\n          selectFilter=<<nodeFilter>>\n          default=\"true\"\n          descr=\"Select the nodes you want to\n                 transfer to the new view.\"\n          note=\"This operation will add the nodes to the new view\n                as if you added all nodes one by one to the view.\n                Node positions are maintained and equal the positions\n                in the current view.\"\n          />\n  </table>\n</fieldset>\n-->\n\n</$importvariables>\n\n---\n\n<sup>[1]</sup>\n<small>Attention: using the name of an existing view will overwrite it!</small>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog",
            "subtitle": "{{$:/core/images/delete-button}} You are about to delete <<count>> nodes",
            "text": "\\rules except wikilink\n\n''Please choose an option or abort:''\n\n<$radio tiddler=<<output>> field=\"delete-from\" value=\"system\">\n  Delete nodes from system <sup>[1]</sup>\n</$radio><br />\n<$radio tiddler=<<output>> field=\"delete-from\" value=\"filter\">\n  Delete nodes from graph's filter <sup>[2]</sup>\n</$radio>\n\nThe following nodes will be deleted:\n\n<ul>\n<$list filter=<<tiddlers>>>\n  <li><$view tiddler={{!!title}} field=\"title\" /></li>\n</$list>\n</ul>\n\n---\n\n<sup>[1]</sup>\n<small>This will delete all nodes, their corresponding tiddlers and all connected edges.</small><br/>\n<sup>[2]</sup>\n<small>''Important:'' Removing a node from the graph's filter only works, if the node has been added in the map editor per double click or via \"Add Node\". If the node hasn't been added as mentioned above, you need to change the underlying tiddler in a way that it doesn't match your filter anymore, if you don't want it to be displayed in the graph.</small>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo",
            "subtitle": "{{$:/core/images/info-button}} Dublicate id detected",
            "buttons": "ok_suppress",
            "text": "\\rules except wikilink\n\nTiddlyMap requires the value of the id field (\"tmap.id\") to be\nunique in order to correctly identify nodes and tiddlers.\n\nThe tiddler \"<<param.changedTiddler>>\" had the same id as the\ntiddler \"<<param.existingTiddler>>\".\n\nTherefore TiddlyMap\n\n* assigned a new id to tiddler \"<<param.changedTiddler>>\"\n* removed all edges from \"<<param.changedTiddler>>\"\n\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible",
            "subtitle": "{{$:/core/images/info-button}} Edge will not be visible in view \"<<view>>\"",
            "buttons": "ok_suppress",
            "text": "\\rules except wikilink\n\nTiddlyMap just noticed that you created an edge of type <<type>> that will not be visible in this view.\n\nThe reason is that the view's edge filter prevents edges of type \"<<type>>\" from being displayed. To change this, open the view's menu and change the edge-filter configuration.\n\nFor further information, please see: [[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]]."
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor",
            "subtitle": "{{$:/core/images/edit-button}} <<draftTRef>>",
            "text": "\\rules except wikilink\n\n\\define defaultTab() $:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\n                          [[$:/core/macros/tabs]]\">\n<$macrocall $name=\"tabs\"\n    default=<<defaultTab>>\n    state=\"$:/state/tabs/MapElementTypeManager\"\n    tabsList=\"[all[shadows]prefix[$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/]]\" />\n</$importvariables>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/editFilters": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/editFilters",
            "subtitle": "{{$:/core/images/edit-button}} Filter editor -- <<view>>",
            "text": "\\rules except wikilink\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\n<fieldset>\n  <legend>Filters <sup>[1]</sup></legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-textarea\"\n        title:\"Node filter\"\n        field:\"prettyNodeFilter\"\n        descr:\"Show tiddlers in the graph that match this filter.\n               Drafts and system tiddlers are automatically\n               excluded.\">>\n    <<tmap-row type:\"input-textarea\"\n        title:\"Edge filter\"\n        field:\"prettyEdgeFilter\" \n        descr:\"Show edges that match this filter\">>\n  </table>   \n</fieldset>\n\n</$importvariables>\n\n---\n\n<sup>[1]</sup> A new line is equivalent to a space symbol in a tw-filter expression.<br />\n<sup>[2]</sup> It is suggested to read [[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]] and [[Edge-type namespaces|http://tiddlymap.org#Node%20and%20edge-type%20filters]] before using Tiddlymap's filter editor. ''Completely new to filters?'' Please see [[Introduction to filter notation|http://tiddlywiki.com/#Introduction%20to%20filter%20notation]].\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default",
            "caption": "Global node style",
            "text": "\\rules except wikilink\n\n\\define vis-refresh-trigger() $(temp)$/vis-refresh\n\n<div class=\"tmap-flash-message tmap-info\">\n  {{$:/core/images/info-button}} A node's ''global style''\n  (also referred to as //global individual style//) defines its\n  individual appearance in all views.\n</div>\n<<maybeShowTidColorWarning>>\n<table class=\"tmap-config-table\">\n  <tr>\n    <td>Reset:</td>\n    <td>\n      <div class=\"tmap-button-wrapper\">\n        <$button>Reset this style\n          <$action-setfield global-node-style=\"\" />\n          <$action-setfield $tiddler=<<vis-refresh-trigger>> text=\"\" />\n        </$button>\n     </div>\n   </td>\n   <td>Press the reset button to clear the node's global style</td>\n  </tr>\n</table>\n<$tmap-config\n    mode=\"manage-node-types\"\n    inherited=\"[[inherited-global-default-style]]\n               [[inherited-local-default-style]]\n               [[inherited-group-styles]]\"\n    extension=\"global-node-style\"\n    refresh-trigger=<<vis-refresh-trigger>> />"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local",
            "caption": "Local node style",
            "text": "\\rules except wikilink\n\n\\define vis-refresh-trigger() $(temp)$/vis-refresh\n\n\\define defaultContent()\n  <div class=\"tmap-flash-message tmap-info\">\n    {{$:/core/images/info-button}} The ''local node style'' \n    (also referred to as //local individual style// or\n    //view-specific node style//) overrides the\n    //global individual style// and only affects the node's\n    appearance in the current view (\"<<view>>\").\n  </div>\n  <<maybeShowTidColorWarning>>\n  <table class=\"tmap-config-table\">\n    <tr>\n      <td>Reset:</td>\n      <td>\n        <div class=\"tmap-button-wrapper\">\n          <$button>Reset this style\n            <$action-setfield local-node-style=\"\" />\n            <$action-setfield $tiddler=<<vis-refresh-trigger>> text=\"\" />\n          </$button>\n       </div>\n     </td>\n     <td>Press the reset button to clear the node's local style</td>\n    </tr>\n  </table>\n  <$tmap-config\n      mode=\"manage-node-types\"\n      inherited=\"[[inherited-global-default-style]]\n                 [[inherited-local-default-style]]\n                 [[inherited-group-styles]]\n                 [[global-node-style]]\"\n      extension=\"local-node-style\"\n      refresh-trigger=<<vis-refresh-trigger>> />\n      \n\\end\n\n\\define liveViewContent()\n  <div class=\"tmap-flash-message tmap-invalid\">\n    {{$:/core/images/info-button}} The live view only shows global\n    styles and does not allow the creation of any view specific\n    style.\n  </div>\n\\end\n\n<$list\n    filter=\"[<view>regexp[^Live View$]]\"\n    emptyMessage=<<defaultContent>>>\n  <<liveViewContent>>\n</$list>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/editNode": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode",
            "subtitle": "{{$:/core/images/edit-button}} Editing style of node \"<<tiddler>>\"",
            "text": "\\rules except wikilink\n\n\\define tab(name) $(template)$/$name$\n\n\\define maybeShowTidColorWarning()\n  <$list filter=\"[<tidColor>regexp[.+]]\">\n  <div class=\"tmap-flash-message tmap-warning\">\n    {{$:/core/images/info-button}} You have set the tiddler's color\n    field to \"<<tidColor>>\". This value will be completely ignored\n    when you change node's color properties in the vis editor below.\n  </div>\n  </$list>\n  <$list filter=\"[<tidIcon>regexp[.+]]\">\n  <div class=\"tmap-flash-message tmap-warning\">\n    {{$:/core/images/info-button}} The tiddler is displayed as icon in the graph. Do __not__ change the shape property unless\n    you want the icon to be ignored.\n  </div>\n  </$list>\n\\end\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]] [[$:/core/macros/tabs]]\">\n\nA node's individual style may be defined on two levels. Click on the tabs for further details. All options are documented at [[vis.js.org|http://visjs.org/docs/network/nodes]].\n\n<<templateTRef>>\n\n<$macrocall\n  $name=\"tabs\"\n  default=<<tab \"default\">>\n  state=\"$:/state/tabs/MapElementTypeManager\"\n  tabsList=\"[all[shadows]prefix<template>] -[<template>]\"\n/>\n\n</$importvariables>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft",
            "caption": "Draft",
            "text": "\\rules except wikilink\n\n<div class=\"tmap-modal-editor\">\n  <$edit-text tiddler=<<draftTRef>> field=\"color\" tag=\"input\" type=\"color\"/>\n  <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n    <$set name=\"currentTiddler\" value=<<draftTRef>> >\n      <$transclude tiddler=\"$:/core/ui/EditTemplate\" field=\"text\" mode=\"block\" />\n    </$set>\n  </$importvariables>\n</div>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original",
            "caption": "Preview",
            "text": "\\rules except wikilink\n\n<$transclude tiddler=<<draftTRef>> mode=\"block\" />\n\n<!--\n<$set name=\"currentTiddler\" value=<<draftTRef>> >\n  <$transclude tiddler=\"$:/core/ui/ViewTemplate\" field=\"text\" mode=\"block\" />\n</$set>-->\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged",
            "subtitle": "{{$:/core/images/info-button}} The field \"<<name>>\" changed",
            "text": "\\rules except wikilink\n\nYou changed the field \"<<name>>\" from \"<<oldValue>>\" to \"<<newValue>>\".\n\nIt is recommended to let TiddlyMap copy all values from the former field \"<<oldValue>>\" to the new field \"<<newValue>>\" so the data stored in \"<<oldValue>>\" is not lost. This operation has to be done now or never.\n\nDo you want to move each tiddler's existing \"<<oldValue>>\" value to \"<<newValue>>\"? Please note that any value currently stored in \"<<newValue>>\" would consequently be overridden and the old field \"<<oldValue>>\" would be eventually removed!"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported",
            "subtitle": "{{$:/core/images/info-button}} Your machine does not support fullscreen",
            "buttons": "ok_suppress",
            "text": "\\rules except wikilink\n\nPlease have a look [[here|http://caniuse.com/#feat=fullscreen]] to see a list of supported devices/browsers.\n\nSorry for this :(\n\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/getWidgetCode": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/getWidgetCode",
            "subtitle": "{{$:/core/images/permalink-button}} Widget Code Generator",
            "buttons": "close",
            "text": "\\rules except wikilink\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\nThe following wizard will assist you in creating the widget code you can use (copy'n'paste) to embed this view in a tiddler. Please visit the [[online demo|http://tiddlymap.org]] for some examples on how the attributes below affect the displayed graph.\n\n''Widget-code''\n\n<pre style=\"white-space: normal;\">\n&lt;$tiddlymap\n\nview=\"{{!!view}}\"\n\n<$list filter=\"[field:title<output>field:var.click-to-use[false]]\">\n  click-to-use=\"false\"\n</$list>\n<$list filter=\"[field:title<output>has[var.editor]]\">\n  editor=\"<$view tiddler=<<output>> field='var.editor' />\"\n</$list>\n<$list filter=\"[field:title<output>has[var.width]]\">\n  width=\"<$view tiddler=<<output>> field='var.width' />\"\n</$list>\n<$list filter=\"[field:title<output>has[var.height]]\">\n  height=\"<$view tiddler=<<output>> field='var.height' />\"\n</$list>\n<$list filter=\"[field:title<output>has[var.class]]\">\n  class=\"<$view tiddler=<<output>> field='var.class' />\"\n</$list>\n<$list filter=\"[field:title<output>field:var.show-buttons[false]]\">\n  show-buttons=\"false\"\n</$list>\n<$list filter=\"[field:title<output>has[var.design]]\">\n  design=\"<$view tiddler=<<output>> field='var.design' />\"\n</$list>\n&gt;&lt;/$tiddlymap&gt;\n</pre>\n\nIf you are unsure about a parameter, just leave everything as is and simply copy the widget code displayed above.\n\n<fieldset>\n  <legend>Parameters</legend> \n  <table class=\"tmap-config-table\">\n      <$macrocall type=\"input-select\"\n          $name=\"tmap-row\"\n          title=\"View\"\n          field=\"view\" \n          selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n          descr=\"The view to display\" />\n      <<tmap-row type:\"input-select\"\n          title:\"Editor bar\"\n          field:\"var.editor\"\n          selectFilter:\"[[|Hidden]]\n                        [[vis|Simple]]\n                        [[advanced|Advanced]]\"\n          descr:\"Whether the widget should act as an editor or not.\">>\n      <<tmap-row type:\"input-select\"\n          title:\"Design\"\n          field:\"var.design\"\n          selectFilter:\"[[|Normal]]\n                        [[plain|Plain]]\"\n          descr:\"Usually a header is displayed and borders. Plain\n                 design will only show the mere graph.\">>\n      <<tmap-row type:\"input-text\"\n          title:\"Height\"\n          field:\"var.height\"\n          descr:\"Graph's height in css units. Defaults to '300px'.\">>\n      <<tmap-row type:\"input-text\"\n          title:\"Width\"\n          field:\"var.width\"\n          descr:\"Graph's width in css units. Defaults to '100%'.\">>\n      <<tmap-row type:\"input-text\"\n          title:\"Class\"\n          field:\"var.class\"\n          descr:\"A custom class to apply your own css.\">>\n      <<tmap-row type:\"input-checkbox\"\n          title:\"Click to use\"\n          field:\"var.click-to-use\"\n          default:\"true\"\n          descr:\"A click is needed to enable the graph.\">>\n      <<tmap-row type:\"input-checkbox\"\n          title:\"Show buttons\"\n          field:\"var.show-buttons\"\n          default:\"true\"\n          descr:\"Show or hide the graph's navigation buttons.\">>\n  </table>\n</fieldset>\n\n</$importvariables>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/getNodeTitle": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/getNodeTitle",
            "subtitle": "{{$:/core/images/tag-button}} Please specify a node title",
            "text": "\\rules except wikilink\n\n''Title'':\n<$edit-text field=\"text\" type=\"text\" tag=\"input\" default=\"\" focus=\"true\" tiddler=<<output>>\n            class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" />\n            \n<sup>[1]</sup> \n\n<ul class=\"tmap-small-list\">\n<$set name=\"term\" value={{!!text}}>\n<$list filter=\"[all[tiddlers]!is[system]] +[search:title<term>]\" emptyMessage=\"//A tiddler with this title does not exist yet and will be created.//\">\n  <li>\n    <$button class=\"tc-btn-invisible tmap-link\">\n      <$view field=\"title\" />\n      <$action-setfield $tiddler=<<output>> text={{!!title}} />\n    </$button>\n  </li>\n</$list>\n</$set>\n</ul>\n\n---\n\n<sup>[1]</sup>\n<small>If you leave the title field blank, a name will be automatically generated for you. By choosing an existing title, you add the tiddler as node to the view.</small>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/previewContent": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/previewContent",
            "subtitle": "{{$:/core/images/video}} Previewing \"<<param.ref>>\"",
            "text": "\\rules except wikilink\n\n<$transclude tiddler=<<param.ref>> field=\"text\" mode=\"block\" />"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/saveCanvas": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/saveCanvas",
            "subtitle": "{{$:/core/images/options-button}} Save a snapshot image of view \"<<view>>\"",
            "text": "\\rules except wikilink\n\n\\define vis-refresh-trigger() $(temp)$/vis-refresh\n\n\\define preview()\n<div class=\"tmap-save-canvas-preview\">\n  <$transclude tiddler=<<snapshot>> /><br />\n  Measures: <<width>> × <<height>>\n</div>\n\\end\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\n<table class=\"tmap-config-table\">\n<!--\n  <<tmap-row type:\"input-text\"\n      title:\"Name\"\n      field:\"name\">\n-->\n<$macrocall $name=\"tmap-row\"\n    type=\"input-text\"\n    title=\"Name\"\n    field=\"name\"\n    descr=<<preview>> />\n</table>\n\n<fieldset><legend>Options</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-radio\"\n        title:\"Action\"\n        field:\"action\" \n        selectFilter:\"[[download|Download]]\n                      [[wiki|Save in wiki]]\n                      [[placeholder|Use as placeholder for this view]]\"\n        descr:\"Save the image by downloading it to your computer or\n               save it as a tiddler in your wiki.<br /><br />\n               A third option is to make TiddlyMap use this image as\n               placeholder for the current view. Placeholders are used\n               when tiddlers are exported in form of static html\n               or when editing a tiddler while having the preview\n               shown. In this case the title input is ignored.\">>\n  </table>\n</fieldset>\n\n</$importvariables>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType",
            "subtitle": "{{$:/plugins/felixhayashi/tiddlymap/icon}} Type specification (optional)",
            "text": "\\rules except wikilink\n\n\\define filter() $(allEdgeTypes)$ +[search:title[$(term)$]]\n\nYou are about to connect \"<<fromLabel>>\" with \"<<toLabel>>\". Please specify a type.\n\n''Type'': \n<$edit-text focus=\"true\" tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"\n            class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" />\n\n<$set name=\"term\" value={{!!text}}>\n<$set name=\"allEdgeTypes\" value=<<tmap \"option\" \"selector.allEdgeTypesByLabel\">>>\n\n<ul class=\"tmap-small-list\">\n<$list filter=<<filter>>\n    emptyMessage=\"//A type with this name does not exist yet\n                  and will be created.//\">\n  <li>\n    <$button class=\"tc-btn-invisible tmap-link\">\n      <$view field=\"title\" />\n      <$action-setfield $tiddler=<<output>> text={{!!title}} />\n    </$button>\n  </li>\n</$list>\n</ul>\n\n</$set>\n</$set>\n\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/deleteType": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/deleteType",
            "caption": "Removal",
            "text": "\\rules except wikilink\n\n\\define manage-edge-types()\n  <$macrocall $name=\"tmap-row\"\n      type=\"input-checkbox\"\n      title=\"Delete type\"\n      field=\"temp.deleteType\"\n      default={{!id}}\n      readonly={{!!temp.idImmutable}}\n      descr=\"If you want to delete this type, set this to true\n             and click the save button afterwards. Predefined system\n             types cannot be deleted.\" note=\"Consequently, all edges\n             of this type will be deleted.\" />\n\\end\n\n\\define manage-node-types()\n  <$macrocall $name=\"tmap-row\"\n      type=\"input-checkbox\"\n      title=\"Delete type\"\n      field=\"temp.deleteType\"\n      default={{!id}}\n      readonly={{!!temp.idImmutable}}\n      descr=\"If you want to delete this type, set this to true and\n             click the save button afterwards. Predefined system\n             types cannot be deleted.\" />\n\\end\n\n<table class=\"tmap-config-table\"><$macrocall $name=<<mode>> /></table>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/description": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/description",
            "caption": "Description",
            "text": "\\rules except wikilink\n\n\\define manage-edge-types()\n  <<tmap-row type:\"input-textarea\"\n      title:\"Description\"\n      field:\"description\"\n      descr:\"An optional description for this type. The\n             description will be displayed as tooltip when\n             moving the mouse over an edge of this type.\">>\n\\end\n\n\\define manage-node-types()\n  <<tmap-row type:\"input-textarea\"\n      title:\"Description\"\n      field:\"description\" \n      descr:\"An optional description for this type.\">>\n\\end\n\n<table class=\"tmap-config-table\">\n  <$macrocall $name=<<mode>> />\n</table>\n\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings",
            "caption": "General",
            "text": "\\rules except wikilink\n\n\\define manage-edge-types()\n  <<tmap-row type:\"input-text\"\n      title:\"Label\"\n      field:\"label\" \n      descr:\"An optional alias used as edge-label.\">>\n  <<tmap-row type:\"input-checkbox\"\n      title:\"Show label\"\n      field:\"show-label\"\n      default:\"true\"\n      descr:\"If unchecked, no edge label will be displayed.\">>\n\\end\n\\define manage-node-types()\n  <$list filter=\"[<currentTiddler>!field:id[tmap:neighbour]]\">\n  <<tmap-row type:\"input-textarea\"\n      title:\"Scope\"\n      field:\"scope\" \n      descr:\"A filter expression that defines, which nodes inherit\n             this node-type and its style.\">>\n  <$macrocall type=\"input-select\"\n      $name=\"tmap-row\" \n      title=\"Priority\"\n      field=\"priority\"\n      selectFilter=<<tmap \"scale\" \"100\">>\n      descr=\"When a type has a a higher priority than another type,\n             its style will override the other style\" />\n  </$list>\n\\end\n\n<table class=\"tmap-config-table\">\n  <$macrocall\n    $name=\"tmap-row\"\n    title=\"Identifier\"\n    field=\"temp.newId\"\n    type=\"input-text\"\n    default={{!!id}}\n    readonly={{!!temp.idImmutable}}\n    descr=\"A unique identifier\"\n  />\n  <$macrocall $name=<<mode>> />\n</table>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview",
            "caption": "Overview",
            "text": "\\rules except wikilink\n\n\\define date(f) <$view field=$f$ format=\"date\" template=\"DDth mmm hh:mm:ss\"/>\n\n! <$link to={{!!typeTRef}}><$view field=\"id\" /></$link>\n\n<table class=\"tmap-key-value-table\">\n  <tr>\n    <th align=\"left\">Created on</th>\n    <td>\n      <<date \"created\">>\n    </td>\n  </tr>\n  <tr>\n    <th align=\"left\">Modified on</th>\n    <td><<date \"modified\">></td>\n  </tr>\n  <tr>\n    <th align=\"left\">Usage count</th>\n    <td>\n      <span class=\"tmap-edge-type-specific\">\n        <$view field=\"temp.usageCount\" />\n      </span>\n      <span class=\"tmap-node-type-specific\">\n        <$count filter={{!!scope}}>0</$count>\n      </span>\n    </td>\n  </tr>\n</table>\n\n<$view field=\"description\">//No description available//</$view>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/styling": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/styling",
            "caption": "Styling",
            "text": "\\rules except wikilink\n\n\\define vis-refresh-trigger() $(temp)$/vis-refresh\n\n\\define url()\n  <$set\n      filter=\"[<mode>prefix[manage-edge-types]]\"\n      name=\"module\"\n      value=\"edges\"\n      emptyValue=\"nodes\">\n    [[visjs.org|http://visjs.org/docs/network/$(module)$]]\n  </$set>\n\\end\n\n<fieldset class=\"tmap-node-type-specific\">\n  <legend>Icon Settings</legend>\n  <table class=\"tmap-config-table\">\n    <<tmap-row type:\"input-text\"\n        title:\"TW-icon\"\n        field:\"tw-icon\"\n        descr:\"A tiddlywiki image reference.\n               For example '$:/core/icon' for Movotun Jack.\">>\n    <<tmap-row type:\"input-text\"\n        title:\"FA-icon\"\n        field:\"fa-icon\"\n        descr:\"A Font Awesome icon code.\n               For example 'f206' for the bicycle symbol.\">>\n  </table>\n</fieldset>\n<fieldset><legend>Visjs styles</legend>\n<div class=\"tmap-flash-message tmap-info\">\n   {{$:/core/images/info-button}}\n   All visjs options below are documented at <<url>>.\n</div>\n<table class=\"tmap-config-table\">\n  <tr>\n    <td>Reset:</td>\n    <td>\n      <div class=\"tmap-button-wrapper\">\n        <$button>Reset style\n          <$action-setfield style=\"\" />\n          <$action-setfield $tiddler=<<vis-refresh-trigger>> text=\"\" />\n        </$button>\n     </div>\n   </td>\n   <td> Press the reset button to clear the style for this type.</td>\n  </tr>\n</table>\n<$tmap-config\n    mode=<<mode>>\n    inherited=\"vis-inherited\"\n    extension=\"style\"\n    refresh-trigger=<<vis-refresh-trigger>> />\n</fieldset>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager",
            "subtitle": "{{$:/core/images/tag-button}} <<topic>>",
            "buttons": "element_type_manager",
            "text": "\\rules except wikilink\n\n\\define defaultTab() \n$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview\n\\end\n\n\\define settingsTab()\n$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings\n\\end\n\n\\define tabsFilter()\n[all[shadows]prefix[$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/]]\n\\end\n\n\\define searchFilter()\n$(searchSelector)$\n+[sort[title]nsort[priority]]\n+[removeprefix<typeRootPath>removeprefix[/]]\n+[search:title{$:/temp/tmap/MapElementTypeSearch}]\n\\end\n\n\\define managerClass() tmap-$(mode)$\n\n\\define typePath() $(typeRootPath)$/$(id)$\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\n                          [[$:/core/macros/tabs]]\">\n\n<div id=\"tmap-element-type-manager\" class=<<managerClass>>>\n  <div>\n    <div class=\"searchbar\">\n      <$edit-text\n          focus=\"true\"\n          tiddler=\"$:/temp/tmap/MapElementTypeSearch\"\n          type=\"text\"\n          tag=\"input\"\n          default=\"\" />\n    </div>\n    <ul>\n      <$list\n          filter=<<searchFilter>>\n          emptyMessage=<<noTypeFound>>\n          variable=\"id\">\n      <li>\n        <span class=\"tmap-ranking tmap-node-type-specific\">\n          # <$view tiddler=<<typePath>> field=\"priority\">1</$view>\n        </span>\n        <$button class=\"tc-btn-invisible tmap-link\"><<id>>\n          <$action-setfield\n              $tiddler=<<qualify \"$:/state/tabs/MapElementTypeManager\">>\n              text=<<defaultTab>> />\n          <$action-sendmessage\n              $message=\"tmap:tm-load-type-form\"\n              id=<<id>>\n              mode=<<mode>>\n              output=<<output>> />\n        </$button>\n      </li>\n      </$list>\n      <$list filter=\"[{$:/temp/tmap/MapElementTypeSearch}regexp[.+]]\">\n      <li>\n      <$button tooltip=\"Create a new type\">\n        {{$:/core/images/new-button}}\n        Create \"{{$:/temp/tmap/MapElementTypeSearch}}\"\n        <$action-setfield $tiddler=\"$:/temp/tmap/MapElementTypeSearch\" text=\"\" />\n        <$action-sendmessage\n            $message=\"tmap:tm-create-type\"\n            mode=<<mode>> id={{$:/temp/tmap/MapElementTypeSearch}}\n            output=<<output>> />\n        <$action-setfield creation-name=\"\" />\n      </$button>\n      </li>\n      </$list>\n    </ul>\n  </div>\n  <div>\n    <$reveal type=\"nomatch\" text=\"\" default={{!!id}} >\n      <$macrocall\n          $name=\"tabs\"\n          default=<<defaultTab>>\n          state=\"$:/state/tabs/MapElementTypeManager\"\n          tabsList=<<tabsFilter>> />\n    </$reveal>\n    <$reveal type=\"match\" text=\"\" default={{!!id}} >\n      <div class=\"tmap-flash-message tmap-info\">\n        {{$:/core/images/info-button}} Please select a type from the\n        list or create a new one by entering the type name in the search field on the left.\n      </div>\n      <div class=\"tmap-flash-message tmap-info tmap-node-type-specific\">\n        {{$:/core/images/info-button}} The number next to the node-type\n        label represents it's priority.\n      </div>\n    </$reveal>\n  </div>\n</div>\n\n</$importvariables>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/getViewName": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/getViewName",
            "subtitle": "{{$:/core/images/tag-button}} Please specify a view name",
            "text": "\\rules except wikilink\n\nName:\n<$edit-text focus=\"true\" tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"\n            class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" /> <sup>[1]</sup>\n\n<$reveal type=\"nomatch\" text=\"0\" default=<<count>>>\n  \n  Note that ''<<count>>'' tiddlers are referencing this view and renaming the view will cause the reference to be invalid. It is recommended to first remove the tiddlymap widgets in the tiddlers listed below or change their view attributes accordingly.\n\n  ''References''\n\n  <ul>\n    <$list filter=<<filter>> variable=\"item\">\n      <li><$link><<item>></$link></li>\n    </$list>\n  </ul>\n  \n</$reveal>\n\n---\n\n<sup>[1]</sup> <small>Attention: using the name of an existing view will overwrite it!</small>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialog/welcome": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialog/welcome",
            "subtitle": "{{$:/core/images/info-button }} Welcome",
            "buttons": "ok",
            "text": "\\rules except wikilink\n\n<$list filter=\"[[$:/plugins/felixhayashi/topstoryview]]\">\n<div class=\"tmap-flash-message tmap-info\">\n  {{$:/core/images/info-button}}\n  TiddlyMap configured your wiki for optimal use. Please save &amp; restart after closing this dialog.\n</div>\n</$list>\n\nIt seems that you freshly installed TiddlyMap.\n\n* In case you need any help, please consult the [[online docs|http://tiddlymap.org#Documentation]] first.\n* You are welcome to create an [[issue|https://github.com/felixhayashi/TW5-TiddlyMap/issues]] at GitHub for any bug you discover.\n* Make sure to revisit the [[demo site|http://tiddlymap.org]] to see whether your version is up-to-date.\n* If you like TiddlyMap, please give it a star at [[GitHub|https://github.com/felixhayashi/TW5-TiddlyMap]] or tell your friends about it :)\n\nHave a great time.\n\n---\n\n''Please note:'' By using this plugin you agree to the product's [[License Terms|$:/plugins/felixhayashi/tiddlymap/license]]. TiddlyMap is distributed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]], which belongs to the same license family, as the license used by TiddlyWiki.\n\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialogFooter/close": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/close",
            "text": "\\rules except wikilink\n\n<$button class=\"tmap-dialog-button tmap-close-button\" tooltip=\"Close this dialog\">Close\n\n  <!-- trigger dialog callback -->\n  <$action-setfield $tiddler=<<result>> text=\"1\" />\n                       \n</$button>\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok",
            "text": "\\rules except wikilink\n\n<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm dialog\">OK\n\n  <!-- trigger dialog callback -->\n  <$action-setfield $tiddler=<<result>> text=\"1\" />\n                       \n</$button>\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel",
            "text": "\\rules except wikilink\n\n<$transclude tiddler=\"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok\" mode=\"inline\" />\n<$button class=\"tmap-dialog-button tmap-cancel-button\" tooltip=\"Close dialog without saving\">Cancel\n  <!-- trigger dialog callback -->\n  <$action-setfield $tiddler=<<result>> text=\"\" />\n</$button>\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress",
            "text": "\\rules except wikilink\n\n<$set name=\"currentTiddler\" value=<<title>> >\n\n<$checkbox field=\"suppress\" checked=\"1\" unchecked=\"0\" default=\"0\"> Do not show this dialog again</$checkbox>\n<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm this dialog\">OK\n\n  <!-- trigger dialog callback -->\n  <$action-setfield $tiddler=<<result>> text=\"1\" />\n  \n  <!-- suppress dialog in the future -->\n  <$action-sendmessage $message=\"tmap:tm-suppress-dialog\"\n                       dialog=<<templateId>>\n                       suppress={{!!suppress}} />\n                       \n</$button>\n\n</$set>"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialogFooter": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter",
            "text": "\\rules except wikilink\n\n\\define footer() $:/plugins/felixhayashi/tiddlymap/dialogFooter/$(buttons)$\n\n<$transclude tiddler=<<footer>> />\n\n<!-- we need this button to be able to close a tiddler from outside programmatically -->\n<$button class=\"tmap-hidden-close-button\" message=\"tm-close-tiddler\" />"
        },
        "$:/plugins/felixhayashi/tiddlymap/dialogFooter/element_type_manager": {
            "title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/element_type_manager",
            "text": "\\rules except wikilink\n\n<!--\n<$tiddler tiddler=<<temp>>>\n<$edit-text field=\"creation-name\" type=\"text\" tag=\"input\" />\n<$button\n    class=\"tmap-dialog-button tmap-create-button\"\n    tooltip=\"Create a new type\">Create\n  <$action-sendmessage\n      $message=\"tmap:tm-create-type\"\n      mode=<<mode>> id={{!!creation-name}}\n      output=<<output>>\n  />\n  <$action-setfield creation-name=\"\"\n  />\n</$button>\n</$tiddler>\n-->\n<$button\n    class=\"tmap-dialog-button tmap-save-button\"\n    tooltip=\"Save the current changes\">Save\n  <$action-sendmessage\n      $message=\"tmap:tm-save-type-form\"\n      mode=<<mode>>\n      output=<<output>> />\n</$button>\n<$button\n    class=\"tmap-dialog-button tmap-cancel-button\"\n    tooltip=\"Cancel the most resent changes and exit\">Quit\n  <$action-setfield $tiddler=<<result>> text=\"1\" />\n</$button>"
        },
        "$:/plugins/felixhayashi/tiddlymap/license": {
            "title": "$:/plugins/felixhayashi/tiddlymap/license",
            "subtitle": "License",
            "caption": "License",
            "text": "\\rules except wikilink\n\n!! TiddlyMap\n\nCopyright (c) 2014, Felix Küppers\nAll rights reserved.\n\nTiddlyMap is licensed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]]. For the exact license terms, please visit [[https://github.com/felixhayashi/TW5-TiddlyMap/blob/master/LICENSE]]. \n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n# BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n# Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! Vis.js\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n# Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n# MIT License (MIT)\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/readme": {
            "title": "$:/plugins/felixhayashi/tiddlymap/readme",
            "text": "* Please refer to the project-readme hosted at [[https://github.com/felixhayashi/TW5-TiddlyMap]].\n* A demo with several examples and explanations can be found at [[http://tiddlymap.org]]."
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown",
            "description": "Automatically assigned to an edge that does not have a type assigned",
            "style": "{\"color\":\"gray\"}",
            "show-label": "false"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link",
            "description": "A link that is contained in the tiddler's body pointing to another resource.",
            "style": "{\"color\":\"orange\", \"dashes\":true}",
            "label": "links to",
            "text": ""
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list",
            "description": "Contained in a list of this tiddler",
            "style": "{ \"color\": \"red\", \"dashes\":true}",
            "label": "listed in",
            "text": ""
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags",
            "description": "A tag that refers to a tiddler of the same name.",
            "style": "{ \"color\": \"DarkSlateGray\", \"dashes\":true}",
            "label": "tagged with"
        },
        "$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png": {
            "title": "$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png",
            "type": "image/png",
            "text": 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8Pl/BDX13d/enAL4zLA4WiyWlaVpi8+bNaVVVF8rKyjJ5G5yZmXknkUhYdF1/b25uTs2fOkge6uzsPL/iI4zf75fHjx93KoryjclkgtGfgSQMI0B+YovvSXbV19efdrvdKz/CvDyBbDbbTPITkjtFRBOR54ZPclJEbgL4weFw/LYcMK9/AFcdm7xTEIntAAAAAElFTkSuQmCC"
        },
        "$:/plugins/felixhayashi/tiddlymap/media/halfscreen.png": {
            "created": "20150408173343768",
            "id": "2ad95ce9-d39f-4f03-9cfa-7bbdfd26dd6c",
            "modified": "20150408173350882",
            "title": "$:/plugins/felixhayashi/tiddlymap/media/halfscreen.png",
            "type": "image/png",
            "text": 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        "$:/plugins/felixhayashi/tiddlymap/icon": {
            "created": "20150703133457707",
            "modified": "20150703141319471",
            "tags": "$:/tags/Image",
            "title": "$:/plugins/felixhayashi/tiddlymap/icon",
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        },
        "$:/plugins/felixhayashi/tiddlymap/media/surface.png": {
            "title": "$:/plugins/felixhayashi/tiddlymap/media/surface.png",
            "type": "image/png",
            "text": 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yTGZzVUelmjxbXUqTT/rOkmTpT51vpC13RkkuhlHrK5e93XCrPkR298zmyrmdhTIR/r1VG3KmJV8zXNCKtjJNU5c1RJDAJNOcIgZBJlAGg/Czdf/E4QKbbx6dyCQgwBmZlOn2dKc2+y4AOGsvMn57ZfPUlw3NseydeslZbiQQ7tQH7Orrx1W5kEPTfBuIeFF158XQwJHBbUa/6NaXAT118/iEvKZDSUwCIHn5TylHyx+aQBoPuSpC05QKJk4osxfqVV7BbUa/Ka0vCs1p2PsGEwPg7dlxv2977MxlzW7PH7dMpSJQ/Fl7of5Wj6snLjCx6Xmgh60Hph5pykliYshw78qKO5Yx6LAHAJaDbSfC0gMVTFJCTcel0MsdlQF+kv/dsT7a9qcBXnT+HfqjZY+pzF4Q4xlvsf3A1IehQw70cwoi3yPQPkECRIzxowy2aOW0+skBsc3higntY7w1DgC4cbtRZem65l/dflFd01GpvXnHFkIgeMZaWr4v9sj+Z77CZMrg0sKoD4jFV17sBYAgSAITQ5Dk2TLP2QuA+p4TaP2412K/yaTMZ7/CDCzgfElcIhEvJNAMiSQdEasESSBiB4PrBIsSctOx8XHTiocC9up/PG8QrAaKLngAAAAASUVORK5CYII="
        },
        "$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar": {
            "title": "$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar",
            "text": "\\rules except wikilink\n\\define showEdgeField() show-$(curEdgeId)$\n\n<!-- ===== View Switcher ======================================== -->\n\n<div class=\"tmap-menu-bar\">\n  View:\n  <$reveal type=\"match\" text=\"false\" default=<<isViewBound>> >\n    <$select\n        tiddler=<<viewHolder>>\n        field=\"text\"\n        default=<<viewLabel>> >\n      <$list filter=<<tmap \"option\" \"selector.allViewsByLabel\">> >\n        <option value={{!!title}}>\n          <$view tiddler={{!!title}} field=\"title\" />\n        </option>\n      </$list>\n    </$select>\n  </$reveal>\n  <$reveal type=\"match\" text=\"true\" default=<<isViewBound>> >\n    <b><<viewLabel>></b>\n  </$reveal>\n\n  <$button\n      popup=<<qualify \"$:/temp/menu\">>\n      tooltip=\"Open the Menu\">{{$:/core/images/menu-button}}\n  </$button>\n  \n  <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/menu\">> >\n    <div class=\"tc-drop-down\">\n      <a href=\"http://tiddlymap.org#Documentation\" target=\"_blank\">\n        {{$:/core/images/info-button}} Open online help\n      </a>\n      <$button class=\"tc-btn-invisible\" message=\"tmap:tm-create-view\">\n        {{$:/core/images/new-button}} Create new view\n      </$button>\n      <$button class=\"tc-btn-invisible\" message=\"tmap:tm-generate-widget\">\n        {{$:/core/images/permalink-button}} Grab widget code\n      </$button>\n      <div class=\"tmap-list-separator\">Global configurations:</div>\n      <$button class=\"tc-btn-invisible\" message=\"tmap:tm-configure-system\">\n        {{$:/core/images/options-button}} Configure TiddlyMap\n      </$button>\n      <$button class=\"tc-btn-invisible\" message=\"tmap:tm-manage-edge-types\">\n        <span class=\"tmap-unicode-icon\">◭</span> Manage edge-types\n      </$button>\n      <$button class=\"tc-btn-invisible\" message=\"tmap:tm-manage-node-types\">\n        <span class=\"tmap-unicode-icon\">▢</span> Manage node-types\n      </$button>\n      <div class=\"tmap-view-actions\">\n        <div class=\"tmap-list-separator\">Actions for this view:</div>\n        <$button class=\"tc-btn-invisible\" message=\"tmap:tm-edit-view\">\n          {{$:/core/images/options-button}} Configure view\n        </$button>\n        <$button class=\"tc-btn-invisible\" message=\"tmap:tm-edit-filters\">\n          {{$:/core/images/edit-button}} Edit filters\n        </$button>\n        <$button class=\"tc-btn-invisible\" message=\"tmap:tm-store-position\">\n          {{$:/core/images/globe}} Save positions\n        </$button>\n        <$button class=\"tc-btn-invisible\" message=\"tmap:tm-rename-view\">\n          {{$:/core/images/tag-button}} Rename view\n        </$button>\n        <$button class=\"tc-btn-invisible\" message=\"tmap:tm-delete-view\">\n          {{$:/core/images/delete-button}} Delete view\n        </$button>\n      </div>\n    </div>\n  </$reveal>\n  \n  <$reveal\n      type=\"match\"\n      text=\"true\"\n      default=<<tmap \"option\" \"config.sys.editorMenuBar.showNeighScopeButton\">>>\n    <$button\n        class=<<neighScopeBtnClass>>\n        tooltip=\"Change the neighbourhood scope\"\n        popup=<<qualify \"$:/temp/neighScope\">>>☀\n    </$button>\n  </$reveal>\n  \n  <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/neighScope\">> >\n    <div class=\"tc-drop-down\">\n    <$button class=\"tc-btn-invisible\">Hide neighbourhood\n      <$action-setfield\n          $tiddler=<<viewRoot>>\n          config.neighbourhood_scope=\"\" />\n    </$button>\n    <hr />\n    <$list filter=\"[[1|1 step distance]]\n                   [[2|2 step distance]]\n                   [[3|3 step distance]]\n                   [[4|4 step distance]]\n                   [[5|5 step distance]]\">\n      <$button class=\"tc-btn-invisible\">\n        <<tmap \"splitAndSelect\" \"|\" \"1\">>\n        <$action-setfield\n            $tiddler=<<viewRoot>>\n            config.neighbourhood_scope=<<tmap \"splitAndSelect\" \"|\" \"0\">> />\n      </$button>\n    </$list>\n    <hr />\n    <$button class=\"tc-btn-invisible\">No limit\n      <$action-setfield\n          $tiddler=<<viewRoot>>\n          config.neighbourhood_scope=\"100\" />\n    </$button>\n    </div>\n  </$reveal>\n  \n  <$reveal\n      type=\"match\"\n      text=\"true\"\n      default=<<tmap \"option\"\n                     \"config.sys.editorMenuBar.showScreenshotButton\">>>\n    <$button\n        tooltip=\"Open the map-export menu\"\n        popup=<<qualify \"$:/temp/mapExport\">>>\n      {{$:/core/images/download-button}}\n    </$button>\n  </$reveal>\n  \n  <$reveal\n      type=\"popup\"\n      position=\"below\"\n      state=<<qualify \"$:/temp/mapExport\">>>\n    <div class=\"tc-drop-down\">\n    <$button\n        class=\"tc-btn-invisible\"\n        tooltip=\"Export the graph and all its elements\n                 in form of a JSON file\">\n        {{$:/core/images/permalink-button}} Save as JSON file\n      <$action-sendmessage\n          $message=\"tmap:tm-download-graph\"\n          view=<<viewLabel>> />\n    </$button>\n    <$button\n        class=\"tc-btn-invisible\"\n        tooltip=\"Create a png image to download or save it\n                 as image or view-placeholder in your wiki\">\n        {{$:/core/images/palette}} Save as png image\n      <$action-sendmessage $message=\"tmap:tm-save-canvas\" />\n    </$button>\n    </div>\n  </$reveal>\n    \n</div>"
        },
        "$:/plugins/felixhayashi/tiddlymap/misc/focusButton": {
            "title": "$:/plugins/felixhayashi/tiddlymap/misc/focusButton",
            "text": "\\define filter() [list[$:/temp/tmap/nodes/$(viewLabel)$]search:title{$:/temp/tmap/bar/search}]\n\n<div class=\"tmap-focus-button\">\n  <$reveal type=\"nomatch\" state=\"$:/temp/tmap/state/focus\" text=<<qualify>>>\n    <$button\n        tooltip=\"Zoom on a specific node\"\n        class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n     <$action-setfield $tiddler=\"$:/temp/tmap/bar/search\" text=\"\" />\n     <$action-setfield $tiddler=\"$:/temp/tmap/state/focus\" text=<<qualify>> />\n    </$button>\n  </$reveal>\n  <$reveal type=\"match\" state=\"$:/temp/tmap/state/focus\" text=<<qualify>>>\n    <$button\n        tooltip=\"Close zoom popup\"\n        class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n     <$action-setfield $tiddler=\"$:/temp/tmap/state/focus\" text=\"\" />\n    </$button>\n    <div class=\"tmap-popup\">\n      <div class=\"tc-drop-down\">\n        <$edit-text\n            focus=\"true\"\n            tiddler=\"$:/temp/tmap/bar/search\"\n            field=\"text\"\n            type=\"text\"\n            tag=\"input\"\n            default=\"\" />\n        <small><$count filter=<<filter>> /> results</small>\n        <hr />\n        <div class=\"tmap-very-small-list\">\n          <$list filter=<<filter>>\n              variable=\"item\"\n              emptyMessage=\"//No results//\">\n            <$button\n                class=\"tc-btn-invisible\"\n                message=\"tmap:tm-focus-node\"\n                param=<<item>>>\n              <$view tiddler=<<item>> field=\"title\" />\n            </$button>\n          </$list>\n        </div>\n      </div>\n    </div>\n  </$reveal>\n</div>"
        },
        "$:/language/Buttons/TiddlyMap/Caption": {
            "title": "$:/language/Buttons/TiddlyMap/Caption",
            "text": "tiddlymap"
        },
        "$:/language/Buttons/TiddlyMap/Hint": {
            "title": "$:/language/Buttons/TiddlyMap/Hint",
            "text": "Toggle TiddlyMap actions"
        },
        "$:/plugins/felixhayashi/tiddlymap/misc/macros": {
            "title": "$:/plugins/felixhayashi/tiddlymap/misc/macros",
            "text": "\\define input-text(field, index, default, readonly)\n  <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n    <$edit-text tiddler=<<output>> field=\"$field$\" index=\"$index$\" type=\"text\" tag=\"input\" default=\"$default$\" />\n  </$reveal>\n  <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n    <input type=\"text\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n  </$reveal>\n\\end\n\n\\define input-button(field, index, default, default, label:\"Proceed\")\n  <div class=\"tmap-button-wrapper\">\n  <$button>$label$\n    <$action-setfield $tiddler=<<output>> $field=\"$field$\" index=\"$index$\" $value=\"$default$\" />\n  </$button>\n  </div>\n\\end\n\n\\define input-textarea(field, index, default, default)\n  <$edit-text tiddler=<<output>> field=\"$field$\" index=\"$index$\" autoHeight=\"no\" type=\"text\" tag=\"textarea\" default=\"$default$\" />\n\\end\n\n\\define input-checkbox(field, index, readonly, default)\n  <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n    <$checkbox\n        tiddler=<<output>>\n        field=\"$field$\"\n        index=\"$index$\"\n        checked=\"true\"\n        unchecked=\"false\"\n        default=\"$default$\" />\n  </$reveal>\n  <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n    <input type=\"checkbox\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n  </$reveal>\n\\end\n\n\\define input-multi-checkbox(selectFilter, invert=no, default)\n  <div class=\"tmap-no-stretch\">\n  <$list\n      filter=\"$selectFilter$\"\n      emptyMessage=\"– This list contains no items –\">\n    <$checkbox\n        tiddler=<<output>>\n        tag=<<tmap \"splitAndSelect\" \"|\" \"0\">>>\n      <$view\n          tiddler=<<tmap \"splitAndSelect\" \"|\" \"1\">>\n          field=\"title\" />\n    </$checkbox><br />\n  </$list>\n  </div>\n\\end\n\n\\define input-select(field, index, selectFilter, default, nochoice)\n  <$select\n      tiddler=<<output>>\n      field=\"$field$\"\n      index=\"$index$\"\n      default=\"$default$\">\n    <$set name=\"nochoice\" value=\"$nochoice$\">\n      <$list filter=\"[<nochoice>regexp[.+]]\">\n        <option value=\"\"><b><<nochoice>></b></option>\n      </$list>\n    </$set>\n    <$list filter=\"$selectFilter$\">\n      <option value=<<tmap \"splitAndSelect\" \"|\" \"0\">> >\n        <$view tiddler=<<tmap \"splitAndSelect\" \"|\" \"1\">> field=\"title\" />   \n      </option>\n    </$list> \n  </$select>\n\\end\n\n\\define input-radio(field, index, selectFilter, default)\n  <$list filter=\"$selectFilter$\">\n    <$radio\n        tiddler=<<output>>\n        field=\"$field$\"\n        index=\"$index$\"\n        value=<<tmap \"splitAndSelect\" \"|\" \"0\">>>\n      <<tmap \"splitAndSelect\" \"|\" \"1\">>\n    </$radio><br />\n  </$list>\n\\end\n\n\\define tmap-row(title, field, index, type, descr, note, label, default, readonly, reset, selectFilter, nochoice, invert)\n  <tr>\n    <td class=\"tmap-title\">$title$:</td>\n    <td>\n      <div>\n        <<$type$\n          field:\"$field$\"\n          index:\"$index$\"\n          readonly:\"$readonly$\"\n          default:\"$default$\"\n          label:\"$label$\"\n          invert:\"$invert$\"\n          selectFilter:\"$selectFilter$\"\n          nochoice:\"$nochoice$\" >>\n        <$reveal type=\"match\" text=\"true\" default=\"$reset$\">\n          <$button>reset\n            <$action-setfield $tiddler=<<output>> $field=\"$field$\" $index=\"$index$\" $value=\"$default$\" />\n          </$button>\n        </$reveal>\n      </div>\n    </td>\n    <td>\n      <span class=\"tmap-description\">$descr$</span>\n      <$reveal type=\"nomatch\" text=\"\" default=\"$note$\">\n        <div class=\"tmap-note\">''Note:'' $note$</div>\n      </$reveal>\n    </td>\n  </tr>\n\\end"
        },
        "$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder": {
            "title": "$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder",
            "text": "Default"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:neighbour": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:neighbour",
            "description": "Neighbours are all nodes that are not part of the original set of nodes (\"matches\") but are connected (either outgoing or incoming) to a node of the original set.",
            "style": "{\"color\":\"#565656\"}"
        },
        "$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton": {
            "tags": "$:/tags/ViewToolbar",
            "title": "$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton",
            "description": "{{$:/language/Buttons/TiddlyMap/Hint}}",
            "caption": "{{$:/plugins/felixhayashi/tiddlymap/icon}} {{$:/language/Buttons/TiddlyMap/Caption}}",
            "text": "\\define buttonClass() $(tv-config-toolbar-class)$ $(additional-classes)$\n\n\\define defConFiltr() [!suffix[tw-body:link]]\n\n\\define nonExistentItem()\n<<item>> <span style=\"color: #9E9E9E\">(will be created)</span>\n\\end\n\n\\define tiddlerSearchFilter()\n[!is[system]!has[draft.of]search:title{$:/temp/quickConnectSearch}sort[title]]\n\\end\n\n\\define showButton(state)\n<$button set=\"$:/temp/tiddlymap/quickConnectButton\"\n         setTo=\"$state$\" tooltip={{$:/language/Buttons/TiddlyMap/Hint}} \n         aria-label={{$:/language/Buttons/TiddlyMap/Caption}}\n         class=<<buttonClass>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">{{$:/plugins/felixhayashi/tiddlymap/icon}}</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TiddlyMap/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n\\define searchResults()\n<td>\n  <$button>⇦\n    <$action-sendmessage $message=\"tmap:tm-create-edge\"\n                         from=<<item>>\n                         to=<<currentTiddler>>\n                         force=\"true\"\n                         label={{$:/temp/quickConnectSearch/type}}\n                         view={{$:/temp/quickConnectSearch/view}} />\n  </$button>\n</td>\n<td>\n  <$button>⇨\n    <$action-sendmessage $message=\"tmap:tm-create-edge\"\n                         from=<<currentTiddler>>\n                         to=<<item>>\n                         force=\"true\"\n                         label={{$:/temp/quickConnectSearch/type}}\n                         view={{$:/temp/quickConnectSearch/view}} />\n  </$button>\n</td>\n<td>\n  <$list\n      filter=\"[<item>is[tiddler]]\"\n      emptyMessage=<<nonExistentItem>>>\n    <$view tiddler=<<item>> field=\"title\" />\n  </$list>\n</td>\n\\end\n\n\\define hidePopup()\n<$macrocall $name=\"showButton\" state=<<qualify>> />\n\\end\n\n\\define showPopup()\n<$set name=\"additional-classes\" value=\"tmap-active-button\"><$macrocall $name=\"showButton\" state=\"\" /></$set>\n<div class=\"tmap-quick-connect tc-reveal tc-popup\">\n  <div class=\"tc-drop-down\">\n    <div>{{$:/core/images/new-button}} ''Create connection''</div>\n    <table>\n      <tr>\n        <td>Type:</td>\n        <td>\n          <$edit-text\n              tiddler=\"$:/temp/quickConnectSearch/type\"\n              field=\"text\"\n              type=\"text\"\n              tag=\"input\"\n              default=\"\" />\n          <$select tiddler=\"$:/temp/quickConnectSearch/type\" default=\"\">\n            <option></option>\n            <$list filter=<<tmap \"option\" \"selector.allEdgeTypesByLabel\">>  >\n              <option>{{!!title}}</option>\n            </$list>\n          </$select>\n        </td>\n      </tr>\n      <tr>\n        <td>Search:</td>\n        <td>\n          <$edit-text tiddler=\"$:/temp/quickConnectSearch\" type=\"text\" tag=\"input\" default=\"\"></$edit-text>\n          <small><$count filter=<<tiddlerSearchFilter>> /> results</small>\n        </td>\n      </tr>\n      <tr>\n        <td colspan=\"2\">\n          <table class=\"tmap-very-small-list\">\n            <$list\n                filter=<<tiddlerSearchFilter>>\n                variable=\"item\">\n            <tr><<searchResults>></tr>\n            </$list>\n            <tr>\n            <$list filter=\"[{$:/temp/quickConnectSearch}regexp[.+]] -[is[tiddler]]\" variable=\"item\">\n              <<searchResults>>\n            </$list>\n            </tr>\n          </table>\n        </td>\n      </tr>\n    </table>\n    <hr />\n    <div>''Existing Connections''\n      <span class=\"tmap-hide-links\">\n        <$checkbox tiddler=\"$:/temp/tmap/qc\" field=\"filter\" checked=<<defConFiltr>> unchecked=\"\" default=\"\">\n          hide links\n        </$checkbox>\n      </span>\n    </div>\n    <p>\n      <$tmap-connections filter={{$:/temp/tmap/qc!!filter}} emptyMessage=\"–\">\n        <div>\n          <$button\n              tooltip=\"Delete this connection\"\n              class=\"tc-btn-invisible\">{{$:/core/images/close-button}}\n            <$action-sendmessage $message=\"tmap:tm-remove-edge\"\n                id=<<edge.id>>\n                from=<<edge.from>>\n                to=<<edge.to>>\n                type=<<edge.type>> />\n          </$button>\n          <<direction>>\n          <$link to=<<neighbour>>>\n            <$view field=\"title\" />\n          </$link>\n          (<<edge.type>>)\n        </div>\n      </$tmap-connections>\n    </p>      \n  </div>\n</div>\n\\end\n\n<$list filter=\"[all[current]is[tiddler]]\"><$list filter=\"[{$:/temp/tiddlymap/quickConnectButton}prefix<qualify>]\" variable=\"item\" emptyMessage=<<hidePopup>>><<showPopup>></$list></$list>"
        },
        "$:/plugins/felixhayashi/tiddlymap/hook/editor": {
            "caption": "Map",
            "tags": "$:/tags/SideBar",
            "title": "$:/plugins/felixhayashi/tiddlymap/hook/editor",
            "text": "\\define map(width, height, clickToUse)\n<$tiddlymap\n  class=\"tmap-sidebar-map-editor\"\n  editor=\"advanced\"\n  object-id=\"main_editor\"\n  click-to-use=\"$clickToUse$\"\n  width=\"$width$\"\n  height=\"$height$\"\n  bottom-spacing=\"35px\">\n</$tiddlymap>\n\\end\n\n\\define width() calc(100% - 15px)\n\n<div class=\"tmap-mobile-editor\">\n  <div class=\"tmap-flash-message tmap-warning\">\n    {{$:/core/images/info-button}}\n    The editor is not displayed in mobile mode.\n  </div>\n</div>\n<div class=\"tmap-desktop-editor\">\n  <$tiddlymap\n    class=\"tmap-sidebar-map-editor\"\n    editor=\"advanced\"\n    object-id=\"main_editor\"\n    click-to-use=\"false\"\n    width=<<width>>\n    bottom-spacing=\"35px\">\n  </$tiddlymap>\n</div>"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Default": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default",
            "config.physics_mode": "false",
            "isview": "true"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges",
            "filter": "[prefix[$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes]]",
            "text": "\n\n"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes",
            "filter": "[field:title{$:/temp/tmap/currentTiddler}]"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View",
            "config.neighbourhood_scope": "1",
            "config.refresh-triggers": "$:/temp/tmap/currentTiddler",
            "config.physics_mode": "true",
            "isview": "true"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes",
            "filter": "[!is[system]search{$:/temp/search}] [!is[system]search:tags{$:/temp/search}] [!is[system]search:text{$:/temp/search}limit[10]]"
        },
        "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search": {
            "title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search",
            "config.refresh-triggers": "$:/temp/search",
            "config.neighbourhood_scope": "1",
            "config.physics_mode": "true"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget\ntype: application/javascript\nmodule-type: widget\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/core/modules/widgets/widget.js\").widget;var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\").ViewAbstraction;var i=require(\"$:/plugins/felixhayashi/vis/vis.js\");var s=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var r=function(t,i){e.call(this);this.initialise(t,i);this.adapter=$tw.tmap.adapter;this.opt=$tw.tmap.opt;this.notify=$tw.tmap.notify;this.computeAttributes();s.addListeners({\"tmap:tm-clear-config\":function(){alert(\"nice\")}},this,this)};r.prototype=Object.create(e.prototype);r.prototype.render=function(e,t){if(!this.parentDomNode){this.parentDomNode=e;this.wrapper=document.createElement(\"div\");$tw.utils.addClass(this.wrapper,\"tmap-config-widget\");e.appendChild(this.wrapper)}if(this.network){var r=this.parentDomNode.getBoundingClientRect().height;this.parentDomNode.style[\"height\"]=r+\"px\";this.network.destroy()}var n=document.createElement(\"div\");this.wrapper.appendChild(n);this.refreshTrigger=this.getAttribute(\"refresh-trigger\");this.pipeTRef=this.getVariable(\"currentTiddler\");this.inheritedFields=$tw.utils.parseStringArray(this.getAttribute(\"inherited\"));this.extensionTField=this.getAttribute(\"extension\");this.mode=this.getAttribute(\"mode\");for(var o=0;o<this.inheritedFields.length;o++){var a=this.inheritedFields[o];var h=s.parseFieldData(this.pipeTRef,a,{});if(this.mode===\"manage-edge-types\"){if(!h.edges){h={edges:h}}}else if(this.mode===\"manage-node-types\"){if(!h.nodes){h={nodes:h}}}this.inherited=s.merge(this.inherited,h)}this.extension=s.parseFieldData(this.pipeTRef,this.extensionTField,{});if(this.mode===\"manage-edge-types\"){if(!this.extension.edges){this.extension={edges:this.extension}}}else if(this.mode===\"manage-node-types\"){if(!this.extension.nodes){this.extension={nodes:this.extension}}}this.changes=s.isTrue(this.getAttribute(\"save-only-changes\"))?{}:this.extension;var d={nodes:new i.DataSet([]),edges:new i.DataSet([])};this.network=new i.Network(n,d,{});this.reloadVisOptions();this.network.on(\"configChange\",this.handleConfigChange.bind(this));$tw.tmap.registry.push(this)};r.prototype.reloadVisOptions=function(){var e=s.merge({},this.inherited,this.extension);$tw.utils.extend(e,{configure:{enabled:true,showButton:false,filter:this.getOptionFilter(this.mode)}});this.network.setOptions(e)};r.prototype.handleConfigChange=function(e){this.changes=s.merge(this.changes,e);var t=s.merge({},this.changes);if(this.mode===\"manage-node-types\"){t=t[\"nodes\"]}if(this.mode===\"manage-edge-types\"){t=t[\"edges\"]}s.writeFieldData(this.pipeTRef,this.extensionTField,t)};r.prototype.getOptionFilter=function(e){var t={nodes:{borderWidth:true,borderWidthSelected:true,color:{background:true,border:true},font:{color:true,size:true},icon:true,labelHighlightBold:false,shadow:true,shape:true,shapeProperties:{borderDashes:true},size:true},edges:{arrows:true,color:true,dashes:true,font:true,labelHighlightBold:false,length:true,selfReferenceSize:false,shadow:true,smooth:true,width:true},interaction:{hideEdgesOnDrag:true,hideNodesOnDrag:true,tooltipDelay:true},layout:{hierarchical:false},manipulation:{initiallyActive:true},physics:{forceAtlas2Based:{gravitationalConstant:true,springLength:true,springConstant:true,damping:true,centralGravity:true}}};if(e===\"manage-edge-types\"){t={edges:t.edges}}else if(e===\"manage-node-types\"){t={nodes:t.nodes}}return function(e,i){i=i.concat([e]);var s=t;for(var r=0,n=i.length;r<n;r++){if(s[i[r]]===true){return true}else if(s[i[r]]==null){return false}s=s[i[r]]}return false}};r.prototype.isZombieWidget=function(){return!document.body.contains(this.parentDomNode)};r.prototype.destruct=function(){if(this.network){this.network.destroy()}};r.prototype.refresh=function(e){if(this.isZombieWidget()||!this.network)return;if(e[this.refreshTrigger]){this.refreshSelf();return true}};r.prototype.setNull=function(e){for(var t in e){if(typeof e[t]==\"object\"){this.setNull(e[t])}else{e[t]=undefined}}};exports[\"tmap-config\"]=r})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/widget/connections": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/connections\ntype: application/javascript\nmodule-type: widget\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/core/modules/widgets/widget.js\").widget;var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\").EdgeType;var r=function(t,r){e.call(this,t,r);this.utils=$tw.tmap.utils};r.prototype=Object.create(e.prototype);r.prototype.render=function(e,t){this.parentDomNode=e;this.computeAttributes();this.execute();this.renderChildren(e,t)};r.prototype.execute=function(){var e=[this.getVariable(\"currentTiddler\")];var t=this.getAttribute(\"filter\",\"\");var r={typeWL:$tw.tmap.adapter.getEdgeTypeWhiteList(t)};var i=$tw.tmap.adapter.getNeighbours(e,r);var s=i.nodes;var a=i.edges;var o=[];for(var n in a){var h=a[n];var p=s[h.to]?\"To\":\"From\";var d=s[h[p.toLowerCase()]];if(!d)continue;o.push({type:\"tmap-edgelistitem\",edge:h,neighbour:d,direction:p,children:this.parseTreeNode.children})}if(!o.length){this.wasEmpty=true;o=this.getEmptyMessage()}else if(this.wasEmpty){this.removeChildDomNodes()}this.makeChildWidgets(o)};r.prototype.getEmptyMessage=function(){var e=this.wiki.parseText(\"text/vnd.tiddlywiki\",this.getAttribute(\"emptyMessage\",\"\"),{parseAsInline:true});return e?e.tree:[]};r.prototype.refresh=function(e){var t=this.computeAttributes();if(t.filter||t.emptyMessage){this.refreshSelf();return true}for(var r in e){if(!this.utils.isSystemOrDraft(r)){this.refreshSelf();return true}}return this.refreshChildren(e)};exports[\"tmap-connections\"]=r;var i=function(t,r){e.call(this,t,r);this.utils=$tw.tmap.utils};i.prototype=Object.create(e.prototype);i.prototype.execute=function(){var e=this.parseTreeNode;var t=$tw.tmap.indeces.tById[e.neighbour.id];var r=this.utils.flatten(e.edge);for(var i in r){if(typeof r[i]===\"string\"){this.setVariable(\"edge.\"+i,r[i])}}this.setVariable(\"currentTiddler\",t);this.setVariable(\"neighbour\",t);this.setVariable(\"direction\",e.direction);this.makeChildWidgets()};i.prototype.refresh=function(e){return this.refreshChildren(e)};exports[\"tmap-edgelistitem\"]=i})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/widget/connections",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget\ntype: application/javascript\nmodule-type: widget\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/core/modules/widgets/widget.js\").widget;var t=require(\"$:/plugins/felixhayashi/tiddlymap/js/config/vis\").config;var i=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\").utils;var s=require(\"$:/plugins/felixhayashi/tiddlymap/js/DialogManager\").DialogManager;var r=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\").CallbackManager;var a=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\").ViewAbstraction;var n=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\").EdgeType;var o=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\").NodeType;var d=require(\"$:/plugins/felixhayashi/vis/vis.js\");var h=function(t,a){e.call(this,t,a);this.adapter=$tw.tmap.adapter;this.opt=$tw.tmap.opt;this.indeces=$tw.tmap.indeces;this.notify=$tw.tmap.notify;this.fsapi=i.getFullScreenApis();this.getAttr=this.getAttribute;this.isDebug=i.isTrue(this.opt.config.sys.debug,false);this.callbackManager=new r;this.dialogManager=new s(this.callbackManager,this);this.computeAttributes();this.editorMode=this.getAttr(\"editor\");this.clickToUse=i.isTrue(this.getAttr(\"click-to-use\"),true);this.objectId=this.getAttr(\"object-id\")||i.genUUID();if(this.editorMode){i.addListeners({\"tmap:tm-create-view\":this.handleCreateView,\"tmap:tm-rename-view\":this.handleRenameView,\"tmap:tm-delete-view\":this.handleDeleteView,\"tmap:tm-edit-view\":this.handleEditView,\"tmap:tm-configure-system\":this.handleConfigureSystem,\"tmap:tm-store-position\":this.handleStorePositions,\"tmap:tm-edit-filters\":this.handleEditFilters,\"tmap:tm-generate-widget\":this.handleGenerateWidget,\"tmap:tm-save-canvas\":this.handleSaveCanvas},this,this)}i.addListeners({\"tmap:tm-focus-node\":this.handleFocusNode,\"tmap:tm-reset-focus\":this.repaintGraph},this,this);this.visHandlers={click:this.handleVisSingleClickEvent,doubleClick:this.handleVisDoubleClickEvent,stabilized:this.handleVisStabilizedEvent,dragStart:this.handleVisDragStart,selectNode:this.handleVisSelectNode,deselectNode:this.handleVisDeselectNode,dragEnd:this.handleVisDragEnd,oncontext:this.handleVisOnContext,beforeDrawing:this.handleVisBeforeDrawing,showPopup:this.handleVisShowPopup,stabilizationProgress:this.handleVisLoading,stabilizationIterationsDone:this.handleVisLoadingDone}};h.prototype=Object.create(e.prototype);h.prototype.handleConnectionEvent=function(e,t){var s={fromLabel:this.adapter.selectNodeById(e.from).label,toLabel:this.adapter.selectNodeById(e.to).label};var r=\"getEdgeType\";this.dialogManager.open(r,s,function(s,r){if(s){var a=i.getText(r);var o=this.view.getConfig(\"edge_type_namespace\");var d=i.hasSubString(a,\":\");a=new n((o&&!d?o:\"\")+a);if(!a.exists())a.save();e.type=a.id;var h=this.adapter.insertEdge(e);var l=this.view.getEdgeFilter(\"compiled\");var p=this.adapter.getEdgeTypeWhiteList(l);if(!p[a.id]){var g={type:a.id,view:this.view.getLabel()};$tw.tmap.dialogManager.open(\"edgeNotVisible\",g)}this.preventFitAfterRebuild=true}if(typeof t===\"function\"){t(s)}})};h.prototype.checkForFreshInstall=function(){var e=this.opt.ref.sysMeta;if(!i.getEntry(e,\"showWelcomeMessage\",true))return;i.setEntry(e,\"showWelcomeMessage\",false);var t={};var s=\"welcome\";this.dialogManager.open(s,t,function(e,t){if(i.tiddlerExists(\"$:/plugins/felixhayashi/topstoryview\")){i.setText(\"$:/view\",\"top\");i.setText(\"$:/config/Navigation/openLinkFromInsideRiver\",\"above\");i.setText(\"$:/config/Navigation/openLinkFromOutsideRiver\",\"top\");i.touch(\"$:/plugins/felixhayashi/topstoryview\")}var s={view:this.opt.misc.defaultViewLabel};var r=this.adapter.insertNode({label:\"Have fun with\",x:0,y:0},s);var a=this.adapter.insertNode({label:\"TiddlyMap!!\",x:100,y:100},s);this.adapter.insertEdge({from:r.id,to:a.id})})};h.prototype.openStandardConfirmDialog=function(e,t){var i={message:t};this.dialogManager.open(\"getConfirmation\",i,e)};h.prototype.logger=function(e,t){if(this.isDebug){var i=Array.prototype.slice.call(arguments,1);i.unshift(\"@\"+this.objectId.toUpperCase());i.unshift(e);$tw.tmap.logger.apply(this,i)}};h.prototype.render=function(e,t){this.parentDomNode=e;this.domNode=this.document.createElement(\"div\");e.insertBefore(this.domNode,t);this.domNode.style[\"width\"]=this.getAttr(\"width\",\"100%\");this.registerClassNames(this.domNode);this.viewHolderRef=this.getViewHolderRef();this.view=this.getView();this.graphBarDomNode=this.document.createElement(\"div\");$tw.utils.addClass(this.graphBarDomNode,\"tmap-topbar\");this.domNode.appendChild(this.graphBarDomNode);this.graphDomNode=this.document.createElement(\"div\");this.domNode.appendChild(this.graphDomNode);$tw.utils.addClass(this.graphDomNode,\"tmap-vis-graph\");if(i.isPreviewed(this)||this.domNode.isTiddlyWikiFakeDom){$tw.utils.addClass(this.domNode,\"tmap-static-mode\");this.renderPreview(this.graphBarDomNode,this.graphDomNode)}else{this.addLoadingBar(this.domNode);this.renderFullWidget(this.graphBarDomNode,this.graphDomNode)}};h.prototype.renderPreview=function(e,t){var s=this.view.getRoot()+\"/snapshot\";var r=i.getTiddler(s);var a=this.document.createElement(\"span\");a.innerHTML=this.view.getLabel();a.className=\"tmap-view-label\";e.appendChild(a);if(r){this.makeChildWidgets([{type:\"transclude\",attributes:{tiddler:{type:\"string\",value:s}}}]);this.renderChildren(t,null)}else{$tw.utils.addClass(t,\"tmap-graph-placeholder\")}};h.prototype.renderFullWidget=function(e,t){this.sidebar=i.getFirstElementByClassName(\"tc-sidebar-scrollable\");this.isContainedInSidebar=this.sidebar&&!this.domNode.isTiddlyWikiFakeDom&&this.sidebar.contains(this.domNode);this.doFitAfterStabilize=true;this.preventFitAfterRebuild=false;this.initAndRenderEditorBar(e);this.initAndRenderGraph(t);$tw.tmap.registry.push(this);this.reloadRefreshTriggers();this.checkForFreshInstall()};h.prototype.registerClassNames=function(e){var t=$tw.utils.addClass;t(e,\"tmap-widget\");if(this.clickToUse){t(e,\"tmap-click-to-use\")}if(this.getAttr(\"editor\")===\"advanced\"){t(e,\"tmap-advanced-editor\")}if(this.getAttr(\"design\")===\"plain\"){t(e,\"tmap-plain-design\")}if(!i.isTrue(this.getAttr(\"show-buttons\"),true)){t(e,\"tmap-no-buttons\")}if(this.getAttr(\"class\")){t(e,this.getAttr(\"class\"))}};h.prototype.addLoadingBar=function(e){this.graphLoadingBarDomNode=this.document.createElement(\"div\");$tw.utils.addClass(this.graphLoadingBarDomNode,\"tmap-loading-bar\");e.appendChild(this.graphLoadingBarDomNode)};h.prototype.initAndRenderEditorBar=function(e){this.rebuildEditorBar()};h.prototype.rebuildEditorBar=function(){var e=this.view;var t={isViewBound:String(this.isViewBound()),viewRoot:e.getRoot(),viewLabel:e.getLabel(),viewHolder:this.getViewHolderRef(),edgeFilter:e.getPaths().edgeFilter,allEdgesFilter:this.opt.selector.allEdgeTypes,neighScopeBtnClass:\"tmap-neigh-scope-button\"+(e.isEnabled(\"neighbourhood_scope\")?\" \"+\"tmap-active-button\":\"\")};for(var i in t){this.setVariable(i,t[i])}var s={type:\"tiddler\",attributes:{tiddler:{type:\"string\",value:e.getRoot()}},children:[]};if(this.editorMode===\"advanced\"){s.children.push({type:\"transclude\",attributes:{tiddler:{type:\"string\",value:this.opt.ref.graphBar}}})}else{s.children.push({type:\"element\",tag:\"span\",attributes:{\"class\":{type:\"string\",value:\"tmap-view-label\"}},children:[{type:\"text\",text:e.getLabel()}]})}s.children.push({type:\"transclude\",attributes:{tiddler:{type:\"string\",value:this.opt.ref.focusButton}}});this.makeChildWidgets([s]);this.renderChildren(this.graphBarDomNode,this.graphBarDomNode.firstChild)};h.prototype.refresh=function(e){if(this.isZombieWidget()||!this.network||i.isPreviewed(this))return;this.callbackManager.handleChanges(e);if(i.hasPropWithPrefix(e,this.opt.path.options)){this.reloadOptions()}if(i.hasPropWithPrefix(e,this.opt.path.nodeTypes)){this.rebuildGraph()}var t=this.checkForViewSwitch(e);var s=this.view.refresh(e);if(t||s.length&&!this.ignoreNextViewModification){var r={resetData:true,resetOptions:true,resetFocus:{delay:0,duration:0}};if(t){this.logger(\"warn\",\"View switched\");this.view=this.getView(true);this.reloadRefreshTriggers();this.visNetworkDomNode.focus()}else{this.logger(\"warn\",\"View modified\",s);r.resetData=false;if(this.preventFitAfterRebuild){r.resetFocus=false}}this.rebuildGraph(r)}else{this.checkOnGraph(e)}this.checkOnEditorBar(e,t,s);this.ignoreNextViewModification=false};h.prototype.reloadRefreshTriggers=function(){this.callbackManager.remove(this.refreshTriggers);var e=this.getAttr(\"refresh-triggers\")||this.view.getConfig(\"refresh-triggers\");this.refreshTriggers=$tw.utils.parseStringArray(e)||[];this.logger(\"debug\",\"Registering refresh trigger\",this.refreshTriggers);var t=this.handleTriggeredRefresh.bind(this);for(var i=this.refreshTriggers.length;i--;){this.callbackManager.add(this.refreshTriggers[i],t,false)}};h.prototype.rebuildGraph=function(e){if(i.isPreviewed(this))return;this.logger(\"debug\",\"Rebuilding graph\");e=e||{};this.hasNetworkStabilized=false;if(e.resetData){this.graphData.edges.clear();this.graphData.nodes.clear();this.graphData.edgesById=null;this.graphData.nodesById=null}if(e.resetOptions){this.reloadOptions()}if(!this.view.isEnabled(\"physics_mode\")){var t=this.graphOptions.physics;t[t.solver].centralGravity=.015}if(!e.resetFocus){this.doFitAfterStabilize=false}this.network.setOptions(this.graphOptions);this.rebuildGraphData(true);if(!i.hasElements(this.graphData.nodesById)){return}this.network.stabilize();if(e.resetFocus&&!this.preventFitAfterRebuild){this.doFitAfterStabilize=true;this.fitGraph(e.resetFocus.delay,e.resetFocus.duration)}this.preventFitAfterRebuild=false};h.prototype.getContainer=function(){return this.domNode};h.prototype.reloadOptions=function(){this.network.setOptions({nodes:undefined,edges:undefined,interaction:undefined,layout:undefined,manipulation:undefined,physics:undefined});this.graphOptions=this.getGraphOptions();this.network.setOptions(this.graphOptions)};h.prototype.rebuildGraphData=function(e){$tw.tmap.start(\"Reloading Network\");if(!e&&this.graphData){return this.graphData}var t=this.adapter.getGraph({view:this.view});var s=t.nodes;var r=t.edges;this.graphData.nodes=this.getRefreshedDataSet(s,this.graphData.nodesById,this.graphData.nodes);this.graphData.edges=this.getRefreshedDataSet(r,this.graphData.edgesById,this.graphData.edges);this.graphData.nodesById=s;this.graphData.edgesById=r;i.setField(\"$:/temp/tmap/nodes/\"+this.view.getLabel(),\"list\",this.adapter.getTiddlersById(s));$tw.tmap.stop(\"Reloading Network\");return this.graphData};h.prototype.isViewBound=function(){return i.startsWith(this.getViewHolderRef(),this.opt.path.localHolders)};h.prototype.checkForViewSwitch=function(e){if(this.isViewBound()){return false}if(e[this.getViewHolderRef()]){return true}return false};h.prototype.checkOnEditorBar=function(e,t,i){if(t||i.length){this.removeChildDomNodes();this.rebuildEditorBar();return true}else{return this.refreshChildren(e)}};h.prototype.checkOnGraph=function(e){var t=this.view.getNodeFilter(\"compiled\");var s=i.getMatches(t,Object.keys(e),true);for(var r in e){if(i.isSystemOrDraft(r))continue;var a=s[r];var n=this.graphData.nodesById[this.adapter.getId(r)];if(a||n){this.rebuildGraph();return}}var o=this.view.getEdgeFilter(\"compiled\");var d=i.getMatches(o,Object.keys(e));if(d.length){this.logger(\"info\",\"Changed edge-types\",d);this.rebuildGraph();return}};h.prototype.initAndRenderGraph=function(e){this.logger(\"info\",\"Initializing and rendering the graph\");this.handleResizeEvent=this.handleResizeEvent.bind(this);this.handleClickEvent=this.handleClickEvent.bind(this);this.handleFullScreenChange=this.handleFullScreenChange.bind(this);window.addEventListener(\"resize\",this.handleResizeEvent,false);if(!this.isContainedInSidebar){this.callbackManager.add(\"$:/state/sidebar\",this.handleResizeEvent)}window.addEventListener(\"click\",this.handleClickEvent,false);if(this.fsapi){window.addEventListener(this.fsapi[\"_fullscreenChange\"],this.handleFullScreenChange,false)}this.handleResizeEvent();this.graphOptions=this.getGraphOptions();this.graphData={nodes:new d.DataSet,edges:new d.DataSet,nodesById:i.getDataMap(),edgesById:i.getDataMap()};this.network=new d.Network(this.graphDomNode,this.graphData,this.graphOptions);this.canvas=this.graphDomNode.getElementsByTagName(\"canvas\")[0];this.visNetworkDomNode=this.graphDomNode.firstElementChild;this.addGraphKeyBindings(this.graphDomNode);for(var t in this.visHandlers){this.network.on(t,this.visHandlers[t].bind(this))}this.addGraphButtons({\"fullscreen-button\":function(){this.handleToggleFullscreen(false)}});if(this.isContainedInSidebar){this.addGraphButtons({\"halfscreen-button\":function(){this.handleToggleFullscreen(true)}})}this.rebuildGraph({resetFocus:{delay:0,duration:0}})};h.prototype.addGraphKeyBindings=function(e){this.visNetworkDomNode.tabIndex=0;this.graphKeydownHandler=function(e){if(e.keyCode===46){this.handleRemoveElements(this.network.getSelection())}else if(e.ctrlKey){if(e.keyCode===88){if(this.editorMode){this.handleAddNodesToClipboard(\"move\")}else{this.notify(\"Map is read only!\")}}else if(e.keyCode===67){this.handleAddNodesToClipboard(\"copy\")}else if(e.keyCode===86){this.handlePasteNodesFromClipboard()}e.preventDefault()}}.bind(this);e.addEventListener(\"keyup\",this.graphKeydownHandler,true)};h.prototype.handlePasteNodesFromClipboard=function(){if(!this.editorMode||this.view.isLiveView()){this.notify(\"Map is read only!\");return}if($tw.tmap.clipBoard){if($tw.tmap.clipBoard.type===\"nodes\"){var e=$tw.tmap.clipBoard.nodes;var t=Object.keys(e);if(t.length){for(var i in e){if(this.graphData.nodesById[i])continue;this.view.addNodeToView(e[i]);this.graphData.nodes.update({id:i})}this.network.selectNodes(t);this.notify(\"pasted \"+t.length+\" nodes into map.\")}return}}this.notify(\"TiddlyMap clipboad is empty!\")};h.prototype.handleAddNodesToClipboard=function(e){var t=this.network.getSelectedNodes();if(!t.length)return;$tw.tmap.clipBoard={type:\"nodes\",nodes:this.graphData.nodes.get(t,{returnType:\"Object\"})};this.notify(\"Copied \"+t.length+\" nodes to clipboard\");if(e===\"move\"){for(var i=t.length;i--;){this.view.removeNodeFromFilter(t[i])}}};h.prototype.isMobileMode=function(){var e=i.getText(this.opt.ref.sidebarBreakpoint,960);return window.innerWidth<=parseInt(e)};h.prototype.getGraphOptions=function(){var e=this.opt.config.vis;var t=i.parseJSON(this.view.getConfig(\"vis\"));var s=i.merge({},e,t);s.clickToUse=this.clickToUse;s.manipulation.enabled=!!this.editorMode;s.manipulation.deleteNode=function(e,t){this.handleRemoveElements(e);this.resetVisManipulationBar(t)}.bind(this);s.manipulation.deleteEdge=function(e,t){this.handleRemoveElements(e);this.resetVisManipulationBar(t)}.bind(this);s.manipulation.addEdge=function(e,t){this.handleConnectionEvent(e);this.resetVisManipulationBar(t)}.bind(this);s.manipulation.addNode=function(e,t){this.handleInsertNode(e);this.resetVisManipulationBar(t)}.bind(this);s.manipulation.editEdge=function(e,t){this.handleReconnectEdge(e);this.resetVisManipulationBar(t)}.bind(this);s.manipulation.editNode=function(e,t){this.handleEditNode(e);this.resetVisManipulationBar(t)}.bind(this);var r=s.physics;r[r.solver]=r[r.solver]||{};r.stabilization.iterations=this.view.getStabilizationIterations();this.logger(\"debug\",\"Loaded graph options\",s);return s};h.prototype.resetVisManipulationBar=function(e){if(e)e(null);this.network.disableEditMode();this.network.enableEditMode()};h.prototype.handleCreateView=function(){var e={view:this.view.getLabel()};this.dialogManager.open(\"createView\",e,function(e,t){if(!e)return;var s=i.getText(t);var r=new a(s);if(r.exists()&&r.isLocked()){this.notify(\"Forbidden!\");return}if(t&&t.fields.clone){r=new a(s,true,this.view)}else{r=new a(s,true)}this.setView(r)})};h.prototype.handleRenameView=function(){if(!this.view.isLocked()){var e=this.view.getReferences();var t={count:e.length.toString(),filter:i.joinAndWrap(e,\"[[\",\"]]\")};this.dialogManager.open(\"getViewName\",t,function(e,t){if(e){var s=i.getText(t);var r=new a(s);if(!s||r.isLocked()){this.notify(\"Forbidden!\")}else{this.view.rename(s);this.setView(this.view)}}})}else{this.notify(\"Forbidden!\")}};h.prototype.handleEditView=function(){var e=JSON.stringify(this.opt.config.vis);var t=this.graphData;var s={view:this.view.getLabel(),createdOn:this.view.getCreationDate(true),numberOfNodes:Object.keys(t.nodesById).length.toString(),numberOfEdges:Object.keys(t.edgesById).length.toString(),dialog:{preselects:$tw.utils.extend({},this.view.getConfig(),{\"vis-inherited\":e})}};var r=\"configureView\";this.dialogManager.open(r,s,function(e,t){if(!e)return;var s=i.getPropertiesByPrefix(t.fields,\"config.\",true);this.view.setConfig(s);if(s[\"physics_mode\"]&&!this.view.isEnabled(\"physics_mode\")){this.handleStorePositions()}})};h.prototype.handleSaveCanvas=function(){var e=\"$:/temp/tmap/snapshot\";var t=this.createAndSaveSnapshot(e);var s=i.getSnapshotTitle(this.view.getLabel(),\"png\");var r={dialog:{snapshot:e,width:this.canvas.width.toString(),height:this.canvas.height.toString(),preselects:{name:s,action:\"download\"}}};var a=\"saveCanvas\";this.dialogManager.open(a,r,function(t,r){if(!t)return;s=r.fields.name||s;var a=r.fields.action;if(a===\"download\"){this.handleDownloadSnapshot(s)}else if(a===\"wiki\"){i.cp(e,s,true);this.dispatchEvent({type:\"tm-navigate\",navigateTo:s})}else if(a===\"placeholder\"){this.view.addPlaceholder(e)}$tw.wiki.deleteTiddler(\"$:/temp/tmap/snapshot\")})};h.prototype.handleDownloadSnapshot=function(e){var t=this.document.createElement(\"a\");var s=this.view.getLabel();t.download=e||i.getSnapshotTitle(s,\"png\");t.href=this.getSnapshot();var r=new MouseEvent(\"click\");t.dispatchEvent(r)};h.prototype.createAndSaveSnapshot=function(e){var t=this.view.getLabel();var i=e||this.view.getRoot()+\"/snapshot\";$tw.wiki.addTiddler(new $tw.Tiddler({title:i,type:\"image/png\",text:this.getSnapshot(true),modified:new Date}));return i};h.prototype.getSnapshot=function(e){var t=this.canvas.toDataURL(\"image/png\");return e?i.getWithoutPrefix(t,\"data:image/png;base64,\"):t};h.prototype.handleDeleteView=function(){var e=this.view.getLabel();if(this.view.isLocked()){this.notify(\"Forbidden!\");return}var t=this.view.getReferences();if(t.length){var s={count:t.length.toString(),filter:i.joinAndWrap(t,\"[[\",\"]]\")};this.dialogManager.open(\"cannotDeleteViewDialog\",s);return}var r=\"You are about to delete the view \"+\"''\"+e+\"'' (no tiddler currently references this view).\";this.openStandardConfirmDialog(function(t){if(t){this.view.destroy();this.setView(this.opt.misc.defaultViewLabel);this.logger(\"debug\",'view \"'+e+'\" deleted ');this.notify('view \"'+e+'\" deleted ')}},r)};h.prototype.handleTriggeredRefresh=function(e){this.logger(\"log\",e,\"Triggered a refresh\");this.rebuildGraph({resetData:false,resetOptions:false,resetFocus:{delay:1e3,duration:1e3}})};h.prototype.handleConfigureSystem=function(){var e={dialog:{preselects:{\"vis-inherited\":JSON.stringify(t),\"config.vis\":i.getText(this.opt.ref.visUserConf),\"config.sys\":this.opt.config.sys}}};var s=\"configureTiddlyMap\";this.dialogManager.open(s,e,function(e,t){if(e&&t){var s=i.getPropertiesByPrefix(t.fields,\"config.sys.\",true);this.wiki.setTiddlerData(this.opt.ref.sysUserConf,s);i.setField(this.opt.ref.visUserConf,\"text\",t.fields[\"config.vis\"])}})};h.prototype.handleReconnectEdge=function(e){var t=this.graphData.edges.get(e.id);this.adapter.deleteEdge(t);var i=$tw.utils.extend(t,e);this.preventFitAfterRebuild=true;return this.adapter.insertEdge(i)};h.prototype.handleRemoveElements=function(e){if(e.nodes.length){this.handleRemoveNodes(e.nodes)}else if(e.edges.length){this.handleRemoveEdges(e.edges)}this.resetVisManipulationBar()};h.prototype.handleRemoveEdges=function(e){this.adapter.deleteEdges(this.graphData.edges.get(e));this.notify(\"edge\"+(e.length>1?\"s\":\"\")+\" removed\");this.preventFitAfterRebuild=true};h.prototype.handleRemoveNodes=function(e){var t=this.adapter.getTiddlersById(e);var i={count:e.length.toString(),tiddlers:$tw.utils.stringifyList(t),dialog:{preselects:{\"delete-from\":\"filter\"}}};var s=\"deleteNodeDialog\";this.dialogManager.open(s,i,function(t,i){if(!t)return;if(i.fields[\"delete-from\"]===\"system\"){this.adapter.deleteNodes(e);var s=e.length}else{var s=0;for(var r=e.length;r--;){var a=this.view.removeNodeFromFilter(e[r]);if(a)s++}}this.preventFitAfterRebuild=true;this.notify(\"Removed \"+s+\" of \"+e.length+\" from \"+i.fields[\"delete-from\"])})};h.prototype.handleFullScreenChange=function(){if(this.fsapi&&this.enlargedMode===\"fullscreen\"&&!document[this.fsapi[\"_fullscreenElement\"]]){this.handleToggleFullscreen()}};h.prototype.handleToggleFullscreen=function(e){this.logger(\"log\",\"Toggled graph enlargement\");if(this.enlargedMode){this.network.setOptions({clickToUse:this.clickToUse});i.findAndRemoveClassNames([\"tmap-\"+this.enlargedMode,\"tmap-has-\"+this.enlargedMode+\"-child\"]);if(this.enlargedMode===\"fullscreen\"){document[this.fsapi[\"_exitFullscreen\"]]()}this.enlargedMode=null}else{if(!e&&!this.fsapi){this.dialogManager.open(\"fullscreenNotSupported\");return}this.enlargedMode=this.isContainedInSidebar&&e?\"halfscreen\":\"fullscreen\";$tw.utils.addClass(this.domNode,\"tmap-\"+this.enlargedMode);var t=this.isContainedInSidebar?this.sidebar:i.getFirstElementByClassName(\"tc-story-river\");$tw.utils.addClass(t,\"tmap-has-\"+this.enlargedMode+\"-child\");if(this.enlargedMode===\"fullscreen\"){this.document.documentElement[this.fsapi[\"_requestFullscreen\"]](Element.ALLOW_KEYBOARD_INPUT)}this.notify(\"Activated \"+this.enlargedMode+\" mode\");this.network.setOptions({clickToUse:false})}this.handleResizeEvent()};h.prototype.handleGenerateWidget=function(e){$tw.rootWidget.dispatchEvent({type:\"tmap:tm-generate-widget\",paramObject:{view:this.view.getLabel()}})};h.prototype.handleStorePositions=function(e){this.view.saveNodeData(this.network.getPositions());this.ignoreNextViewModification=true;if(e){this.notify(\"positions stored\")}};h.prototype.handleEditFilters=function(){var e=i.getPrettyFilter(this.view.getNodeFilter(\"expression\"));var t=i.getPrettyFilter(this.view.getEdgeFilter(\"expression\"));var s={view:this.view.getLabel(),dialog:{preselects:{prettyNodeFilter:e,prettyEdgeFilter:t}}};this.dialogManager.open(\"editFilters\",s,function(e,t){if(!e)return;this.view.setNodeFilter(i.getField(t,\"prettyNodeFilter\",\"\"));this.view.setEdgeFilter(i.getField(t,\"prettyEdgeFilter\",\"\"))})};h.prototype.handleVisStabilizedEvent=function(e){if(this.hasNetworkStabilized)return;this.hasNetworkStabilized=true;this.logger(\"log\",\"Network stabilized after\",e.iterations,\"iterations\");this.view.setStabilizationIterations(e.iterations);if(!this.view.isEnabled(\"physics_mode\")){var t=this.graphData.nodesById;var i=[];for(var s in t){if(!t[s].x){i.push(s)}}if(i.length){this.setNodesMoveable(i,false);this.notify(i.length+\" nodes were added to the graph\");this.doFitAfterStabilize=true}var r=this.graphOptions.physics;r[r.solver].centralGravity=0;this.network.setOptions(this.graphOptions)}if(this.doFitAfterStabilize){this.doFitAfterStabilize=false;this.fitGraph(1e3,1e3)}};h.prototype.handleFocusNode=function(e){this.network.focus(this.adapter.getId(e.param),{scale:1.5,animation:true})};h.prototype.isZombieWidget=function(){if(this.domNode.isTiddlyWikiFakeDom===true){return true}else{return!this.document.body.contains(this.getContainer())}};h.prototype.fitGraph=function(e,t){window.clearTimeout(this.activeFitTimeout);t=t||0;e=e||0;var i=function(){if(this.isZombieWidget())return;this.network.redraw();this.network.fit({animation:{duration:t,easingFunction:\"easeOutQuart\"}})};this.activeFitTimeout=window.setTimeout(i.bind(this),e)};h.prototype.handleInsertNode=function(e){var t=\"getNodeTitle\";this.dialogManager.open(t,null,function(t,s){if(!t)return;var r=i.getText(s);if(i.tiddlerExists(r)){if(i.isMatch(r,this.view.getNodeFilter(\"compiled\"))){this.notify(\"Node already exists\");return}else{e=this.adapter.makeNode(r,e);this.view.addNodeToView(e)}}else{e.label=r;this.adapter.insertNode(e,{view:this.view,editNodeOnCreate:false})}this.preventFitAfterRebuild=true})};h.prototype.handleEditNode=function(e){var t=$tw.tmap.indeces.tById[e.id];var s=i.getTiddler(t);var r=JSON.stringify(this.opt.config.vis);var a=this.view.getConfig(\"vis\");var n=this.adapter.getInheritedNodeStyles([e.id]);var o=JSON.stringify(n[t]);var d=JSON.stringify(i.merge({},{color:s.fields[\"color\"]},i.parseJSON(s.fields[\"tmap.style\"])));var h=this.view.getLabel();var l={id:e.id};var p=this.view.getNodeData(e.id,true)||{};delete p.x;delete p.y;var g={view:h,tiddler:s.fields.title,tidColor:s.fields[\"color\"],tidIcon:s.fields[this.opt.field.nodeIcon]||s.fields[\"tmap.fa-icon\"],dialog:{preselects:{\"inherited-global-default-style\":r,\"inherited-local-default-style\":a,\"inherited-group-styles\":o,\"global-node-style\":d,\"local-node-style\":JSON.stringify(p)}}};this.dialogManager.open(\"editNode\",g,function(s,r){if(!s)return;var a=r.fields[\"global-node-style\"];i.setField(t,\"tmap.style\",a||null);var n=i.parseJSON(r.fields[\"local-node-style\"]);this.view.saveNodeStyle(e.id,n);this.preventFitAfterRebuild=true})};h.prototype.handleVisSingleClickEvent=function(e){if(i.isTrue(this.opt.config.sys.singleClickMode)){this.handleOpenMapElementEvent(e)}};h.prototype.handleVisDoubleClickEvent=function(e){if(!e.nodes.length&&!e.edges.length){if(this.editorMode){this.handleInsertNode(e.pointer.canvas)}}else if(!i.isTrue(this.opt.config.sys.singleClickMode)){this.handleOpenMapElementEvent(e)}};h.prototype.handleOpenMapElementEvent=function(e){if(e.nodes.length){this.openTiddlerWithId(e.nodes[0])}else if(e.edges.length){if(!this.editorMode)return;this.logger(\"debug\",\"Clicked on an Edge\");var t=this.opt.config.sys.edgeClickBehaviour;var i=new n(this.graphData.edgesById[e.edges[0]].type);if(t===\"manager\"){$tw.rootWidget.dispatchEvent({type:\"tmap:tm-manage-edge-types\",paramObject:{type:i.id}})}}};h.prototype.handleResizeEvent=function(e){if(this.isZombieWidget())return;var t=this.getAttr(\"height\");if(!t&&this.isContainedInSidebar){var i=this.domNode.getBoundingClientRect().top;var s=parseInt(this.getAttr(\"bottom-spacing\",25));var r=window.innerHeight-i;t=r-s+\"px\"}this.domNode.style[\"height\"]=t||\"300px\";this.repaintGraph()};h.prototype.handleClickEvent=function(e){if(this.isZombieWidget()||!this.network)return;if(!this.graphDomNode.contains(e.target)){var t=this.network.getSelection();if(t.nodes.length||t.edges.length){this.logger(\"debug\",\"Clicked outside; deselecting nodes/edges\");this.network.selectNodes([]);this.resetVisManipulationBar()}}else{this.visNetworkDomNode.focus()}};h.prototype.handleVisOnContext=function(e){};h.prototype.handleVisSelectNode=function(e){this.assignSelectStyle(e.nodes)};h.prototype.assignSelectStyle=function(e){var t=this.graphOptions.nodes.color;for(var s=e.length;s--;){var r=e[s];var a=this.graphData.nodesById[r];this.graphData.nodes.update({id:r,color:{highlight:i.merge({},t,a.color)}})}};h.prototype.handleVisDeselectNode=function(e){};h.prototype.handleVisShowPopup=function(e){};h.prototype.handleVisDragEnd=function(e){if(!e.nodes.length)return;this.setNodesMoveable(e.nodes,false)};h.prototype.handleVisBeforeDrawing=function(e){};h.prototype.handleVisLoading=function(e){this.graphLoadingBarDomNode.style.display=\"block\";var t=\"Loading \"+Math.round(e.iterations/e.total*100)+\"%\";this.graphLoadingBarDomNode.innerHTML=t};h.prototype.handleVisLoadingDone=function(e){this.graphLoadingBarDomNode.style.display=\"none\"};h.prototype.handleVisDragStart=function(e){if(e.nodes.length){this.assignSelectStyle(e.nodes);this.setNodesMoveable(e.nodes,true)}};h.prototype.destruct=function(){window.removeEventListener(\"resize\",this.handleResizeEvent);window.removeEventListener(\"click\",this.handleClickEvent);window.removeEventListener(\"click\",this.handleFullScreenChange);this.graphDomNode.removeEventListener(\"keyup\",this.graphKeydownHandler,true);if(this.network){this.network.destroy()}};h.prototype.openTiddlerWithId=function(e){var t=$tw.tmap.indeces.tById[e];this.logger(\"debug\",\"Opening tiddler\",t,\"with id\",e);if(this.enlargedMode===\"fullscreen\"){var s=this.wiki.findDraft(t);var r=!!s;if(!r){var a=\"tm-edit-tiddler\";this.dispatchEvent({type:a,tiddlerTitle:t});s=this.wiki.findDraft(t)}var n={draftTRef:s};var o=\"fullscreenTiddlerEditor\";this.dialogManager.open(o,n,function(e,a){if(e){var n=\"tm-save-tiddler\";this.dispatchEvent({type:n,tiddlerTitle:s})}else if(!r){i.deleteTiddlers([s])}var n=\"tm-close-tiddler\";this.dispatchEvent({type:n,tiddlerTitle:t})})}else{this.dispatchEvent({type:\"tm-navigate\",navigateTo:t})}};h.prototype.getViewHolderRef=function(){if(this.viewHolderRef){return this.viewHolderRef}this.logger(\"info\",\"Retrieving or generating the view holder reference\");var e=this.getAttr(\"view\");if(e){this.logger(\"log\",'User wants to bind view \"'+e+'\" to graph');var t=this.opt.path.views+\"/\"+e;if(this.wiki.getTiddler(t)){var s=this.opt.path.localHolders+\"/\"+i.genUUID();this.logger(\"log\",'Created an independent temporary view holder \"'+s+'\"');this.wiki.addTiddler(new $tw.Tiddler({title:s,text:t}));this.logger(\"log\",'View \"'+t+'\" inserted into independend holder')}else{this.logger(\"log\",'View \"'+e+'\" does not exist')}}if(typeof s===\"undefined\"){this.logger(\"log\",\"Using default (global) view holder\");var s=this.opt.ref.defaultViewHolder}return s};h.prototype.setView=function(e,t){if(e){var i=new a(e).getLabel();t=t||this.viewHolderRef;this.logger(\"info\",\"Inserting view '\"+i+\"' into holder '\"+t+\"'\");this.wiki.addTiddler(new $tw.Tiddler({title:t,text:i}))}this.view=this.getView(true)};h.prototype.getView=function(e){if(!e&&this.view){return this.view}var t=this.getViewHolderRef();var s=new a(i.getText(t));this.logger(\"info\",'Retrieved view \"'+s.getLabel()+'\" from holder \"'+t+'\"');if(s.exists()){return s}else{this.logger(\"log\",'Warning: View \"'+s.getLabel()+\"\\\" doesn't exist. Default is used instead.\");return new a(\"Default\")}};h.prototype.getRefreshedDataSet=function(e,t,s){if(!s){return new d.DataSet(i.getValues(e))}if(t)s.remove(Object.keys(t));s.update(i.getValues(e));return s};h.prototype.repaintGraph=function(){if(this.network&&(!this.fsapi||!document[this.fsapi[\"_fullscreenElement\"]]||this.enlargedMode)){this.logger(\"info\",\"Repainting the whole graph\");this.network.redraw();this.fitGraph(0,1e3)}};h.prototype.setGraphButtonEnabled=function(e,t){var s=\"vis-button\"+\" \"+\"tmap-\"+e;var r=i.getFirstElementByClassName(s,this.domNode);$tw.utils.toggleClass(r,\"tmap-button-enabled\",t)};h.prototype.dialogPostProcessor=function(){this.network.selectNodes([]);this.resetVisManipulationBar()};h.prototype.setNodesMoveable=function(e,t){if(!e||!e.length||this.view.isEnabled(\"physics_mode\")){return}var i=[];var s=!t;for(var r=e.length;r--;){i.push({id:e[r],fixed:{x:s,y:s}})}this.graphData.nodes.update(i);if(s){this.logger(\"debug\",\"Fixing\",i.length,\"nodes\");this.handleStorePositions()}};h.prototype.addGraphButtons=function(e){var t=i.getFirstElementByClassName(\"vis-navigation\",this.domNode);for(var s in e){var r=this.document.createElement(\"div\");r.className=\"vis-button \"+\" \"+\"tmap-\"+s;r.addEventListener(\"click\",e[s].bind(this),false);t.appendChild(r);this.setGraphButtonEnabled(s,true)}};if($tw.boot.tasks.trapErrors){var l=window.onerror;window.onerror=function(e,t,i){if(e.indexOf(\"NS_ERROR_NOT_AVAILABLE\")!==-1&&t==\"$:/plugins/felixhayashi/vis/vis.js\"){console.error(\"Strange firefox related vis.js error (see #125)\",arguments)}else if(e.indexOf(\"Permission denied to access property\")!==-1){console.error(\"Strange firefox related vis.js error (see #163)\",arguments)}else if(l){l.apply(this,arguments)}}}exports.tiddlymap=h})();",
            "title": "$:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget",
            "type": "application/javascript",
            "module-type": "widget"
        }
    }
}

{
    "field.nodeLabel": "caption",
    "field.nodeIcon": "icon",
    "field.nodeInfo": "description",
    "field.viewMarker": "isview",
    "edgeClickBehaviour": "manager",
    "debug": "false",
    "notifications": "true",
    "editNodeOnCreate": "false",
    "singleClickMode": "false",
    "editorMenuBar.showNeighScopeButton": "true",
    "editorMenuBar.showScreenshotButton": "true"
}

{"nodes":{"borderWidth":0,"color":{"border":"rgba(28,28,30,1)","background":"rgba(8,8,10,1)"},"font":{"color":"rgba(66,70,73,1)"}},"edges":{"arrows":{"middle":{"enabled":false},"from":{"enabled":false}}}}

{"7c4294f4-3a08-44e9-acea-3103dfe6613b":{"x":318,"y":-186},"bbf365c8-c446-4492-a8f6-83b1ae0f31b5":{"x":540,"y":-324},"12151efe-a9ff-4028-ae28-528b05ff8a8b":{"x":628,"y":-98},"0012dc36-fa93-4491-abd8-4c0570a49fc7":{"x":322,"y":-362},"6ee07df0-6bf6-4d6e-9ff9-8f1d87b3936e":{"x":-206,"y":147},"22637903-8ade-4049-8736-00cf2a99d31d":{"x":-31,"y":-21},"acdc1082-f2b0-4c31-b8a8-0125e24698a6":{"x":-174,"y":388},"b0eeb08d-45b6-49b0-a91b-e7c44ffd7ef5":{"x":-6,"y":-389},"0d849f9c-554e-407a-9f95-7df7b94b786e":{"x":268,"y":235},"1b73e45f-117a-4892-9481-323ca4560ece":{"x":84,"y":383},"29b354ed-1c4f-4649-b306-945e03003122":{"x":-345,"y":30},"d918769d-6fdd-4a7d-a0cf-266e17c3b82f":{"x":-239,"y":-356},"2849fb28-990f-4b22-bc61-2d270a7c2187":{"x":-404,"y":-171}}

\define map(width, height, clickToUse)
<$tiddlymap
  class="tmap-sidebar-map-editor"
  editor="advanced"
  object-id="main_editor"
  click-to-use="$clickToUse$"
  width="$width$"
  height="$height$"
  bottom-spacing="35px">
</$tiddlymap>
\end

\define width() calc(100% - 15px)
<<dev-edit- $:/plugins/felixhayashi/tiddlymap/hook/editor "" right>><br/>
<div class="tmap-mobile-editor">
  <div class="tmap-flash-message tmap-warning">
    {{$:/core/images/info-button}}
    The editor is not displayed in mobile mode.
  </div>
</div>
<div class="tmap-desktop-editor">
  <$tiddlymap
    class="tmap-sidebar-map-editor"
    editor="advanced"
    object-id="main_editor"
    click-to-use="false"
    width=<<width>>
    bottom-spacing="35px">
  </$tiddlymap>
</div>

Default

{
    "originalVersion": "0.9.18+6740",
    "dataStructureState": "0.9.16",
    "showWelcomeMessage": false
}

{
    "tiddlers": {
        "$:/plugins/felixhayashi/topstoryview/config.js": {
            "text": "/*\\\n\ntitle: $:/plugins/felixhayashi/topstoryview/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",backDrop:\"story-backdrop\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{userConfig:\"$:/config/topStoryView\",focussedTiddlerStore:\"$:/temp/focussedTiddler\",refreshTrigger:\"$:/temp/focussedTiddler/refresh\"},checkbackTime:$tw.utils.getAnimationDuration()}})();",
            "title": "$:/plugins/felixhayashi/topstoryview/config.js",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/felixhayashi/topstoryview/layout": {
            "title": "$:/plugins/felixhayashi/topstoryview/layout",
            "type": "text/vnd.tiddlywiki",
            "tags": [
                "$:/tags/Stylesheet"
            ],
            "text": "html .tc-story-river:after {\n  content: \"\";\n  display: block; }\n"
        },
        "$:/plugins/felixhayashi/topstoryview/Configuration": {
            "title": "$:/plugins/felixhayashi/topstoryview/Configuration",
            "text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-TopStoryView]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n  <tr>\n    <th align=\"left\">Scroll offset:</th>\n    <td><$edit-text tiddler=\"$:/config/topStoryView\" field=\"scroll-offset\" tag=\"input\" default=\"150px\" /></td>\n  </tr>\n</table>"
        },
        "$:/plugins/felixhayashi/topstoryview/License": {
            "title": "$:/plugins/felixhayashi/topstoryview/License",
            "text": "This code is released under the BSD license. For the exact terms visit:\n\nhttps://github.com/felixhayashi/TW5-TopStoryView/blob/master/LICENSE"
        },
        "$:/plugins/felixhayashi/topstoryview/Readme": {
            "title": "$:/plugins/felixhayashi/topstoryview/Readme",
            "text": "Please visit the [[GitHub page|https://github.com/felixhayashi/TW5-TopStoryView]] for more information."
        },
        "$:/plugins/felixhayashi/topstoryview/top.js": {
            "text": "/*\\\ntitle: $:/plugins/felixhayashi/topstoryview/top.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/topstoryview/config.js\").config;var e=\"cubic-bezier(0.645, 0.045, 0.355, 1)\";var i=function(e){this.listWidget=e;this.pageScroller=new $tw.utils.PageScroller;this.pageScroller.scrollIntoView=this.scrollIntoView;this.pageScroller.storyRiverDomNode=document.getElementsByClassName(t.classNames.storyRiver)[0];var i=$tw.wiki.getTiddler(t.references.userConfig);var o=i?i.fields:{};var r=parseInt(o[\"scroll-offset\"]);this.pageScroller.scrollOffset=isNaN(r)?71:r;this.recalculateBottomSpace()};i.prototype.refreshStart=function(t,e){};i.prototype.refreshEnd=function(t,e){};i.prototype.navigateTo=function(t){var e=this.listWidget.findListItem(0,t.title);if(e===undefined)return;var i=this.listWidget.children[e];var o=i.findFirstDomNode();if(!(o instanceof Element))return;this.pageScroller.scrollIntoView(o)};i.prototype.insert=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element))return;this.startInsertAnimation(e,function(){this.recalculateBottomSpace();this.pageScroller.scrollIntoView(e)}.bind(this))};i.prototype.remove=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element)){t.removeChildDomNodes();return}var i=this.getLastFrame()===e;this.startRemoveAnimation(t,e,function(){t.removeChildDomNodes();this.recalculateBottomSpace();if(i){this.pageScroller.scrollIntoView(this.getLastFrame())}}.bind(this))};i.prototype.getLastFrame=function(){var t=this.listWidget.children[this.listWidget.children.length-1];return t?t.findFirstDomNode():null};i.prototype.recalculateBottomSpace=function(){var t=this.pageScroller.storyRiverDomNode;if(this.getLastFrame()){var e=this.getLastFrame().getBoundingClientRect();var i=window.innerHeight;if(e.height<i){t.style[\"paddingBottom\"]=i-e.height+\"px\";return}}t.style[\"paddingBottom\"]=\"\"};i.prototype.scrollIntoView=function(t){if(!t)return;var e=$tw.utils.getAnimationDuration();this.cancelScroll();this.startTime=Date.now();var i=$tw.utils.getScrollPosition();var o=t.getBoundingClientRect(),r={left:o.left+i.x,top:o.top+i.y,width:o.width,height:o.height};var n=function(t,e,i,o){if(t<=i){return t}else if(e<o&&i<t+e-o){return t+e-o}else if(i<t){return t}else{return i}},s=n(r.left,r.width,i.x,window.innerWidth),a=r.top-this.scrollOffset;if(s!==i.x||a!==i.y){var l=this,c;c=function(){var t;if(e<=0){t=1}else{t=(Date.now()-l.startTime)/e}if(t>=1){l.cancelScroll();t=1}t=$tw.utils.slowInSlowOut(t);window.scrollTo(i.x+(s-i.x)*t,i.y+(a-i.y)*t);if(t<1){l.idRequestFrame=l.requestAnimationFrame.call(window,c)}};c()}};i.prototype.startInsertAnimation=function(t,i){var o=$tw.utils.getAnimationDuration();var r=window.getComputedStyle(t),n=parseInt(r.marginBottom,10),s=parseInt(r.marginTop,10),a=t.offsetHeight+s;setTimeout(function(){$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:\"\"}]);i()},o);$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:-a+\"px\"},{opacity:\"0.0\"}]);$tw.utils.forceLayout(t);$tw.utils.setStyle(t,[{transition:\"opacity \"+o+\"ms \"+e+\", \"+\"margin-bottom \"+o+\"ms \"+e},{marginBottom:n+\"px\"},{opacity:\"1.0\"}])};i.prototype.startRemoveAnimation=function(t,i,o){var r=$tw.utils.getAnimationDuration();var n=i.offsetWidth,s=window.getComputedStyle(i),a=parseInt(s.marginBottom,10),l=parseInt(s.marginTop,10),c=i.offsetHeight+l;setTimeout(o,r);$tw.utils.setStyle(i,[{transition:\"none\"},{transform:\"translateX(0px)\"},{marginBottom:a+\"px\"},{opacity:\"1.0\"}]);$tw.utils.forceLayout(i);$tw.utils.setStyle(i,[{transition:$tw.utils.roundTripPropertyName(\"transform\")+\" \"+r+\"ms \"+e+\", \"+\"opacity \"+r+\"ms \"+e+\", \"+\"margin-bottom \"+r+\"ms \"+e},{transform:\"translateX(-\"+n+\"px)\"},{marginBottom:-c+\"px\"},{opacity:\"0.0\"}])};exports.top=i})();",
            "title": "$:/plugins/felixhayashi/topstoryview/top.js",
            "type": "application/javascript",
            "module-type": "storyview"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png",
            "type": "image/png",
            "text": 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        "$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png",
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        "$:/plugins/felixhayashi/vis/img/network/backIcon.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/backIcon.png",
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        "$:/plugins/felixhayashi/vis/img/network/connectIcon.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/connectIcon.png",
            "type": "image/png",
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        "$:/plugins/felixhayashi/vis/img/network/cross.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/cross.png",
            "type": "image/png",
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        },
        "$:/plugins/felixhayashi/vis/img/network/cross2.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/cross2.png",
            "type": "image/png",
            "text": 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        "$:/plugins/felixhayashi/vis/img/network/deleteIcon.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/deleteIcon.png",
            "type": "image/png",
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            "title": "$:/plugins/felixhayashi/vis/img/network/downArrow.png",
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        "$:/plugins/felixhayashi/vis/img/network/leftArrow.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/leftArrow.png",
            "type": "image/png",
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            "title": "$:/plugins/felixhayashi/vis/img/network/rightArrow.png",
            "type": "image/png",
            "text": 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"
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        "$:/plugins/felixhayashi/vis/img/network/upArrow.png": {
            "title": "$:/plugins/felixhayashi/vis/img/network/upArrow.png",
            "type": "image/png",
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        },
        "$:/plugins/felixhayashi/vis/readme": {
            "title": "$:/plugins/felixhayashi/vis/readme",
            "text": "! TW5-Vis.js\n\nA tiddlywiki plugin for the vis.js library.\n\n---\n\n! Notes on Copyright\n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n1. BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n2. Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! The **vis.js** library\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n1. Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n2. MIT License (MIT)\n"
        },
        "$:/plugins/felixhayashi/vis/vis.css": {
            "title": "$:/plugins/felixhayashi/vis/vis.css",
            "type": "text/vnd.tiddlywiki",
            "tags": "$:/tags/Stylesheet",
            "text": "\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n.vis .overlay{position:absolute;top:0;left:0;width:100%;height:100%;z-index:10}.vis-active{box-shadow:0 0 10px #86d5f8}.vis [class*=<<datauri \"$:/plugins/felixhayashi/vis/span\">>]{min-height:0;width:auto}div.vis-configuration{position:relative;display:block;float:left;font-size:12px}div.vis-configuration-wrapper{display:block;width:700px}div.vis-configuration.vis-config-option-container{display:block;width:495px;background-color:#fff;border:2px solid #f7f8fa;border-radius:4px;margin-top:20px;left:10px;padding-left:5px}div.vis-configuration.vis-config-button{display:block;width:495px;height:25px;vertical-align:middle;line-height:25px;background-color:#f7f8fa;border:2px solid #ceced0;border-radius:4px;margin-top:20px;left:10px;padding-left:5px;cursor:pointer;margin-bottom:30px}div.vis-configuration.vis-config-button.hover{background-color:#4588e6;border:2px solid #214373;color:#fff}div.vis-configuration.vis-config-item{display:block;float:left;width:495px;height:25px;vertical-align:middle;line-height:25px}div.vis-configuration.vis-config-item.vis-config-s2{left:10px;background-color:#f7f8fa;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-item.vis-config-s3{left:20px;background-color:#e4e9f0;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-item.vis-config-s4{left:30px;background-color:#cfd8e6;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-header{font-size:18px;font-weight:bold}div.vis-configuration.vis-config-label{width:120px;height:25px;line-height:25px}div.vis-configuration.vis-config-label.vis-config-s3{width:110px}div.vis-configuration.vis-config-label.vis-config-s4{width:100px}div.vis-configuration.vis-config-colorBlock{top:1px;width:30px;height:19px;border:1px solid #444;border-radius:2px;padding:0;margin:0;cursor:pointer}input.vis-configuration.vis-config-checkbox{left:-5px}input.vis-configuration.vis-config-rangeinput{position:relative;top:-5px;width:60px;height:13px;padding:1px;margin:0;pointer-events:none}input.vis-configuration.vis-config-range{-webkit-appearance:none;border:0 solid white;background-color:rgba(0,0,0,0);width:300px;height:20px}input.vis-configuration.vis-config-range::-webkit-slider-runnable-track{width:300px;height:5px;background:#dedede;background:-moz-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#dedede),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-o-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:linear-gradient(to bottom,#dedede 0,#c8c8c8 99%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#dedede',endColorstr=<<datauri \"$:/plugins/felixhayashi/vis/#c8c8c8\">>,GradientType=0);border:1px solid #999;box-shadow:#aaa 0 0 3px 0;border-radius:3px}input.vis-configuration.vis-config-range::-webkit-slider-thumb{-webkit-appearance:none;border:1px solid #14334b;height:17px;width:17px;border-radius:50%;background:#3876c2;background:-moz-linear-gradient(top,#3876c2 0,#385380 100%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#3876c2),color-stop(100%,#385380));background:-webkit-linear-gradient(top,#3876c2 0,#385380 100%);background:-o-linear-gradient(top,#3876c2 0,#385380 100%);background:-ms-linear-gradient(top,#3876c2 0,#385380 100%);background:linear-gradient(to bottom,#3876c2 0,#385380 100%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#3876c2',endColorstr=<<datauri \"$:/plugins/felixhayashi/vis/#385380\">>,GradientType=0);box-shadow:#111927 0 0 1px 0;margin-top:-7px}input.vis-configuration.vis-config-range:focus{outline:0}input.vis-configuration.vis-config-range:focus::-webkit-slider-runnable-track{background:#9d9d9d;background:-moz-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#9d9d9d),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-o-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:linear-gradient(to bottom,#9d9d9d 0,#c8c8c8 99%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#9d9d9d',endColorstr=<<datauri \"$:/plugins/felixhayashi/vis/#c8c8c8\">>,GradientType=0)}input.vis-configuration.vis-config-range::-moz-range-track{width:300px;height:10px;background:#dedede;background:-moz-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#dedede),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-o-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:linear-gradient(to bottom,#dedede 0,#c8c8c8 99%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#dedede',endColorstr=<<datauri \"$:/plugins/felixhayashi/vis/#c8c8c8\">>,GradientType=0);border:1px solid #999;box-shadow:#aaa 0 0 3px 0;border-radius:3px}input.vis-configuration.vis-config-range::-moz-range-thumb{border:0;height:16px;width:16px;border-radius:50%;background:#385380}input.vis-configuration.vis-config-range:-moz-focusring{outline:1px solid white;outline-offset:-1px}input.vis-configuration.vis-config-range::-ms-track{width:300px;height:5px;background:transparent;border-color:transparent;border-width:6px 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strict\";exports.util=__webpack_require__(1);exports.DOMutil=__webpack_require__(7);exports.DataSet=__webpack_require__(8);exports.DataView=__webpack_require__(10);exports.Queue=__webpack_require__(9);exports.Graph3d=__webpack_require__(11);exports.graph3d={Camera:__webpack_require__(15),Filter:__webpack_require__(16),Point2d:__webpack_require__(14),Point3d:__webpack_require__(13),Slider:__webpack_require__(17),StepNumber:__webpack_require__(18)};exports.Timeline=__webpack_require__(19);exports.Graph2d=__webpack_require__(49);exports.timeline={DateUtil:__webpack_require__(27),DataStep:__webpack_require__(52),Range:__webpack_require__(24),stack:__webpack_require__(32),TimeStep:__webpack_require__(30),components:{items:{Item:__webpack_require__(34),BackgroundItem:__webpack_require__(38),BoxItem:__webpack_require__(36),PointItem:__webpack_require__(37),RangeItem:__webpack_require__(33)},Component:__webpack_require__(26),CurrentTime:__webpack_require__(44),CustomTime:__webpack_require__(42),DataAxis:__webpack_require__(51),GraphGroup:__webpack_require__(53),Group:__webpack_require__(31),BackgroundGroup:__webpack_require__(35),ItemSet:__webpack_require__(29),Legend:__webpack_require__(57),LineGraph:__webpack_require__(50),TimeAxis:__webpack_require__(39)}};exports.Network=__webpack_require__(59);exports.network={Images:__webpack_require__(117),dotparser:__webpack_require__(115),gephiParser:__webpack_require__(116),allOptions:__webpack_require__(111)};exports.network.convertDot=function(input){return exports.network.dotparser.DOTToGraph(input)};exports.network.convertGephi=function(input,options){return exports.network.gephiParser.parseGephi(input,options)};exports.moment=__webpack_require__(2);exports.Hammer=__webpack_require__(20);exports.keycharm=__webpack_require__(41)},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(2);var uuid=__webpack_require__(6);exports.isNumber=function(object){return object instanceof Number||typeof object==\"number\"};exports.recursiveDOMDelete=function(DOMobject){if(DOMobject){while(DOMobject.hasChildNodes()===true){exports.recursiveDOMDelete(DOMobject.firstChild);DOMobject.removeChild(DOMobject.firstChild)}}};exports.giveRange=function(min,max,total,value){if(max==min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}};exports.isString=function(object){return object instanceof String||typeof object==\"string\"};exports.isDate=function(object){if(object instanceof Date){return true}else if(exports.isString(object)){var match=ASPDateRegex.exec(object);if(match){return true}else if(!isNaN(Date.parse(object))){return true}}return false};exports.randomUUID=function(){return uuid.v4()};exports.assignAllKeys=function(obj,value){for(var prop in obj){if(obj.hasOwnProperty(prop)){if(typeof obj[prop]!==\"object\"){obj[prop]=value}}}};exports.fillIfDefined=function(a,b){var allowDeletion=arguments.length<=2||arguments[2]===undefined?false:arguments[2];for(var prop in a){if(b[prop]!==undefined){if(typeof b[prop]!==\"object\"){if((b[prop]===undefined||b[prop]===null)&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}else{if(typeof a[prop]===\"object\"){exports.fillIfDefined(a[prop],b[prop],allowDeletion)}}}}};exports.protoExtend=function(a,b){for(var i=1;i<arguments.length;i++){var other=arguments[i];for(var prop in other){a[prop]=other[prop]}}return a};exports.extend=function(a,b){for(var i=1;i<arguments.length;i++){var other=arguments[i];for(var prop in other){if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveExtend=function(props,a,b){if(!Array.isArray(props)){throw new Error(\"Array with property names expected as first argument\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveDeepExtend=function(props,a,b){var allowDeletion=arguments.length<=3||arguments[3]===undefined?false:arguments[3];if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],false,allowDeletion)}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}}}return a};exports.selectiveNotDeepExtend=function(props,a,b){var allowDeletion=arguments.length<=3||arguments[3]===undefined?false:arguments[3];if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var prop in b){if(b.hasOwnProperty(prop)){if(props.indexOf(prop)==-1){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop])}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){a[prop]=[];for(var i=0;i<b[prop].length;i++){a[prop].push(b[prop][i])}}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}}}return a};exports.deepExtend=function(a,b,protoExtend,allowDeletion){for(var prop in b){if(b.hasOwnProperty(prop)||protoExtend===true){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],protoExtend)}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){a[prop]=[];for(var i=0;i<b[prop].length;i++){a[prop].push(b[prop][i])}}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}}return a};exports.equalArray=function(a,b){if(a.length!=b.length)return false;for(var i=0,len=a.length;i<len;i++){if(a[i]!=b[i])return false}return true};exports.convert=function(object,type){var match;if(object===undefined){return undefined}if(object===null){return null}if(!type){return object}if(!(typeof type===\"string\")&&!(type instanceof String)){throw new Error(\"Type must be a string\")}switch(type){case\"boolean\":case\"Boolean\":return Boolean(object);case\"number\":case\"Number\":return Number(object.valueOf());case\"string\":case\"String\":return String(object);case\"Date\":if(exports.isNumber(object)){return new Date(object)}if(object instanceof Date){return new Date(object.valueOf())}else if(moment.isMoment(object)){return new Date(object.valueOf())}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1]))}else{return moment(object).toDate()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"Moment\":if(exports.isNumber(object)){return moment(object)}if(object instanceof Date){return moment(object.valueOf())}else if(moment.isMoment(object)){return moment(object)}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return moment(Number(match[1]))}else{return moment(object)}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"ISODate\":if(exports.isNumber(object)){return new Date(object)}else if(object instanceof Date){return object.toISOString()}else if(moment.isMoment(object)){return object.toDate().toISOString()}else if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1])).toISOString()}else{return new Date(object).toISOString()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ISODate\")}case\"ASPDate\":if(exports.isNumber(object)){return\"/Date(\"+object+\")/\"}else if(object instanceof Date){return\"/Date(\"+object.valueOf()+\")/\"}else if(exports.isString(object)){match=ASPDateRegex.exec(object);var value;if(match){value=new Date(Number(match[1])).valueOf()}else{value=new Date(object).valueOf()}return\"/Date(\"+value+\")/\"}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ASPDate\")}default:throw new Error('Unknown type \"'+type+'\"')}};var ASPDateRegex=/^\\/?Date\\((\\-?\\d+)/i;exports.getType=function(object){var type=typeof object;if(type==\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"Boolean\"}if(object instanceof Number){return\"Number\"}if(object instanceof String){return\"String\"}if(Array.isArray(object)){return\"Array\"}if(object instanceof Date){return\"Date\"}return\"Object\"}else if(type==\"number\"){return\"Number\"}else if(type==\"boolean\"){return\"Boolean\"}else if(type==\"string\"){return\"String\"}else if(type===undefined){return\"undefined\"}return type};exports.copyAndExtendArray=function(arr,newValue){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}newArr.push(newValue);return newArr};exports.copyArray=function(arr){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}return newArr};exports.getAbsoluteLeft=function(elem){return elem.getBoundingClientRect().left};exports.getAbsoluteTop=function(elem){return elem.getBoundingClientRect().top};exports.addClassName=function(elem,className){var classes=elem.className.split(\" \");if(classes.indexOf(className)==-1){classes.push(className);elem.className=classes.join(\" \")}};exports.removeClassName=function(elem,className){var classes=elem.className.split(\" \");var index=classes.indexOf(className);if(index!=-1){classes.splice(index,1);elem.className=classes.join(\" \")}};exports.forEach=function(object,callback){var i,len;if(Array.isArray(object)){for(i=0,len=object.length;i<len;i++){callback(object[i],i,object)}}else{for(i in object){if(object.hasOwnProperty(i)){callback(object[i],i,object)}}}};exports.toArray=function(object){var array=[];for(var prop in object){if(object.hasOwnProperty(prop))array.push(object[prop])}return array};exports.updateProperty=function(object,key,value){if(object[key]!==value){object[key]=value;return true}else{return false}};exports.throttle=function(fn,wait){var timeout=null;var needExecution=false;return function throttled(){if(!timeout){needExecution=false;fn();timeout=setTimeout(function(){timeout=null;if(needExecution){throttled()}},wait)}else{needExecution=true}}};exports.addEventListener=function(element,action,listener,useCapture){if(element.addEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.addEventListener(action,listener,useCapture)}else{element.attachEvent(\"on\"+action,listener)}};exports.removeEventListener=function(element,action,listener,useCapture){if(element.removeEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.removeEventListener(action,listener,useCapture)}else{element.detachEvent(\"on\"+action,listener)}};exports.preventDefault=function(event){if(!event)event=window.event;if(event.preventDefault){event.preventDefault()}else{event.returnValue=false}};exports.getTarget=function(event){if(!event){event=window.event}var target;if(event.target){target=event.target}else if(event.srcElement){target=event.srcElement}if(target.nodeType!=undefined&&target.nodeType==3){target=target.parentNode}return target};exports.hasParent=function(element,parent){var e=element;while(e){if(e===parent){return true}e=e.parentNode}return false};exports.option={};exports.option.asBoolean=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return value!=false}return defaultValue||null};exports.option.asNumber=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return Number(value)||defaultValue||null}return defaultValue||null};exports.option.asString=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return String(value)}return defaultValue||null};exports.option.asSize=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(exports.isString(value)){return value}else if(exports.isNumber(value)){return value+\"px\"}else{return defaultValue||null}};exports.option.asElement=function(value,defaultValue){if(typeof value==\"function\"){value=value()}return value||defaultValue||null};exports.hexToRGB=function(hex){var shorthandRegex=/^#?([a-f\\d])([a-f\\d])([a-f\\d])$/i;hex=hex.replace(shorthandRegex,function(m,r,g,b){return r+r+g+g+b+b});var result=/^#?([a-f\\d]{2})([a-f\\d]{2})([a-f\\d]{2})$/i.exec(hex);return result?{r:parseInt(result[1],16),g:parseInt(result[2],16),b:parseInt(result[3],16)}:null};exports.overrideOpacity=function(color,opacity){if(color.indexOf(\"rgba\")!=-1){return color}else if(color.indexOf(\"rgb\")!=-1){var rgb=color.substr(color.indexOf(\"(\")+1).replace(\")\",\"\").split(\",\");return\"rgba(\"+rgb[0]+\",\"+rgb[1]+\",\"+rgb[2]+\",\"+opacity+\")\"}else{var rgb=exports.hexToRGB(color);if(rgb==null){return color}else{return\"rgba(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\",\"+opacity+\")\"}}};exports.RGBToHex=function(red,green,blue){return\"#\"+((1<<24)+(red<<16)+(green<<8)+blue).toString(16).slice(1)};exports.parseColor=function(color){var c;if(exports.isString(color)===true){if(exports.isValidRGB(color)===true){var rgb=color.substr(4).substr(0,color.length-5).split(\",\").map(function(value){return parseInt(value)});color=exports.RGBToHex(rgb[0],rgb[1],rgb[2])}if(exports.isValidHex(color)===true){var hsv=exports.hexToHSV(color);var lighterColorHSV={h:hsv.h,s:hsv.s*.8,v:Math.min(1,hsv.v*1.02)};var darkerColorHSV={h:hsv.h,s:Math.min(1,hsv.s*1.25),v:hsv.v*.8};var darkerColorHex=exports.HSVToHex(darkerColorHSV.h,darkerColorHSV.s,darkerColorHSV.v);var lighterColorHex=exports.HSVToHex(lighterColorHSV.h,lighterColorHSV.s,lighterColorHSV.v);c={background:color,border:darkerColorHex,highlight:{background:lighterColorHex,border:darkerColorHex},hover:{background:lighterColorHex,border:darkerColorHex}}}else{c={background:color,border:color,highlight:{background:color,border:color},hover:{background:color,border:color}}}}else{c={};c.background=color.background||undefined;c.border=color.border||undefined;if(exports.isString(color.highlight)){c.highlight={border:color.highlight,background:color.highlight}}else{c.highlight={};c.highlight.background=color.highlight&&color.highlight.background||undefined;c.highlight.border=color.highlight&&color.highlight.border||undefined}if(exports.isString(color.hover)){c.hover={border:color.hover,background:color.hover}}else{c.hover={};c.hover.background=color.hover&&color.hover.background||undefined;c.hover.border=color.hover&&color.hover.border||undefined}}return c};exports.RGBToHSV=function(red,green,blue){red=red/255;green=green/255;blue=blue/255;var minRGB=Math.min(red,Math.min(green,blue));var maxRGB=Math.max(red,Math.max(green,blue));if(minRGB==maxRGB){return{h:0,s:0,v:minRGB}}var d=red==minRGB?green-blue:blue==minRGB?red-green:blue-red;var h=red==minRGB?3:blue==minRGB?1:5;var hue=60*(h-d/(maxRGB-minRGB))/360;var saturation=(maxRGB-minRGB)/maxRGB;var value=maxRGB;return{h:hue,s:saturation,v:value}};var cssUtil={split:function split(cssText){var styles={};cssText.split(\";\").forEach(function(style){if(style.trim()!=\"\"){var parts=style.split(\":\");var key=parts[0].trim();var value=parts[1].trim();styles[key]=value}});return styles},join:function join(styles){return Object.keys(styles).map(function(key){return key+\": \"+styles[key]}).join(\"; \")}};exports.addCssText=function(element,cssText){var currentStyles=cssUtil.split(element.style.cssText);var newStyles=cssUtil.split(cssText);var styles=exports.extend(currentStyles,newStyles);element.style.cssText=cssUtil.join(styles)};exports.removeCssText=function(element,cssText){var styles=cssUtil.split(element.style.cssText);var removeStyles=cssUtil.split(cssText);for(var key in removeStyles){if(removeStyles.hasOwnProperty(key)){delete styles[key]}}element.style.cssText=cssUtil.join(styles)};exports.HSVToRGB=function(h,s,v){var r,g,b;var i=Math.floor(h*6);var f=h*6-i;var p=v*(1-s);var q=v*(1-f*s);var t=v*(1-(1-f)*s);switch(i%6){case 0:r=v,g=t,b=p;break;case 1:r=q,g=v,b=p;break;case 2:r=p,g=v,b=t;break;case 3:r=p,g=q,b=v;break;case 4:r=t,g=p,b=v;break;case 5:r=v,g=p,b=q;break}return{r:Math.floor(r*255),g:Math.floor(g*255),b:Math.floor(b*255)}};exports.HSVToHex=function(h,s,v){var rgb=exports.HSVToRGB(h,s,v);return exports.RGBToHex(rgb.r,rgb.g,rgb.b)};exports.hexToHSV=function(hex){var rgb=exports.hexToRGB(hex);return exports.RGBToHSV(rgb.r,rgb.g,rgb.b)};exports.isValidHex=function(hex){var isOk=/(^#[0-9A-F]{6}$)|(^#[0-9A-F]{3}$)/i.test(hex);return isOk};exports.isValidRGB=function(rgb){rgb=rgb.replace(\" \",\"\");var isOk=/rgb\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3})\\)/i.test(rgb);return isOk};exports.isValidRGBA=function(rgba){rgba=rgba.replace(\" \",\"\");var isOk=/rgba\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3}),(.{1,3})\\)/i.test(rgba);return isOk};exports.selectiveBridgeObject=function(fields,referenceObject){if(typeof referenceObject==\"object\"){var objectTo=Object.create(referenceObject);for(var i=0;i<fields.length;i++){if(referenceObject.hasOwnProperty(fields[i])){if(typeof referenceObject[fields[i]]==\"object\"){objectTo[fields[i]]=exports.bridgeObject(referenceObject[fields[i]])}}}return objectTo}else{return null}};exports.bridgeObject=function(referenceObject){if(typeof referenceObject==\"object\"){var objectTo=Object.create(referenceObject);for(var i in referenceObject){if(referenceObject.hasOwnProperty(i)){if(typeof referenceObject[i]==\"object\"){objectTo[i]=exports.bridgeObject(referenceObject[i])}}}return objectTo}else{return null}};exports.mergeOptions=function(mergeTarget,options,option){var allowDeletion=arguments.length<=3||arguments[3]===undefined?false:arguments[3];var globalOptions=arguments.length<=4||arguments[4]===undefined?{}:arguments[4];if(options[option]===null){mergeTarget[option]=Object.create(globalOptions[option])}else{if(options[option]!==undefined){if(typeof options[option]===\"boolean\"){mergeTarget[option].enabled=options[option]}else{if(options[option].enabled===undefined){mergeTarget[option].enabled=true}for(var prop in options[option]){if(options[option].hasOwnProperty(prop)){mergeTarget[option][prop]=options[option][prop]}}}}}};exports.binarySearchCustom=function(orderedItems,searchFunction,field,field2){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;while(low<=high&&iteration<maxIterations){var middle=Math.floor((low+high)/2);var item=orderedItems[middle];var value=field2===undefined?item[field]:item[field][field2];var searchResult=searchFunction(value);if(searchResult==0){return middle}else if(searchResult==-1){low=middle+1}else{high=middle-1}iteration++}return-1};exports.binarySearchValue=function(orderedItems,target,field,sidePreference){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;var prevValue,value,nextValue,middle;while(low<=high&&iteration<maxIterations){middle=Math.floor(.5*(high+low));prevValue=orderedItems[Math.max(0,middle-1)][field];value=orderedItems[middle][field];nextValue=orderedItems[Math.min(orderedItems.length-1,middle+1)][field];if(value==target){return middle}else if(prevValue<target&&value>target){return sidePreference==\"before\"?Math.max(0,middle-1):middle}else if(value<target&&nextValue>target){return sidePreference==\"before\"?middle:Math.min(orderedItems.length-1,middle+1)}else{if(value<target){low=middle+1}else{high=middle-1}}iteration++}return-1};exports.easingFunctions={linear:function linear(t){return t},easeInQuad:function easeInQuad(t){return t*t},easeOutQuad:function easeOutQuad(t){return t*(2-t)},easeInOutQuad:function easeInOutQuad(t){return t<.5?2*t*t:-1+(4-2*t)*t},easeInCubic:function easeInCubic(t){return t*t*t},easeOutCubic:function easeOutCubic(t){return--t*t*t+1},easeInOutCubic:function easeInOutCubic(t){return t<.5?4*t*t*t:(t-1)*(2*t-2)*(2*t-2)+1},easeInQuart:function easeInQuart(t){return t*t*t*t},easeOutQuart:function easeOutQuart(t){return 1- --t*t*t*t},easeInOutQuart:function easeInOutQuart(t){return t<.5?8*t*t*t*t:1-8*--t*t*t*t},easeInQuint:function easeInQuint(t){return t*t*t*t*t},easeOutQuint:function easeOutQuint(t){return 1+--t*t*t*t*t},easeInOutQuint:function easeInOutQuint(t){return t<.5?16*t*t*t*t*t:1+16*--t*t*t*t*t}}},function(module,exports,__webpack_require__){\"use strict\";module.exports=typeof window!==\"undefined\"&&window[\"moment\"]||__webpack_require__(3)},function(module,exports,__webpack_require__){(function(module){(function(global,factory){true?module.exports=factory():typeof define===\"function\"&&define.amd?define(factory):global.moment=factory()})(this,function(){\"use strict\";var hookCallback;function utils_hooks__hooks(){return hookCallback.apply(null,arguments)}function setHookCallback(callback){hookCallback=callback}function isArray(input){return Object.prototype.toString.call(input)===\"[object Array]\"}function isDate(input){return input instanceof Date||Object.prototype.toString.call(input)===\"[object Date]\"}function map(arr,fn){var res=[],i;for(i=0;i<arr.length;++i){res.push(fn(arr[i],i))}return res}function hasOwnProp(a,b){return Object.prototype.hasOwnProperty.call(a,b)}function extend(a,b){for(var i in b){if(hasOwnProp(b,i)){a[i]=b[i]}}if(hasOwnProp(b,\"toString\")){a.toString=b.toString}if(hasOwnProp(b,\"valueOf\")){a.valueOf=b.valueOf}return a}function create_utc__createUTC(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,true).utc()}function defaultParsingFlags(){return{empty:false,unusedTokens:[],unusedInput:[],overflow:-2,charsLeftOver:0,nullInput:false,invalidMonth:null,invalidFormat:false,userInvalidated:false,iso:false}}function getParsingFlags(m){if(m._pf==null){m._pf=defaultParsingFlags()}return m._pf}function valid__isValid(m){if(m._isValid==null){var flags=getParsingFlags(m);m._isValid=!isNaN(m._d.getTime())&&flags.overflow<0&&!flags.empty&&!flags.invalidMonth&&!flags.invalidWeekday&&!flags.nullInput&&!flags.invalidFormat&&!flags.userInvalidated;if(m._strict){m._isValid=m._isValid&&flags.charsLeftOver===0&&flags.unusedTokens.length===0&&flags.bigHour===undefined}}return m._isValid}function valid__createInvalid(flags){var m=create_utc__createUTC(NaN);if(flags!=null){extend(getParsingFlags(m),flags)}else{getParsingFlags(m).userInvalidated=true}return m}var momentProperties=utils_hooks__hooks.momentProperties=[];function copyConfig(to,from){var i,prop,val;if(typeof from._isAMomentObject!==\"undefined\"){to._isAMomentObject=from._isAMomentObject}if(typeof from._i!==\"undefined\"){to._i=from._i}if(typeof from._f!==\"undefined\"){to._f=from._f}if(typeof from._l!==\"undefined\"){to._l=from._l}if(typeof from._strict!==\"undefined\"){to._strict=from._strict}if(typeof from._tzm!==\"undefined\"){to._tzm=from._tzm}if(typeof from._isUTC!==\"undefined\"){to._isUTC=from._isUTC}if(typeof from._offset!==\"undefined\"){to._offset=from._offset}if(typeof from._pf!==\"undefined\"){to._pf=getParsingFlags(from)}if(typeof from._locale!==\"undefined\"){to._locale=from._locale}if(momentProperties.length>0){for(i in momentProperties){prop=momentProperties[i];val=from[prop];if(typeof val!==\"undefined\"){to[prop]=val}}}return to}var updateInProgress=false;function Moment(config){copyConfig(this,config);this._d=new Date(config._d!=null?config._d.getTime():NaN);if(updateInProgress===false){updateInProgress=true;utils_hooks__hooks.updateOffset(this);updateInProgress=false}}function isMoment(obj){return obj instanceof Moment||obj!=null&&obj._isAMomentObject!=null}function absFloor(number){if(number<0){return Math.ceil(number)}else{return Math.floor(number)}}function toInt(argumentForCoercion){var coercedNumber=+argumentForCoercion,value=0;if(coercedNumber!==0&&isFinite(coercedNumber)){value=absFloor(coercedNumber)}return value}function compareArrays(array1,array2,dontConvert){var len=Math.min(array1.length,array2.length),lengthDiff=Math.abs(array1.length-array2.length),diffs=0,i;for(i=0;i<len;i++){if(dontConvert&&array1[i]!==array2[i]||!dontConvert&&toInt(array1[i])!==toInt(array2[i])){diffs++}}return diffs+lengthDiff}function Locale(){}var locales={};var globalLocale;function normalizeLocale(key){return key?key.toLowerCase().replace(\"_\",\"-\"):key}function chooseLocale(names){var i=0,j,next,locale,split;while(i<names.length){split=normalizeLocale(names[i]).split(\"-\");j=split.length;next=normalizeLocale(names[i+1]);next=next?next.split(\"-\"):null;while(j>0){locale=loadLocale(split.slice(0,j).join(\"-\"));if(locale){return locale}if(next&&next.length>=j&&compareArrays(split,next,true)>=j-1){break}j--}i++}return null}function loadLocale(name){var oldLocale=null;if(!locales[name]&&typeof module!==\"undefined\"&&module&&module.exports){try{oldLocale=globalLocale._abbr;!function webpackMissingModule(){var e=new Error('Cannot find module \"./locale\"');e.code=\"MODULE_NOT_FOUND\";throw e}();locale_locales__getSetGlobalLocale(oldLocale)}catch(e){}}return locales[name]}function locale_locales__getSetGlobalLocale(key,values){var data;if(key){if(typeof values===\"undefined\"){data=locale_locales__getLocale(key)}else{data=defineLocale(key,values)}if(data){globalLocale=data}}return globalLocale._abbr}function defineLocale(name,values){if(values!==null){values.abbr=name;locales[name]=locales[name]||new Locale;locales[name].set(values);locale_locales__getSetGlobalLocale(name);return locales[name]}else{delete locales[name];return null}}function locale_locales__getLocale(key){var locale;if(key&&key._locale&&key._locale._abbr){key=key._locale._abbr}if(!key){return globalLocale}if(!isArray(key)){locale=loadLocale(key);if(locale){return locale}key=[key]}return chooseLocale(key)}var aliases={};function addUnitAlias(unit,shorthand){var lowerCase=unit.toLowerCase();aliases[lowerCase]=aliases[lowerCase+\"s\"]=aliases[shorthand]=unit}function normalizeUnits(units){return typeof units===\"string\"?aliases[units]||aliases[units.toLowerCase()]:undefined}function normalizeObjectUnits(inputObject){var normalizedInput={},normalizedProp,prop;for(prop in inputObject){if(hasOwnProp(inputObject,prop)){normalizedProp=normalizeUnits(prop);if(normalizedProp){normalizedInput[normalizedProp]=inputObject[prop]}}}return normalizedInput}function makeGetSet(unit,keepTime){return function(value){if(value!=null){get_set__set(this,unit,value);utils_hooks__hooks.updateOffset(this,keepTime);return this}else{return get_set__get(this,unit)}}}function get_set__get(mom,unit){return mom._d[\"get\"+(mom._isUTC?\"UTC\":\"\")+unit]()}function get_set__set(mom,unit,value){return mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+unit](value)}function getSet(units,value){var unit;if(typeof units===\"object\"){for(unit in units){this.set(unit,units[unit])}}else{units=normalizeUnits(units);if(typeof this[units]===\"function\"){return this[units](value)}}return this}function zeroFill(number,targetLength,forceSign){var absNumber=\"\"+Math.abs(number),zerosToFill=targetLength-absNumber.length,sign=number>=0;return(sign?forceSign?\"+\":\"\":\"-\")+Math.pow(10,Math.max(0,zerosToFill)).toString().substr(1)+absNumber}var formattingTokens=/(\\[[^\\[]*\\])|(\\\\)?(Mo|MM?M?M?|Do|DDDo|DD?D?D?|ddd?d?|do?|w[o|w]?|W[o|W]?|Q|YYYYYY|YYYYY|YYYY|YY|gg(ggg?)?|GG(GGG?)?|e|E|a|A|hh?|HH?|mm?|ss?|S{1,9}|x|X|zz?|ZZ?|.)/g;var localFormattingTokens=/(\\[[^\\[]*\\])|(\\\\)?(LTS|LT|LL?L?L?|l{1,4})/g;var formatFunctions={};var formatTokenFunctions={};function addFormatToken(token,padded,ordinal,callback){var func=callback;if(typeof callback===\"string\"){func=function(){return this[callback]()}}if(token){formatTokenFunctions[token]=func}if(padded){formatTokenFunctions[padded[0]]=function(){return zeroFill(func.apply(this,arguments),padded[1],padded[2])}}if(ordinal){formatTokenFunctions[ordinal]=function(){return this.localeData().ordinal(func.apply(this,arguments),token)}}}function removeFormattingTokens(input){if(input.match(/\\[[\\s\\S]/)){return input.replace(/^\\[|\\]$/g,\"\")}return input.replace(/\\\\/g,\"\")}function makeFormatFunction(format){var array=format.match(formattingTokens),i,length;for(i=0,length=array.length;i<length;i++){if(formatTokenFunctions[array[i]]){array[i]=formatTokenFunctions[array[i]]}else{array[i]=removeFormattingTokens(array[i])}}return function(mom){var output=\"\";for(i=0;i<length;i++){output+=array[i]instanceof Function?array[i].call(mom,format):array[i]}return output}}function formatMoment(m,format){if(!m.isValid()){return m.localeData().invalidDate()}format=expandFormat(format,m.localeData());formatFunctions[format]=formatFunctions[format]||makeFormatFunction(format);return formatFunctions[format](m)}function expandFormat(format,locale){var i=5;function replaceLongDateFormatTokens(input){return locale.longDateFormat(input)||input}localFormattingTokens.lastIndex=0;while(i>=0&&localFormattingTokens.test(format)){format=format.replace(localFormattingTokens,replaceLongDateFormatTokens);localFormattingTokens.lastIndex=0;i-=1}return format}var match1=/\\d/;var match2=/\\d\\d/;var match3=/\\d{3}/;var match4=/\\d{4}/;var match6=/[+-]?\\d{6}/;var match1to2=/\\d\\d?/;var match1to3=/\\d{1,3}/;var match1to4=/\\d{1,4}/;var match1to6=/[+-]?\\d{1,6}/;var matchUnsigned=/\\d+/;var matchSigned=/[+-]?\\d+/;var matchOffset=/Z|[+-]\\d\\d:?\\d\\d/gi;var matchTimestamp=/[+-]?\\d+(\\.\\d{1,3})?/;var matchWord=/[0-9]*['a-z\\u00A0-\\u05FF\\u0700-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF]+|[\\u0600-\\u06FF\\/]+(\\s*?[\\u0600-\\u06FF]+){1,2}/i;var regexes={};function isFunction(sth){return typeof sth===\"function\"&&Object.prototype.toString.call(sth)===\"[object Function]\"}function addRegexToken(token,regex,strictRegex){regexes[token]=isFunction(regex)?regex:function(isStrict){return isStrict&&strictRegex?strictRegex:regex}}function getParseRegexForToken(token,config){if(!hasOwnProp(regexes,token)){return new RegExp(unescapeFormat(token))}return regexes[token](config._strict,config._locale)}function unescapeFormat(s){return s.replace(\"\\\\\",\"\").replace(/\\\\(\\[)|\\\\(\\])|\\[([^\\]\\[]*)\\]|\\\\(.)/g,function(matched,p1,p2,p3,p4){return p1||p2||p3||p4}).replace(/[-\\/\\\\^$*+?.()|[\\]{}]/g,\"\\\\$&\")}var tokens={};function addParseToken(token,callback){var i,func=callback;if(typeof token===\"string\"){token=[token]}if(typeof callback===\"number\"){func=function(input,array){array[callback]=toInt(input)}}for(i=0;i<token.length;i++){tokens[token[i]]=func}}function addWeekParseToken(token,callback){addParseToken(token,function(input,array,config,token){config._w=config._w||{};callback(input,config._w,config,token)})}function addTimeToArrayFromToken(token,input,config){if(input!=null&&hasOwnProp(tokens,token)){tokens[token](input,config._a,config,token)}}var YEAR=0;var MONTH=1;var DATE=2;var HOUR=3;var MINUTE=4;var SECOND=5;var MILLISECOND=6;function daysInMonth(year,month){return new Date(Date.UTC(year,month+1,0)).getUTCDate()}addFormatToken(\"M\",[\"MM\",2],\"Mo\",function(){return this.month()+1});addFormatToken(\"MMM\",0,0,function(format){return this.localeData().monthsShort(this,format)});addFormatToken(\"MMMM\",0,0,function(format){return this.localeData().months(this,format);\n\n});addUnitAlias(\"month\",\"M\");addRegexToken(\"M\",match1to2);addRegexToken(\"MM\",match1to2,match2);addRegexToken(\"MMM\",matchWord);addRegexToken(\"MMMM\",matchWord);addParseToken([\"M\",\"MM\"],function(input,array){array[MONTH]=toInt(input)-1});addParseToken([\"MMM\",\"MMMM\"],function(input,array,config,token){var month=config._locale.monthsParse(input,token,config._strict);if(month!=null){array[MONTH]=month}else{getParsingFlags(config).invalidMonth=input}});var defaultLocaleMonths=\"January_February_March_April_May_June_July_August_September_October_November_December\".split(\"_\");function localeMonths(m){return this._months[m.month()]}var defaultLocaleMonthsShort=\"Jan_Feb_Mar_Apr_May_Jun_Jul_Aug_Sep_Oct_Nov_Dec\".split(\"_\");function localeMonthsShort(m){return this._monthsShort[m.month()]}function localeMonthsParse(monthName,format,strict){var i,mom,regex;if(!this._monthsParse){this._monthsParse=[];this._longMonthsParse=[];this._shortMonthsParse=[]}for(i=0;i<12;i++){mom=create_utc__createUTC([2e3,i]);if(strict&&!this._longMonthsParse[i]){this._longMonthsParse[i]=new RegExp(\"^\"+this.months(mom,\"\").replace(\".\",\"\")+\"$\",\"i\");this._shortMonthsParse[i]=new RegExp(\"^\"+this.monthsShort(mom,\"\").replace(\".\",\"\")+\"$\",\"i\")}if(!strict&&!this._monthsParse[i]){regex=\"^\"+this.months(mom,\"\")+\"|^\"+this.monthsShort(mom,\"\");this._monthsParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(strict&&format===\"MMMM\"&&this._longMonthsParse[i].test(monthName)){return i}else if(strict&&format===\"MMM\"&&this._shortMonthsParse[i].test(monthName)){return i}else if(!strict&&this._monthsParse[i].test(monthName)){return i}}}function setMonth(mom,value){var dayOfMonth;if(typeof value===\"string\"){value=mom.localeData().monthsParse(value);if(typeof value!==\"number\"){return mom}}dayOfMonth=Math.min(mom.date(),daysInMonth(mom.year(),value));mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+\"Month\"](value,dayOfMonth);return mom}function getSetMonth(value){if(value!=null){setMonth(this,value);utils_hooks__hooks.updateOffset(this,true);return this}else{return get_set__get(this,\"Month\")}}function getDaysInMonth(){return daysInMonth(this.year(),this.month())}function checkOverflow(m){var overflow;var a=m._a;if(a&&getParsingFlags(m).overflow===-2){overflow=a[MONTH]<0||a[MONTH]>11?MONTH:a[DATE]<1||a[DATE]>daysInMonth(a[YEAR],a[MONTH])?DATE:a[HOUR]<0||a[HOUR]>24||a[HOUR]===24&&(a[MINUTE]!==0||a[SECOND]!==0||a[MILLISECOND]!==0)?HOUR:a[MINUTE]<0||a[MINUTE]>59?MINUTE:a[SECOND]<0||a[SECOND]>59?SECOND:a[MILLISECOND]<0||a[MILLISECOND]>999?MILLISECOND:-1;if(getParsingFlags(m)._overflowDayOfYear&&(overflow<YEAR||overflow>DATE)){overflow=DATE}getParsingFlags(m).overflow=overflow}return m}function warn(msg){if(utils_hooks__hooks.suppressDeprecationWarnings===false&&typeof console!==\"undefined\"&&console.warn){console.warn(\"Deprecation warning: \"+msg)}}function deprecate(msg,fn){var firstTime=true;return extend(function(){if(firstTime){warn(msg+\"\\n\"+(new Error).stack);firstTime=false}return fn.apply(this,arguments)},fn)}var deprecations={};function deprecateSimple(name,msg){if(!deprecations[name]){warn(msg);deprecations[name]=true}}utils_hooks__hooks.suppressDeprecationWarnings=false;var from_string__isoRegex=/^\\s*(?:[+-]\\d{6}|\\d{4})-(?:(\\d\\d-\\d\\d)|(W\\d\\d$)|(W\\d\\d-\\d)|(\\d\\d\\d))((T| )(\\d\\d(:\\d\\d(:\\d\\d(\\.\\d+)?)?)?)?([\\+\\-]\\d\\d(?::?\\d\\d)?|\\s*Z)?)?$/;var isoDates=[[\"YYYYYY-MM-DD\",/[+-]\\d{6}-\\d{2}-\\d{2}/],[\"YYYY-MM-DD\",/\\d{4}-\\d{2}-\\d{2}/],[\"GGGG-[W]WW-E\",/\\d{4}-W\\d{2}-\\d/],[\"GGGG-[W]WW\",/\\d{4}-W\\d{2}/],[\"YYYY-DDD\",/\\d{4}-\\d{3}/]];var isoTimes=[[\"HH:mm:ss.SSSS\",/(T| )\\d\\d:\\d\\d:\\d\\d\\.\\d+/],[\"HH:mm:ss\",/(T| )\\d\\d:\\d\\d:\\d\\d/],[\"HH:mm\",/(T| )\\d\\d:\\d\\d/],[\"HH\",/(T| )\\d\\d/]];var aspNetJsonRegex=/^\\/?Date\\((\\-?\\d+)/i;function configFromISO(config){var i,l,string=config._i,match=from_string__isoRegex.exec(string);if(match){getParsingFlags(config).iso=true;for(i=0,l=isoDates.length;i<l;i++){if(isoDates[i][1].exec(string)){config._f=isoDates[i][0];break}}for(i=0,l=isoTimes.length;i<l;i++){if(isoTimes[i][1].exec(string)){config._f+=(match[6]||\" \")+isoTimes[i][0];break}}if(string.match(matchOffset)){config._f+=\"Z\"}configFromStringAndFormat(config)}else{config._isValid=false}}function configFromString(config){var matched=aspNetJsonRegex.exec(config._i);if(matched!==null){config._d=new Date(+matched[1]);return}configFromISO(config);if(config._isValid===false){delete config._isValid;utils_hooks__hooks.createFromInputFallback(config)}}utils_hooks__hooks.createFromInputFallback=deprecate(\"moment construction falls back to js Date. This is \"+\"discouraged and will be removed in upcoming major \"+\"release. Please refer to \"+\"https://github.com/moment/moment/issues/1407 for more info.\",function(config){config._d=new Date(config._i+(config._useUTC?\" UTC\":\"\"))});function createDate(y,m,d,h,M,s,ms){var date=new Date(y,m,d,h,M,s,ms);if(y<1970){date.setFullYear(y)}return date}function createUTCDate(y){var date=new Date(Date.UTC.apply(null,arguments));if(y<1970){date.setUTCFullYear(y)}return date}addFormatToken(0,[\"YY\",2],0,function(){return this.year()%100});addFormatToken(0,[\"YYYY\",4],0,\"year\");addFormatToken(0,[\"YYYYY\",5],0,\"year\");addFormatToken(0,[\"YYYYYY\",6,true],0,\"year\");addUnitAlias(\"year\",\"y\");addRegexToken(\"Y\",matchSigned);addRegexToken(\"YY\",match1to2,match2);addRegexToken(\"YYYY\",match1to4,match4);addRegexToken(\"YYYYY\",match1to6,match6);addRegexToken(\"YYYYYY\",match1to6,match6);addParseToken([\"YYYYY\",\"YYYYYY\"],YEAR);addParseToken(\"YYYY\",function(input,array){array[YEAR]=input.length===2?utils_hooks__hooks.parseTwoDigitYear(input):toInt(input)});addParseToken(\"YY\",function(input,array){array[YEAR]=utils_hooks__hooks.parseTwoDigitYear(input)});function daysInYear(year){return isLeapYear(year)?366:365}function isLeapYear(year){return year%4===0&&year%100!==0||year%400===0}utils_hooks__hooks.parseTwoDigitYear=function(input){return toInt(input)+(toInt(input)>68?1900:2e3)};var getSetYear=makeGetSet(\"FullYear\",false);function getIsLeapYear(){return isLeapYear(this.year())}addFormatToken(\"w\",[\"ww\",2],\"wo\",\"week\");addFormatToken(\"W\",[\"WW\",2],\"Wo\",\"isoWeek\");addUnitAlias(\"week\",\"w\");addUnitAlias(\"isoWeek\",\"W\");addRegexToken(\"w\",match1to2);addRegexToken(\"ww\",match1to2,match2);addRegexToken(\"W\",match1to2);addRegexToken(\"WW\",match1to2,match2);addWeekParseToken([\"w\",\"ww\",\"W\",\"WW\"],function(input,week,config,token){week[token.substr(0,1)]=toInt(input)});function weekOfYear(mom,firstDayOfWeek,firstDayOfWeekOfYear){var end=firstDayOfWeekOfYear-firstDayOfWeek,daysToDayOfWeek=firstDayOfWeekOfYear-mom.day(),adjustedMoment;if(daysToDayOfWeek>end){daysToDayOfWeek-=7}if(daysToDayOfWeek<end-7){daysToDayOfWeek+=7}adjustedMoment=local__createLocal(mom).add(daysToDayOfWeek,\"d\");return{week:Math.ceil(adjustedMoment.dayOfYear()/7),year:adjustedMoment.year()}}function localeWeek(mom){return weekOfYear(mom,this._week.dow,this._week.doy).week}var defaultLocaleWeek={dow:0,doy:6};function localeFirstDayOfWeek(){return this._week.dow}function localeFirstDayOfYear(){return this._week.doy}function getSetWeek(input){var week=this.localeData().week(this);return input==null?week:this.add((input-week)*7,\"d\")}function getSetISOWeek(input){var week=weekOfYear(this,1,4).week;return input==null?week:this.add((input-week)*7,\"d\")}addFormatToken(\"DDD\",[\"DDDD\",3],\"DDDo\",\"dayOfYear\");addUnitAlias(\"dayOfYear\",\"DDD\");addRegexToken(\"DDD\",match1to3);addRegexToken(\"DDDD\",match3);addParseToken([\"DDD\",\"DDDD\"],function(input,array,config){config._dayOfYear=toInt(input)});function dayOfYearFromWeeks(year,week,weekday,firstDayOfWeekOfYear,firstDayOfWeek){var week1Jan=6+firstDayOfWeek-firstDayOfWeekOfYear,janX=createUTCDate(year,0,1+week1Jan),d=janX.getUTCDay(),dayOfYear;if(d<firstDayOfWeek){d+=7}weekday=weekday!=null?1*weekday:firstDayOfWeek;dayOfYear=1+week1Jan+7*(week-1)-d+weekday;return{year:dayOfYear>0?year:year-1,dayOfYear:dayOfYear>0?dayOfYear:daysInYear(year-1)+dayOfYear}}function getSetDayOfYear(input){var dayOfYear=Math.round((this.clone().startOf(\"day\")-this.clone().startOf(\"year\"))/864e5)+1;return input==null?dayOfYear:this.add(input-dayOfYear,\"d\")}function defaults(a,b,c){if(a!=null){return a}if(b!=null){return b}return c}function currentDateArray(config){var now=new Date;if(config._useUTC){return[now.getUTCFullYear(),now.getUTCMonth(),now.getUTCDate()]}return[now.getFullYear(),now.getMonth(),now.getDate()]}function configFromArray(config){var i,date,input=[],currentDate,yearToUse;if(config._d){return}currentDate=currentDateArray(config);if(config._w&&config._a[DATE]==null&&config._a[MONTH]==null){dayOfYearFromWeekInfo(config)}if(config._dayOfYear){yearToUse=defaults(config._a[YEAR],currentDate[YEAR]);if(config._dayOfYear>daysInYear(yearToUse)){getParsingFlags(config)._overflowDayOfYear=true}date=createUTCDate(yearToUse,0,config._dayOfYear);config._a[MONTH]=date.getUTCMonth();config._a[DATE]=date.getUTCDate()}for(i=0;i<3&&config._a[i]==null;++i){config._a[i]=input[i]=currentDate[i]}for(;i<7;i++){config._a[i]=input[i]=config._a[i]==null?i===2?1:0:config._a[i]}if(config._a[HOUR]===24&&config._a[MINUTE]===0&&config._a[SECOND]===0&&config._a[MILLISECOND]===0){config._nextDay=true;config._a[HOUR]=0}config._d=(config._useUTC?createUTCDate:createDate).apply(null,input);if(config._tzm!=null){config._d.setUTCMinutes(config._d.getUTCMinutes()-config._tzm)}if(config._nextDay){config._a[HOUR]=24}}function dayOfYearFromWeekInfo(config){var w,weekYear,week,weekday,dow,doy,temp;w=config._w;if(w.GG!=null||w.W!=null||w.E!=null){dow=1;doy=4;weekYear=defaults(w.GG,config._a[YEAR],weekOfYear(local__createLocal(),1,4).year);week=defaults(w.W,1);weekday=defaults(w.E,1)}else{dow=config._locale._week.dow;doy=config._locale._week.doy;weekYear=defaults(w.gg,config._a[YEAR],weekOfYear(local__createLocal(),dow,doy).year);week=defaults(w.w,1);if(w.d!=null){weekday=w.d;if(weekday<dow){++week}}else if(w.e!=null){weekday=w.e+dow}else{weekday=dow}}temp=dayOfYearFromWeeks(weekYear,week,weekday,doy,dow);config._a[YEAR]=temp.year;config._dayOfYear=temp.dayOfYear}utils_hooks__hooks.ISO_8601=function(){};function configFromStringAndFormat(config){if(config._f===utils_hooks__hooks.ISO_8601){configFromISO(config);return}config._a=[];getParsingFlags(config).empty=true;var string=\"\"+config._i,i,parsedInput,tokens,token,skipped,stringLength=string.length,totalParsedInputLength=0;tokens=expandFormat(config._f,config._locale).match(formattingTokens)||[];for(i=0;i<tokens.length;i++){token=tokens[i];parsedInput=(string.match(getParseRegexForToken(token,config))||[])[0];if(parsedInput){skipped=string.substr(0,string.indexOf(parsedInput));if(skipped.length>0){getParsingFlags(config).unusedInput.push(skipped)}string=string.slice(string.indexOf(parsedInput)+parsedInput.length);totalParsedInputLength+=parsedInput.length}if(formatTokenFunctions[token]){if(parsedInput){getParsingFlags(config).empty=false}else{getParsingFlags(config).unusedTokens.push(token)}addTimeToArrayFromToken(token,parsedInput,config)}else if(config._strict&&!parsedInput){getParsingFlags(config).unusedTokens.push(token)}}getParsingFlags(config).charsLeftOver=stringLength-totalParsedInputLength;if(string.length>0){getParsingFlags(config).unusedInput.push(string)}if(getParsingFlags(config).bigHour===true&&config._a[HOUR]<=12&&config._a[HOUR]>0){getParsingFlags(config).bigHour=undefined}config._a[HOUR]=meridiemFixWrap(config._locale,config._a[HOUR],config._meridiem);configFromArray(config);checkOverflow(config)}function meridiemFixWrap(locale,hour,meridiem){var isPm;if(meridiem==null){return hour}if(locale.meridiemHour!=null){return locale.meridiemHour(hour,meridiem)}else if(locale.isPM!=null){isPm=locale.isPM(meridiem);if(isPm&&hour<12){hour+=12}if(!isPm&&hour===12){hour=0}return hour}else{return hour}}function configFromStringAndArray(config){var tempConfig,bestMoment,scoreToBeat,i,currentScore;if(config._f.length===0){getParsingFlags(config).invalidFormat=true;config._d=new Date(NaN);return}for(i=0;i<config._f.length;i++){currentScore=0;tempConfig=copyConfig({},config);if(config._useUTC!=null){tempConfig._useUTC=config._useUTC}tempConfig._f=config._f[i];configFromStringAndFormat(tempConfig);if(!valid__isValid(tempConfig)){continue}currentScore+=getParsingFlags(tempConfig).charsLeftOver;currentScore+=getParsingFlags(tempConfig).unusedTokens.length*10;getParsingFlags(tempConfig).score=currentScore;if(scoreToBeat==null||currentScore<scoreToBeat){scoreToBeat=currentScore;bestMoment=tempConfig}}extend(config,bestMoment||tempConfig)}function configFromObject(config){if(config._d){return}var i=normalizeObjectUnits(config._i);config._a=[i.year,i.month,i.day||i.date,i.hour,i.minute,i.second,i.millisecond];configFromArray(config)}function createFromConfig(config){var res=new Moment(checkOverflow(prepareConfig(config)));if(res._nextDay){res.add(1,\"d\");res._nextDay=undefined}return res}function prepareConfig(config){var input=config._i,format=config._f;config._locale=config._locale||locale_locales__getLocale(config._l);if(input===null||format===undefined&&input===\"\"){return valid__createInvalid({nullInput:true})}if(typeof input===\"string\"){config._i=input=config._locale.preparse(input)}if(isMoment(input)){return new Moment(checkOverflow(input))}else if(isArray(format)){configFromStringAndArray(config)}else if(format){configFromStringAndFormat(config)}else if(isDate(input)){config._d=input}else{configFromInput(config)}return config}function configFromInput(config){var input=config._i;if(input===undefined){config._d=new Date}else if(isDate(input)){config._d=new Date(+input)}else if(typeof input===\"string\"){configFromString(config)}else if(isArray(input)){config._a=map(input.slice(0),function(obj){return parseInt(obj,10)});configFromArray(config)}else if(typeof input===\"object\"){configFromObject(config)}else if(typeof input===\"number\"){config._d=new Date(input)}else{utils_hooks__hooks.createFromInputFallback(config)}}function createLocalOrUTC(input,format,locale,strict,isUTC){var c={};if(typeof locale===\"boolean\"){strict=locale;locale=undefined}c._isAMomentObject=true;c._useUTC=c._isUTC=isUTC;c._l=locale;c._i=input;c._f=format;c._strict=strict;return createFromConfig(c)}function local__createLocal(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,false)}var prototypeMin=deprecate(\"moment().min is deprecated, use moment.min instead. https://github.com/moment/moment/issues/1548\",function(){var other=local__createLocal.apply(null,arguments);return other<this?this:other});var prototypeMax=deprecate(\"moment().max is deprecated, use moment.max instead. https://github.com/moment/moment/issues/1548\",function(){var other=local__createLocal.apply(null,arguments);return other>this?this:other});function pickBy(fn,moments){var res,i;if(moments.length===1&&isArray(moments[0])){moments=moments[0]}if(!moments.length){return local__createLocal()}res=moments[0];for(i=1;i<moments.length;++i){if(!moments[i].isValid()||moments[i][fn](res)){res=moments[i]}}return res}function min(){var args=[].slice.call(arguments,0);return pickBy(\"isBefore\",args)}function max(){var args=[].slice.call(arguments,0);return pickBy(\"isAfter\",args)}function Duration(duration){var normalizedInput=normalizeObjectUnits(duration),years=normalizedInput.year||0,quarters=normalizedInput.quarter||0,months=normalizedInput.month||0,weeks=normalizedInput.week||0,days=normalizedInput.day||0,hours=normalizedInput.hour||0,minutes=normalizedInput.minute||0,seconds=normalizedInput.second||0,milliseconds=normalizedInput.millisecond||0;this._milliseconds=+milliseconds+seconds*1e3+minutes*6e4+hours*36e5;this._days=+days+weeks*7;this._months=+months+quarters*3+years*12;this._data={};this._locale=locale_locales__getLocale();this._bubble()}function isDuration(obj){return obj instanceof Duration}function offset(token,separator){addFormatToken(token,0,0,function(){var offset=this.utcOffset();var sign=\"+\";if(offset<0){offset=-offset;sign=\"-\"}return sign+zeroFill(~~(offset/60),2)+separator+zeroFill(~~offset%60,2)})}offset(\"Z\",\":\");offset(\"ZZ\",\"\");addRegexToken(\"Z\",matchOffset);addRegexToken(\"ZZ\",matchOffset);addParseToken([\"Z\",\"ZZ\"],function(input,array,config){config._useUTC=true;config._tzm=offsetFromString(input)});var chunkOffset=/([\\+\\-]|\\d\\d)/gi;function offsetFromString(string){var matches=(string||\"\").match(matchOffset)||[];var chunk=matches[matches.length-1]||[];var parts=(chunk+\"\").match(chunkOffset)||[\"-\",0,0];var minutes=+(parts[1]*60)+toInt(parts[2]);return parts[0]===\"+\"?minutes:-minutes}function cloneWithOffset(input,model){var res,diff;if(model._isUTC){res=model.clone();diff=(isMoment(input)||isDate(input)?+input:+local__createLocal(input))-+res;res._d.setTime(+res._d+diff);utils_hooks__hooks.updateOffset(res,false);return res}else{return local__createLocal(input).local()}}function getDateOffset(m){return-Math.round(m._d.getTimezoneOffset()/15)*15}utils_hooks__hooks.updateOffset=function(){};function getSetOffset(input,keepLocalTime){var offset=this._offset||0,localAdjust;if(input!=null){if(typeof input===\"string\"){input=offsetFromString(input)}if(Math.abs(input)<16){input=input*60}if(!this._isUTC&&keepLocalTime){localAdjust=getDateOffset(this)}this._offset=input;this._isUTC=true;if(localAdjust!=null){this.add(localAdjust,\"m\")}if(offset!==input){if(!keepLocalTime||this._changeInProgress){add_subtract__addSubtract(this,create__createDuration(input-offset,\"m\"),1,false)}else if(!this._changeInProgress){this._changeInProgress=true;utils_hooks__hooks.updateOffset(this,true);this._changeInProgress=null}}return this}else{return this._isUTC?offset:getDateOffset(this)}}function getSetZone(input,keepLocalTime){if(input!=null){if(typeof input!==\"string\"){input=-input}this.utcOffset(input,keepLocalTime);return this}else{return-this.utcOffset()}}function setOffsetToUTC(keepLocalTime){return this.utcOffset(0,keepLocalTime)}function setOffsetToLocal(keepLocalTime){if(this._isUTC){this.utcOffset(0,keepLocalTime);this._isUTC=false;if(keepLocalTime){this.subtract(getDateOffset(this),\"m\")}}return this}function setOffsetToParsedOffset(){if(this._tzm){this.utcOffset(this._tzm)}else if(typeof this._i===\"string\"){this.utcOffset(offsetFromString(this._i))}return this}function hasAlignedHourOffset(input){input=input?local__createLocal(input).utcOffset():0;return(this.utcOffset()-input)%60===0}function isDaylightSavingTime(){return this.utcOffset()>this.clone().month(0).utcOffset()||this.utcOffset()>this.clone().month(5).utcOffset()}function isDaylightSavingTimeShifted(){if(typeof this._isDSTShifted!==\"undefined\"){return this._isDSTShifted}var c={};copyConfig(c,this);c=prepareConfig(c);if(c._a){var other=c._isUTC?create_utc__createUTC(c._a):local__createLocal(c._a);this._isDSTShifted=this.isValid()&&compareArrays(c._a,other.toArray())>0}else{this._isDSTShifted=false}return this._isDSTShifted}function isLocal(){return!this._isUTC}function isUtcOffset(){return this._isUTC}function isUtc(){return this._isUTC&&this._offset===0}var aspNetRegex=/(\\-)?(?:(\\d*)\\.)?(\\d+)\\:(\\d+)(?:\\:(\\d+)\\.?(\\d{3})?)?/;var create__isoRegex=/^(-)?P(?:(?:([0-9,.]*)Y)?(?:([0-9,.]*)M)?(?:([0-9,.]*)D)?(?:T(?:([0-9,.]*)H)?(?:([0-9,.]*)M)?(?:([0-9,.]*)S)?)?|([0-9,.]*)W)$/;function create__createDuration(input,key){var duration=input,match=null,sign,ret,diffRes;if(isDuration(input)){duration={ms:input._milliseconds,d:input._days,M:input._months}}else if(typeof input===\"number\"){duration={};if(key){duration[key]=input}else{duration.milliseconds=input}}else if(!!(match=aspNetRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:0,d:toInt(match[DATE])*sign,h:toInt(match[HOUR])*sign,m:toInt(match[MINUTE])*sign,s:toInt(match[SECOND])*sign,ms:toInt(match[MILLISECOND])*sign}}else if(!!(match=create__isoRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:parseIso(match[2],sign),M:parseIso(match[3],sign),d:parseIso(match[4],sign),h:parseIso(match[5],sign),m:parseIso(match[6],sign),s:parseIso(match[7],sign),w:parseIso(match[8],sign)}}else if(duration==null){duration={}}else if(typeof duration===\"object\"&&(\"from\"in duration||\"to\"in duration)){diffRes=momentsDifference(local__createLocal(duration.from),local__createLocal(duration.to));duration={};duration.ms=diffRes.milliseconds;duration.M=diffRes.months}ret=new Duration(duration);if(isDuration(input)&&hasOwnProp(input,\"_locale\")){ret._locale=input._locale}return ret}create__createDuration.fn=Duration.prototype;function parseIso(inp,sign){var res=inp&&parseFloat(inp.replace(\",\",\".\"));return(isNaN(res)?0:res)*sign}function positiveMomentsDifference(base,other){var res={milliseconds:0,months:0};res.months=other.month()-base.month()+(other.year()-base.year())*12;if(base.clone().add(res.months,\"M\").isAfter(other)){--res.months}res.milliseconds=+other-+base.clone().add(res.months,\"M\");return res}function momentsDifference(base,other){var res;other=cloneWithOffset(other,base);if(base.isBefore(other)){res=positiveMomentsDifference(base,other)}else{res=positiveMomentsDifference(other,base);res.milliseconds=-res.milliseconds;res.months=-res.months}return res}function createAdder(direction,name){return function(val,period){var dur,tmp;if(period!==null&&!isNaN(+period)){deprecateSimple(name,\"moment().\"+name+\"(period, number) is deprecated. Please use moment().\"+name+\"(number, period).\");tmp=val;val=period;period=tmp}val=typeof val===\"string\"?+val:val;dur=create__createDuration(val,period);add_subtract__addSubtract(this,dur,direction);return this}}function add_subtract__addSubtract(mom,duration,isAdding,updateOffset){var milliseconds=duration._milliseconds,days=duration._days,months=duration._months;updateOffset=updateOffset==null?true:updateOffset;if(milliseconds){mom._d.setTime(+mom._d+milliseconds*isAdding)}if(days){get_set__set(mom,\"Date\",get_set__get(mom,\"Date\")+days*isAdding)}if(months){setMonth(mom,get_set__get(mom,\"Month\")+months*isAdding)}if(updateOffset){utils_hooks__hooks.updateOffset(mom,days||months)}}var add_subtract__add=createAdder(1,\"add\");var add_subtract__subtract=createAdder(-1,\"subtract\");function moment_calendar__calendar(time,formats){var now=time||local__createLocal(),sod=cloneWithOffset(now,this).startOf(\"day\"),diff=this.diff(sod,\"days\",true),format=diff<-6?\"sameElse\":diff<-1?\"lastWeek\":diff<0?\"lastDay\":diff<1?\"sameDay\":diff<2?\"nextDay\":diff<7?\"nextWeek\":\"sameElse\";return this.format(formats&&formats[format]||this.localeData().calendar(format,this,local__createLocal(now)))}function clone(){return new Moment(this)}function isAfter(input,units){var inputMs;units=normalizeUnits(typeof units!==\"undefined\"?units:\"millisecond\");if(units===\"millisecond\"){input=isMoment(input)?input:local__createLocal(input);return+this>+input}else{inputMs=isMoment(input)?+input:+local__createLocal(input);return inputMs<+this.clone().startOf(units)}}function isBefore(input,units){var inputMs;units=normalizeUnits(typeof units!==\"undefined\"?units:\"millisecond\");if(units===\"millisecond\"){input=isMoment(input)?input:local__createLocal(input);return+this<+input}else{inputMs=isMoment(input)?+input:+local__createLocal(input);return+this.clone().endOf(units)<inputMs}}function isBetween(from,to,units){return this.isAfter(from,units)&&this.isBefore(to,units)}function isSame(input,units){var inputMs;units=normalizeUnits(units||\"millisecond\");if(units===\"millisecond\"){input=isMoment(input)?input:local__createLocal(input);return+this===+input}else{inputMs=+local__createLocal(input);return+this.clone().startOf(units)<=inputMs&&inputMs<=+this.clone().endOf(units)}}function diff(input,units,asFloat){var that=cloneWithOffset(input,this),zoneDelta=(that.utcOffset()-this.utcOffset())*6e4,delta,output;units=normalizeUnits(units);if(units===\"year\"||units===\"month\"||units===\"quarter\"){output=monthDiff(this,that);if(units===\"quarter\"){output=output/3}else if(units===\"year\"){output=output/12}}else{delta=this-that;output=units===\"second\"?delta/1e3:units===\"minute\"?delta/6e4:units===\"hour\"?delta/36e5:units===\"day\"?(delta-zoneDelta)/864e5:units===\"week\"?(delta-zoneDelta)/6048e5:delta}return asFloat?output:absFloor(output)}function monthDiff(a,b){var wholeMonthDiff=(b.year()-a.year())*12+(b.month()-a.month()),anchor=a.clone().add(wholeMonthDiff,\"months\"),anchor2,adjust;if(b-anchor<0){anchor2=a.clone().add(wholeMonthDiff-1,\"months\");adjust=(b-anchor)/(anchor-anchor2)}else{anchor2=a.clone().add(wholeMonthDiff+1,\"months\");adjust=(b-anchor)/(anchor2-anchor)}return-(wholeMonthDiff+adjust)}utils_hooks__hooks.defaultFormat=\"YYYY-MM-DDTHH:mm:ssZ\";function toString(){return this.clone().locale(\"en\").format(\"ddd MMM DD YYYY HH:mm:ss [GMT]ZZ\")}function moment_format__toISOString(){var m=this.clone().utc();if(0<m.year()&&m.year()<=9999){if(\"function\"===typeof Date.prototype.toISOString){return this.toDate().toISOString()}else{return formatMoment(m,\"YYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}}else{return formatMoment(m,\"YYYYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}}function format(inputString){var output=formatMoment(this,inputString||utils_hooks__hooks.defaultFormat);return this.localeData().postformat(output)}function from(time,withoutSuffix){if(!this.isValid()){return this.localeData().invalidDate()}return create__createDuration({to:this,from:time}).locale(this.locale()).humanize(!withoutSuffix)}function fromNow(withoutSuffix){return this.from(local__createLocal(),withoutSuffix)}function to(time,withoutSuffix){if(!this.isValid()){return this.localeData().invalidDate()}return create__createDuration({from:this,to:time}).locale(this.locale()).humanize(!withoutSuffix)}function toNow(withoutSuffix){return this.to(local__createLocal(),withoutSuffix)}function locale(key){var newLocaleData;if(key===undefined){return this._locale._abbr}else{newLocaleData=locale_locales__getLocale(key);if(newLocaleData!=null){this._locale=newLocaleData}return this}}var lang=deprecate(\"moment().lang() is deprecated. Instead, use moment().localeData() to get the language configuration. Use moment().locale() to change languages.\",function(key){if(key===undefined){return this.localeData()}else{return this.locale(key)}});function localeData(){return this._locale}function startOf(units){units=normalizeUnits(units);switch(units){case\"year\":this.month(0);case\"quarter\":case\"month\":this.date(1);case\"week\":case\"isoWeek\":case\"day\":this.hours(0);case\"hour\":this.minutes(0);case\"minute\":this.seconds(0);case\"second\":this.milliseconds(0)}if(units===\"week\"){this.weekday(0)}if(units===\"isoWeek\"){this.isoWeekday(1)}if(units===\"quarter\"){this.month(Math.floor(this.month()/3)*3)}return this}function endOf(units){units=normalizeUnits(units);if(units===undefined||units===\"millisecond\"){return this}return this.startOf(units).add(1,units===\"isoWeek\"?\"week\":units).subtract(1,\"ms\")}function to_type__valueOf(){return+this._d-(this._offset||0)*6e4}function unix(){return Math.floor(+this/1e3)}function toDate(){return this._offset?new Date(+this):this._d}function toArray(){var m=this;return[m.year(),m.month(),m.date(),m.hour(),m.minute(),m.second(),m.millisecond()]}function toObject(){var m=this;return{years:m.year(),months:m.month(),date:m.date(),hours:m.hours(),minutes:m.minutes(),seconds:m.seconds(),milliseconds:m.milliseconds()}}function moment_valid__isValid(){return valid__isValid(this)}function parsingFlags(){return extend({},getParsingFlags(this))}function invalidAt(){return getParsingFlags(this).overflow}addFormatToken(0,[\"gg\",2],0,function(){return this.weekYear()%100});addFormatToken(0,[\"GG\",2],0,function(){return this.isoWeekYear()%100});function addWeekYearFormatToken(token,getter){addFormatToken(0,[token,token.length],0,getter)}addWeekYearFormatToken(\"gggg\",\"weekYear\");addWeekYearFormatToken(\"ggggg\",\"weekYear\");addWeekYearFormatToken(\"GGGG\",\"isoWeekYear\");addWeekYearFormatToken(\"GGGGG\",\"isoWeekYear\");addUnitAlias(\"weekYear\",\"gg\");addUnitAlias(\"isoWeekYear\",\"GG\");addRegexToken(\"G\",matchSigned);addRegexToken(\"g\",matchSigned);addRegexToken(\"GG\",match1to2,match2);addRegexToken(\"gg\",match1to2,match2);addRegexToken(\"GGGG\",match1to4,match4);addRegexToken(\"gggg\",match1to4,match4);addRegexToken(\"GGGGG\",match1to6,match6);addRegexToken(\"ggggg\",match1to6,match6);addWeekParseToken([\"gggg\",\"ggggg\",\"GGGG\",\"GGGGG\"],function(input,week,config,token){week[token.substr(0,2)]=toInt(input)});addWeekParseToken([\"gg\",\"GG\"],function(input,week,config,token){week[token]=utils_hooks__hooks.parseTwoDigitYear(input)});function weeksInYear(year,dow,doy){return weekOfYear(local__createLocal([year,11,31+dow-doy]),dow,doy).week}function getSetWeekYear(input){var year=weekOfYear(this,this.localeData()._week.dow,this.localeData()._week.doy).year;return input==null?year:this.add(input-year,\"y\")}function getSetISOWeekYear(input){var year=weekOfYear(this,1,4).year;return input==null?year:this.add(input-year,\"y\")}function getISOWeeksInYear(){return weeksInYear(this.year(),1,4)}function getWeeksInYear(){var weekInfo=this.localeData()._week;return weeksInYear(this.year(),weekInfo.dow,weekInfo.doy)}addFormatToken(\"Q\",0,0,\"quarter\");addUnitAlias(\"quarter\",\"Q\");addRegexToken(\"Q\",match1);addParseToken(\"Q\",function(input,array){array[MONTH]=(toInt(input)-1)*3});function getSetQuarter(input){return input==null?Math.ceil((this.month()+1)/3):this.month((input-1)*3+this.month()%3)}addFormatToken(\"D\",[\"DD\",2],\"Do\",\"date\");addUnitAlias(\"date\",\"D\");addRegexToken(\"D\",match1to2);addRegexToken(\"DD\",match1to2,match2);addRegexToken(\"Do\",function(isStrict,locale){return isStrict?locale._ordinalParse:locale._ordinalParseLenient});addParseToken([\"D\",\"DD\"],DATE);addParseToken(\"Do\",function(input,array){array[DATE]=toInt(input.match(match1to2)[0],10)});var getSetDayOfMonth=makeGetSet(\"Date\",true);addFormatToken(\"d\",0,\"do\",\"day\");addFormatToken(\"dd\",0,0,function(format){return this.localeData().weekdaysMin(this,format)});addFormatToken(\"ddd\",0,0,function(format){return this.localeData().weekdaysShort(this,format)});addFormatToken(\"dddd\",0,0,function(format){return this.localeData().weekdays(this,format)});addFormatToken(\"e\",0,0,\"weekday\");addFormatToken(\"E\",0,0,\"isoWeekday\");addUnitAlias(\"day\",\"d\");addUnitAlias(\"weekday\",\"e\");addUnitAlias(\"isoWeekday\",\"E\");addRegexToken(\"d\",match1to2);addRegexToken(\"e\",match1to2);addRegexToken(\"E\",match1to2);addRegexToken(\"dd\",matchWord);addRegexToken(\"ddd\",matchWord);addRegexToken(\"dddd\",matchWord);addWeekParseToken([\"dd\",\"ddd\",\"dddd\"],function(input,week,config){var weekday=config._locale.weekdaysParse(input);if(weekday!=null){week.d=weekday}else{getParsingFlags(config).invalidWeekday=input}});addWeekParseToken([\"d\",\"e\",\"E\"],function(input,week,config,token){week[token]=toInt(input)});function parseWeekday(input,locale){if(typeof input!==\"string\"){return input}if(!isNaN(input)){return parseInt(input,10)}input=locale.weekdaysParse(input);if(typeof input===\"number\"){return input}return null}var defaultLocaleWeekdays=\"Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday\".split(\"_\");function localeWeekdays(m){return this._weekdays[m.day()]}var defaultLocaleWeekdaysShort=\"Sun_Mon_Tue_Wed_Thu_Fri_Sat\".split(\"_\");function localeWeekdaysShort(m){return this._weekdaysShort[m.day()]}var defaultLocaleWeekdaysMin=\"Su_Mo_Tu_We_Th_Fr_Sa\".split(\"_\");function localeWeekdaysMin(m){return this._weekdaysMin[m.day()]}function localeWeekdaysParse(weekdayName){var i,mom,regex;this._weekdaysParse=this._weekdaysParse||[];for(i=0;i<7;i++){if(!this._weekdaysParse[i]){mom=local__createLocal([2e3,1]).day(i);regex=\"^\"+this.weekdays(mom,\"\")+\"|^\"+this.weekdaysShort(mom,\"\")+\"|^\"+this.weekdaysMin(mom,\"\");this._weekdaysParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(this._weekdaysParse[i].test(weekdayName)){return i}}}function getSetDayOfWeek(input){var day=this._isUTC?this._d.getUTCDay():this._d.getDay();if(input!=null){input=parseWeekday(input,this.localeData());return this.add(input-day,\"d\")}else{return day}}function getSetLocaleDayOfWeek(input){var weekday=(this.day()+7-this.localeData()._week.dow)%7;return input==null?weekday:this.add(input-weekday,\"d\")}function getSetISODayOfWeek(input){return input==null?this.day()||7:this.day(this.day()%7?input:input-7)}addFormatToken(\"H\",[\"HH\",2],0,\"hour\");addFormatToken(\"h\",[\"hh\",2],0,function(){return this.hours()%12||12;\n\n});function meridiem(token,lowercase){addFormatToken(token,0,0,function(){return this.localeData().meridiem(this.hours(),this.minutes(),lowercase)})}meridiem(\"a\",true);meridiem(\"A\",false);addUnitAlias(\"hour\",\"h\");function matchMeridiem(isStrict,locale){return locale._meridiemParse}addRegexToken(\"a\",matchMeridiem);addRegexToken(\"A\",matchMeridiem);addRegexToken(\"H\",match1to2);addRegexToken(\"h\",match1to2);addRegexToken(\"HH\",match1to2,match2);addRegexToken(\"hh\",match1to2,match2);addParseToken([\"H\",\"HH\"],HOUR);addParseToken([\"a\",\"A\"],function(input,array,config){config._isPm=config._locale.isPM(input);config._meridiem=input});addParseToken([\"h\",\"hh\"],function(input,array,config){array[HOUR]=toInt(input);getParsingFlags(config).bigHour=true});function localeIsPM(input){return(input+\"\").toLowerCase().charAt(0)===\"p\"}var defaultLocaleMeridiemParse=/[ap]\\.?m?\\.?/i;function localeMeridiem(hours,minutes,isLower){if(hours>11){return isLower?\"pm\":\"PM\"}else{return isLower?\"am\":\"AM\"}}var getSetHour=makeGetSet(\"Hours\",true);addFormatToken(\"m\",[\"mm\",2],0,\"minute\");addUnitAlias(\"minute\",\"m\");addRegexToken(\"m\",match1to2);addRegexToken(\"mm\",match1to2,match2);addParseToken([\"m\",\"mm\"],MINUTE);var getSetMinute=makeGetSet(\"Minutes\",false);addFormatToken(\"s\",[\"ss\",2],0,\"second\");addUnitAlias(\"second\",\"s\");addRegexToken(\"s\",match1to2);addRegexToken(\"ss\",match1to2,match2);addParseToken([\"s\",\"ss\"],SECOND);var getSetSecond=makeGetSet(\"Seconds\",false);addFormatToken(\"S\",0,0,function(){return~~(this.millisecond()/100)});addFormatToken(0,[\"SS\",2],0,function(){return~~(this.millisecond()/10)});addFormatToken(0,[\"SSS\",3],0,\"millisecond\");addFormatToken(0,[\"SSSS\",4],0,function(){return this.millisecond()*10});addFormatToken(0,[\"SSSSS\",5],0,function(){return this.millisecond()*100});addFormatToken(0,[\"SSSSSS\",6],0,function(){return this.millisecond()*1e3});addFormatToken(0,[\"SSSSSSS\",7],0,function(){return this.millisecond()*1e4});addFormatToken(0,[\"SSSSSSSS\",8],0,function(){return this.millisecond()*1e5});addFormatToken(0,[\"SSSSSSSSS\",9],0,function(){return this.millisecond()*1e6});addUnitAlias(\"millisecond\",\"ms\");addRegexToken(\"S\",match1to3,match1);addRegexToken(\"SS\",match1to3,match2);addRegexToken(\"SSS\",match1to3,match3);var token;for(token=\"SSSS\";token.length<=9;token+=\"S\"){addRegexToken(token,matchUnsigned)}function parseMs(input,array){array[MILLISECOND]=toInt((\"0.\"+input)*1e3)}for(token=\"S\";token.length<=9;token+=\"S\"){addParseToken(token,parseMs)}var getSetMillisecond=makeGetSet(\"Milliseconds\",false);addFormatToken(\"z\",0,0,\"zoneAbbr\");addFormatToken(\"zz\",0,0,\"zoneName\");function getZoneAbbr(){return this._isUTC?\"UTC\":\"\"}function getZoneName(){return this._isUTC?\"Coordinated Universal Time\":\"\"}var momentPrototype__proto=Moment.prototype;momentPrototype__proto.add=add_subtract__add;momentPrototype__proto.calendar=moment_calendar__calendar;momentPrototype__proto.clone=clone;momentPrototype__proto.diff=diff;momentPrototype__proto.endOf=endOf;momentPrototype__proto.format=format;momentPrototype__proto.from=from;momentPrototype__proto.fromNow=fromNow;momentPrototype__proto.to=to;momentPrototype__proto.toNow=toNow;momentPrototype__proto.get=getSet;momentPrototype__proto.invalidAt=invalidAt;momentPrototype__proto.isAfter=isAfter;momentPrototype__proto.isBefore=isBefore;momentPrototype__proto.isBetween=isBetween;momentPrototype__proto.isSame=isSame;momentPrototype__proto.isValid=moment_valid__isValid;momentPrototype__proto.lang=lang;momentPrototype__proto.locale=locale;momentPrototype__proto.localeData=localeData;momentPrototype__proto.max=prototypeMax;momentPrototype__proto.min=prototypeMin;momentPrototype__proto.parsingFlags=parsingFlags;momentPrototype__proto.set=getSet;momentPrototype__proto.startOf=startOf;momentPrototype__proto.subtract=add_subtract__subtract;momentPrototype__proto.toArray=toArray;momentPrototype__proto.toObject=toObject;momentPrototype__proto.toDate=toDate;momentPrototype__proto.toISOString=moment_format__toISOString;momentPrototype__proto.toJSON=moment_format__toISOString;momentPrototype__proto.toString=toString;momentPrototype__proto.unix=unix;momentPrototype__proto.valueOf=to_type__valueOf;momentPrototype__proto.year=getSetYear;momentPrototype__proto.isLeapYear=getIsLeapYear;momentPrototype__proto.weekYear=getSetWeekYear;momentPrototype__proto.isoWeekYear=getSetISOWeekYear;momentPrototype__proto.quarter=momentPrototype__proto.quarters=getSetQuarter;momentPrototype__proto.month=getSetMonth;momentPrototype__proto.daysInMonth=getDaysInMonth;momentPrototype__proto.week=momentPrototype__proto.weeks=getSetWeek;momentPrototype__proto.isoWeek=momentPrototype__proto.isoWeeks=getSetISOWeek;momentPrototype__proto.weeksInYear=getWeeksInYear;momentPrototype__proto.isoWeeksInYear=getISOWeeksInYear;momentPrototype__proto.date=getSetDayOfMonth;momentPrototype__proto.day=momentPrototype__proto.days=getSetDayOfWeek;momentPrototype__proto.weekday=getSetLocaleDayOfWeek;momentPrototype__proto.isoWeekday=getSetISODayOfWeek;momentPrototype__proto.dayOfYear=getSetDayOfYear;momentPrototype__proto.hour=momentPrototype__proto.hours=getSetHour;momentPrototype__proto.minute=momentPrototype__proto.minutes=getSetMinute;momentPrototype__proto.second=momentPrototype__proto.seconds=getSetSecond;momentPrototype__proto.millisecond=momentPrototype__proto.milliseconds=getSetMillisecond;momentPrototype__proto.utcOffset=getSetOffset;momentPrototype__proto.utc=setOffsetToUTC;momentPrototype__proto.local=setOffsetToLocal;momentPrototype__proto.parseZone=setOffsetToParsedOffset;momentPrototype__proto.hasAlignedHourOffset=hasAlignedHourOffset;momentPrototype__proto.isDST=isDaylightSavingTime;momentPrototype__proto.isDSTShifted=isDaylightSavingTimeShifted;momentPrototype__proto.isLocal=isLocal;momentPrototype__proto.isUtcOffset=isUtcOffset;momentPrototype__proto.isUtc=isUtc;momentPrototype__proto.isUTC=isUtc;momentPrototype__proto.zoneAbbr=getZoneAbbr;momentPrototype__proto.zoneName=getZoneName;momentPrototype__proto.dates=deprecate(\"dates accessor is deprecated. Use date instead.\",getSetDayOfMonth);momentPrototype__proto.months=deprecate(\"months accessor is deprecated. Use month instead\",getSetMonth);momentPrototype__proto.years=deprecate(\"years accessor is deprecated. Use year instead\",getSetYear);momentPrototype__proto.zone=deprecate(\"moment().zone is deprecated, use moment().utcOffset instead. https://github.com/moment/moment/issues/1779\",getSetZone);var momentPrototype=momentPrototype__proto;function moment__createUnix(input){return local__createLocal(input*1e3)}function moment__createInZone(){return local__createLocal.apply(null,arguments).parseZone()}var defaultCalendar={sameDay:\"[Today at] LT\",nextDay:\"[Tomorrow at] LT\",nextWeek:\"dddd [at] LT\",lastDay:\"[Yesterday at] LT\",lastWeek:\"[Last] dddd [at] LT\",sameElse:\"L\"};function locale_calendar__calendar(key,mom,now){var output=this._calendar[key];return typeof output===\"function\"?output.call(mom,now):output}var defaultLongDateFormat={LTS:\"h:mm:ss A\",LT:\"h:mm A\",L:\"MM/DD/YYYY\",LL:\"MMMM D, YYYY\",LLL:\"MMMM D, YYYY h:mm A\",LLLL:\"dddd, MMMM D, YYYY h:mm A\"};function longDateFormat(key){var format=this._longDateFormat[key],formatUpper=this._longDateFormat[key.toUpperCase()];if(format||!formatUpper){return format}this._longDateFormat[key]=formatUpper.replace(/MMMM|MM|DD|dddd/g,function(val){return val.slice(1)});return this._longDateFormat[key]}var defaultInvalidDate=\"Invalid date\";function invalidDate(){return this._invalidDate}var defaultOrdinal=\"%d\";var defaultOrdinalParse=/\\d{1,2}/;function ordinal(number){return this._ordinal.replace(\"%d\",number)}function preParsePostFormat(string){return string}var defaultRelativeTime={future:\"in %s\",past:\"%s ago\",s:\"a few seconds\",m:\"a minute\",mm:\"%d minutes\",h:\"an hour\",hh:\"%d hours\",d:\"a day\",dd:\"%d days\",M:\"a month\",MM:\"%d months\",y:\"a year\",yy:\"%d years\"};function relative__relativeTime(number,withoutSuffix,string,isFuture){var output=this._relativeTime[string];return typeof output===\"function\"?output(number,withoutSuffix,string,isFuture):output.replace(/%d/i,number)}function pastFuture(diff,output){var format=this._relativeTime[diff>0?\"future\":\"past\"];return typeof format===\"function\"?format(output):format.replace(/%s/i,output)}function locale_set__set(config){var prop,i;for(i in config){prop=config[i];if(typeof prop===\"function\"){this[i]=prop}else{this[\"_\"+i]=prop}}this._ordinalParseLenient=new RegExp(this._ordinalParse.source+\"|\"+/\\d{1,2}/.source)}var prototype__proto=Locale.prototype;prototype__proto._calendar=defaultCalendar;prototype__proto.calendar=locale_calendar__calendar;prototype__proto._longDateFormat=defaultLongDateFormat;prototype__proto.longDateFormat=longDateFormat;prototype__proto._invalidDate=defaultInvalidDate;prototype__proto.invalidDate=invalidDate;prototype__proto._ordinal=defaultOrdinal;prototype__proto.ordinal=ordinal;prototype__proto._ordinalParse=defaultOrdinalParse;prototype__proto.preparse=preParsePostFormat;prototype__proto.postformat=preParsePostFormat;prototype__proto._relativeTime=defaultRelativeTime;prototype__proto.relativeTime=relative__relativeTime;prototype__proto.pastFuture=pastFuture;prototype__proto.set=locale_set__set;prototype__proto.months=localeMonths;prototype__proto._months=defaultLocaleMonths;prototype__proto.monthsShort=localeMonthsShort;prototype__proto._monthsShort=defaultLocaleMonthsShort;prototype__proto.monthsParse=localeMonthsParse;prototype__proto.week=localeWeek;prototype__proto._week=defaultLocaleWeek;prototype__proto.firstDayOfYear=localeFirstDayOfYear;prototype__proto.firstDayOfWeek=localeFirstDayOfWeek;prototype__proto.weekdays=localeWeekdays;prototype__proto._weekdays=defaultLocaleWeekdays;prototype__proto.weekdaysMin=localeWeekdaysMin;prototype__proto._weekdaysMin=defaultLocaleWeekdaysMin;prototype__proto.weekdaysShort=localeWeekdaysShort;prototype__proto._weekdaysShort=defaultLocaleWeekdaysShort;prototype__proto.weekdaysParse=localeWeekdaysParse;prototype__proto.isPM=localeIsPM;prototype__proto._meridiemParse=defaultLocaleMeridiemParse;prototype__proto.meridiem=localeMeridiem;function lists__get(format,index,field,setter){var locale=locale_locales__getLocale();var utc=create_utc__createUTC().set(setter,index);return locale[field](utc,format)}function list(format,index,field,count,setter){if(typeof format===\"number\"){index=format;format=undefined}format=format||\"\";if(index!=null){return lists__get(format,index,field,setter)}var i;var out=[];for(i=0;i<count;i++){out[i]=lists__get(format,i,field,setter)}return out}function lists__listMonths(format,index){return list(format,index,\"months\",12,\"month\")}function lists__listMonthsShort(format,index){return list(format,index,\"monthsShort\",12,\"month\")}function lists__listWeekdays(format,index){return list(format,index,\"weekdays\",7,\"day\")}function lists__listWeekdaysShort(format,index){return list(format,index,\"weekdaysShort\",7,\"day\")}function lists__listWeekdaysMin(format,index){return list(format,index,\"weekdaysMin\",7,\"day\")}locale_locales__getSetGlobalLocale(\"en\",{ordinalParse:/\\d{1,2}(th|st|nd|rd)/,ordinal:function(number){var b=number%10,output=toInt(number%100/10)===1?\"th\":b===1?\"st\":b===2?\"nd\":b===3?\"rd\":\"th\";return number+output}});utils_hooks__hooks.lang=deprecate(\"moment.lang is deprecated. Use moment.locale instead.\",locale_locales__getSetGlobalLocale);utils_hooks__hooks.langData=deprecate(\"moment.langData is deprecated. Use moment.localeData instead.\",locale_locales__getLocale);var mathAbs=Math.abs;function duration_abs__abs(){var data=this._data;this._milliseconds=mathAbs(this._milliseconds);this._days=mathAbs(this._days);this._months=mathAbs(this._months);data.milliseconds=mathAbs(data.milliseconds);data.seconds=mathAbs(data.seconds);data.minutes=mathAbs(data.minutes);data.hours=mathAbs(data.hours);data.months=mathAbs(data.months);data.years=mathAbs(data.years);return this}function duration_add_subtract__addSubtract(duration,input,value,direction){var other=create__createDuration(input,value);duration._milliseconds+=direction*other._milliseconds;duration._days+=direction*other._days;duration._months+=direction*other._months;return duration._bubble()}function duration_add_subtract__add(input,value){return duration_add_subtract__addSubtract(this,input,value,1)}function duration_add_subtract__subtract(input,value){return duration_add_subtract__addSubtract(this,input,value,-1)}function absCeil(number){if(number<0){return Math.floor(number)}else{return Math.ceil(number)}}function bubble(){var milliseconds=this._milliseconds;var days=this._days;var months=this._months;var data=this._data;var seconds,minutes,hours,years,monthsFromDays;if(!(milliseconds>=0&&days>=0&&months>=0||milliseconds<=0&&days<=0&&months<=0)){milliseconds+=absCeil(monthsToDays(months)+days)*864e5;days=0;months=0}data.milliseconds=milliseconds%1e3;seconds=absFloor(milliseconds/1e3);data.seconds=seconds%60;minutes=absFloor(seconds/60);data.minutes=minutes%60;hours=absFloor(minutes/60);data.hours=hours%24;days+=absFloor(hours/24);monthsFromDays=absFloor(daysToMonths(days));months+=monthsFromDays;days-=absCeil(monthsToDays(monthsFromDays));years=absFloor(months/12);months%=12;data.days=days;data.months=months;data.years=years;return this}function daysToMonths(days){return days*4800/146097}function monthsToDays(months){return months*146097/4800}function as(units){var days;var months;var milliseconds=this._milliseconds;units=normalizeUnits(units);if(units===\"month\"||units===\"year\"){days=this._days+milliseconds/864e5;months=this._months+daysToMonths(days);return units===\"month\"?months:months/12}else{days=this._days+Math.round(monthsToDays(this._months));switch(units){case\"week\":return days/7+milliseconds/6048e5;case\"day\":return days+milliseconds/864e5;case\"hour\":return days*24+milliseconds/36e5;case\"minute\":return days*1440+milliseconds/6e4;case\"second\":return days*86400+milliseconds/1e3;case\"millisecond\":return Math.floor(days*864e5)+milliseconds;default:throw new Error(\"Unknown unit \"+units)}}}function duration_as__valueOf(){return this._milliseconds+this._days*864e5+this._months%12*2592e6+toInt(this._months/12)*31536e6}function makeAs(alias){return function(){return this.as(alias)}}var asMilliseconds=makeAs(\"ms\");var asSeconds=makeAs(\"s\");var asMinutes=makeAs(\"m\");var asHours=makeAs(\"h\");var asDays=makeAs(\"d\");var asWeeks=makeAs(\"w\");var asMonths=makeAs(\"M\");var asYears=makeAs(\"y\");function duration_get__get(units){units=normalizeUnits(units);return this[units+\"s\"]()}function makeGetter(name){return function(){return this._data[name]}}var milliseconds=makeGetter(\"milliseconds\");var seconds=makeGetter(\"seconds\");var minutes=makeGetter(\"minutes\");var hours=makeGetter(\"hours\");var days=makeGetter(\"days\");var months=makeGetter(\"months\");var years=makeGetter(\"years\");function weeks(){return absFloor(this.days()/7)}var round=Math.round;var thresholds={s:45,m:45,h:22,d:26,M:11};function substituteTimeAgo(string,number,withoutSuffix,isFuture,locale){return locale.relativeTime(number||1,!!withoutSuffix,string,isFuture)}function duration_humanize__relativeTime(posNegDuration,withoutSuffix,locale){var duration=create__createDuration(posNegDuration).abs();var seconds=round(duration.as(\"s\"));var minutes=round(duration.as(\"m\"));var hours=round(duration.as(\"h\"));var days=round(duration.as(\"d\"));var months=round(duration.as(\"M\"));var years=round(duration.as(\"y\"));var a=seconds<thresholds.s&&[\"s\",seconds]||minutes===1&&[\"m\"]||minutes<thresholds.m&&[\"mm\",minutes]||hours===1&&[\"h\"]||hours<thresholds.h&&[\"hh\",hours]||days===1&&[\"d\"]||days<thresholds.d&&[\"dd\",days]||months===1&&[\"M\"]||months<thresholds.M&&[\"MM\",months]||years===1&&[\"y\"]||[\"yy\",years];a[2]=withoutSuffix;a[3]=+posNegDuration>0;a[4]=locale;return substituteTimeAgo.apply(null,a)}function duration_humanize__getSetRelativeTimeThreshold(threshold,limit){if(thresholds[threshold]===undefined){return false}if(limit===undefined){return thresholds[threshold]}thresholds[threshold]=limit;return true}function humanize(withSuffix){var locale=this.localeData();var output=duration_humanize__relativeTime(this,!withSuffix,locale);if(withSuffix){output=locale.pastFuture(+this,output)}return locale.postformat(output)}var iso_string__abs=Math.abs;function iso_string__toISOString(){var seconds=iso_string__abs(this._milliseconds)/1e3;var days=iso_string__abs(this._days);var months=iso_string__abs(this._months);var minutes,hours,years;minutes=absFloor(seconds/60);hours=absFloor(minutes/60);seconds%=60;minutes%=60;years=absFloor(months/12);months%=12;var Y=years;var M=months;var D=days;var h=hours;var m=minutes;var s=seconds;var total=this.asSeconds();if(!total){return\"P0D\"}return(total<0?\"-\":\"\")+\"P\"+(Y?Y+\"Y\":\"\")+(M?M+\"M\":\"\")+(D?D+\"D\":\"\")+(h||m||s?\"T\":\"\")+(h?h+\"H\":\"\")+(m?m+\"M\":\"\")+(s?s+\"S\":\"\")}var duration_prototype__proto=Duration.prototype;duration_prototype__proto.abs=duration_abs__abs;duration_prototype__proto.add=duration_add_subtract__add;duration_prototype__proto.subtract=duration_add_subtract__subtract;duration_prototype__proto.as=as;duration_prototype__proto.asMilliseconds=asMilliseconds;duration_prototype__proto.asSeconds=asSeconds;duration_prototype__proto.asMinutes=asMinutes;duration_prototype__proto.asHours=asHours;duration_prototype__proto.asDays=asDays;duration_prototype__proto.asWeeks=asWeeks;duration_prototype__proto.asMonths=asMonths;duration_prototype__proto.asYears=asYears;duration_prototype__proto.valueOf=duration_as__valueOf;duration_prototype__proto._bubble=bubble;duration_prototype__proto.get=duration_get__get;duration_prototype__proto.milliseconds=milliseconds;duration_prototype__proto.seconds=seconds;duration_prototype__proto.minutes=minutes;duration_prototype__proto.hours=hours;duration_prototype__proto.days=days;duration_prototype__proto.weeks=weeks;duration_prototype__proto.months=months;duration_prototype__proto.years=years;duration_prototype__proto.humanize=humanize;duration_prototype__proto.toISOString=iso_string__toISOString;duration_prototype__proto.toString=iso_string__toISOString;duration_prototype__proto.toJSON=iso_string__toISOString;duration_prototype__proto.locale=locale;duration_prototype__proto.localeData=localeData;duration_prototype__proto.toIsoString=deprecate(\"toIsoString() is deprecated. Please use toISOString() instead (notice the capitals)\",iso_string__toISOString);duration_prototype__proto.lang=lang;addFormatToken(\"X\",0,0,\"unix\");addFormatToken(\"x\",0,0,\"valueOf\");addRegexToken(\"x\",matchSigned);addRegexToken(\"X\",matchTimestamp);addParseToken(\"X\",function(input,array,config){config._d=new Date(parseFloat(input,10)*1e3)});addParseToken(\"x\",function(input,array,config){config._d=new Date(toInt(input))});utils_hooks__hooks.version=\"2.10.6\";setHookCallback(local__createLocal);utils_hooks__hooks.fn=momentPrototype;utils_hooks__hooks.min=min;utils_hooks__hooks.max=max;utils_hooks__hooks.utc=create_utc__createUTC;utils_hooks__hooks.unix=moment__createUnix;utils_hooks__hooks.months=lists__listMonths;utils_hooks__hooks.isDate=isDate;utils_hooks__hooks.locale=locale_locales__getSetGlobalLocale;utils_hooks__hooks.invalid=valid__createInvalid;utils_hooks__hooks.duration=create__createDuration;utils_hooks__hooks.isMoment=isMoment;utils_hooks__hooks.weekdays=lists__listWeekdays;utils_hooks__hooks.parseZone=moment__createInZone;utils_hooks__hooks.localeData=locale_locales__getLocale;utils_hooks__hooks.isDuration=isDuration;utils_hooks__hooks.monthsShort=lists__listMonthsShort;utils_hooks__hooks.weekdaysMin=lists__listWeekdaysMin;utils_hooks__hooks.defineLocale=defineLocale;utils_hooks__hooks.weekdaysShort=lists__listWeekdaysShort;utils_hooks__hooks.normalizeUnits=normalizeUnits;utils_hooks__hooks.relativeTimeThreshold=duration_humanize__getSetRelativeTimeThreshold;var 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_byteToHex=[];var _hexToByte={};for(var i=0;i<256;i++){_byteToHex[i]=(i+256).toString(16).substr(1);_hexToByte[_byteToHex[i]]=i}function parse(s,buf,offset){var i=buf&&offset||0,ii=0;buf=buf||[];s.toLowerCase().replace(/[0-9a-f]{2}/g,function(oct){if(ii<16){buf[i+ii++]=_hexToByte[oct]}});while(ii<16){buf[i+ii++]=0}return buf}function unparse(buf,offset){var i=offset||0,bth=_byteToHex;return bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]}var _seedBytes=_rng();var _nodeId=[_seedBytes[0]|1,_seedBytes[1],_seedBytes[2],_seedBytes[3],_seedBytes[4],_seedBytes[5]];var _clockseq=(_seedBytes[6]<<8|_seedBytes[7])&16383;var _lastMSecs=0,_lastNSecs=0;function v1(options,buf,offset){var i=buf&&offset||0;var b=buf||[];options=options||{};var clockseq=options.clockseq!==undefined?options.clockseq:_clockseq;var msecs=options.msecs!==undefined?options.msecs:(new Date).getTime();var nsecs=options.nsecs!==undefined?options.nsecs:_lastNSecs+1;var dt=msecs-_lastMSecs+(nsecs-_lastNSecs)/1e4;if(dt<0&&options.clockseq===undefined){clockseq=clockseq+1&16383}if((dt<0||msecs>_lastMSecs)&&options.nsecs===undefined){nsecs=0}if(nsecs>=1e4){throw new Error(\"uuid.v1(): Can't create more than 10M uuids/sec\")}_lastMSecs=msecs;_lastNSecs=nsecs;_clockseq=clockseq;msecs+=122192928e5;var tl=((msecs&268435455)*1e4+nsecs)%4294967296;b[i++]=tl>>>24&255;b[i++]=tl>>>16&255;b[i++]=tl>>>8&255;b[i++]=tl&255;var tmh=msecs/4294967296*1e4&268435455;b[i++]=tmh>>>8&255;b[i++]=tmh&255;b[i++]=tmh>>>24&15|16;b[i++]=tmh>>>16&255;b[i++]=clockseq>>>8|128;b[i++]=clockseq&255;var node=options.node||_nodeId;for(var n=0;n<6;n++){b[i+n]=node[n]}return buf?buf:unparse(b)}function v4(options,buf,offset){var i=buf&&offset||0;if(typeof options==\"string\"){buf=options==\"binary\"?new Array(16):null;options=null}options=options||{};var rnds=options.random||(options.rng||_rng)();rnds[6]=rnds[6]&15|64;rnds[8]=rnds[8]&63|128;if(buf){for(var ii=0;ii<16;ii++){buf[i+ii]=rnds[ii]}}return buf||unparse(rnds)}var uuid=v4;uuid.v1=v1;uuid.v4=v4;uuid.parse=parse;uuid.unparse=unparse;module.exports=uuid}).call(exports,function(){return this}())},function(module,exports){\"use strict\";exports.prepareElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){JSONcontainer[elementType].redundant=JSONcontainer[elementType].used;JSONcontainer[elementType].used=[]}}};exports.cleanupElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant){for(var i=0;i<JSONcontainer[elementType].redundant.length;i++){JSONcontainer[elementType].redundant[i].parentNode.removeChild(JSONcontainer[elementType].redundant[i])}JSONcontainer[elementType].redundant=[]}}}};exports.getSVGElement=function(elementType,JSONcontainer,svgContainer){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);svgContainer.appendChild(element)}}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);JSONcontainer[elementType]={used:[],redundant:[]};svgContainer.appendChild(element)}JSONcontainer[elementType].used.push(element);return element};exports.getDOMElement=function(elementType,JSONcontainer,DOMContainer,insertBefore){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElement(elementType);if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}}else{element=document.createElement(elementType);JSONcontainer[elementType]={used:[],redundant:[]};if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}JSONcontainer[elementType].used.push(element);return element};exports.drawPoint=function(x,y,groupTemplate,JSONcontainer,svgContainer,labelObj){var point;if(groupTemplate.style==\"circle\"){point=exports.getSVGElement(\"circle\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"cx\",x);point.setAttributeNS(null,\"cy\",y);point.setAttributeNS(null,\"r\",.5*groupTemplate.size)}else{point=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"x\",x-.5*groupTemplate.size);point.setAttributeNS(null,\"y\",y-.5*groupTemplate.size);point.setAttributeNS(null,\"width\",groupTemplate.size);point.setAttributeNS(null,\"height\",groupTemplate.size)}if(groupTemplate.styles!==undefined){point.setAttributeNS(null,\"style\",groupTemplate.styles)}point.setAttributeNS(null,\"class\",groupTemplate.className+\" vis-point\");if(labelObj){var label=exports.getSVGElement(\"text\",JSONcontainer,svgContainer);if(labelObj.xOffset){x=x+labelObj.xOffset}if(labelObj.yOffset){y=y+labelObj.yOffset}if(labelObj.content){label.textContent=labelObj.content}if(labelObj.className){label.setAttributeNS(null,\"class\",labelObj.className+\" vis-label\")}label.setAttributeNS(null,\"x\",x);label.setAttributeNS(null,\"y\",y)}return point};exports.drawBar=function(x,y,width,height,className,JSONcontainer,svgContainer,style){if(height!=0){if(height<0){height*=-1;y-=height}var rect=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);rect.setAttributeNS(null,\"x\",x-.5*width);rect.setAttributeNS(null,\"y\",y);rect.setAttributeNS(null,\"width\",width);rect.setAttributeNS(null,\"height\",height);rect.setAttributeNS(null,\"class\",className);if(style){rect.setAttributeNS(null,\"style\",style)}}}},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var Queue=__webpack_require__(9);function DataSet(data,options){if(data&&!Array.isArray(data)){options=data;data=null}this._options=options||{};this._data={};this.length=0;this._fieldId=this._options.fieldId||\"id\";this._type={};if(this._options.type){for(var field in this._options.type){if(this._options.type.hasOwnProperty(field)){var value=this._options.type[field];if(value==\"Date\"||value==\"ISODate\"||value==\"ASPDate\"){this._type[field]=\"Date\"}else{this._type[field]=value}}}}if(this._options.convert){throw new Error('Option \"convert\" is deprecated. Use \"type\" instead.')}this._subscribers={};if(data){this.add(data)}this.setOptions(options)}DataSet.prototype.setOptions=function(options){if(options&&options.queue!==undefined){if(options.queue===false){if(this._queue){this._queue.destroy();delete this._queue}}else{if(!this._queue){this._queue=Queue.extend(this,{replace:[\"add\",\"update\",\"remove\"]})}if(typeof options.queue===\"object\"){this._queue.setOptions(options.queue)}}}};DataSet.prototype.on=function(event,callback){var subscribers=this._subscribers[event];if(!subscribers){subscribers=[];this._subscribers[event]=subscribers}subscribers.push({callback:callback})};DataSet.prototype.subscribe=function(){throw new Error(\"DataSet.subscribe is deprecated. Use DataSet.on instead.\")};DataSet.prototype.off=function(event,callback){var subscribers=this._subscribers[event];if(subscribers){this._subscribers[event]=subscribers.filter(function(listener){return listener.callback!=callback})}};DataSet.prototype.unsubscribe=function(){throw new Error(\"DataSet.unsubscribe is deprecated. Use DataSet.off instead.\")};DataSet.prototype._trigger=function(event,params,senderId){if(event==\"*\"){throw new Error(\"Cannot trigger event *\")}var subscribers=[];if(event in this._subscribers){subscribers=subscribers.concat(this._subscribers[event])}if(\"*\"in this._subscribers){subscribers=subscribers.concat(this._subscribers[\"*\"])}for(var i=0;i<subscribers.length;i++){var subscriber=subscribers[i];if(subscriber.callback){subscriber.callback(event,params,senderId||null)}}};DataSet.prototype.add=function(data,senderId){var addedIds=[],id,me=this;if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){id=me._addItem(data[i]);addedIds.push(id)}}else if(data instanceof Object){id=me._addItem(data);addedIds.push(id)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}return addedIds};DataSet.prototype.update=function(data,senderId){var addedIds=[];var updatedIds=[];var updatedData=[];var me=this;var fieldId=me._fieldId;var addOrUpdate=function addOrUpdate(item){var id=item[fieldId];if(me._data[id]){id=me._updateItem(item);updatedIds.push(id);updatedData.push(item)}else{id=me._addItem(item);addedIds.push(id)}};if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){addOrUpdate(data[i])}}else if(data instanceof Object){addOrUpdate(data)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}if(updatedIds.length){this._trigger(\"update\",{items:updatedIds,data:updatedData},senderId)}return addedIds.concat(updatedIds)};DataSet.prototype.get=function(args){var me=this;var id,ids,options;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"){id=arguments[0];options=arguments[1]}else if(firstType==\"Array\"){ids=arguments[0];options=arguments[1]}else{options=arguments[0]}var returnType;if(options&&options.returnType){var allowedValues=[\"Array\",\"Object\"];returnType=allowedValues.indexOf(options.returnType)==-1?\"Array\":options.returnType}else{returnType=\"Array\"}var type=options&&options.type||this._options.type;var filter=options&&options.filter;var items=[],item,itemId,i,len;if(id!=undefined){item=me._getItem(id,type);if(filter&&!filter(item)){item=null}}else if(ids!=undefined){for(i=0,len=ids.length;i<len;i++){item=me._getItem(ids[i],type);if(!filter||filter(item)){items.push(item)}}}else{for(itemId in this._data){if(this._data.hasOwnProperty(itemId)){item=me._getItem(itemId,type);if(!filter||filter(item)){items.push(item)}}}}if(options&&options.order&&id==undefined){this._sort(items,options.order)}if(options&&options.fields){var fields=options.fields;if(id!=undefined){item=this._filterFields(item,fields)}else{for(i=0,len=items.length;i<len;i++){items[i]=this._filterFields(items[i],fields)}}}if(returnType==\"Object\"){var result={};for(i=0;i<items.length;i++){result[items[i].id]=items[i]}return result}else{if(id!=undefined){return item}else{return items}}};DataSet.prototype.getIds=function(options){var data=this._data,filter=options&&options.filter,order=options&&options.order,type=options&&options.type||this._options.type,i,len,id,item,items,ids=[];if(filter){if(order){items=[];for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(filter(item)){items.push(item)}}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids[i]=items[i][this._fieldId]}}else{for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(filter(item)){ids.push(item[this._fieldId])}}}}}else{if(order){items=[];for(id in data){if(data.hasOwnProperty(id)){items.push(data[id])}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids[i]=items[i][this._fieldId]}}else{for(id in data){if(data.hasOwnProperty(id)){\nitem=data[id];ids.push(item[this._fieldId])}}}}return ids};DataSet.prototype.getDataSet=function(){return this};DataSet.prototype.forEach=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,data=this._data,item,id;if(options&&options.order){var items=this.get(options);for(var i=0,len=items.length;i<len;i++){item=items[i];id=item[this._fieldId];callback(item,id)}}else{for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(!filter||filter(item)){callback(item,id)}}}}};DataSet.prototype.map=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,mappedItems=[],data=this._data,item;for(var id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(!filter||filter(item)){mappedItems.push(callback(item,id))}}}if(options&&options.order){this._sort(mappedItems,options.order)}return mappedItems};DataSet.prototype._filterFields=function(item,fields){if(!item){return item}var filteredItem={};if(Array.isArray(fields)){for(var field in item){if(item.hasOwnProperty(field)&&fields.indexOf(field)!=-1){filteredItem[field]=item[field]}}}else{for(var field in item){if(item.hasOwnProperty(field)&&fields.hasOwnProperty(field)){filteredItem[fields[field]]=item[field]}}}return filteredItem};DataSet.prototype._sort=function(items,order){if(util.isString(order)){var name=order;items.sort(function(a,b){var av=a[name];var bv=b[name];return av>bv?1:av<bv?-1:0})}else if(typeof order===\"function\"){items.sort(order)}else{throw new TypeError(\"Order must be a function or a string\")}};DataSet.prototype.remove=function(id,senderId){var removedIds=[],i,len,removedId;if(Array.isArray(id)){for(i=0,len=id.length;i<len;i++){removedId=this._remove(id[i]);if(removedId!=null){removedIds.push(removedId)}}}else{removedId=this._remove(id);if(removedId!=null){removedIds.push(removedId)}}if(removedIds.length){this._trigger(\"remove\",{items:removedIds},senderId)}return removedIds};DataSet.prototype._remove=function(id){if(util.isNumber(id)||util.isString(id)){if(this._data[id]){delete this._data[id];this.length--;return id}}else if(id instanceof Object){var itemId=id[this._fieldId];if(itemId&&this._data[itemId]){delete this._data[itemId];this.length--;return itemId}}return null};DataSet.prototype.clear=function(senderId){var ids=Object.keys(this._data);this._data={};this.length=0;this._trigger(\"remove\",{items:ids},senderId);return ids};DataSet.prototype.max=function(field){var data=this._data,max=null,maxField=null;for(var id in data){if(data.hasOwnProperty(id)){var item=data[id];var itemField=item[field];if(itemField!=null&&(!max||itemField>maxField)){max=item;maxField=itemField}}}return max};DataSet.prototype.min=function(field){var data=this._data,min=null,minField=null;for(var id in data){if(data.hasOwnProperty(id)){var item=data[id];var itemField=item[field];if(itemField!=null&&(!min||itemField<minField)){min=item;minField=itemField}}}return min};DataSet.prototype.distinct=function(field){var data=this._data;var values=[];var fieldType=this._options.type&&this._options.type[field]||null;var count=0;var i;for(var prop in data){if(data.hasOwnProperty(prop)){var item=data[prop];var value=item[field];var exists=false;for(i=0;i<count;i++){if(values[i]==value){exists=true;break}}if(!exists&&value!==undefined){values[count]=value;count++}}}if(fieldType){for(i=0;i<values.length;i++){values[i]=util.convert(values[i],fieldType)}}return values};DataSet.prototype._addItem=function(item){var id=item[this._fieldId];if(id!=undefined){if(this._data[id]){throw new Error(\"Cannot add item: item with id \"+id+\" already exists\")}}else{id=util.randomUUID();item[this._fieldId]=id}var d={};for(var field in item){if(item.hasOwnProperty(field)){var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}}this._data[id]=d;this.length++;return id};DataSet.prototype._getItem=function(id,types){var field,value;var raw=this._data[id];if(!raw){return null}var converted={};if(types){for(field in raw){if(raw.hasOwnProperty(field)){value=raw[field];converted[field]=util.convert(value,types[field])}}}else{for(field in raw){if(raw.hasOwnProperty(field)){value=raw[field];converted[field]=value}}}return converted};DataSet.prototype._updateItem=function(item){var id=item[this._fieldId];if(id==undefined){throw new Error(\"Cannot update item: item has no id (item: \"+JSON.stringify(item)+\")\")}var d=this._data[id];if(!d){throw new Error(\"Cannot update item: no item with id \"+id+\" found\")}for(var field in item){if(item.hasOwnProperty(field)){var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}}return id};module.exports=DataSet},function(module,exports){\"use strict\";function Queue(options){this.delay=null;this.max=Infinity;this._queue=[];this._timeout=null;this._extended=null;this.setOptions(options)}Queue.prototype.setOptions=function(options){if(options&&typeof options.delay!==\"undefined\"){this.delay=options.delay}if(options&&typeof options.max!==\"undefined\"){this.max=options.max}this._flushIfNeeded()};Queue.extend=function(object,options){var queue=new Queue(options);if(object.flush!==undefined){throw new Error(\"Target object already has a property flush\")}object.flush=function(){queue.flush()};var methods=[{name:\"flush\",original:undefined}];if(options&&options.replace){for(var i=0;i<options.replace.length;i++){var name=options.replace[i];methods.push({name:name,original:object[name]});queue.replace(object,name)}}queue._extended={object:object,methods:methods};return queue};Queue.prototype.destroy=function(){this.flush();if(this._extended){var object=this._extended.object;var methods=this._extended.methods;for(var i=0;i<methods.length;i++){var method=methods[i];if(method.original){object[method.name]=method.original}else{delete object[method.name]}}this._extended=null}};Queue.prototype.replace=function(object,method){var me=this;var original=object[method];if(!original){throw new Error(\"Method \"+method+\" undefined\")}object[method]=function(){var args=[];for(var i=0;i<arguments.length;i++){args[i]=arguments[i]}me.queue({args:args,fn:original,context:this})}};Queue.prototype.queue=function(entry){if(typeof entry===\"function\"){this._queue.push({fn:entry})}else{this._queue.push(entry)}this._flushIfNeeded()};Queue.prototype._flushIfNeeded=function(){if(this._queue.length>this.max){this.flush()}clearTimeout(this._timeout);if(this.queue.length>0&&typeof this.delay===\"number\"){var me=this;this._timeout=setTimeout(function(){me.flush()},this.delay)}};Queue.prototype.flush=function(){while(this._queue.length>0){var entry=this._queue.shift();entry.fn.apply(entry.context||entry.fn,entry.args||[])}};module.exports=Queue},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DataSet=__webpack_require__(8);function DataView(data,options){this._data=null;this._ids={};this.length=0;this._options=options||{};this._fieldId=\"id\";this._subscribers={};var me=this;this.listener=function(){me._onEvent.apply(me,arguments)};this.setData(data)}DataView.prototype.setData=function(data){var ids,i,len;if(this._data){if(this._data.off){this._data.off(\"*\",this.listener)}ids=[];for(var id in this._ids){if(this._ids.hasOwnProperty(id)){ids.push(id)}}this._ids={};this.length=0;this._trigger(\"remove\",{items:ids})}this._data=data;if(this._data){this._fieldId=this._options.fieldId||this._data&&this._data.options&&this._data.options.fieldId||\"id\";ids=this._data.getIds({filter:this._options&&this._options.filter});for(i=0,len=ids.length;i<len;i++){id=ids[i];this._ids[id]=true}this.length=ids.length;this._trigger(\"add\",{items:ids});if(this._data.on){this._data.on(\"*\",this.listener)}}};DataView.prototype.refresh=function(){var id;var ids=this._data.getIds({filter:this._options&&this._options.filter});var newIds={};var added=[];var removed=[];for(var i=0;i<ids.length;i++){id=ids[i];newIds[id]=true;if(!this._ids[id]){added.push(id);this._ids[id]=true;this.length++}}for(id in this._ids){if(this._ids.hasOwnProperty(id)){if(!newIds[id]){removed.push(id);delete this._ids[id];this.length--}}}if(added.length){this._trigger(\"add\",{items:added})}if(removed.length){this._trigger(\"remove\",{items:removed})}};DataView.prototype.get=function(args){var me=this;var ids,options,data;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"||firstType==\"Array\"){ids=arguments[0];options=arguments[1];data=arguments[2]}else{options=arguments[0];data=arguments[1]}var viewOptions=util.extend({},this._options,options);if(this._options.filter&&options&&options.filter){viewOptions.filter=function(item){return me._options.filter(item)&&options.filter(item)}}var getArguments=[];if(ids!=undefined){getArguments.push(ids)}getArguments.push(viewOptions);getArguments.push(data);return this._data&&this._data.get.apply(this._data,getArguments)};DataView.prototype.getIds=function(options){var ids;if(this._data){var defaultFilter=this._options.filter;var filter;if(options&&options.filter){if(defaultFilter){filter=function(item){return defaultFilter(item)&&options.filter(item)}}else{filter=options.filter}}else{filter=defaultFilter}ids=this._data.getIds({filter:filter,order:options&&options.order})}else{ids=[]}return ids};DataView.prototype.getDataSet=function(){var dataSet=this;while(dataSet instanceof DataView){dataSet=dataSet._data}return dataSet||null};DataView.prototype._onEvent=function(event,params,senderId){var i,len,id,item;var ids=params&&params.items;var data=this._data;var updatedData=[];var added=[];var updated=[];var removed=[];if(ids&&data){switch(event){case\"add\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){this._ids[id]=true;added.push(id)}}break;case\"update\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){if(this._ids[id]){updated.push(id);updatedData.push(params.data[i])}else{this._ids[id]=true;added.push(id)}}else{if(this._ids[id]){delete this._ids[id];removed.push(id)}else{}}}break;case\"remove\":for(i=0,len=ids.length;i<len;i++){id=ids[i];if(this._ids[id]){delete this._ids[id];removed.push(id)}}break}this.length+=added.length-removed.length;if(added.length){this._trigger(\"add\",{items:added},senderId)}if(updated.length){this._trigger(\"update\",{items:updated,data:updatedData},senderId)}if(removed.length){this._trigger(\"remove\",{items:removed},senderId)}}};DataView.prototype.on=DataSet.prototype.on;DataView.prototype.off=DataSet.prototype.off;DataView.prototype._trigger=DataSet.prototype._trigger;DataView.prototype.subscribe=DataView.prototype.on;DataView.prototype.unsubscribe=DataView.prototype.off;module.exports=DataView},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(12);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var util=__webpack_require__(1);var Point3d=__webpack_require__(13);var Point2d=__webpack_require__(14);var Camera=__webpack_require__(15);var Filter=__webpack_require__(16);var Slider=__webpack_require__(17);var StepNumber=__webpack_require__(18);function Graph3d(container,data,options){if(!(this instanceof Graph3d)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.containerElement=container;this.width=\"400px\";this.height=\"400px\";this.margin=10;this.defaultXCenter=\"55%\";this.defaultYCenter=\"50%\";this.xLabel=\"x\";this.yLabel=\"y\";this.zLabel=\"z\";var passValueFn=function passValueFn(v){return v};this.xValueLabel=passValueFn;this.yValueLabel=passValueFn;this.zValueLabel=passValueFn;this.filterLabel=\"time\";this.legendLabel=\"value\";this.style=Graph3d.STYLE.DOT;this.showPerspective=true;this.showGrid=true;this.keepAspectRatio=true;this.showShadow=false;this.showGrayBottom=false;this.showTooltip=false;this.verticalRatio=.5;this.animationInterval=1e3;this.animationPreload=false;this.camera=new Camera;this.camera.setArmRotation(1,.5);this.camera.setArmLength(1.7);this.eye=new Point3d(0,0,-1);this.dataTable=null;this.dataPoints=null;this.colX=undefined;this.colY=undefined;this.colZ=undefined;this.colValue=undefined;this.colFilter=undefined;this.xMin=0;this.xStep=undefined;this.xMax=1;this.yMin=0;this.yStep=undefined;this.yMax=1;this.zMin=0;this.zStep=undefined;this.zMax=1;this.valueMin=0;this.valueMax=1;this.xBarWidth=1;this.yBarWidth=1;this.axisColor=\"#4D4D4D\";this.gridColor=\"#D3D3D3\";this.dataColor={fill:\"#7DC1FF\",stroke:\"#3267D2\",strokeWidth:1};this.create();this.setOptions(options);if(data){this.setData(data)}}Emitter(Graph3d.prototype);Graph3d.prototype._setScale=function(){this.scale=new Point3d(1/(this.xMax-this.xMin),1/(this.yMax-this.yMin),1/(this.zMax-this.zMin));if(this.keepAspectRatio){if(this.scale.x<this.scale.y){this.scale.y=this.scale.x}else{this.scale.x=this.scale.y}}this.scale.z*=this.verticalRatio;this.scale.value=1/(this.valueMax-this.valueMin);var xCenter=(this.xMax+this.xMin)/2*this.scale.x;var yCenter=(this.yMax+this.yMin)/2*this.scale.y;var zCenter=(this.zMax+this.zMin)/2*this.scale.z;this.camera.setArmLocation(xCenter,yCenter,zCenter)};Graph3d.prototype._convert3Dto2D=function(point3d){var translation=this._convertPointToTranslation(point3d);return this._convertTranslationToScreen(translation)};Graph3d.prototype._convertPointToTranslation=function(point3d){var ax=point3d.x*this.scale.x,ay=point3d.y*this.scale.y,az=point3d.z*this.scale.z,cx=this.camera.getCameraLocation().x,cy=this.camera.getCameraLocation().y,cz=this.camera.getCameraLocation().z,sinTx=Math.sin(this.camera.getCameraRotation().x),cosTx=Math.cos(this.camera.getCameraRotation().x),sinTy=Math.sin(this.camera.getCameraRotation().y),cosTy=Math.cos(this.camera.getCameraRotation().y),sinTz=Math.sin(this.camera.getCameraRotation().z),cosTz=Math.cos(this.camera.getCameraRotation().z),dx=cosTy*(sinTz*(ay-cy)+cosTz*(ax-cx))-sinTy*(az-cz),dy=sinTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))+cosTx*(cosTz*(ay-cy)-sinTz*(ax-cx)),dz=cosTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))-sinTx*(cosTz*(ay-cy)-sinTz*(ax-cx));return new Point3d(dx,dy,dz)};Graph3d.prototype._convertTranslationToScreen=function(translation){var ex=this.eye.x,ey=this.eye.y,ez=this.eye.z,dx=translation.x,dy=translation.y,dz=translation.z;var bx;var by;if(this.showPerspective){bx=(dx-ex)*(ez/dz);by=(dy-ey)*(ez/dz)}else{bx=dx*-(ez/this.camera.getArmLength());by=dy*-(ez/this.camera.getArmLength())}return new Point2d(this.xcenter+bx*this.frame.canvas.clientWidth,this.ycenter-by*this.frame.canvas.clientWidth)};Graph3d.prototype._setBackgroundColor=function(backgroundColor){var fill=\"white\";var stroke=\"gray\";var strokeWidth=1;if(typeof backgroundColor===\"string\"){fill=backgroundColor;stroke=\"none\";strokeWidth=0}else if(typeof backgroundColor===\"object\"){if(backgroundColor.fill!==undefined)fill=backgroundColor.fill;if(backgroundColor.stroke!==undefined)stroke=backgroundColor.stroke;if(backgroundColor.strokeWidth!==undefined)strokeWidth=backgroundColor.strokeWidth}else if(backgroundColor===undefined){}else{throw\"Unsupported type of backgroundColor\"}this.frame.style.backgroundColor=fill;this.frame.style.borderColor=stroke;this.frame.style.borderWidth=strokeWidth+\"px\";this.frame.style.borderStyle=\"solid\"};Graph3d.STYLE={BAR:0,BARCOLOR:1,BARSIZE:2,DOT:3,DOTLINE:4,DOTCOLOR:5,DOTSIZE:6,GRID:7,LINE:8,SURFACE:9};Graph3d.prototype._getStyleNumber=function(styleName){switch(styleName){case\"dot\":return Graph3d.STYLE.DOT;case\"dot-line\":return Graph3d.STYLE.DOTLINE;case\"dot-color\":return Graph3d.STYLE.DOTCOLOR;case\"dot-size\":return Graph3d.STYLE.DOTSIZE;case\"line\":return Graph3d.STYLE.LINE;case\"grid\":return Graph3d.STYLE.GRID;case\"surface\":return Graph3d.STYLE.SURFACE;case\"bar\":return Graph3d.STYLE.BAR;case\"bar-color\":return Graph3d.STYLE.BARCOLOR;case\"bar-size\":return Graph3d.STYLE.BARSIZE}return-1};Graph3d.prototype._determineColumnIndexes=function(data,style){if(this.style===Graph3d.STYLE.DOT||this.style===Graph3d.STYLE.DOTLINE||this.style===Graph3d.STYLE.LINE||this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE||this.style===Graph3d.STYLE.BAR){this.colX=0;this.colY=1;this.colZ=2;this.colValue=undefined;if(data.getNumberOfColumns()>3){this.colFilter=3}}else if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){this.colX=0;this.colY=1;this.colZ=2;this.colValue=3;if(data.getNumberOfColumns()>4){this.colFilter=4}}else{throw'Unknown style \"'+this.style+'\"'}};Graph3d.prototype.getNumberOfRows=function(data){return data.length};Graph3d.prototype.getNumberOfColumns=function(data){var counter=0;for(var column in data[0]){if(data[0].hasOwnProperty(column)){counter++}}return counter};Graph3d.prototype.getDistinctValues=function(data,column){var distinctValues=[];for(var i=0;i<data.length;i++){if(distinctValues.indexOf(data[i][column])==-1){distinctValues.push(data[i][column])}}return distinctValues};Graph3d.prototype.getColumnRange=function(data,column){var minMax={min:data[0][column],max:data[0][column]};for(var i=0;i<data.length;i++){if(minMax.min>data[i][column]){minMax.min=data[i][column]}if(minMax.max<data[i][column]){minMax.max=data[i][column]}}return minMax};Graph3d.prototype._dataInitialize=function(rawData,style){var me=this;if(this.dataSet){this.dataSet.off(\"*\",this._onChange)}if(rawData===undefined)return;if(Array.isArray(rawData)){rawData=new DataSet(rawData)}var data;if(rawData instanceof DataSet||rawData instanceof DataView){data=rawData.get()}else{throw new Error(\"Array, DataSet, or DataView expected\")}if(data.length==0)return;this.dataSet=rawData;this.dataTable=data;this._onChange=function(){me.setData(me.dataSet)};this.dataSet.on(\"*\",this._onChange);this.colX=\"x\";this.colY=\"y\";this.colZ=\"z\";this.colValue=\"style\";this.colFilter=\"filter\";if(data[0].hasOwnProperty(\"filter\")){if(this.dataFilter===undefined){this.dataFilter=new Filter(rawData,this.colFilter,this);this.dataFilter.setOnLoadCallback(function(){me.redraw()})}}var withBars=this.style==Graph3d.STYLE.BAR||this.style==Graph3d.STYLE.BARCOLOR||this.style==Graph3d.STYLE.BARSIZE;if(withBars){if(this.defaultXBarWidth!==undefined){this.xBarWidth=this.defaultXBarWidth}else{var dataX=this.getDistinctValues(data,this.colX);this.xBarWidth=dataX[1]-dataX[0]||1}if(this.defaultYBarWidth!==undefined){this.yBarWidth=this.defaultYBarWidth}else{var dataY=this.getDistinctValues(data,this.colY);this.yBarWidth=dataY[1]-dataY[0]||1}}var xRange=this.getColumnRange(data,this.colX);if(withBars){xRange.min-=this.xBarWidth/2;xRange.max+=this.xBarWidth/2}this.xMin=this.defaultXMin!==undefined?this.defaultXMin:xRange.min;this.xMax=this.defaultXMax!==undefined?this.defaultXMax:xRange.max;if(this.xMax<=this.xMin)this.xMax=this.xMin+1;this.xStep=this.defaultXStep!==undefined?this.defaultXStep:(this.xMax-this.xMin)/5;var yRange=this.getColumnRange(data,this.colY);if(withBars){yRange.min-=this.yBarWidth/2;yRange.max+=this.yBarWidth/2}this.yMin=this.defaultYMin!==undefined?this.defaultYMin:yRange.min;this.yMax=this.defaultYMax!==undefined?this.defaultYMax:yRange.max;if(this.yMax<=this.yMin)this.yMax=this.yMin+1;this.yStep=this.defaultYStep!==undefined?this.defaultYStep:(this.yMax-this.yMin)/5;var zRange=this.getColumnRange(data,this.colZ);this.zMin=this.defaultZMin!==undefined?this.defaultZMin:zRange.min;this.zMax=this.defaultZMax!==undefined?this.defaultZMax:zRange.max;if(this.zMax<=this.zMin)this.zMax=this.zMin+1;this.zStep=this.defaultZStep!==undefined?this.defaultZStep:(this.zMax-this.zMin)/5;if(this.colValue!==undefined){var valueRange=this.getColumnRange(data,this.colValue);this.valueMin=this.defaultValueMin!==undefined?this.defaultValueMin:valueRange.min;this.valueMax=this.defaultValueMax!==undefined?this.defaultValueMax:valueRange.max;if(this.valueMax<=this.valueMin)this.valueMax=this.valueMin+1}this._setScale()};Graph3d.prototype._getDataPoints=function(data){var x,y,i,z,obj,point;var dataPoints=[];if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){var dataX=[];var dataY=[];for(i=0;i<this.getNumberOfRows(data);i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;if(dataX.indexOf(x)===-1){dataX.push(x)}if(dataY.indexOf(y)===-1){dataY.push(y)}}var sortNumber=function sortNumber(a,b){return a-b};dataX.sort(sortNumber);dataY.sort(sortNumber);var dataMatrix=[];for(i=0;i<data.length;i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;z=data[i][this.colZ]||0;var xIndex=dataX.indexOf(x);var yIndex=dataY.indexOf(y);if(dataMatrix[xIndex]===undefined){dataMatrix[xIndex]=[]}var point3d=new Point3d;point3d.x=x;point3d.y=y;point3d.z=z;obj={};obj.point=point3d;obj.trans=undefined;obj.screen=undefined;obj.bottom=new Point3d(x,y,this.zMin);dataMatrix[xIndex][yIndex]=obj;dataPoints.push(obj)}for(x=0;x<dataMatrix.length;x++){for(y=0;y<dataMatrix[x].length;y++){if(dataMatrix[x][y]){dataMatrix[x][y].pointRight=x<dataMatrix.length-1?dataMatrix[x+1][y]:undefined;dataMatrix[x][y].pointTop=y<dataMatrix[x].length-1?dataMatrix[x][y+1]:undefined;dataMatrix[x][y].pointCross=x<dataMatrix.length-1&&y<dataMatrix[x].length-1?dataMatrix[x+1][y+1]:undefined}}}}else{for(i=0;i<data.length;i++){point=new Point3d;point.x=data[i][this.colX]||0;point.y=data[i][this.colY]||0;point.z=data[i][this.colZ]||0;if(this.colValue!==undefined){point.value=data[i][this.colValue]||0}obj={};obj.point=point;obj.bottom=new Point3d(point.x,point.y,this.zMin);obj.trans=undefined;obj.screen=undefined;dataPoints.push(obj)}}return dataPoints};Graph3d.prototype.create=function(){while(this.containerElement.hasChildNodes()){this.containerElement.removeChild(this.containerElement.firstChild)}this.frame=document.createElement(\"div\");this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);{var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}this.frame.filter=document.createElement(\"div\");this.frame.filter.style.position=\"absolute\";this.frame.filter.style.bottom=\"0px\";this.frame.filter.style.left=\"0px\";this.frame.filter.style.width=\"100%\";this.frame.appendChild(this.frame.filter);var me=this;var onmousedown=function onmousedown(event){me._onMouseDown(event)};var ontouchstart=function ontouchstart(event){me._onTouchStart(event)};var onmousewheel=function onmousewheel(event){me._onWheel(event)};var ontooltip=function ontooltip(event){me._onTooltip(event)};util.addEventListener(this.frame.canvas,\"keydown\",onkeydown);util.addEventListener(this.frame.canvas,\"mousedown\",onmousedown);util.addEventListener(this.frame.canvas,\"touchstart\",ontouchstart);util.addEventListener(this.frame.canvas,\"mousewheel\",onmousewheel);util.addEventListener(this.frame.canvas,\"mousemove\",ontooltip);this.containerElement.appendChild(this.frame)};Graph3d.prototype.setSize=function(width,height){this.frame.style.width=width;this.frame.style.height=height;this._resizeCanvas()};Graph3d.prototype._resizeCanvas=function(){this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=this.frame.canvas.clientWidth;this.frame.canvas.height=this.frame.canvas.clientHeight;this.frame.filter.style.width=this.frame.canvas.clientWidth-2*10+\"px\"};Graph3d.prototype.animationStart=function(){if(!this.frame.filter||!this.frame.filter.slider)throw\"No animation available\";this.frame.filter.slider.play()};Graph3d.prototype.animationStop=function(){if(!this.frame.filter||!this.frame.filter.slider)return;this.frame.filter.slider.stop()};Graph3d.prototype._resizeCenter=function(){if(this.defaultXCenter.charAt(this.defaultXCenter.length-1)===\"%\"){this.xcenter=parseFloat(this.defaultXCenter)/100*this.frame.canvas.clientWidth}else{this.xcenter=parseFloat(this.defaultXCenter)}if(this.defaultYCenter.charAt(this.defaultYCenter.length-1)===\"%\"){this.ycenter=parseFloat(this.defaultYCenter)/100*(this.frame.canvas.clientHeight-this.frame.filter.clientHeight)}else{this.ycenter=parseFloat(this.defaultYCenter)}};Graph3d.prototype.setCameraPosition=function(pos){if(pos===undefined){return}if(pos.horizontal!==undefined&&pos.vertical!==undefined){this.camera.setArmRotation(pos.horizontal,pos.vertical)}if(pos.distance!==undefined){this.camera.setArmLength(pos.distance)}this.redraw()};Graph3d.prototype.getCameraPosition=function(){var pos=this.camera.getArmRotation();pos.distance=this.camera.getArmLength();return pos};Graph3d.prototype._readData=function(data){this._dataInitialize(data,this.style);if(this.dataFilter){this.dataPoints=this.dataFilter._getDataPoints()}else{this.dataPoints=this._getDataPoints(this.dataTable)}this._redrawFilter()};Graph3d.prototype.setData=function(data){this._readData(data);this.redraw();if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.setOptions=function(options){var cameraPosition=undefined;this.animationStop();if(options!==undefined){if(options.width!==undefined)this.width=options.width;if(options.height!==undefined)this.height=options.height;if(options.xCenter!==undefined)this.defaultXCenter=options.xCenter;if(options.yCenter!==undefined)this.defaultYCenter=options.yCenter;if(options.filterLabel!==undefined)this.filterLabel=options.filterLabel;if(options.legendLabel!==undefined)this.legendLabel=options.legendLabel;if(options.xLabel!==undefined)this.xLabel=options.xLabel;if(options.yLabel!==undefined)this.yLabel=options.yLabel;if(options.zLabel!==undefined)this.zLabel=options.zLabel;if(options.xValueLabel!==undefined)this.xValueLabel=options.xValueLabel;if(options.yValueLabel!==undefined)this.yValueLabel=options.yValueLabel;if(options.zValueLabel!==undefined)this.zValueLabel=options.zValueLabel;if(options.style!==undefined){var styleNumber=this._getStyleNumber(options.style);if(styleNumber!==-1){this.style=styleNumber}}if(options.showGrid!==undefined)this.showGrid=options.showGrid;if(options.showPerspective!==undefined)this.showPerspective=options.showPerspective;if(options.showShadow!==undefined)this.showShadow=options.showShadow;if(options.tooltip!==undefined)this.showTooltip=options.tooltip;if(options.showAnimationControls!==undefined)this.showAnimationControls=options.showAnimationControls;if(options.keepAspectRatio!==undefined)this.keepAspectRatio=options.keepAspectRatio;if(options.verticalRatio!==undefined)this.verticalRatio=options.verticalRatio;if(options.animationInterval!==undefined)this.animationInterval=options.animationInterval;if(options.animationPreload!==undefined)this.animationPreload=options.animationPreload;if(options.animationAutoStart!==undefined)this.animationAutoStart=options.animationAutoStart;if(options.xBarWidth!==undefined)this.defaultXBarWidth=options.xBarWidth;if(options.yBarWidth!==undefined)this.defaultYBarWidth=options.yBarWidth;if(options.xMin!==undefined)this.defaultXMin=options.xMin;if(options.xStep!==undefined)this.defaultXStep=options.xStep;if(options.xMax!==undefined)this.defaultXMax=options.xMax;if(options.yMin!==undefined)this.defaultYMin=options.yMin;if(options.yStep!==undefined)this.defaultYStep=options.yStep;if(options.yMax!==undefined)this.defaultYMax=options.yMax;if(options.zMin!==undefined)this.defaultZMin=options.zMin;if(options.zStep!==undefined)this.defaultZStep=options.zStep;if(options.zMax!==undefined)this.defaultZMax=options.zMax;if(options.valueMin!==undefined)this.defaultValueMin=options.valueMin;if(options.valueMax!==undefined)this.defaultValueMax=options.valueMax;if(options.backgroundColor!==undefined)this._setBackgroundColor(options.backgroundColor);if(options.cameraPosition!==undefined)cameraPosition=options.cameraPosition;if(cameraPosition!==undefined){this.camera.setArmRotation(cameraPosition.horizontal,cameraPosition.vertical);this.camera.setArmLength(cameraPosition.distance)}if(options.axisColor!==undefined)this.axisColor=options.axisColor;if(options.gridColor!==undefined)this.gridColor=options.gridColor;if(options.dataColor){if(typeof options.dataColor===\"string\"){this.dataColor.fill=options.dataColor;this.dataColor.stroke=options.dataColor}else{if(options.dataColor.fill){this.dataColor.fill=options.dataColor.fill}if(options.dataColor.stroke){this.dataColor.stroke=options.dataColor.stroke}if(options.dataColor.strokeWidth!==undefined){this.dataColor.strokeWidth=options.dataColor.strokeWidth}}}}this.setSize(this.width,this.height);if(this.dataTable){this.setData(this.dataTable)}if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.redraw=function(){if(this.dataPoints===undefined){throw\"Error: graph data not initialized\"}this._resizeCanvas();this._resizeCenter();this._redrawSlider();this._redrawClear();this._redrawAxis();if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){this._redrawDataGrid()}else if(this.style===Graph3d.STYLE.LINE){this._redrawDataLine()}else if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){this._redrawDataBar()}else{this._redrawDataDot()}this._redrawInfo();this._redrawLegend()};Graph3d.prototype._redrawClear=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.clearRect(0,0,canvas.width,canvas.height)};Graph3d.prototype._redrawLegend=function(){var y;if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE){var dotSize=this.frame.clientWidth*.02;var widthMin,widthMax;if(this.style===Graph3d.STYLE.DOTSIZE){widthMin=dotSize/2;widthMax=dotSize/2+dotSize*2}else{widthMin=20;widthMax=20}var height=Math.max(this.frame.clientHeight*.25,100);var top=this.margin;var right=this.frame.clientWidth-this.margin;var left=right-widthMax;var bottom=top+height}var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.lineWidth=1;ctx.font=\"14px arial\";if(this.style===Graph3d.STYLE.DOTCOLOR){var ymin=0;var ymax=height;for(y=ymin;y<ymax;y++){var f=(y-ymin)/(ymax-ymin);var hue=f*240;var color=this._hsv2rgb(hue,1,1);ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(left,top+y);ctx.lineTo(right,top+y);ctx.stroke()}ctx.strokeStyle=this.axisColor;ctx.strokeRect(left,top,widthMax,height)}if(this.style===Graph3d.STYLE.DOTSIZE){ctx.strokeStyle=this.axisColor;ctx.fillStyle=this.dataColor.fill;ctx.beginPath();ctx.moveTo(left,top);ctx.lineTo(right,top);ctx.lineTo(right-widthMax+widthMin,bottom);ctx.lineTo(left,bottom);ctx.closePath();ctx.fill();ctx.stroke()}if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE){var gridLineLen=5;var step=new StepNumber(this.valueMin,this.valueMax,(this.valueMax-this.valueMin)/5,true);step.start();if(step.getCurrent()<this.valueMin){step.next()}while(!step.end()){y=bottom-(step.getCurrent()-this.valueMin)/(this.valueMax-this.valueMin)*height;ctx.beginPath();ctx.moveTo(left-gridLineLen,y);ctx.lineTo(left,y);ctx.stroke();ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(step.getCurrent(),left-2*gridLineLen,y);step.next()}ctx.textAlign=\"right\";ctx.textBaseline=\"top\";var label=this.legendLabel;ctx.fillText(label,right,bottom+this.margin)}};Graph3d.prototype._redrawFilter=function(){this.frame.filter.innerHTML=\"\";if(this.dataFilter){var options={visible:this.showAnimationControls};var slider=new Slider(this.frame.filter,options);this.frame.filter.slider=slider;this.frame.filter.style.padding=\"10px\";slider.setValues(this.dataFilter.values);slider.setPlayInterval(this.animationInterval);var me=this;var onchange=function onchange(){var index=slider.getIndex();me.dataFilter.selectValue(index);me.dataPoints=me.dataFilter._getDataPoints();me.redraw()};slider.setOnChangeCallback(onchange)}else{this.frame.filter.slider=undefined}};Graph3d.prototype._redrawSlider=function(){if(this.frame.filter.slider!==undefined){this.frame.filter.slider.redraw()}};Graph3d.prototype._redrawInfo=function(){if(this.dataFilter){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");\n\nctx.font=\"14px arial\";ctx.lineStyle=\"gray\";ctx.fillStyle=\"gray\";ctx.textAlign=\"left\";ctx.textBaseline=\"top\";var x=this.margin;var y=this.margin;ctx.fillText(this.dataFilter.getLabel()+\": \"+this.dataFilter.getSelectedValue(),x,y)}};Graph3d.prototype._redrawAxis=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),from,to,step,prettyStep,text,xText,yText,zText,offset,xOffset,yOffset,xMin2d,xMax2d;ctx.font=24/this.camera.getArmLength()+\"px arial\";var gridLenX=.025/this.scale.x;var gridLenY=.025/this.scale.y;var textMargin=5/this.camera.getArmLength();var armAngle=this.camera.getArmRotation().horizontal;ctx.lineWidth=1;prettyStep=this.defaultXStep===undefined;step=new StepNumber(this.xMin,this.xMax,this.xStep,prettyStep);step.start();if(step.getCurrent()<this.xMin){step.next()}while(!step.end()){var x=step.getCurrent();if(this.showGrid){from=this._convert3Dto2D(new Point3d(x,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMax,this.zMin));ctx.strokeStyle=this.gridColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}else{from=this._convert3Dto2D(new Point3d(x,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMin+gridLenX,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(x,this.yMax,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMax-gridLenX,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}yText=Math.cos(armAngle)>0?this.yMin:this.yMax;text=this._convert3Dto2D(new Point3d(x,yText,this.zMin));if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";text.y+=textMargin}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(\"  \"+this.xValueLabel(step.getCurrent())+\"  \",text.x,text.y);step.next()}ctx.lineWidth=1;prettyStep=this.defaultYStep===undefined;step=new StepNumber(this.yMin,this.yMax,this.yStep,prettyStep);step.start();if(step.getCurrent()<this.yMin){step.next()}while(!step.end()){if(this.showGrid){from=this._convert3Dto2D(new Point3d(this.xMin,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax,step.getCurrent(),this.zMin));ctx.strokeStyle=this.gridColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}else{from=this._convert3Dto2D(new Point3d(this.xMin,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMin+gridLenY,step.getCurrent(),this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(this.xMax,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax-gridLenY,step.getCurrent(),this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}xText=Math.sin(armAngle)>0?this.xMin:this.xMax;text=this._convert3Dto2D(new Point3d(xText,step.getCurrent(),this.zMin));if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";text.y+=textMargin}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(\"  \"+this.yValueLabel(step.getCurrent())+\"  \",text.x,text.y);step.next()}ctx.lineWidth=1;prettyStep=this.defaultZStep===undefined;step=new StepNumber(this.zMin,this.zMax,this.zStep,prettyStep);step.start();if(step.getCurrent()<this.zMin){step.next()}xText=Math.cos(armAngle)>0?this.xMin:this.xMax;yText=Math.sin(armAngle)<0?this.yMin:this.yMax;while(!step.end()){from=this._convert3Dto2D(new Point3d(xText,yText,step.getCurrent()));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(from.x-textMargin,from.y);ctx.stroke();ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(this.zValueLabel(step.getCurrent())+\" \",from.x-5,from.y);step.next()}ctx.lineWidth=1;from=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));to=this._convert3Dto2D(new Point3d(xText,yText,this.zMax));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();ctx.lineWidth=1;xMin2d=this._convert3Dto2D(new Point3d(this.xMin,this.yMin,this.zMin));xMax2d=this._convert3Dto2D(new Point3d(this.xMax,this.yMin,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(xMin2d.x,xMin2d.y);ctx.lineTo(xMax2d.x,xMax2d.y);ctx.stroke();xMin2d=this._convert3Dto2D(new Point3d(this.xMin,this.yMax,this.zMin));xMax2d=this._convert3Dto2D(new Point3d(this.xMax,this.yMax,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(xMin2d.x,xMin2d.y);ctx.lineTo(xMax2d.x,xMax2d.y);ctx.stroke();ctx.lineWidth=1;from=this._convert3Dto2D(new Point3d(this.xMin,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(this.xMin,this.yMax,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(this.xMax,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax,this.yMax,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();var xLabel=this.xLabel;if(xLabel.length>0){yOffset=.1/this.scale.y;xText=(this.xMin+this.xMax)/2;yText=Math.cos(armAngle)>0?this.yMin-yOffset:this.yMax+yOffset;text=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\"}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(xLabel,text.x,text.y)}var yLabel=this.yLabel;if(yLabel.length>0){xOffset=.1/this.scale.x;xText=Math.sin(armAngle)>0?this.xMin-xOffset:this.xMax+xOffset;yText=(this.yMin+this.yMax)/2;text=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\"}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(yLabel,text.x,text.y)}var zLabel=this.zLabel;if(zLabel.length>0){offset=30;xText=Math.cos(armAngle)>0?this.xMin:this.xMax;yText=Math.sin(armAngle)<0?this.yMin:this.yMax;zText=(this.zMin+this.zMax)/2;text=this._convert3Dto2D(new Point3d(xText,yText,zText));ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(zLabel,text.x-offset,text.y)}};Graph3d.prototype._hsv2rgb=function(H,S,V){var R,G,B,C,Hi,X;C=V*S;Hi=Math.floor(H/60);X=C*(1-Math.abs(H/60%2-1));switch(Hi){case 0:R=C;G=X;B=0;break;case 1:R=X;G=C;B=0;break;case 2:R=0;G=C;B=X;break;case 3:R=0;G=X;B=C;break;case 4:R=X;G=0;B=C;break;case 5:R=C;G=0;B=X;break;default:R=0;G=0;B=0;break}return\"RGB(\"+parseInt(R*255)+\",\"+parseInt(G*255)+\",\"+parseInt(B*255)+\")\"};Graph3d.prototype._redrawDataGrid=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),point,right,top,cross,i,topSideVisible,fillStyle,strokeStyle,lineWidth,h,s,v,zAvg;ctx.lineJoin=\"round\";ctx.lineCap=\"round\";if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);if(this.style===Graph3d.STYLE.SURFACE){for(i=0;i<this.dataPoints.length;i++){point=this.dataPoints[i];right=this.dataPoints[i].pointRight;top=this.dataPoints[i].pointTop;cross=this.dataPoints[i].pointCross;if(point!==undefined&&right!==undefined&&top!==undefined&&cross!==undefined){if(this.showGrayBottom||this.showShadow){var aDiff=Point3d.subtract(cross.trans,point.trans);var bDiff=Point3d.subtract(top.trans,right.trans);var crossproduct=Point3d.crossProduct(aDiff,bDiff);var len=crossproduct.length();topSideVisible=crossproduct.z>0}else{topSideVisible=true}if(topSideVisible){zAvg=(point.point.z+right.point.z+top.point.z+cross.point.z)/4;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;s=1;if(this.showShadow){v=Math.min(1+crossproduct.x/len/2,1);fillStyle=this._hsv2rgb(h,s,v);strokeStyle=fillStyle}else{v=1;fillStyle=this._hsv2rgb(h,s,v);strokeStyle=this.axisColor}}else{fillStyle=\"gray\";strokeStyle=this.axisColor}ctx.lineWidth=this._getStrokeWidth(point);ctx.fillStyle=fillStyle;ctx.strokeStyle=strokeStyle;ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(right.screen.x,right.screen.y);ctx.lineTo(cross.screen.x,cross.screen.y);ctx.lineTo(top.screen.x,top.screen.y);ctx.closePath();ctx.fill();ctx.stroke()}}}else{for(i=0;i<this.dataPoints.length;i++){point=this.dataPoints[i];right=this.dataPoints[i].pointRight;top=this.dataPoints[i].pointTop;if(point!==undefined&&right!==undefined){zAvg=(point.point.z+right.point.z)/2;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=this._getStrokeWidth(point)*2;ctx.strokeStyle=this._hsv2rgb(h,1,1);ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(right.screen.x,right.screen.y);ctx.stroke()}if(point!==undefined&&top!==undefined){zAvg=(point.point.z+top.point.z)/2;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=this._getStrokeWidth(point)*2;ctx.strokeStyle=this._hsv2rgb(h,1,1);ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(top.screen.x,top.screen.y);ctx.stroke()}}}};Graph3d.prototype._getStrokeWidth=function(point){if(point!==undefined){if(this.showPerspective){return 1/-point.trans.z*this.dataColor.strokeWidth}else{return-(this.eye.z/this.camera.getArmLength())*this.dataColor.strokeWidth}}return this.dataColor.strokeWidth};Graph3d.prototype._redrawDataDot=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");var i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);var dotSize=this.frame.clientWidth*.02;for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];if(this.style===Graph3d.STYLE.DOTLINE){var from=this._convert3Dto2D(point.bottom);ctx.lineWidth=1;ctx.strokeStyle=this.gridColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(point.screen.x,point.screen.y);ctx.stroke()}var size;if(this.style===Graph3d.STYLE.DOTSIZE){size=dotSize/2+2*dotSize*(point.point.value-this.valueMin)/(this.valueMax-this.valueMin)}else{size=dotSize}var radius;if(this.showPerspective){radius=size/-point.trans.z}else{radius=size*-(this.eye.z/this.camera.getArmLength())}if(radius<0){radius=0}var hue,color,borderColor;if(this.style===Graph3d.STYLE.DOTCOLOR){hue=(1-(point.point.value-this.valueMin)*this.scale.value)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}else if(this.style===Graph3d.STYLE.DOTSIZE){color=this.dataColor.fill;borderColor=this.dataColor.stroke}else{hue=(1-(point.point.z-this.zMin)*this.scale.z/this.verticalRatio)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;ctx.beginPath();ctx.arc(point.screen.x,point.screen.y,radius,0,Math.PI*2,true);ctx.fill();ctx.stroke()}};Graph3d.prototype._redrawDataBar=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");var i,j,surface,corners;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);ctx.lineJoin=\"round\";ctx.lineCap=\"round\";var xWidth=this.xBarWidth/2;var yWidth=this.yBarWidth/2;for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];var hue,color,borderColor;if(this.style===Graph3d.STYLE.BARCOLOR){hue=(1-(point.point.value-this.valueMin)*this.scale.value)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}else if(this.style===Graph3d.STYLE.BARSIZE){color=this.dataColor.fill;borderColor=this.dataColor.stroke}else{hue=(1-(point.point.z-this.zMin)*this.scale.z/this.verticalRatio)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}if(this.style===Graph3d.STYLE.BARSIZE){xWidth=this.xBarWidth/2*((point.point.value-this.valueMin)/(this.valueMax-this.valueMin)*.8+.2);yWidth=this.yBarWidth/2*((point.point.value-this.valueMin)/(this.valueMax-this.valueMin)*.8+.2)}var me=this;var point3d=point.point;var top=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,point3d.z)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,point3d.z)}];var bottom=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,this.zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,this.zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,this.zMin)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,this.zMin)}];top.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});bottom.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});var surfaces=[{corners:top,center:Point3d.avg(bottom[0].point,bottom[2].point)},{corners:[top[0],top[1],bottom[1],bottom[0]],center:Point3d.avg(bottom[1].point,bottom[0].point)},{corners:[top[1],top[2],bottom[2],bottom[1]],center:Point3d.avg(bottom[2].point,bottom[1].point)},{corners:[top[2],top[3],bottom[3],bottom[2]],center:Point3d.avg(bottom[3].point,bottom[2].point)},{corners:[top[3],top[0],bottom[0],bottom[3]],center:Point3d.avg(bottom[0].point,bottom[3].point)}];point.surfaces=surfaces;for(j=0;j<surfaces.length;j++){surface=surfaces[j];var transCenter=this._convertPointToTranslation(surface.center);surface.dist=this.showPerspective?transCenter.length():-transCenter.z}surfaces.sort(function(a,b){var diff=b.dist-a.dist;if(diff)return diff;if(a.corners===top)return 1;if(b.corners===top)return-1;return 0});ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;for(j=2;j<surfaces.length;j++){surface=surfaces[j];corners=surface.corners;ctx.beginPath();ctx.moveTo(corners[3].screen.x,corners[3].screen.y);ctx.lineTo(corners[0].screen.x,corners[0].screen.y);ctx.lineTo(corners[1].screen.x,corners[1].screen.y);ctx.lineTo(corners[2].screen.x,corners[2].screen.y);ctx.lineTo(corners[3].screen.x,corners[3].screen.y);ctx.fill();ctx.stroke()}}};Graph3d.prototype._redrawDataLine=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),point,i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen}if(this.dataPoints.length>0){point=this.dataPoints[0];ctx.lineWidth=this._getStrokeWidth(point);ctx.lineJoin=\"round\";ctx.lineCap=\"round\";ctx.strokeStyle=this.dataColor.stroke;ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);for(i=1;i<this.dataPoints.length;i++){point=this.dataPoints[i];ctx.lineTo(point.screen.x,point.screen.y)}ctx.stroke()}};Graph3d.prototype._onMouseDown=function(event){event=event||window.event;if(this.leftButtonDown){this._onMouseUp(event)}this.leftButtonDown=event.which?event.which===1:event.button===1;if(!this.leftButtonDown&&!this.touchDown)return;this.startMouseX=getMouseX(event);this.startMouseY=getMouseY(event);this.startStart=new Date(this.start);this.startEnd=new Date(this.end);this.startArmRotation=this.camera.getArmRotation();this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",me.onmousemove);util.addEventListener(document,\"mouseup\",me.onmouseup);util.preventDefault(event)};Graph3d.prototype._onMouseMove=function(event){event=event||window.event;var diffX=parseFloat(getMouseX(event))-this.startMouseX;var diffY=parseFloat(getMouseY(event))-this.startMouseY;var horizontalNew=this.startArmRotation.horizontal+diffX/200;var verticalNew=this.startArmRotation.vertical+diffY/200;var snapAngle=4;var snapValue=Math.sin(snapAngle/360*2*Math.PI);if(Math.abs(Math.sin(horizontalNew))<snapValue){horizontalNew=Math.round(horizontalNew/Math.PI)*Math.PI-.001}if(Math.abs(Math.cos(horizontalNew))<snapValue){horizontalNew=(Math.round(horizontalNew/Math.PI-.5)+.5)*Math.PI-.001}if(Math.abs(Math.sin(verticalNew))<snapValue){verticalNew=Math.round(verticalNew/Math.PI)*Math.PI}if(Math.abs(Math.cos(verticalNew))<snapValue){verticalNew=(Math.round(verticalNew/Math.PI-.5)+.5)*Math.PI}this.camera.setArmRotation(horizontalNew,verticalNew);this.redraw();var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";this.leftButtonDown=false;util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Graph3d.prototype._onTooltip=function(event){var delay=300;var boundingRect=this.frame.getBoundingClientRect();var mouseX=getMouseX(event)-boundingRect.left;var mouseY=getMouseY(event)-boundingRect.top;if(!this.showTooltip){return}if(this.tooltipTimeout){clearTimeout(this.tooltipTimeout)}if(this.leftButtonDown){this._hideTooltip();return}if(this.tooltip&&this.tooltip.dataPoint){var dataPoint=this._dataPointFromXY(mouseX,mouseY);if(dataPoint!==this.tooltip.dataPoint){if(dataPoint){this._showTooltip(dataPoint)}else{this._hideTooltip()}}}else{var me=this;this.tooltipTimeout=setTimeout(function(){me.tooltipTimeout=null;var dataPoint=me._dataPointFromXY(mouseX,mouseY);if(dataPoint){me._showTooltip(dataPoint)}},delay)}};Graph3d.prototype._onTouchStart=function(event){this.touchDown=true;var me=this;this.ontouchmove=function(event){me._onTouchMove(event)};this.ontouchend=function(event){me._onTouchEnd(event)};util.addEventListener(document,\"touchmove\",me.ontouchmove);util.addEventListener(document,\"touchend\",me.ontouchend);this._onMouseDown(event)};Graph3d.prototype._onTouchMove=function(event){this._onMouseMove(event)};Graph3d.prototype._onTouchEnd=function(event){this.touchDown=false;util.removeEventListener(document,\"touchmove\",this.ontouchmove);util.removeEventListener(document,\"touchend\",this.ontouchend);this._onMouseUp(event)};Graph3d.prototype._onWheel=function(event){if(!event)event=window.event;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var oldLength=this.camera.getArmLength();var newLength=oldLength*(1-delta/10);this.camera.setArmLength(newLength);this.redraw();this._hideTooltip()}var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._insideTriangle=function(point,triangle){var a=triangle[0],b=triangle[1],c=triangle[2];function sign(x){return x>0?1:x<0?-1:0}var as=sign((b.x-a.x)*(point.y-a.y)-(b.y-a.y)*(point.x-a.x));var bs=sign((c.x-b.x)*(point.y-b.y)-(c.y-b.y)*(point.x-b.x));var cs=sign((a.x-c.x)*(point.y-c.y)-(a.y-c.y)*(point.x-c.x));return(as==0||bs==0||as==bs)&&(bs==0||cs==0||bs==cs)&&(as==0||cs==0||as==cs)};Graph3d.prototype._dataPointFromXY=function(x,y){var i,distMax=100,dataPoint=null,closestDataPoint=null,closestDist=null,center=new Point2d(x,y);if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){for(i=this.dataPoints.length-1;i>=0;i--){dataPoint=this.dataPoints[i];var surfaces=dataPoint.surfaces;if(surfaces){for(var s=surfaces.length-1;s>=0;s--){var surface=surfaces[s];var corners=surface.corners;var triangle1=[corners[0].screen,corners[1].screen,corners[2].screen];var triangle2=[corners[2].screen,corners[3].screen,corners[0].screen];if(this._insideTriangle(center,triangle1)||this._insideTriangle(center,triangle2)){return dataPoint}}}}}else{for(i=0;i<this.dataPoints.length;i++){dataPoint=this.dataPoints[i];var point=dataPoint.screen;if(point){var distX=Math.abs(x-point.x);var distY=Math.abs(y-point.y);var dist=Math.sqrt(distX*distX+distY*distY);if((closestDist===null||dist<closestDist)&&dist<distMax){closestDist=dist;closestDataPoint=dataPoint}}}}return closestDataPoint};Graph3d.prototype._showTooltip=function(dataPoint){var content,line,dot;if(!this.tooltip){content=document.createElement(\"div\");content.style.position=\"absolute\";content.style.padding=\"10px\";content.style.border=\"1px solid #4d4d4d\";content.style.color=\"#1a1a1a\";content.style.background=\"rgba(255,255,255,0.7)\";content.style.borderRadius=\"2px\";content.style.boxShadow=\"5px 5px 10px rgba(128,128,128,0.5)\";line=document.createElement(\"div\");line.style.position=\"absolute\";line.style.height=\"40px\";line.style.width=\"0\";line.style.borderLeft=\"1px solid #4d4d4d\";dot=document.createElement(\"div\");dot.style.position=\"absolute\";dot.style.height=\"0\";dot.style.width=\"0\";dot.style.border=\"5px solid #4d4d4d\";dot.style.borderRadius=\"5px\";this.tooltip={dataPoint:null,dom:{content:content,line:line,dot:dot}}}else{content=this.tooltip.dom.content;line=this.tooltip.dom.line;dot=this.tooltip.dom.dot}this._hideTooltip();this.tooltip.dataPoint=dataPoint;if(typeof this.showTooltip===\"function\"){content.innerHTML=this.showTooltip(dataPoint.point)}else{content.innerHTML=\"<table>\"+\"<tr><td>x:</td><td>\"+dataPoint.point.x+\"</td></tr>\"+\"<tr><td>y:</td><td>\"+dataPoint.point.y+\"</td></tr>\"+\"<tr><td>z:</td><td>\"+dataPoint.point.z+\"</td></tr>\"+\"</table>\"}content.style.left=\"0\";content.style.top=\"0\";this.frame.appendChild(content);this.frame.appendChild(line);this.frame.appendChild(dot);var contentWidth=content.offsetWidth;var contentHeight=content.offsetHeight;var lineHeight=line.offsetHeight;var dotWidth=dot.offsetWidth;var dotHeight=dot.offsetHeight;var left=dataPoint.screen.x-contentWidth/2;left=Math.min(Math.max(left,10),this.frame.clientWidth-10-contentWidth);line.style.left=dataPoint.screen.x+\"px\";line.style.top=dataPoint.screen.y-lineHeight+\"px\";content.style.left=left+\"px\";content.style.top=dataPoint.screen.y-lineHeight-contentHeight+\"px\";dot.style.left=dataPoint.screen.x-dotWidth/2+\"px\";dot.style.top=dataPoint.screen.y-dotHeight/2+\"px\"};Graph3d.prototype._hideTooltip=function(){if(this.tooltip){this.tooltip.dataPoint=null;for(var prop in this.tooltip.dom){if(this.tooltip.dom.hasOwnProperty(prop)){var elem=this.tooltip.dom[prop];if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}}}};function getMouseX(event){if(\"clientX\"in event)return event.clientX;return event.targetTouches[0]&&event.targetTouches[0].clientX||0}function getMouseY(event){if(\"clientY\"in event)return event.clientY;return event.targetTouches[0]&&event.targetTouches[0].clientY||0}module.exports=Graph3d},function(module,exports){module.exports=Emitter;function Emitter(obj){if(obj)return mixin(obj)}function mixin(obj){for(var key in Emitter.prototype){obj[key]=Emitter.prototype[key]}return obj}Emitter.prototype.on=Emitter.prototype.addEventListener=function(event,fn){this._callbacks=this._callbacks||{};(this._callbacks[event]=this._callbacks[event]||[]).push(fn);return this};Emitter.prototype.once=function(event,fn){var self=this;this._callbacks=this._callbacks||{};function on(){self.off(event,on);fn.apply(this,arguments)}on.fn=fn;this.on(event,on);return this};Emitter.prototype.off=Emitter.prototype.removeListener=Emitter.prototype.removeAllListeners=Emitter.prototype.removeEventListener=function(event,fn){this._callbacks=this._callbacks||{};if(0==arguments.length){this._callbacks={};return this}var callbacks=this._callbacks[event];if(!callbacks)return this;if(1==arguments.length){delete this._callbacks[event];return this}var cb;for(var i=0;i<callbacks.length;i++){cb=callbacks[i];if(cb===fn||cb.fn===fn){callbacks.splice(i,1);break}}return this};Emitter.prototype.emit=function(event){this._callbacks=this._callbacks||{};var args=[].slice.call(arguments,1),callbacks=this._callbacks[event];if(callbacks){callbacks=callbacks.slice(0);for(var i=0,len=callbacks.length;i<len;++i){callbacks[i].apply(this,args)}}return this};Emitter.prototype.listeners=function(event){this._callbacks=this._callbacks||{};return this._callbacks[event]||[]};Emitter.prototype.hasListeners=function(event){return!!this.listeners(event).length}},function(module,exports){\"use strict\";function Point3d(x,y,z){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0;this.z=z!==undefined?z:0}Point3d.subtract=function(a,b){var sub=new Point3d;sub.x=a.x-b.x;sub.y=a.y-b.y;sub.z=a.z-b.z;return sub};Point3d.add=function(a,b){var sum=new Point3d;sum.x=a.x+b.x;sum.y=a.y+b.y;sum.z=a.z+b.z;return sum};Point3d.avg=function(a,b){return new Point3d((a.x+b.x)/2,(a.y+b.y)/2,(a.z+b.z)/2)};Point3d.crossProduct=function(a,b){var crossproduct=new Point3d;crossproduct.x=a.y*b.z-a.z*b.y;crossproduct.y=a.z*b.x-a.x*b.z;crossproduct.z=a.x*b.y-a.y*b.x;return crossproduct};Point3d.prototype.length=function(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z)};module.exports=Point3d},function(module,exports){\"use strict\";function Point2d(x,y){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0}module.exports=Point2d},function(module,exports,__webpack_require__){\"use strict\";var Point3d=__webpack_require__(13);function Camera(){this.armLocation=new Point3d;this.armRotation={};this.armRotation.horizontal=0;this.armRotation.vertical=0;this.armLength=1.7;this.cameraLocation=new Point3d;this.cameraRotation=new Point3d(.5*Math.PI,0,0);this.calculateCameraOrientation()}Camera.prototype.setArmLocation=function(x,y,z){this.armLocation.x=x;this.armLocation.y=y;this.armLocation.z=z;this.calculateCameraOrientation()};Camera.prototype.setArmRotation=function(horizontal,vertical){if(horizontal!==undefined){this.armRotation.horizontal=horizontal}if(vertical!==undefined){this.armRotation.vertical=vertical;if(this.armRotation.vertical<0)this.armRotation.vertical=0;if(this.armRotation.vertical>.5*Math.PI)this.armRotation.vertical=.5*Math.PI}if(horizontal!==undefined||vertical!==undefined){this.calculateCameraOrientation()}};Camera.prototype.getArmRotation=function(){var rot={};rot.horizontal=this.armRotation.horizontal;rot.vertical=this.armRotation.vertical;return rot};Camera.prototype.setArmLength=function(length){if(length===undefined)return;this.armLength=length;if(this.armLength<.71)this.armLength=.71;if(this.armLength>5)this.armLength=5;this.calculateCameraOrientation()};Camera.prototype.getArmLength=function(){return this.armLength};Camera.prototype.getCameraLocation=function(){return this.cameraLocation};Camera.prototype.getCameraRotation=function(){return this.cameraRotation};Camera.prototype.calculateCameraOrientation=function(){this.cameraLocation.x=this.armLocation.x-this.armLength*Math.sin(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.y=this.armLocation.y-this.armLength*Math.cos(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.z=this.armLocation.z+this.armLength*Math.sin(this.armRotation.vertical);this.cameraRotation.x=Math.PI/2-this.armRotation.vertical;this.cameraRotation.y=0;this.cameraRotation.z=-this.armRotation.horizontal};module.exports=Camera},function(module,exports,__webpack_require__){\"use strict\";var DataView=__webpack_require__(10);function Filter(data,column,graph){this.data=data;this.column=column;this.graph=graph;this.index=undefined;this.value=undefined;this.values=graph.getDistinctValues(data.get(),this.column);this.values.sort(function(a,b){return a>b?1:a<b?-1:0});if(this.values.length>0){this.selectValue(0)}this.dataPoints=[];this.loaded=false;this.onLoadCallback=undefined;if(graph.animationPreload){this.loaded=false;this.loadInBackground()}else{this.loaded=true}}Filter.prototype.isLoaded=function(){return this.loaded};Filter.prototype.getLoadedProgress=function(){var len=this.values.length;var i=0;while(this.dataPoints[i]){i++}return Math.round(i/len*100)};Filter.prototype.getLabel=function(){return this.graph.filterLabel};Filter.prototype.getColumn=function(){return this.column};Filter.prototype.getSelectedValue=function(){if(this.index===undefined)return undefined;return this.values[this.index]};Filter.prototype.getValues=function(){return this.values};Filter.prototype.getValue=function(index){if(index>=this.values.length)throw\"Error: index out of range\";return this.values[index]};Filter.prototype._getDataPoints=function(index){if(index===undefined)index=this.index;if(index===undefined)return[];var dataPoints;if(this.dataPoints[index]){dataPoints=this.dataPoints[index]}else{var f={};f.column=this.column;f.value=this.values[index];var dataView=new DataView(this.data,{filter:function filter(item){return item[f.column]==f.value}}).get();dataPoints=this.graph._getDataPoints(dataView);this.dataPoints[index]=dataPoints}return dataPoints};Filter.prototype.setOnLoadCallback=function(callback){this.onLoadCallback=callback};Filter.prototype.selectValue=function(index){if(index>=this.values.length)throw\"Error: index out of range\";this.index=index;this.value=this.values[index]};Filter.prototype.loadInBackground=function(index){if(index===undefined)index=0;var frame=this.graph.frame;if(index<this.values.length){var dataPointsTemp=this._getDataPoints(index);if(frame.progress===undefined){frame.progress=document.createElement(\"DIV\");frame.progress.style.position=\"absolute\";frame.progress.style.color=\"gray\";frame.appendChild(frame.progress)}var progress=this.getLoadedProgress();frame.progress.innerHTML=\"Loading animation... \"+progress+\"%\";frame.progress.style.bottom=60+\"px\";frame.progress.style.left=10+\"px\";var me=this;setTimeout(function(){me.loadInBackground(index+1)},10);this.loaded=false}else{this.loaded=true;if(frame.progress!==undefined){frame.removeChild(frame.progress);frame.progress=undefined}if(this.onLoadCallback)this.onLoadCallback()}};module.exports=Filter},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);function Slider(container,options){if(container===undefined){throw\"Error: No container element defined\"}this.container=container;this.visible=options&&options.visible!=undefined?options.visible:true;if(this.visible){this.frame=document.createElement(\"DIV\");this.frame.style.width=\"100%\";this.frame.style.position=\"relative\";this.container.appendChild(this.frame);this.frame.prev=document.createElement(\"INPUT\");this.frame.prev.type=\"BUTTON\";this.frame.prev.value=\"Prev\";this.frame.appendChild(this.frame.prev);this.frame.play=document.createElement(\"INPUT\");this.frame.play.type=\"BUTTON\";this.frame.play.value=\"Play\";this.frame.appendChild(this.frame.play);this.frame.next=document.createElement(\"INPUT\");this.frame.next.type=\"BUTTON\";this.frame.next.value=\"Next\";\n\nthis.frame.appendChild(this.frame.next);this.frame.bar=document.createElement(\"INPUT\");this.frame.bar.type=\"BUTTON\";this.frame.bar.style.position=\"absolute\";this.frame.bar.style.border=\"1px solid red\";this.frame.bar.style.width=\"100px\";this.frame.bar.style.height=\"6px\";this.frame.bar.style.borderRadius=\"2px\";this.frame.bar.style.MozBorderRadius=\"2px\";this.frame.bar.style.border=\"1px solid #7F7F7F\";this.frame.bar.style.backgroundColor=\"#E5E5E5\";this.frame.appendChild(this.frame.bar);this.frame.slide=document.createElement(\"INPUT\");this.frame.slide.type=\"BUTTON\";this.frame.slide.style.margin=\"0px\";this.frame.slide.value=\" \";this.frame.slide.style.position=\"relative\";this.frame.slide.style.left=\"-100px\";this.frame.appendChild(this.frame.slide);var me=this;this.frame.slide.onmousedown=function(event){me._onMouseDown(event)};this.frame.prev.onclick=function(event){me.prev(event)};this.frame.play.onclick=function(event){me.togglePlay(event)};this.frame.next.onclick=function(event){me.next(event)}}this.onChangeCallback=undefined;this.values=[];this.index=undefined;this.playTimeout=undefined;this.playInterval=1e3;this.playLoop=true}Slider.prototype.prev=function(){var index=this.getIndex();if(index>0){index--;this.setIndex(index)}};Slider.prototype.next=function(){var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}};Slider.prototype.playNext=function(){var start=new Date;var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}else if(this.playLoop){index=0;this.setIndex(index)}var end=new Date;var diff=end-start;var interval=Math.max(this.playInterval-diff,0);var me=this;this.playTimeout=setTimeout(function(){me.playNext()},interval)};Slider.prototype.togglePlay=function(){if(this.playTimeout===undefined){this.play()}else{this.stop()}};Slider.prototype.play=function(){if(this.playTimeout)return;this.playNext();if(this.frame){this.frame.play.value=\"Stop\"}};Slider.prototype.stop=function(){clearInterval(this.playTimeout);this.playTimeout=undefined;if(this.frame){this.frame.play.value=\"Play\"}};Slider.prototype.setOnChangeCallback=function(callback){this.onChangeCallback=callback};Slider.prototype.setPlayInterval=function(interval){this.playInterval=interval};Slider.prototype.getPlayInterval=function(interval){return this.playInterval};Slider.prototype.setPlayLoop=function(doLoop){this.playLoop=doLoop};Slider.prototype.onChange=function(){if(this.onChangeCallback!==undefined){this.onChangeCallback()}};Slider.prototype.redraw=function(){if(this.frame){this.frame.bar.style.top=this.frame.clientHeight/2-this.frame.bar.offsetHeight/2+\"px\";this.frame.bar.style.width=this.frame.clientWidth-this.frame.prev.clientWidth-this.frame.play.clientWidth-this.frame.next.clientWidth-30+\"px\";var left=this.indexToLeft(this.index);this.frame.slide.style.left=left+\"px\"}};Slider.prototype.setValues=function(values){this.values=values;if(this.values.length>0)this.setIndex(0);else this.index=undefined};Slider.prototype.setIndex=function(index){if(index<this.values.length){this.index=index;this.redraw();this.onChange()}else{throw\"Error: index out of range\"}};Slider.prototype.getIndex=function(){return this.index};Slider.prototype.get=function(){return this.values[this.index]};Slider.prototype._onMouseDown=function(event){var leftButtonDown=event.which?event.which===1:event.button===1;if(!leftButtonDown)return;this.startClientX=event.clientX;this.startSlideX=parseFloat(this.frame.slide.style.left);this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",this.onmousemove);util.addEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Slider.prototype.leftToIndex=function(left){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=left-3;var index=Math.round(x/width*(this.values.length-1));if(index<0)index=0;if(index>this.values.length-1)index=this.values.length-1;return index};Slider.prototype.indexToLeft=function(index){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=index/(this.values.length-1)*width;var left=x+3;return left};Slider.prototype._onMouseMove=function(event){var diff=event.clientX-this.startClientX;var x=this.startSlideX+diff;var index=this.leftToIndex(x);this.setIndex(index);util.preventDefault()};Slider.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault()};module.exports=Slider},function(module,exports){\"use strict\";function StepNumber(start,end,step,prettyStep){this._start=0;this._end=0;this._step=1;this.prettyStep=true;this.precision=5;this._current=0;this.setRange(start,end,step,prettyStep)}StepNumber.prototype.setRange=function(start,end,step,prettyStep){this._start=start?start:0;this._end=end?end:0;this.setStep(step,prettyStep)};StepNumber.prototype.setStep=function(step,prettyStep){if(step===undefined||step<=0)return;if(prettyStep!==undefined)this.prettyStep=prettyStep;if(this.prettyStep===true)this._step=StepNumber.calculatePrettyStep(step);else this._step=step};StepNumber.calculatePrettyStep=function(step){var log10=function log10(x){return Math.log(x)/Math.LN10};var step1=Math.pow(10,Math.round(log10(step))),step2=2*Math.pow(10,Math.round(log10(step/2))),step5=5*Math.pow(10,Math.round(log10(step/5)));var prettyStep=step1;if(Math.abs(step2-step)<=Math.abs(prettyStep-step))prettyStep=step2;if(Math.abs(step5-step)<=Math.abs(prettyStep-step))prettyStep=step5;if(prettyStep<=0){prettyStep=1}return prettyStep};StepNumber.prototype.getCurrent=function(){return parseFloat(this._current.toPrecision(this.precision))};StepNumber.prototype.getStep=function(){return this._step};StepNumber.prototype.start=function(){this._current=this._start-this._start%this._step};StepNumber.prototype.next=function(){this._current+=this._step};StepNumber.prototype.end=function(){return this._current>this._end};module.exports=StepNumber},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(12);var Hammer=__webpack_require__(20);var moment=__webpack_require__(2);var util=__webpack_require__(1);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var Range=__webpack_require__(24);var Core=__webpack_require__(28);var TimeAxis=__webpack_require__(39);var CurrentTime=__webpack_require__(44);var CustomTime=__webpack_require__(42);var ItemSet=__webpack_require__(29);var Configurator=__webpack_require__(45);var Validator=__webpack_require__(47)[\"default\"];var printStyle=__webpack_require__(47).printStyle;var allOptions=__webpack_require__(48).allOptions;var configureOptions=__webpack_require__(48).configureOptions;function Timeline(container,items,groups,options){if(!(this instanceof Timeline)){throw new SyntaxError(\"Constructor must be called with the new operator\")}if(!(Array.isArray(groups)||groups instanceof DataSet||groups instanceof DataView)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,throttleRedraw:0,orientation:{axis:\"bottom\",item:\"bottom\"},moment:moment,width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{getScale:function getScale(){return me.timeAxis.step.scale},getStep:function getStep(){return me.timeAxis.step.step},toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.timeAxis2=null;this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.itemSet=new ItemSet(this.body);this.components.push(this.itemSet);this.itemsData=null;this.groupsData=null;this.on(\"tap\",function(event){me.emit(\"click\",me.getEventProperties(event))});this.on(\"doubletap\",function(event){me.emit(\"doubleClick\",me.getEventProperties(event))});this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}else{this._redraw()}}Timeline.prototype=new Core;Timeline.prototype._createConfigurator=function(){return new Configurator(this,this.dom.container,configureOptions)};Timeline.prototype.redraw=function(){this.itemSet&&this.itemSet.markDirty({refreshItems:true});this._redraw()};Timeline.prototype.setOptions=function(options){var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options);if(\"type\"in options){if(options.type!==this.options.type){this.options.type=options.type;var itemsData=this.itemsData;if(itemsData){var selection=this.getSelection();this.setItems(null);this.setItems(itemsData);this.setSelection(selection)}}}};Timeline.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.itemSet&&this.itemSet.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){if(this.options.start==undefined||this.options.end==undefined){var range=this.getItemRange()}var start=this.options.start!=undefined?this.options.start:range.min;var end=this.options.end!=undefined?this.options.end:range.max;this.setWindow(start,end,{animation:false})}else{this.fit({animation:false})}}};Timeline.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.itemSet.setGroups(newDataSet)};Timeline.prototype.setData=function(data){if(data&&data.groups){this.setGroups(data.groups)}if(data&&data.items){this.setItems(data.items)}};Timeline.prototype.setSelection=function(ids,options){this.itemSet&&this.itemSet.setSelection(ids);if(options&&options.focus){this.focus(ids,options)}};Timeline.prototype.getSelection=function(){return this.itemSet&&this.itemSet.getSelection()||[]};Timeline.prototype.focus=function(id,options){if(!this.itemsData||id==undefined)return;var ids=Array.isArray(id)?id:[id];var itemsData=this.itemsData.getDataSet().get(ids,{type:{start:\"Date\",end:\"Date\"}});var start=null;var end=null;itemsData.forEach(function(itemData){var s=itemData.start.valueOf();var e=\"end\"in itemData?itemData.end.valueOf():itemData.start.valueOf();if(start===null||s<start){start=s}if(end===null||e>end){end=e}});if(start!==null&&end!==null){var middle=(start+end)/2;var interval=Math.max(this.range.end-this.range.start,(end-start)*1.1);var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(middle-interval/2,middle+interval/2,animation)}};Timeline.prototype.fit=function(options){var animation=options&&options.animation!==undefined?options.animation:true;var range=this.getItemRange();this.range.setRange(range.min,range.max,animation)};Timeline.prototype.getItemRange=function(){var _this=this;var range=this.getDataRange();var min=range.min;var max=range.max;var minItem=null;var maxItem=null;if(min!=null&&max!=null){var interval;var factor;var lhs;var rhs;var delta;(function(){var getStart=function getStart(item){return util.convert(item.data.start,\"Date\").valueOf()};var getEnd=function getEnd(item){var end=item.data.end!=undefined?item.data.end:item.data.start;return util.convert(end,\"Date\").valueOf()};interval=max-min;if(interval<=0){interval=10}factor=interval/_this.props.center.width;util.forEach(_this.itemSet.items,function(item){item.show();var start=getStart(item);var end=getEnd(item);var left=new Date(start-(item.getWidthLeft()+10)*factor);var right=new Date(end+(item.getWidthRight()+10)*factor);if(left<min){min=left;minItem=item}if(right>max){max=right;maxItem=item}}.bind(_this));if(minItem&&maxItem){lhs=minItem.getWidthLeft()+10;rhs=maxItem.getWidthRight()+10;delta=_this.props.center.width-lhs-rhs;if(delta>0){min=getStart(minItem)-lhs*interval/delta;max=getEnd(maxItem)+rhs*interval/delta}}})()}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getDataRange=function(){var min=null;var max=null;var dataset=this.itemsData&&this.itemsData.getDataSet();if(dataset){dataset.forEach(function(item){var start=util.convert(item.start,\"Date\").valueOf();var end=util.convert(item.end!=undefined?item.end:item.start,\"Date\").valueOf();if(min===null||start<min){min=start}if(max===null||end>max){max=start}})}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;var x=clientX-util.getAbsoluteLeft(this.dom.centerContainer);var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var item=this.itemSet.itemFromTarget(event);var group=this.itemSet.groupFromTarget(event);var customTime=CustomTime.customTimeFromTarget(event);var snap=this.itemSet.options.snap||null;var scale=this.body.util.getScale();var step=this.body.util.getStep();var time=this._toTime(x);var snappedTime=snap?snap(time,scale,step):time;var element=util.getTarget(event);var what=null;if(item!=null){what=\"item\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.itemSet.dom.labelSet)){what=\"group-label\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}return{event:event,item:item?item.id:null,group:group?group.groupId:null,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,snappedTime:snappedTime}};module.exports=Timeline},function(module,exports,__webpack_require__){\"use strict\";if(typeof window!==\"undefined\"){var propagating=__webpack_require__(21);var Hammer=window[\"Hammer\"]||__webpack_require__(22);module.exports=propagating(Hammer,{preventDefault:\"mouse\"})}else{module.exports=function(){throw Error(\"hammer.js is only available in a browser, not in node.js.\")}}},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;\"use strict\";(function(factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{window.propagating=factory()}})(function(){var _firstTarget=null;var _processing=false;return function propagating(hammer,options){var _options=options||{preventDefault:false};if(hammer.Manager){var Hammer=hammer;var PropagatingHammer=function(element,options){var o=Object.create(_options);if(options)Hammer.extend(o,options);return propagating(new Hammer(element,o),o)};Hammer.extend(PropagatingHammer,Hammer);PropagatingHammer.Manager=function(element,options){var o=Object.create(_options);if(options)Hammer.extend(o,options);return propagating(new Hammer.Manager(element,o),o)};return PropagatingHammer}var wrapper=Object.create(hammer);var element=hammer.element;element.hammer=wrapper;hammer.on(\"hammer.input\",function(event){if(_options.preventDefault===true||_options.preventDefault===event.pointerType){event.preventDefault()}if(event.isFirst){_firstTarget=event.target}});wrapper._handlers={};wrapper.on=function(events,handler){split(events).forEach(function(event){var _handlers=wrapper._handlers[event];if(!_handlers){wrapper._handlers[event]=_handlers=[];hammer.on(event,propagatedHandler)}_handlers.push(handler)});return wrapper};wrapper.off=function(events,handler){split(events).forEach(function(event){var _handlers=wrapper._handlers[event];if(_handlers){_handlers=handler?_handlers.filter(function(h){return h!==handler}):[];if(_handlers.length>0){wrapper._handlers[event]=_handlers}else{hammer.off(event,propagatedHandler);delete wrapper._handlers[event]}}});return wrapper};wrapper.emit=function(eventType,event){_firstTarget=event.target;hammer.emit(eventType,event)};wrapper.destroy=function(){delete hammer.element.hammer;wrapper._handlers={};hammer.destroy()};function split(events){return events.match(/[^ ]+/g)}function propagatedHandler(event){if(event.type!==\"hammer.input\"){if(!event.srcEvent._handled){event.srcEvent._handled={}}if(event.srcEvent._handled[event.type]){return}else{event.srcEvent._handled[event.type]=true}}var stopped=false;event.stopPropagation=function(){stopped=true};event.firstTarget=_firstTarget;var elem=_firstTarget;while(elem&&!stopped){var _handlers=elem.hammer&&elem.hammer._handlers[event.type];if(_handlers){for(var i=0;i<_handlers.length&&!stopped;i++){_handlers[i](event)}}elem=elem.parentNode}}return wrapper}})},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_RESULT__;(function(window,document,exportName,undefined){\"use strict\";var VENDOR_PREFIXES=[\"\",\"webkit\",\"moz\",\"MS\",\"ms\",\"o\"];var TEST_ELEMENT=document.createElement(\"div\");var TYPE_FUNCTION=\"function\";var round=Math.round;var abs=Math.abs;var now=Date.now;function setTimeoutContext(fn,timeout,context){return setTimeout(bindFn(fn,context),timeout)}function invokeArrayArg(arg,fn,context){if(Array.isArray(arg)){each(arg,context[fn],context);return true}return false}function each(obj,iterator,context){var i;if(!obj){return}if(obj.forEach){obj.forEach(iterator,context)}else if(obj.length!==undefined){i=0;while(i<obj.length){iterator.call(context,obj[i],i,obj);i++}}else{for(i in obj){obj.hasOwnProperty(i)&&iterator.call(context,obj[i],i,obj)}}}function extend(dest,src,merge){var keys=Object.keys(src);var i=0;while(i<keys.length){if(!merge||merge&&dest[keys[i]]===undefined){dest[keys[i]]=src[keys[i]]}i++}return dest}function merge(dest,src){return extend(dest,src,true)}function inherit(child,base,properties){var baseP=base.prototype,childP;childP=child.prototype=Object.create(baseP);childP.constructor=child;childP._super=baseP;if(properties){extend(childP,properties)}}function bindFn(fn,context){return function boundFn(){return fn.apply(context,arguments)}}function boolOrFn(val,args){if(typeof val==TYPE_FUNCTION){return val.apply(args?args[0]||undefined:undefined,args)}return val}function ifUndefined(val1,val2){return val1===undefined?val2:val1}function addEventListeners(target,types,handler){each(splitStr(types),function(type){target.addEventListener(type,handler,false)})}function removeEventListeners(target,types,handler){each(splitStr(types),function(type){target.removeEventListener(type,handler,false)})}function hasParent(node,parent){while(node){if(node==parent){return true}node=node.parentNode}return false}function inStr(str,find){return str.indexOf(find)>-1}function splitStr(str){return str.trim().split(/\\s+/g)}function inArray(src,find,findByKey){if(src.indexOf&&!findByKey){return src.indexOf(find)}else{var i=0;while(i<src.length){if(findByKey&&src[i][findByKey]==find||!findByKey&&src[i]===find){return i}i++}return-1}}function toArray(obj){return Array.prototype.slice.call(obj,0)}function uniqueArray(src,key,sort){var results=[];var values=[];var i=0;while(i<src.length){var val=key?src[i][key]:src[i];if(inArray(values,val)<0){results.push(src[i])}values[i]=val;i++}if(sort){if(!key){results=results.sort()}else{results=results.sort(function sortUniqueArray(a,b){return a[key]>b[key]})}}return results}function prefixed(obj,property){var prefix,prop;var camelProp=property[0].toUpperCase()+property.slice(1);var i=0;while(i<VENDOR_PREFIXES.length){prefix=VENDOR_PREFIXES[i];prop=prefix?prefix+camelProp:property;if(prop in obj){return prop}i++}return undefined}var _uniqueId=1;function uniqueId(){return _uniqueId++}function getWindowForElement(element){var doc=element.ownerDocument;return doc.defaultView||doc.parentWindow}var MOBILE_REGEX=/mobile|tablet|ip(ad|hone|od)|android/i;var SUPPORT_TOUCH=\"ontouchstart\"in window;var SUPPORT_POINTER_EVENTS=prefixed(window,\"PointerEvent\")!==undefined;var SUPPORT_ONLY_TOUCH=SUPPORT_TOUCH&&MOBILE_REGEX.test(navigator.userAgent);var INPUT_TYPE_TOUCH=\"touch\";var INPUT_TYPE_PEN=\"pen\";var INPUT_TYPE_MOUSE=\"mouse\";var INPUT_TYPE_KINECT=\"kinect\";var COMPUTE_INTERVAL=25;var INPUT_START=1;var INPUT_MOVE=2;var INPUT_END=4;var INPUT_CANCEL=8;var DIRECTION_NONE=1;var DIRECTION_LEFT=2;var DIRECTION_RIGHT=4;var DIRECTION_UP=8;var DIRECTION_DOWN=16;var DIRECTION_HORIZONTAL=DIRECTION_LEFT|DIRECTION_RIGHT;var DIRECTION_VERTICAL=DIRECTION_UP|DIRECTION_DOWN;var DIRECTION_ALL=DIRECTION_HORIZONTAL|DIRECTION_VERTICAL;var PROPS_XY=[\"x\",\"y\"];var PROPS_CLIENT_XY=[\"clientX\",\"clientY\"];function Input(manager,callback){var self=this;this.manager=manager;this.callback=callback;this.element=manager.element;this.target=manager.options.inputTarget;this.domHandler=function(ev){if(boolOrFn(manager.options.enable,[manager])){self.handler(ev)}};this.init()}Input.prototype={handler:function(){},init:function(){this.evEl&&addEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&addEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&addEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)},destroy:function(){this.evEl&&removeEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&removeEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&removeEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)}};function createInputInstance(manager){var Type;var inputClass=manager.options.inputClass;if(inputClass){Type=inputClass}else if(SUPPORT_POINTER_EVENTS){Type=PointerEventInput}else if(SUPPORT_ONLY_TOUCH){Type=TouchInput}else if(!SUPPORT_TOUCH){Type=MouseInput}else{Type=TouchMouseInput}return new Type(manager,inputHandler)}function inputHandler(manager,eventType,input){var pointersLen=input.pointers.length;var changedPointersLen=input.changedPointers.length;var isFirst=eventType&INPUT_START&&pointersLen-changedPointersLen===0;var isFinal=eventType&(INPUT_END|INPUT_CANCEL)&&pointersLen-changedPointersLen===0;input.isFirst=!!isFirst;input.isFinal=!!isFinal;if(isFirst){manager.session={}}input.eventType=eventType;computeInputData(manager,input);manager.emit(\"hammer.input\",input);manager.recognize(input);manager.session.prevInput=input}function computeInputData(manager,input){var session=manager.session;var pointers=input.pointers;var pointersLength=pointers.length;if(!session.firstInput){session.firstInput=simpleCloneInputData(input)}if(pointersLength>1&&!session.firstMultiple){session.firstMultiple=simpleCloneInputData(input)}else if(pointersLength===1){session.firstMultiple=false}var firstInput=session.firstInput;var firstMultiple=session.firstMultiple;var offsetCenter=firstMultiple?firstMultiple.center:firstInput.center;var center=input.center=getCenter(pointers);input.timeStamp=now();input.deltaTime=input.timeStamp-firstInput.timeStamp;input.angle=getAngle(offsetCenter,center);input.distance=getDistance(offsetCenter,center);computeDeltaXY(session,input);input.offsetDirection=getDirection(input.deltaX,input.deltaY);input.scale=firstMultiple?getScale(firstMultiple.pointers,pointers):1;input.rotation=firstMultiple?getRotation(firstMultiple.pointers,pointers):0;computeIntervalInputData(session,input);var target=manager.element;if(hasParent(input.srcEvent.target,target)){target=input.srcEvent.target}input.target=target}function computeDeltaXY(session,input){var center=input.center;var offset=session.offsetDelta||{};var prevDelta=session.prevDelta||{};var prevInput=session.prevInput||{};if(input.eventType===INPUT_START||prevInput.eventType===INPUT_END){prevDelta=session.prevDelta={x:prevInput.deltaX||0,y:prevInput.deltaY||0};offset=session.offsetDelta={x:center.x,y:center.y}}input.deltaX=prevDelta.x+(center.x-offset.x);input.deltaY=prevDelta.y+(center.y-offset.y)}function computeIntervalInputData(session,input){var last=session.lastInterval||input,deltaTime=input.timeStamp-last.timeStamp,velocity,velocityX,velocityY,direction;if(input.eventType!=INPUT_CANCEL&&(deltaTime>COMPUTE_INTERVAL||last.velocity===undefined)){var deltaX=last.deltaX-input.deltaX;var deltaY=last.deltaY-input.deltaY;var v=getVelocity(deltaTime,deltaX,deltaY);velocityX=v.x;velocityY=v.y;velocity=abs(v.x)>abs(v.y)?v.x:v.y;direction=getDirection(deltaX,deltaY);session.lastInterval=input}else{velocity=last.velocity;velocityX=last.velocityX;velocityY=last.velocityY;direction=last.direction}input.velocity=velocity;input.velocityX=velocityX;input.velocityY=velocityY;input.direction=direction}function simpleCloneInputData(input){var pointers=[];var i=0;while(i<input.pointers.length){pointers[i]={clientX:round(input.pointers[i].clientX),clientY:round(input.pointers[i].clientY)};i++}return{timeStamp:now(),pointers:pointers,center:getCenter(pointers),deltaX:input.deltaX,deltaY:input.deltaY}}function getCenter(pointers){var pointersLength=pointers.length;if(pointersLength===1){return{x:round(pointers[0].clientX),y:round(pointers[0].clientY)}}var x=0,y=0,i=0;while(i<pointersLength){x+=pointers[i].clientX;y+=pointers[i].clientY;i++}return{x:round(x/pointersLength),y:round(y/pointersLength)}}function getVelocity(deltaTime,x,y){return{x:x/deltaTime||0,y:y/deltaTime||0}}function getDirection(x,y){if(x===y){return DIRECTION_NONE}if(abs(x)>=abs(y)){return x>0?DIRECTION_LEFT:DIRECTION_RIGHT}return y>0?DIRECTION_UP:DIRECTION_DOWN}function getDistance(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.sqrt(x*x+y*y)}function getAngle(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.atan2(y,x)*180/Math.PI}function getRotation(start,end){return getAngle(end[1],end[0],PROPS_CLIENT_XY)-getAngle(start[1],start[0],PROPS_CLIENT_XY)}function getScale(start,end){return getDistance(end[0],end[1],PROPS_CLIENT_XY)/getDistance(start[0],start[1],PROPS_CLIENT_XY)}var MOUSE_INPUT_MAP={mousedown:INPUT_START,mousemove:INPUT_MOVE,mouseup:INPUT_END};var MOUSE_ELEMENT_EVENTS=\"mousedown\";var MOUSE_WINDOW_EVENTS=\"mousemove mouseup\";function MouseInput(){this.evEl=MOUSE_ELEMENT_EVENTS;this.evWin=MOUSE_WINDOW_EVENTS;this.allow=true;this.pressed=false;Input.apply(this,arguments)}inherit(MouseInput,Input,{handler:function MEhandler(ev){var eventType=MOUSE_INPUT_MAP[ev.type];if(eventType&INPUT_START&&ev.button===0){this.pressed=true}if(eventType&INPUT_MOVE&&ev.which!==1){eventType=INPUT_END}if(!this.pressed||!this.allow){return}if(eventType&INPUT_END){this.pressed=false}this.callback(this.manager,eventType,{pointers:[ev],changedPointers:[ev],pointerType:INPUT_TYPE_MOUSE,srcEvent:ev})}});var POINTER_INPUT_MAP={pointerdown:INPUT_START,pointermove:INPUT_MOVE,pointerup:INPUT_END,pointercancel:INPUT_CANCEL,pointerout:INPUT_CANCEL};var IE10_POINTER_TYPE_ENUM={2:INPUT_TYPE_TOUCH,3:INPUT_TYPE_PEN,4:INPUT_TYPE_MOUSE,5:INPUT_TYPE_KINECT};var POINTER_ELEMENT_EVENTS=\"pointerdown\";var POINTER_WINDOW_EVENTS=\"pointermove pointerup pointercancel\";if(window.MSPointerEvent){POINTER_ELEMENT_EVENTS=\"MSPointerDown\";POINTER_WINDOW_EVENTS=\"MSPointerMove MSPointerUp MSPointerCancel\"}function PointerEventInput(){this.evEl=POINTER_ELEMENT_EVENTS;this.evWin=POINTER_WINDOW_EVENTS;Input.apply(this,arguments);this.store=this.manager.session.pointerEvents=[]}inherit(PointerEventInput,Input,{handler:function PEhandler(ev){var store=this.store;var removePointer=false;var eventTypeNormalized=ev.type.toLowerCase().replace(\"ms\",\"\");var eventType=POINTER_INPUT_MAP[eventTypeNormalized];var pointerType=IE10_POINTER_TYPE_ENUM[ev.pointerType]||ev.pointerType;var isTouch=pointerType==INPUT_TYPE_TOUCH;var storeIndex=inArray(store,ev.pointerId,\"pointerId\");if(eventType&INPUT_START&&(ev.button===0||isTouch)){if(storeIndex<0){store.push(ev);storeIndex=store.length-1}}else if(eventType&(INPUT_END|INPUT_CANCEL)){removePointer=true}if(storeIndex<0){return}store[storeIndex]=ev;this.callback(this.manager,eventType,{pointers:store,changedPointers:[ev],pointerType:pointerType,srcEvent:ev});if(removePointer){store.splice(storeIndex,1)}}});var SINGLE_TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var SINGLE_TOUCH_TARGET_EVENTS=\"touchstart\";var SINGLE_TOUCH_WINDOW_EVENTS=\"touchstart touchmove touchend touchcancel\";function SingleTouchInput(){this.evTarget=SINGLE_TOUCH_TARGET_EVENTS;this.evWin=SINGLE_TOUCH_WINDOW_EVENTS;this.started=false;Input.apply(this,arguments)}inherit(SingleTouchInput,Input,{handler:function TEhandler(ev){var type=SINGLE_TOUCH_INPUT_MAP[ev.type];if(type===INPUT_START){this.started=true}if(!this.started){return}var touches=normalizeSingleTouches.call(this,ev,type);if(type&(INPUT_END|INPUT_CANCEL)&&touches[0].length-touches[1].length===0){this.started=false}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function normalizeSingleTouches(ev,type){var all=toArray(ev.touches);var changed=toArray(ev.changedTouches);if(type&(INPUT_END|INPUT_CANCEL)){all=uniqueArray(all.concat(changed),\"identifier\",true)}return[all,changed]}var TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var TOUCH_TARGET_EVENTS=\"touchstart touchmove touchend touchcancel\";function TouchInput(){this.evTarget=TOUCH_TARGET_EVENTS;this.targetIds={};Input.apply(this,arguments)}inherit(TouchInput,Input,{handler:function MTEhandler(ev){var type=TOUCH_INPUT_MAP[ev.type];var touches=getTouches.call(this,ev,type);if(!touches){return}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function getTouches(ev,type){var allTouches=toArray(ev.touches);var targetIds=this.targetIds;if(type&(INPUT_START|INPUT_MOVE)&&allTouches.length===1){targetIds[allTouches[0].identifier]=true;return[allTouches,allTouches]}var i,targetTouches,changedTouches=toArray(ev.changedTouches),changedTargetTouches=[],target=this.target;targetTouches=allTouches.filter(function(touch){return hasParent(touch.target,target)});if(type===INPUT_START){i=0;while(i<targetTouches.length){targetIds[targetTouches[i].identifier]=true;i++}}i=0;while(i<changedTouches.length){if(targetIds[changedTouches[i].identifier]){changedTargetTouches.push(changedTouches[i])}if(type&(INPUT_END|INPUT_CANCEL)){delete targetIds[changedTouches[i].identifier]}i++}if(!changedTargetTouches.length){return}return[uniqueArray(targetTouches.concat(changedTargetTouches),\"identifier\",true),changedTargetTouches]}function TouchMouseInput(){Input.apply(this,arguments);var handler=bindFn(this.handler,this);this.touch=new TouchInput(this.manager,handler);this.mouse=new MouseInput(this.manager,handler)}inherit(TouchMouseInput,Input,{handler:function TMEhandler(manager,inputEvent,inputData){\nvar isTouch=inputData.pointerType==INPUT_TYPE_TOUCH,isMouse=inputData.pointerType==INPUT_TYPE_MOUSE;if(isTouch){this.mouse.allow=false}else if(isMouse&&!this.mouse.allow){return}if(inputEvent&(INPUT_END|INPUT_CANCEL)){this.mouse.allow=true}this.callback(manager,inputEvent,inputData)},destroy:function destroy(){this.touch.destroy();this.mouse.destroy()}});var PREFIXED_TOUCH_ACTION=prefixed(TEST_ELEMENT.style,\"touchAction\");var NATIVE_TOUCH_ACTION=PREFIXED_TOUCH_ACTION!==undefined;var TOUCH_ACTION_COMPUTE=\"compute\";var TOUCH_ACTION_AUTO=\"auto\";var TOUCH_ACTION_MANIPULATION=\"manipulation\";var TOUCH_ACTION_NONE=\"none\";var TOUCH_ACTION_PAN_X=\"pan-x\";var TOUCH_ACTION_PAN_Y=\"pan-y\";function TouchAction(manager,value){this.manager=manager;this.set(value)}TouchAction.prototype={set:function(value){if(value==TOUCH_ACTION_COMPUTE){value=this.compute()}if(NATIVE_TOUCH_ACTION){this.manager.element.style[PREFIXED_TOUCH_ACTION]=value}this.actions=value.toLowerCase().trim()},update:function(){this.set(this.manager.options.touchAction)},compute:function(){var actions=[];each(this.manager.recognizers,function(recognizer){if(boolOrFn(recognizer.options.enable,[recognizer])){actions=actions.concat(recognizer.getTouchAction())}});return cleanTouchActions(actions.join(\" \"))},preventDefaults:function(input){if(NATIVE_TOUCH_ACTION){return}var srcEvent=input.srcEvent;var direction=input.offsetDirection;if(this.manager.session.prevented){srcEvent.preventDefault();return}var actions=this.actions;var hasNone=inStr(actions,TOUCH_ACTION_NONE);var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y);var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X);if(hasNone||hasPanY&&direction&DIRECTION_HORIZONTAL||hasPanX&&direction&DIRECTION_VERTICAL){return this.preventSrc(srcEvent)}},preventSrc:function(srcEvent){this.manager.session.prevented=true;srcEvent.preventDefault()}};function cleanTouchActions(actions){if(inStr(actions,TOUCH_ACTION_NONE)){return TOUCH_ACTION_NONE}var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X);var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y);if(hasPanX&&hasPanY){return TOUCH_ACTION_PAN_X+\" \"+TOUCH_ACTION_PAN_Y}if(hasPanX||hasPanY){return hasPanX?TOUCH_ACTION_PAN_X:TOUCH_ACTION_PAN_Y}if(inStr(actions,TOUCH_ACTION_MANIPULATION)){return TOUCH_ACTION_MANIPULATION}return TOUCH_ACTION_AUTO}var STATE_POSSIBLE=1;var STATE_BEGAN=2;var STATE_CHANGED=4;var STATE_ENDED=8;var STATE_RECOGNIZED=STATE_ENDED;var STATE_CANCELLED=16;var STATE_FAILED=32;function Recognizer(options){this.id=uniqueId();this.manager=null;this.options=merge(options||{},this.defaults);this.options.enable=ifUndefined(this.options.enable,true);this.state=STATE_POSSIBLE;this.simultaneous={};this.requireFail=[]}Recognizer.prototype={defaults:{},set:function(options){extend(this.options,options);this.manager&&this.manager.touchAction.update();return this},recognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"recognizeWith\",this)){return this}var simultaneous=this.simultaneous;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(!simultaneous[otherRecognizer.id]){simultaneous[otherRecognizer.id]=otherRecognizer;otherRecognizer.recognizeWith(this)}return this},dropRecognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRecognizeWith\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);delete this.simultaneous[otherRecognizer.id];return this},requireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"requireFailure\",this)){return this}var requireFail=this.requireFail;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(inArray(requireFail,otherRecognizer)===-1){requireFail.push(otherRecognizer);otherRecognizer.requireFailure(this)}return this},dropRequireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRequireFailure\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);var index=inArray(this.requireFail,otherRecognizer);if(index>-1){this.requireFail.splice(index,1)}return this},hasRequireFailures:function(){return this.requireFail.length>0},canRecognizeWith:function(otherRecognizer){return!!this.simultaneous[otherRecognizer.id]},emit:function(input){var self=this;var state=this.state;function emit(withState){self.manager.emit(self.options.event+(withState?stateStr(state):\"\"),input)}if(state<STATE_ENDED){emit(true)}emit();if(state>=STATE_ENDED){emit(true)}},tryEmit:function(input){if(this.canEmit()){return this.emit(input)}this.state=STATE_FAILED},canEmit:function(){var i=0;while(i<this.requireFail.length){if(!(this.requireFail[i].state&(STATE_FAILED|STATE_POSSIBLE))){return false}i++}return true},recognize:function(inputData){var inputDataClone=extend({},inputData);if(!boolOrFn(this.options.enable,[this,inputDataClone])){this.reset();this.state=STATE_FAILED;return}if(this.state&(STATE_RECOGNIZED|STATE_CANCELLED|STATE_FAILED)){this.state=STATE_POSSIBLE}this.state=this.process(inputDataClone);if(this.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED|STATE_CANCELLED)){this.tryEmit(inputDataClone)}},process:function(inputData){},getTouchAction:function(){},reset:function(){}};function stateStr(state){if(state&STATE_CANCELLED){return\"cancel\"}else if(state&STATE_ENDED){return\"end\"}else if(state&STATE_CHANGED){return\"move\"}else if(state&STATE_BEGAN){return\"start\"}return\"\"}function directionStr(direction){if(direction==DIRECTION_DOWN){return\"down\"}else if(direction==DIRECTION_UP){return\"up\"}else if(direction==DIRECTION_LEFT){return\"left\"}else if(direction==DIRECTION_RIGHT){return\"right\"}return\"\"}function getRecognizerByNameIfManager(otherRecognizer,recognizer){var manager=recognizer.manager;if(manager){return manager.get(otherRecognizer)}return otherRecognizer}function AttrRecognizer(){Recognizer.apply(this,arguments)}inherit(AttrRecognizer,Recognizer,{defaults:{pointers:1},attrTest:function(input){var optionPointers=this.options.pointers;return optionPointers===0||input.pointers.length===optionPointers},process:function(input){var state=this.state;var eventType=input.eventType;var isRecognized=state&(STATE_BEGAN|STATE_CHANGED);var isValid=this.attrTest(input);if(isRecognized&&(eventType&INPUT_CANCEL||!isValid)){return state|STATE_CANCELLED}else if(isRecognized||isValid){if(eventType&INPUT_END){return state|STATE_ENDED}else if(!(state&STATE_BEGAN)){return STATE_BEGAN}return state|STATE_CHANGED}return STATE_FAILED}});function PanRecognizer(){AttrRecognizer.apply(this,arguments);this.pX=null;this.pY=null}inherit(PanRecognizer,AttrRecognizer,{defaults:{event:\"pan\",threshold:10,pointers:1,direction:DIRECTION_ALL},getTouchAction:function(){var direction=this.options.direction;var actions=[];if(direction&DIRECTION_HORIZONTAL){actions.push(TOUCH_ACTION_PAN_Y)}if(direction&DIRECTION_VERTICAL){actions.push(TOUCH_ACTION_PAN_X)}return actions},directionTest:function(input){var options=this.options;var hasMoved=true;var distance=input.distance;var direction=input.direction;var x=input.deltaX;var y=input.deltaY;if(!(direction&options.direction)){if(options.direction&DIRECTION_HORIZONTAL){direction=x===0?DIRECTION_NONE:x<0?DIRECTION_LEFT:DIRECTION_RIGHT;hasMoved=x!=this.pX;distance=Math.abs(input.deltaX)}else{direction=y===0?DIRECTION_NONE:y<0?DIRECTION_UP:DIRECTION_DOWN;hasMoved=y!=this.pY;distance=Math.abs(input.deltaY)}}input.direction=direction;return hasMoved&&distance>options.threshold&&direction&options.direction},attrTest:function(input){return AttrRecognizer.prototype.attrTest.call(this,input)&&(this.state&STATE_BEGAN||!(this.state&STATE_BEGAN)&&this.directionTest(input))},emit:function(input){this.pX=input.deltaX;this.pY=input.deltaY;var direction=directionStr(input.direction);if(direction){this.manager.emit(this.options.event+direction,input)}this._super.emit.call(this,input)}});function PinchRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(PinchRecognizer,AttrRecognizer,{defaults:{event:\"pinch\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.scale-1)>this.options.threshold||this.state&STATE_BEGAN)},emit:function(input){this._super.emit.call(this,input);if(input.scale!==1){var inOut=input.scale<1?\"in\":\"out\";this.manager.emit(this.options.event+inOut,input)}}});function PressRecognizer(){Recognizer.apply(this,arguments);this._timer=null;this._input=null}inherit(PressRecognizer,Recognizer,{defaults:{event:\"press\",pointers:1,time:500,threshold:5},getTouchAction:function(){return[TOUCH_ACTION_AUTO]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTime=input.deltaTime>options.time;this._input=input;if(!validMovement||!validPointers||input.eventType&(INPUT_END|INPUT_CANCEL)&&!validTime){this.reset()}else if(input.eventType&INPUT_START){this.reset();this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.time,this)}else if(input.eventType&INPUT_END){return STATE_RECOGNIZED}return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(input){if(this.state!==STATE_RECOGNIZED){return}if(input&&input.eventType&INPUT_END){this.manager.emit(this.options.event+\"up\",input)}else{this._input.timeStamp=now();this.manager.emit(this.options.event,this._input)}}});function RotateRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(RotateRecognizer,AttrRecognizer,{defaults:{event:\"rotate\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.rotation)>this.options.threshold||this.state&STATE_BEGAN)}});function SwipeRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(SwipeRecognizer,AttrRecognizer,{defaults:{event:\"swipe\",threshold:10,velocity:.65,direction:DIRECTION_HORIZONTAL|DIRECTION_VERTICAL,pointers:1},getTouchAction:function(){return PanRecognizer.prototype.getTouchAction.call(this)},attrTest:function(input){var direction=this.options.direction;var velocity;if(direction&(DIRECTION_HORIZONTAL|DIRECTION_VERTICAL)){velocity=input.velocity}else if(direction&DIRECTION_HORIZONTAL){velocity=input.velocityX}else if(direction&DIRECTION_VERTICAL){velocity=input.velocityY}return this._super.attrTest.call(this,input)&&direction&input.direction&&input.distance>this.options.threshold&&abs(velocity)>this.options.velocity&&input.eventType&INPUT_END},emit:function(input){var direction=directionStr(input.direction);if(direction){this.manager.emit(this.options.event+direction,input)}this.manager.emit(this.options.event,input)}});function TapRecognizer(){Recognizer.apply(this,arguments);this.pTime=false;this.pCenter=false;this._timer=null;this._input=null;this.count=0}inherit(TapRecognizer,Recognizer,{defaults:{event:\"tap\",pointers:1,taps:1,interval:300,time:250,threshold:2,posThreshold:10},getTouchAction:function(){return[TOUCH_ACTION_MANIPULATION]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTouchTime=input.deltaTime<options.time;this.reset();if(input.eventType&INPUT_START&&this.count===0){return this.failTimeout()}if(validMovement&&validTouchTime&&validPointers){if(input.eventType!=INPUT_END){return this.failTimeout()}var validInterval=this.pTime?input.timeStamp-this.pTime<options.interval:true;var validMultiTap=!this.pCenter||getDistance(this.pCenter,input.center)<options.posThreshold;this.pTime=input.timeStamp;this.pCenter=input.center;if(!validMultiTap||!validInterval){this.count=1}else{this.count+=1}this._input=input;var tapCount=this.count%options.taps;if(tapCount===0){if(!this.hasRequireFailures()){return STATE_RECOGNIZED}else{this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.interval,this);return STATE_BEGAN}}}return STATE_FAILED},failTimeout:function(){this._timer=setTimeoutContext(function(){this.state=STATE_FAILED},this.options.interval,this);return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(){if(this.state==STATE_RECOGNIZED){this._input.tapCount=this.count;this.manager.emit(this.options.event,this._input)}}});function Hammer(element,options){options=options||{};options.recognizers=ifUndefined(options.recognizers,Hammer.defaults.preset);return new Manager(element,options)}Hammer.VERSION=\"2.0.4\";Hammer.defaults={domEvents:false,touchAction:TOUCH_ACTION_COMPUTE,enable:true,inputTarget:null,inputClass:null,preset:[[RotateRecognizer,{enable:false}],[PinchRecognizer,{enable:false},[\"rotate\"]],[SwipeRecognizer,{direction:DIRECTION_HORIZONTAL}],[PanRecognizer,{direction:DIRECTION_HORIZONTAL},[\"swipe\"]],[TapRecognizer],[TapRecognizer,{event:\"doubletap\",taps:2},[\"tap\"]],[PressRecognizer]],cssProps:{userSelect:\"none\",touchSelect:\"none\",touchCallout:\"none\",contentZooming:\"none\",userDrag:\"none\",tapHighlightColor:\"rgba(0,0,0,0)\"}};var STOP=1;var FORCED_STOP=2;function Manager(element,options){options=options||{};this.options=merge(options,Hammer.defaults);this.options.inputTarget=this.options.inputTarget||element;this.handlers={};this.session={};this.recognizers=[];this.element=element;this.input=createInputInstance(this);this.touchAction=new TouchAction(this,this.options.touchAction);toggleCssProps(this,true);each(options.recognizers,function(item){var recognizer=this.add(new item[0](item[1]));item[2]&&recognizer.recognizeWith(item[2]);item[3]&&recognizer.requireFailure(item[3])},this)}Manager.prototype={set:function(options){extend(this.options,options);if(options.touchAction){this.touchAction.update()}if(options.inputTarget){this.input.destroy();this.input.target=options.inputTarget;this.input.init()}return this},stop:function(force){this.session.stopped=force?FORCED_STOP:STOP},recognize:function(inputData){var session=this.session;if(session.stopped){return}this.touchAction.preventDefaults(inputData);var recognizer;var recognizers=this.recognizers;var curRecognizer=session.curRecognizer;if(!curRecognizer||curRecognizer&&curRecognizer.state&STATE_RECOGNIZED){curRecognizer=session.curRecognizer=null}var i=0;while(i<recognizers.length){recognizer=recognizers[i];if(session.stopped!==FORCED_STOP&&(!curRecognizer||recognizer==curRecognizer||recognizer.canRecognizeWith(curRecognizer))){recognizer.recognize(inputData)}else{recognizer.reset()}if(!curRecognizer&&recognizer.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED)){curRecognizer=session.curRecognizer=recognizer}i++}},get:function(recognizer){if(recognizer instanceof Recognizer){return recognizer}var recognizers=this.recognizers;for(var i=0;i<recognizers.length;i++){if(recognizers[i].options.event==recognizer){return recognizers[i]}}return null},add:function(recognizer){if(invokeArrayArg(recognizer,\"add\",this)){return this}var existing=this.get(recognizer.options.event);if(existing){this.remove(existing)}this.recognizers.push(recognizer);recognizer.manager=this;this.touchAction.update();return recognizer},remove:function(recognizer){if(invokeArrayArg(recognizer,\"remove\",this)){return this}var recognizers=this.recognizers;recognizer=this.get(recognizer);recognizers.splice(inArray(recognizers,recognizer),1);this.touchAction.update();return this},on:function(events,handler){var handlers=this.handlers;each(splitStr(events),function(event){handlers[event]=handlers[event]||[];handlers[event].push(handler)});return this},off:function(events,handler){var handlers=this.handlers;each(splitStr(events),function(event){if(!handler){delete handlers[event]}else{handlers[event].splice(inArray(handlers[event],handler),1)}});return this},emit:function(event,data){if(this.options.domEvents){triggerDomEvent(event,data)}var handlers=this.handlers[event]&&this.handlers[event].slice();if(!handlers||!handlers.length){return}data.type=event;data.preventDefault=function(){data.srcEvent.preventDefault()};var i=0;while(i<handlers.length){handlers[i](data);i++}},destroy:function(){this.element&&toggleCssProps(this,false);this.handlers={};this.session={};this.input.destroy();this.element=null}};function toggleCssProps(manager,add){var element=manager.element;each(manager.options.cssProps,function(value,name){element.style[prefixed(element.style,name)]=add?value:\"\"})}function triggerDomEvent(event,data){var gestureEvent=document.createEvent(\"Event\");gestureEvent.initEvent(event,true,true);gestureEvent.gesture=data;data.target.dispatchEvent(gestureEvent)}extend(Hammer,{INPUT_START:INPUT_START,INPUT_MOVE:INPUT_MOVE,INPUT_END:INPUT_END,INPUT_CANCEL:INPUT_CANCEL,STATE_POSSIBLE:STATE_POSSIBLE,STATE_BEGAN:STATE_BEGAN,STATE_CHANGED:STATE_CHANGED,STATE_ENDED:STATE_ENDED,STATE_RECOGNIZED:STATE_RECOGNIZED,STATE_CANCELLED:STATE_CANCELLED,STATE_FAILED:STATE_FAILED,DIRECTION_NONE:DIRECTION_NONE,DIRECTION_LEFT:DIRECTION_LEFT,DIRECTION_RIGHT:DIRECTION_RIGHT,DIRECTION_UP:DIRECTION_UP,DIRECTION_DOWN:DIRECTION_DOWN,DIRECTION_HORIZONTAL:DIRECTION_HORIZONTAL,DIRECTION_VERTICAL:DIRECTION_VERTICAL,DIRECTION_ALL:DIRECTION_ALL,Manager:Manager,Input:Input,TouchAction:TouchAction,TouchInput:TouchInput,MouseInput:MouseInput,PointerEventInput:PointerEventInput,TouchMouseInput:TouchMouseInput,SingleTouchInput:SingleTouchInput,Recognizer:Recognizer,AttrRecognizer:AttrRecognizer,Tap:TapRecognizer,Pan:PanRecognizer,Swipe:SwipeRecognizer,Pinch:PinchRecognizer,Rotate:RotateRecognizer,Press:PressRecognizer,on:addEventListeners,off:removeEventListeners,each:each,merge:merge,extend:extend,inherit:inherit,bindFn:bindFn,prefixed:prefixed});if(\"function\"==TYPE_FUNCTION&&__webpack_require__(23)){!(__WEBPACK_AMD_DEFINE_RESULT__=function(){return Hammer}.call(exports,__webpack_require__,exports,module),__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof module!=\"undefined\"&&module.exports){module.exports=Hammer}else{window[exportName]=Hammer}})(window,document,\"Hammer\")},function(module,exports){(function(__webpack_amd_options__){module.exports=__webpack_amd_options__}).call(exports,{})},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var hammerUtil=__webpack_require__(25);var moment=__webpack_require__(2);var Component=__webpack_require__(26);var DateUtil=__webpack_require__(27);function Range(body,options){var now=moment().hours(0).minutes(0).seconds(0).milliseconds(0);this.start=now.clone().add(-3,\"days\").valueOf();this.end=now.clone().add(4,\"days\").valueOf();this.body=body;this.deltaDifference=0;this.scaleOffset=0;this.startToFront=false;this.endToFront=true;this.defaultOptions={start:null,end:null,moment:moment,direction:\"horizontal\",moveable:true,zoomable:true,min:null,max:null,zoomMin:10,zoomMax:1e3*60*60*24*365*1e4};this.options=util.extend({},this.defaultOptions);this.props={touch:{}};this.animationTimer=null;this.body.emitter.on(\"panstart\",this._onDragStart.bind(this));this.body.emitter.on(\"panmove\",this._onDrag.bind(this));this.body.emitter.on(\"panend\",this._onDragEnd.bind(this));this.body.emitter.on(\"mousewheel\",this._onMouseWheel.bind(this));this.body.emitter.on(\"touch\",this._onTouch.bind(this));this.body.emitter.on(\"pinch\",this._onPinch.bind(this));this.setOptions(options)}Range.prototype=new Component;Range.prototype.setOptions=function(options){if(options){var fields=[\"direction\",\"min\",\"max\",\"zoomMin\",\"zoomMax\",\"moveable\",\"zoomable\",\"moment\",\"activate\",\"hiddenDates\",\"zoomKey\"];util.selectiveExtend(fields,this.options,options);if(\"start\"in options||\"end\"in options){this.setRange(options.start,options.end)}}};function validateDirection(direction){if(direction!=\"horizontal\"&&direction!=\"vertical\"){throw new TypeError('Unknown direction \"'+direction+'\". '+'Choose \"horizontal\" or \"vertical\".')}}Range.prototype.setRange=function(start,end,animation,byUser){if(byUser!==true){byUser=false}var finalStart=start!=undefined?util.convert(start,\"Date\").valueOf():null;var finalEnd=end!=undefined?util.convert(end,\"Date\").valueOf():null;this._cancelAnimation();if(animation){var me=this;var initStart=this.start;var initEnd=this.end;var duration=typeof animation===\"object\"&&\"duration\"in animation?animation.duration:500;var easingName=typeof animation===\"object\"&&\"easingFunction\"in animation?animation.easingFunction:\"easeInOutQuad\";var easingFunction=util.easingFunctions[easingName];if(!easingFunction){throw new Error(\"Unknown easing function \"+JSON.stringify(easingName)+\". \"+\"Choose from: \"+Object.keys(util.easingFunctions).join(\", \"))}var initTime=(new Date).valueOf();var anyChanged=false;var next=function next(){if(!me.props.touch.dragging){var now=(new Date).valueOf();var time=now-initTime;var ease=easingFunction(time/duration);var done=time>duration;var s=done||finalStart===null?finalStart:initStart+(finalStart-initStart)*ease;var e=done||finalEnd===null?finalEnd:initEnd+(finalEnd-initEnd)*ease;changed=me._applyRange(s,e);DateUtil.updateHiddenDates(me.options.moment,me.body,me.options.hiddenDates);anyChanged=anyChanged||changed;if(changed){me.body.emitter.emit(\"rangechange\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser})}if(done){if(anyChanged){me.body.emitter.emit(\"rangechanged\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser})}}else{me.animationTimer=setTimeout(next,20)}}};return next()}else{var changed=this._applyRange(finalStart,finalEnd);DateUtil.updateHiddenDates(this.options.moment,this.body,this.options.hiddenDates);if(changed){var params={start:new Date(this.start),end:new Date(this.end),byUser:byUser};this.body.emitter.emit(\"rangechange\",params);this.body.emitter.emit(\"rangechanged\",params)}}};Range.prototype._cancelAnimation=function(){if(this.animationTimer){clearTimeout(this.animationTimer);this.animationTimer=null}};Range.prototype._applyRange=function(start,end){var newStart=start!=null?util.convert(start,\"Date\").valueOf():this.start,newEnd=end!=null?util.convert(end,\"Date\").valueOf():this.end,max=this.options.max!=null?util.convert(this.options.max,\"Date\").valueOf():null,min=this.options.min!=null?util.convert(this.options.min,\"Date\").valueOf():null,diff;if(isNaN(newStart)||newStart===null){throw new Error('Invalid start \"'+start+'\"')}if(isNaN(newEnd)||newEnd===null){throw new Error('Invalid end \"'+end+'\"')}if(newEnd<newStart){newEnd=newStart}if(min!==null){if(newStart<min){diff=min-newStart;newStart+=diff;newEnd+=diff;if(max!=null){if(newEnd>max){newEnd=max}}}}if(max!==null){if(newEnd>max){diff=newEnd-max;newStart-=diff;newEnd-=diff;if(min!=null){if(newStart<min){newStart=min}}}}if(this.options.zoomMin!==null){var zoomMin=parseFloat(this.options.zoomMin);if(zoomMin<0){zoomMin=0}if(newEnd-newStart<zoomMin){if(this.end-this.start===zoomMin&&newStart>this.start&&newEnd<this.end){newStart=this.start;newEnd=this.end}else{diff=zoomMin-(newEnd-newStart);newStart-=diff/2;newEnd+=diff/2}}}if(this.options.zoomMax!==null){var zoomMax=parseFloat(this.options.zoomMax);if(zoomMax<0){zoomMax=0}if(newEnd-newStart>zoomMax){if(this.end-this.start===zoomMax&&newStart<this.start&&newEnd>this.end){newStart=this.start;newEnd=this.end}else{diff=newEnd-newStart-zoomMax;newStart+=diff/2;newEnd-=diff/2}}}var changed=this.start!=newStart||this.end!=newEnd;if(!(newStart>=this.start&&newStart<=this.end||newEnd>=this.start&&newEnd<=this.end)&&!(this.start>=newStart&&this.start<=newEnd||this.end>=newStart&&this.end<=newEnd)){this.body.emitter.emit(\"checkRangedItems\")}this.start=newStart;this.end=newEnd;return changed};Range.prototype.getRange=function(){return{start:this.start,end:this.end}};Range.prototype.conversion=function(width,totalHidden){return Range.conversion(this.start,this.end,width,totalHidden)};Range.conversion=function(start,end,width,totalHidden){if(totalHidden===undefined){totalHidden=0}if(width!=0&&end-start!=0){return{offset:start,scale:width/(end-start-totalHidden)}}else{return{offset:0,scale:1}}};Range.prototype._onDragStart=function(event){this.deltaDifference=0;this.previousDelta=0;if(!this.options.moveable)return;if(!this._isInsideRange(event))return;if(!this.props.touch.allowDragging)return;this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.dragging=true;if(this.body.dom.root){this.body.dom.root.style.cursor=\"move\"}};Range.prototype._onDrag=function(event){if(!this.props.touch.dragging)return;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;var direction=this.options.direction;validateDirection(direction);var delta=direction==\"horizontal\"?event.deltaX:event.deltaY;delta-=this.deltaDifference;var interval=this.props.touch.end-this.props.touch.start;var duration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);interval-=duration;var width=direction==\"horizontal\"?this.body.domProps.center.width:this.body.domProps.center.height;var diffRange=-delta/width*interval;var newStart=this.props.touch.start+diffRange;var newEnd=this.props.touch.end+diffRange;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,this.previousDelta-delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,this.previousDelta-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){this.deltaDifference+=delta;this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this._onDrag(event);return}this.previousDelta=delta;this._applyRange(newStart,newEnd);this.body.emitter.emit(\"rangechange\",{start:new Date(this.start),end:new Date(this.end),byUser:true})};Range.prototype._onDragEnd=function(event){if(!this.props.touch.dragging)return;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;this.props.touch.dragging=false;if(this.body.dom.root){this.body.dom.root.style.cursor=\"auto\"}this.body.emitter.emit(\"rangechanged\",{start:new Date(this.start),end:new Date(this.end),byUser:true})};Range.prototype._onMouseWheel=function(event){if(!(this.options.zoomable&&this.options.moveable))return;if(!this._isInsideRange(event))return;if(this.options.zoomKey&&!event[this.options.zoomKey])return;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var scale;if(delta<0){scale=1-delta/5}else{scale=1/(1+delta/5)}var pointer=getPointer({x:event.clientX,y:event.clientY},this.body.dom.center);var pointerDate=this._pointerToDate(pointer);this.zoom(scale,pointerDate,delta)}event.preventDefault()};Range.prototype._onTouch=function(event){this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.allowDragging=true;this.props.touch.center=null;this.scaleOffset=0;this.deltaDifference=0};Range.prototype._onPinch=function(event){if(!(this.options.zoomable&&this.options.moveable))return;this.props.touch.allowDragging=false;if(!this.props.touch.center){this.props.touch.center=getPointer(event.center,this.body.dom.center)}var scale=1/(event.scale+this.scaleOffset);var centerDate=this._pointerToDate(this.props.touch.center);var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this,centerDate);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=centerDate-hiddenDurationBefore+(this.props.touch.start-(centerDate-hiddenDurationBefore))*scale;var newEnd=centerDate+hiddenDurationAfter+(this.props.touch.end-(centerDate+hiddenDurationAfter))*scale;this.startToFront=1-scale<=0;this.endToFront=scale-1<=0;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,1-scale,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,scale-1,true);if(safeStart!=newStart||safeEnd!=newEnd){this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this.scaleOffset=1-event.scale;newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true};Range.prototype._isInsideRange=function(event){var clientX=event.center?event.center.x:event.clientX;var x=clientX-util.getAbsoluteLeft(this.body.dom.centerContainer);var time=this.body.util.toTime(x);return time>=this.start&&time<=this.end};Range.prototype._pointerToDate=function(pointer){var conversion;var direction=this.options.direction;validateDirection(direction);if(direction==\"horizontal\"){return this.body.util.toTime(pointer.x).valueOf()}else{var height=this.body.domProps.center.height;conversion=this.conversion(height);return pointer.y/conversion.scale+conversion.offset}};function getPointer(touch,element){return{x:touch.x-util.getAbsoluteLeft(element),y:touch.y-util.getAbsoluteTop(element)}}Range.prototype.zoom=function(scale,center,delta){if(center==null){center=(this.start+this.end)/2}var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this,center);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=center-hiddenDurationBefore+(this.start-(center-hiddenDurationBefore))*scale;var newEnd=center+hiddenDurationAfter+(this.end-(center+hiddenDurationAfter))*scale;this.startToFront=delta>0?false:true;this.endToFront=-delta>0?false:true;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true};Range.prototype.move=function(delta){var diff=this.end-this.start;var newStart=this.start+diff*delta;var newEnd=this.end+diff*delta;this.start=newStart;this.end=newEnd};Range.prototype.moveTo=function(moveTo){var center=(this.start+this.end)/2;var diff=center-moveTo;var newStart=this.start-diff;var newEnd=this.end-diff;this.setRange(newStart,newEnd)};module.exports=Range},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(20);exports.onTouch=function(hammer,callback){callback.inputHandler=function(event){if(event.isFirst&&!isTouching){callback(event);isTouching=true;setTimeout(function(){isTouching=false},0)}};hammer.on(\"hammer.input\",callback.inputHandler)};var isTouching=false;exports.onRelease=function(hammer,callback){callback.inputHandler=function(event){if(event.isFinal&&!isReleasing){callback(event);isReleasing=true;setTimeout(function(){isReleasing=false},0)}};return hammer.on(\"hammer.input\",callback.inputHandler)};var isReleasing=false;exports.offTouch=function(hammer,callback){hammer.off(\"hammer.input\",callback.inputHandler)};exports.offRelease=exports.offTouch},function(module,exports){\"use strict\";function Component(body,options){this.options=null;this.props=null}Component.prototype.setOptions=function(options){if(options){util.extend(this.options,options)}};Component.prototype.redraw=function(){return false};Component.prototype.destroy=function(){};Component.prototype._isResized=function(){var resized=this.props._previousWidth!==this.props.width||this.props._previousHeight!==this.props.height;this.props._previousWidth=this.props.width;this.props._previousHeight=this.props.height;return resized};module.exports=Component},function(module,exports){\"use strict\";exports.convertHiddenOptions=function(moment,body,hiddenDates){if(hiddenDates&&!Array.isArray(hiddenDates)){return exports.convertHiddenOptions(moment,body,[hiddenDates])}body.hiddenDates=[];if(hiddenDates){if(Array.isArray(hiddenDates)==true){for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat===undefined){var dateItem={};dateItem.start=moment(hiddenDates[i].start).toDate().valueOf();dateItem.end=moment(hiddenDates[i].end).toDate().valueOf();body.hiddenDates.push(dateItem)}}body.hiddenDates.sort(function(a,b){return a.start-b.start})}}};exports.updateHiddenDates=function(moment,body,hiddenDates){if(hiddenDates&&!Array.isArray(hiddenDates)){return exports.updateHiddenDates(moment,body,[hiddenDates]);\n\n}if(hiddenDates&&body.domProps.centerContainer.width!==undefined){exports.convertHiddenOptions(moment,body,hiddenDates);var start=moment(body.range.start);var end=moment(body.range.end);var totalRange=body.range.end-body.range.start;var pixelTime=totalRange/body.domProps.centerContainer.width;for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat!==undefined){var startDate=moment(hiddenDates[i].start);var endDate=moment(hiddenDates[i].end);if(startDate._d==\"Invalid Date\"){throw new Error(\"Supplied start date is not valid: \"+hiddenDates[i].start)}if(endDate._d==\"Invalid Date\"){throw new Error(\"Supplied end date is not valid: \"+hiddenDates[i].end)}var duration=endDate-startDate;if(duration>=4*pixelTime){var offset=0;var runUntil=end.clone();switch(hiddenDates[i].repeat){case\"daily\":if(startDate.day()!=endDate.day()){offset=1}startDate.dayOfYear(start.dayOfYear());startDate.year(start.year());startDate.subtract(7,\"days\");endDate.dayOfYear(start.dayOfYear());endDate.year(start.year());endDate.subtract(7-offset,\"days\");runUntil.add(1,\"weeks\");break;case\"weekly\":var dayOffset=endDate.diff(startDate,\"days\");var day=startDate.day();startDate.date(start.date());startDate.month(start.month());startDate.year(start.year());endDate=startDate.clone();startDate.day(day);endDate.day(day);endDate.add(dayOffset,\"days\");startDate.subtract(1,\"weeks\");endDate.subtract(1,\"weeks\");runUntil.add(1,\"weeks\");break;case\"monthly\":if(startDate.month()!=endDate.month()){offset=1}startDate.month(start.month());startDate.year(start.year());startDate.subtract(1,\"months\");endDate.month(start.month());endDate.year(start.year());endDate.subtract(1,\"months\");endDate.add(offset,\"months\");runUntil.add(1,\"months\");break;case\"yearly\":if(startDate.year()!=endDate.year()){offset=1}startDate.year(start.year());startDate.subtract(1,\"years\");endDate.year(start.year());endDate.subtract(1,\"years\");endDate.add(offset,\"years\");runUntil.add(1,\"years\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}while(startDate<runUntil){body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()});switch(hiddenDates[i].repeat){case\"daily\":startDate.add(1,\"days\");endDate.add(1,\"days\");break;case\"weekly\":startDate.add(1,\"weeks\");endDate.add(1,\"weeks\");break;case\"monthly\":startDate.add(1,\"months\");endDate.add(1,\"months\");break;case\"yearly\":startDate.add(1,\"y\");endDate.add(1,\"y\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}}body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()})}}}exports.removeDuplicates(body);var startHidden=exports.isHidden(body.range.start,body.hiddenDates);var endHidden=exports.isHidden(body.range.end,body.hiddenDates);var rangeStart=body.range.start;var rangeEnd=body.range.end;if(startHidden.hidden==true){rangeStart=body.range.startToFront==true?startHidden.startDate-1:startHidden.endDate+1}if(endHidden.hidden==true){rangeEnd=body.range.endToFront==true?endHidden.startDate-1:endHidden.endDate+1}if(startHidden.hidden==true||endHidden.hidden==true){body.range._applyRange(rangeStart,rangeEnd)}}};exports.removeDuplicates=function(body){var hiddenDates=body.hiddenDates;var safeDates=[];for(var i=0;i<hiddenDates.length;i++){for(var j=0;j<hiddenDates.length;j++){if(i!=j&&hiddenDates[j].remove!=true&&hiddenDates[i].remove!=true){if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[j].remove=true}else if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].start<=hiddenDates[i].end){hiddenDates[i].end=hiddenDates[j].end;hiddenDates[j].remove=true}else if(hiddenDates[j].end>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[i].start=hiddenDates[j].start;hiddenDates[j].remove=true}}}}for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].remove!==true){safeDates.push(hiddenDates[i])}}body.hiddenDates=safeDates;body.hiddenDates.sort(function(a,b){return a.start-b.start})};exports.printDates=function(dates){for(var i=0;i<dates.length;i++){console.log(i,new Date(dates[i].start),new Date(dates[i].end),dates[i].start,dates[i].end,dates[i].remove)}};exports.stepOverHiddenDates=function(moment,timeStep,previousTime){var stepInHidden=false;var currentValue=timeStep.current.valueOf();for(var i=0;i<timeStep.hiddenDates.length;i++){var startDate=timeStep.hiddenDates[i].start;var endDate=timeStep.hiddenDates[i].end;if(currentValue>=startDate&&currentValue<endDate){stepInHidden=true;break}}if(stepInHidden==true&&currentValue<timeStep._end.valueOf()&&currentValue!=previousTime){var prevValue=moment(previousTime);var newValue=moment(endDate);if(prevValue.year()!=newValue.year()){timeStep.switchedYear=true}else if(prevValue.month()!=newValue.month()){timeStep.switchedMonth=true}else if(prevValue.dayOfYear()!=newValue.dayOfYear()){timeStep.switchedDay=true}timeStep.current=newValue}};exports.toScreen=function(Core,time,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return(time.valueOf()-conversion.offset)*conversion.scale}else{var hidden=exports.isHidden(time,Core.body.hiddenDates);if(hidden.hidden==true){time=hidden.startDate}var duration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);time=exports.correctTimeForHidden(Core.options.moment,Core.body.hiddenDates,Core.range,time);var conversion=Core.range.conversion(width,duration);return(time.valueOf()-conversion.offset)*conversion.scale}};exports.toTime=function(Core,x,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return new Date(x/conversion.scale+conversion.offset)}else{var hiddenDuration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);var totalDuration=Core.range.end-Core.range.start-hiddenDuration;var partialDuration=totalDuration*x/width;var accumulatedHiddenDuration=exports.getAccumulatedHiddenDuration(Core.body.hiddenDates,Core.range,partialDuration);var newTime=new Date(accumulatedHiddenDuration+partialDuration+Core.range.start);return newTime}};exports.getHiddenDurationBetween=function(hiddenDates,start,end){var duration=0;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=start&&endDate<end){duration+=endDate-startDate}}return duration};exports.correctTimeForHidden=function(moment,hiddenDates,range,time){time=moment(time).toDate().valueOf();time-=exports.getHiddenDurationBefore(moment,hiddenDates,range,time);return time};exports.getHiddenDurationBefore=function(moment,hiddenDates,range,time){var timeOffset=0;time=moment(time).toDate().valueOf();for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){if(time>=endDate){timeOffset+=endDate-startDate}}}return timeOffset};exports.getAccumulatedHiddenDuration=function(hiddenDates,range,requiredDuration){var hiddenDuration=0;var duration=0;var previousPoint=range.start;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){duration+=startDate-previousPoint;previousPoint=endDate;if(duration>=requiredDuration){break}else{hiddenDuration+=endDate-startDate}}}return hiddenDuration};exports.snapAwayFromHidden=function(hiddenDates,time,direction,correctionEnabled){var isHidden=exports.isHidden(time,hiddenDates);if(isHidden.hidden==true){if(direction<0){if(correctionEnabled==true){return isHidden.startDate-(isHidden.endDate-time)-1}else{return isHidden.startDate-1}}else{if(correctionEnabled==true){return isHidden.endDate+(time-isHidden.startDate)+1}else{return isHidden.endDate+1}}}else{return time}};exports.isHidden=function(time,hiddenDates){for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(time>=startDate&&time<endDate){return{hidden:true,startDate:startDate,endDate:endDate};break}}return{hidden:false,startDate:startDate,endDate:endDate}}},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(12);var Hammer=__webpack_require__(20);var hammerUtil=__webpack_require__(25);var util=__webpack_require__(1);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var Range=__webpack_require__(24);var ItemSet=__webpack_require__(29);var TimeAxis=__webpack_require__(39);var Activator=__webpack_require__(40);var DateUtil=__webpack_require__(27);var CustomTime=__webpack_require__(42);function Core(){}Emitter(Core.prototype);Core.prototype._create=function(container){this.dom={};this.dom.container=container;this.dom.root=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.backgroundVertical=document.createElement(\"div\");this.dom.backgroundHorizontal=document.createElement(\"div\");this.dom.centerContainer=document.createElement(\"div\");this.dom.leftContainer=document.createElement(\"div\");this.dom.rightContainer=document.createElement(\"div\");this.dom.center=document.createElement(\"div\");this.dom.left=document.createElement(\"div\");this.dom.right=document.createElement(\"div\");this.dom.top=document.createElement(\"div\");this.dom.bottom=document.createElement(\"div\");this.dom.shadowTop=document.createElement(\"div\");this.dom.shadowBottom=document.createElement(\"div\");this.dom.shadowTopLeft=document.createElement(\"div\");this.dom.shadowBottomLeft=document.createElement(\"div\");this.dom.shadowTopRight=document.createElement(\"div\");this.dom.shadowBottomRight=document.createElement(\"div\");this.dom.root.className=\"vis-timeline\";this.dom.background.className=\"vis-panel vis-background\";this.dom.backgroundVertical.className=\"vis-panel vis-background vis-vertical\";this.dom.backgroundHorizontal.className=\"vis-panel vis-background vis-horizontal\";this.dom.centerContainer.className=\"vis-panel vis-center\";this.dom.leftContainer.className=\"vis-panel vis-left\";this.dom.rightContainer.className=\"vis-panel vis-right\";this.dom.top.className=\"vis-panel vis-top\";this.dom.bottom.className=\"vis-panel vis-bottom\";this.dom.left.className=\"vis-content\";this.dom.center.className=\"vis-content\";this.dom.right.className=\"vis-content\";this.dom.shadowTop.className=\"vis-shadow vis-top\";this.dom.shadowBottom.className=\"vis-shadow vis-bottom\";this.dom.shadowTopLeft.className=\"vis-shadow vis-top\";this.dom.shadowBottomLeft.className=\"vis-shadow vis-bottom\";this.dom.shadowTopRight.className=\"vis-shadow vis-top\";this.dom.shadowBottomRight.className=\"vis-shadow vis-bottom\";this.dom.root.appendChild(this.dom.background);this.dom.root.appendChild(this.dom.backgroundVertical);this.dom.root.appendChild(this.dom.backgroundHorizontal);this.dom.root.appendChild(this.dom.centerContainer);this.dom.root.appendChild(this.dom.leftContainer);this.dom.root.appendChild(this.dom.rightContainer);this.dom.root.appendChild(this.dom.top);this.dom.root.appendChild(this.dom.bottom);this.dom.centerContainer.appendChild(this.dom.center);this.dom.leftContainer.appendChild(this.dom.left);this.dom.rightContainer.appendChild(this.dom.right);this.dom.centerContainer.appendChild(this.dom.shadowTop);this.dom.centerContainer.appendChild(this.dom.shadowBottom);this.dom.leftContainer.appendChild(this.dom.shadowTopLeft);this.dom.leftContainer.appendChild(this.dom.shadowBottomLeft);this.dom.rightContainer.appendChild(this.dom.shadowTopRight);this.dom.rightContainer.appendChild(this.dom.shadowBottomRight);this.on(\"rangechange\",function(){this._redraw()}.bind(this));this.on(\"touch\",this._onTouch.bind(this));this.on(\"pan\",this._onDrag.bind(this));var me=this;this.on(\"change\",function(properties){if(properties&&properties.queue==true){if(!me._redrawTimer){me._redrawTimer=setTimeout(function(){me._redrawTimer=null;me._redraw()},0)}}else{me._redraw()}});this.hammer=new Hammer(this.dom.root);this.hammer.get(\"pinch\").set({enable:true});this.hammer.get(\"pan\").set({threshold:5,direction:30});this.listeners={};var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(type){var listener=function listener(event){if(me.isActive()){me.emit(type,event)}};me.hammer.on(type,listener);me.listeners[type]=listener});hammerUtil.onTouch(this.hammer,function(event){me.emit(\"touch\",event)}.bind(this));hammerUtil.onRelease(this.hammer,function(event){me.emit(\"release\",event)}.bind(this));function onMouseWheel(event){if(me.isActive()){me.emit(\"mousewheel\",event)}}this.dom.root.addEventListener(\"mousewheel\",onMouseWheel);this.dom.root.addEventListener(\"DOMMouseScroll\",onMouseWheel);this.props={root:{},background:{},centerContainer:{},leftContainer:{},rightContainer:{},center:{},left:{},right:{},top:{},bottom:{},border:{},scrollTop:0,scrollTopMin:0};this.customTimes=[];this.touch={};this.redrawCount=0;if(!container)throw new Error(\"No container provided\");container.appendChild(this.dom.root)};Core.prototype.setOptions=function(options){if(options){var fields=[\"width\",\"height\",\"minHeight\",\"maxHeight\",\"autoResize\",\"start\",\"end\",\"clickToUse\",\"dataAttributes\",\"hiddenDates\",\"locale\",\"locales\",\"moment\",\"throttleRedraw\"];util.selectiveExtend(fields,this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation={item:options.orientation,axis:options.orientation}}else if(typeof options.orientation===\"object\"){if(\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}if(\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}}if(this.options.orientation.axis===\"both\"){if(!this.timeAxis2){var timeAxis2=this.timeAxis2=new TimeAxis(this.body);timeAxis2.setOptions=function(options){var _options=options?util.extend({},options):{};_options.orientation=\"top\";TimeAxis.prototype.setOptions.call(timeAxis2,_options)};this.components.push(timeAxis2)}}else{if(this.timeAxis2){var index=this.components.indexOf(this.timeAxis2);if(index!==-1){this.components.splice(index,1)}this.timeAxis2.destroy();this.timeAxis2=null}}if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}if(\"hiddenDates\"in this.options){DateUtil.convertHiddenOptions(this.options.moment,this.body,this.options.hiddenDates)}if(\"clickToUse\"in options){if(options.clickToUse){if(!this.activator){this.activator=new Activator(this.dom.root)}}else{if(this.activator){this.activator.destroy();delete this.activator}}}if(\"showCustomTime\"in options){throw new Error(\"Option `showCustomTime` is deprecated. Create a custom time bar via timeline.addCustomTime(time [, id])\")}this._initAutoResize()}this.components.forEach(function(component){return component.setOptions(options)});if(\"configure\"in options){if(!this.configurator){this.configurator=this._createConfigurator()}this.configurator.setOptions(options.configure);var appliedOptions=util.deepExtend({},this.options);this.components.forEach(function(component){util.deepExtend(appliedOptions,component.options)});this.configurator.setModuleOptions({global:appliedOptions})}if(!this._origRedraw){this._origRedraw=this._redraw.bind(this)}this._redraw=util.throttle(this._origRedraw,this.options.throttleRedraw);this._redraw()};Core.prototype.isActive=function(){return!this.activator||this.activator.active};Core.prototype.destroy=function(){this.setItems(null);this.setGroups(null);this.off();this._stopAutoResize();if(this.dom.root.parentNode){this.dom.root.parentNode.removeChild(this.dom.root)}this.dom=null;if(this.activator){this.activator.destroy();delete this.activator}for(var event in this.listeners){if(this.listeners.hasOwnProperty(event)){delete this.listeners[event]}}this.listeners=null;this.hammer=null;this.components.forEach(function(component){return component.destroy()});this.body=null};Core.prototype.setCustomTime=function(time,id){var customTimes=this.customTimes.filter(function(component){return id===component.options.id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}if(customTimes.length>0){customTimes[0].setCustomTime(time)}};Core.prototype.getCustomTime=function(id){var customTimes=this.customTimes.filter(function(component){return component.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}return customTimes[0].getCustomTime()};Core.prototype.setCustomTimeTitle=function(title,id){var customTimes=this.customTimes.filter(function(component){return component.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}if(customTimes.length>0){return customTimes[0].setCustomTitle(title)}};Core.prototype.getEventProperties=function(event){return{event:event}};Core.prototype.addCustomTime=function(time,id){var timestamp=time!==undefined?util.convert(time,\"Date\").valueOf():new Date;var exists=this.customTimes.some(function(customTime){return customTime.options.id===id});if(exists){throw new Error(\"A custom time with id \"+JSON.stringify(id)+\" already exists\")}var customTime=new CustomTime(this.body,util.extend({},this.options,{time:timestamp,id:id}));this.customTimes.push(customTime);this.components.push(customTime);this._redraw();return id};Core.prototype.removeCustomTime=function(id){var customTimes=this.customTimes.filter(function(bar){return bar.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}customTimes.forEach(function(customTime){this.customTimes.splice(this.customTimes.indexOf(customTime),1);this.components.splice(this.components.indexOf(customTime),1);customTime.destroy()}.bind(this))};Core.prototype.getVisibleItems=function(){return this.itemSet&&this.itemSet.getVisibleItems()||[]};Core.prototype.fit=function(options){var range=this.getDataRange();if(range.min===null&&range.max===null){return}var interval=range.max-range.min;var min=new Date(range.min.valueOf()-interval*.01);var max=new Date(range.max.valueOf()+interval*.01);var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(min,max,animation)};Core.prototype.getDataRange=function(){throw new Error(\"Cannot invoke abstract method getDataRange\")};Core.prototype.setWindow=function(start,end,options){var animation;if(arguments.length==1){var range=arguments[0];animation=range.animation!==undefined?range.animation:true;this.range.setRange(range.start,range.end,animation)}else{animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,animation)}};Core.prototype.moveTo=function(time,options){var interval=this.range.end-this.range.start;var t=util.convert(time,\"Date\").valueOf();var start=t-interval/2;var end=t+interval/2;var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,animation)};Core.prototype.getWindow=function(){var range=this.range.getRange();return{start:new Date(range.start),end:new Date(range.end)}};Core.prototype.redraw=function(){this._redraw()};Core.prototype._redraw=function(){var resized=false;var options=this.options;var props=this.props;var dom=this.dom;if(!dom)return;DateUtil.updateHiddenDates(this.options.moment,this.body,this.options.hiddenDates);if(options.orientation==\"top\"){util.addClassName(dom.root,\"vis-top\");util.removeClassName(dom.root,\"vis-bottom\")}else{util.removeClassName(dom.root,\"vis-top\");util.addClassName(dom.root,\"vis-bottom\")}dom.root.style.maxHeight=util.option.asSize(options.maxHeight,\"\");dom.root.style.minHeight=util.option.asSize(options.minHeight,\"\");dom.root.style.width=util.option.asSize(options.width,\"\");props.border.left=(dom.centerContainer.offsetWidth-dom.centerContainer.clientWidth)/2;props.border.right=props.border.left;props.border.top=(dom.centerContainer.offsetHeight-dom.centerContainer.clientHeight)/2;props.border.bottom=props.border.top;var borderRootHeight=dom.root.offsetHeight-dom.root.clientHeight;var borderRootWidth=dom.root.offsetWidth-dom.root.clientWidth;if(dom.centerContainer.clientHeight===0){props.border.left=props.border.top;props.border.right=props.border.left}if(dom.root.clientHeight===0){borderRootWidth=borderRootHeight}props.center.height=dom.center.offsetHeight;props.left.height=dom.left.offsetHeight;props.right.height=dom.right.offsetHeight;props.top.height=dom.top.clientHeight||-props.border.top;props.bottom.height=dom.bottom.clientHeight||-props.border.bottom;var contentHeight=Math.max(props.left.height,props.center.height,props.right.height);var autoHeight=props.top.height+contentHeight+props.bottom.height+borderRootHeight+props.border.top+props.border.bottom;dom.root.style.height=util.option.asSize(options.height,autoHeight+\"px\");props.root.height=dom.root.offsetHeight;props.background.height=props.root.height-borderRootHeight;var containerHeight=props.root.height-props.top.height-props.bottom.height-borderRootHeight;props.centerContainer.height=containerHeight;props.leftContainer.height=containerHeight;props.rightContainer.height=props.leftContainer.height;props.root.width=dom.root.offsetWidth;props.background.width=props.root.width-borderRootWidth;props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.leftContainer.width=props.left.width;props.right.width=dom.rightContainer.clientWidth||-props.border.right;props.rightContainer.width=props.right.width;var centerWidth=props.root.width-props.left.width-props.right.width-borderRootWidth;props.center.width=centerWidth;props.centerContainer.width=centerWidth;props.top.width=centerWidth;props.bottom.width=centerWidth;dom.background.style.height=props.background.height+\"px\";dom.backgroundVertical.style.height=props.background.height+\"px\";dom.backgroundHorizontal.style.height=props.centerContainer.height+\"px\";dom.centerContainer.style.height=props.centerContainer.height+\"px\";dom.leftContainer.style.height=props.leftContainer.height+\"px\";dom.rightContainer.style.height=props.rightContainer.height+\"px\";dom.background.style.width=props.background.width+\"px\";dom.backgroundVertical.style.width=props.centerContainer.width+\"px\";dom.backgroundHorizontal.style.width=props.background.width+\"px\";dom.centerContainer.style.width=props.center.width+\"px\";dom.top.style.width=props.top.width+\"px\";dom.bottom.style.width=props.bottom.width+\"px\";dom.background.style.left=\"0\";dom.background.style.top=\"0\";dom.backgroundVertical.style.left=props.left.width+props.border.left+\"px\";dom.backgroundVertical.style.top=\"0\";dom.backgroundHorizontal.style.left=\"0\";dom.backgroundHorizontal.style.top=props.top.height+\"px\";dom.centerContainer.style.left=props.left.width+\"px\";dom.centerContainer.style.top=props.top.height+\"px\";dom.leftContainer.style.left=\"0\";dom.leftContainer.style.top=props.top.height+\"px\";dom.rightContainer.style.left=props.left.width+props.center.width+\"px\";dom.rightContainer.style.top=props.top.height+\"px\";dom.top.style.left=props.left.width+\"px\";dom.top.style.top=\"0\";dom.bottom.style.left=props.left.width+\"px\";dom.bottom.style.top=props.top.height+props.centerContainer.height+\"px\";this._updateScrollTop();var offset=this.props.scrollTop;if(options.orientation.item!=\"top\"){offset+=Math.max(this.props.centerContainer.height-this.props.center.height-this.props.border.top-this.props.border.bottom,0)}dom.center.style.left=\"0\";dom.center.style.top=offset+\"px\";dom.left.style.left=\"0\";dom.left.style.top=offset+\"px\";dom.right.style.left=\"0\";dom.right.style.top=offset+\"px\";var visibilityTop=this.props.scrollTop==0?\"hidden\":\"\";var visibilityBottom=this.props.scrollTop==this.props.scrollTopMin?\"hidden\":\"\";dom.shadowTop.style.visibility=visibilityTop;dom.shadowBottom.style.visibility=visibilityBottom;dom.shadowTopLeft.style.visibility=visibilityTop;dom.shadowBottomLeft.style.visibility=visibilityBottom;dom.shadowTopRight.style.visibility=visibilityTop;dom.shadowBottomRight.style.visibility=visibilityBottom;this.components.forEach(function(component){resized=component.redraw()||resized});if(resized){var MAX_REDRAWS=3;if(this.redrawCount<MAX_REDRAWS){this.redrawCount++;this._redraw()}else{console.log(\"WARNING: infinite loop in redraw?\")}this.redrawCount=0}};Core.prototype.repaint=function(){throw new Error(\"Function repaint is deprecated. Use redraw instead.\")};Core.prototype.setCurrentTime=function(time){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}this.currentTime.setCurrentTime(time)};Core.prototype.getCurrentTime=function(){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}return this.currentTime.getCurrentTime()};Core.prototype._toTime=function(x){return DateUtil.toTime(this,x,this.props.center.width)};Core.prototype._toGlobalTime=function(x){return DateUtil.toTime(this,x,this.props.root.width)};Core.prototype._toScreen=function(time){return DateUtil.toScreen(this,time,this.props.center.width)};Core.prototype._toGlobalScreen=function(time){return DateUtil.toScreen(this,time,this.props.root.width)};Core.prototype._initAutoResize=function(){if(this.options.autoResize==true){this._startAutoResize()}else{this._stopAutoResize()}};Core.prototype._startAutoResize=function(){var me=this;this._stopAutoResize();this._onResize=function(){if(me.options.autoResize!=true){me._stopAutoResize();return}if(me.dom.root){if(me.dom.root.offsetWidth!=me.props.lastWidth||me.dom.root.offsetHeight!=me.props.lastHeight){me.props.lastWidth=me.dom.root.offsetWidth;me.props.lastHeight=me.dom.root.offsetHeight;me.emit(\"change\")}}};util.addEventListener(window,\"resize\",this._onResize);this.watchTimer=setInterval(this._onResize,1e3)};Core.prototype._stopAutoResize=function(){if(this.watchTimer){clearInterval(this.watchTimer);this.watchTimer=undefined}if(this._onResize){util.removeEventListener(window,\"resize\",this._onResize);this._onResize=null}};Core.prototype._onTouch=function(event){this.touch.allowDragging=true;this.touch.initialScrollTop=this.props.scrollTop};Core.prototype._onPinch=function(event){this.touch.allowDragging=false};Core.prototype._onDrag=function(event){if(!this.touch.allowDragging)return;var delta=event.deltaY;var oldScrollTop=this._getScrollTop();var newScrollTop=this._setScrollTop(this.touch.initialScrollTop+delta);if(newScrollTop!=oldScrollTop){this._redraw();this.emit(\"verticalDrag\")}};Core.prototype._setScrollTop=function(scrollTop){this.props.scrollTop=scrollTop;this._updateScrollTop();return this.props.scrollTop};Core.prototype._updateScrollTop=function(){var scrollTopMin=Math.min(this.props.centerContainer.height-this.props.center.height,0);if(scrollTopMin!=this.props.scrollTopMin){if(this.options.orientation.item!=\"top\"){this.props.scrollTop+=scrollTopMin-this.props.scrollTopMin}this.props.scrollTopMin=scrollTopMin}if(this.props.scrollTop>0)this.props.scrollTop=0;if(this.props.scrollTop<scrollTopMin)this.props.scrollTop=scrollTopMin;return this.props.scrollTop};Core.prototype._getScrollTop=function(){return this.props.scrollTop};Core.prototype._createConfigurator=function(){throw new Error(\"Cannot invoke abstract method _createConfigurator\")};module.exports=Core},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(20);var util=__webpack_require__(1);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var TimeStep=__webpack_require__(30);var Component=__webpack_require__(26);var Group=__webpack_require__(31);var BackgroundGroup=__webpack_require__(35);var BoxItem=__webpack_require__(36);var PointItem=__webpack_require__(37);var RangeItem=__webpack_require__(33);var BackgroundItem=__webpack_require__(38);var UNGROUPED=\"__ungrouped__\";var BACKGROUND=\"__background__\";function ItemSet(body,options){this.body=body;this.defaultOptions={type:null,orientation:{item:\"bottom\"},align:\"auto\",stack:true,groupOrderSwap:function groupOrderSwap(fromGroup,toGroup,groups){var targetOrder=toGroup.order;toGroup.order=fromGroup.order;fromGroup.order=targetOrder},groupOrder:\"order\",selectable:true,multiselect:false,editable:{updateTime:false,updateGroup:false,add:false,remove:false},groupEditable:{order:false,add:false,remove:false},snap:TimeStep.snap,onAdd:function onAdd(item,callback){callback(item)},onUpdate:function onUpdate(item,callback){callback(item)},onMove:function onMove(item,callback){callback(item)},onRemove:function onRemove(item,callback){callback(item)},onMoving:function onMoving(item,callback){callback(item)},onAddGroup:function onAddGroup(item,callback){callback(item)},onMoveGroup:function onMoveGroup(item,callback){callback(item)},onRemoveGroup:function onRemoveGroup(item,callback){callback(item)},margin:{item:{horizontal:10,vertical:10},axis:20}};this.options=util.extend({},this.defaultOptions);this.itemOptions={type:{start:\"Date\",end:\"Date\"}};this.conversion={toScreen:body.util.toScreen,toTime:body.util.toTime};this.dom={};this.props={};this.hammer=null;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items)},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.groups={};this.groupIds=[];this.selection=[];this.stackDirty=true;this.touchParams={};this.groupTouchParams={};this._create();this.setOptions(options)}ItemSet.prototype=new Component;ItemSet.types={background:BackgroundItem,box:BoxItem,range:RangeItem,point:PointItem};ItemSet.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-itemset\";frame[\"timeline-itemset\"]=this;this.dom.frame=frame;var background=document.createElement(\"div\");background.className=\"vis-background\";frame.appendChild(background);this.dom.background=background;var foreground=document.createElement(\"div\");foreground.className=\"vis-foreground\";frame.appendChild(foreground);this.dom.foreground=foreground;var axis=document.createElement(\"div\");axis.className=\"vis-axis\";this.dom.axis=axis;var labelSet=document.createElement(\"div\");labelSet.className=\"vis-labelset\";this.dom.labelSet=labelSet;this._updateUngrouped();var backgroundGroup=new BackgroundGroup(BACKGROUND,null,this);backgroundGroup.show();this.groups[BACKGROUND]=backgroundGroup;this.hammer=new Hammer(this.body.dom.centerContainer);this.hammer.on(\"hammer.input\",function(event){if(event.isFirst){this._onTouch(event)}}.bind(this));this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:30});this.hammer.on(\"tap\",this._onSelectItem.bind(this));this.hammer.on(\"press\",this._onMultiSelectItem.bind(this));this.hammer.on(\"doubletap\",this._onAddItem.bind(this));this.groupHammer=new Hammer(this.body.dom.leftContainer);this.groupHammer.on(\"panstart\",this._onGroupDragStart.bind(this));this.groupHammer.on(\"panmove\",this._onGroupDrag.bind(this));this.groupHammer.on(\"panend\",this._onGroupDragEnd.bind(this));this.groupHammer.get(\"pan\").set({threshold:5,direction:30});this.show()};ItemSet.prototype.setOptions=function(options){if(options){var fields=[\"type\",\"align\",\"order\",\"stack\",\"selectable\",\"multiselect\",\"groupOrder\",\"dataAttributes\",\"template\",\"groupTemplate\",\"hide\",\"snap\",\"groupOrderSwap\"];util.selectiveExtend(fields,this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.item=options.orientation===\"top\"?\"top\":\"bottom\"}else if(typeof options.orientation===\"object\"&&\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}}if(\"margin\"in options){if(typeof options.margin===\"number\"){\nthis.options.margin.axis=options.margin;this.options.margin.item.horizontal=options.margin;this.options.margin.item.vertical=options.margin}else if(typeof options.margin===\"object\"){util.selectiveExtend([\"axis\"],this.options.margin,options.margin);if(\"item\"in options.margin){if(typeof options.margin.item===\"number\"){this.options.margin.item.horizontal=options.margin.item;this.options.margin.item.vertical=options.margin.item}else if(typeof options.margin.item===\"object\"){util.selectiveExtend([\"horizontal\",\"vertical\"],this.options.margin.item,options.margin.item)}}}}if(\"editable\"in options){if(typeof options.editable===\"boolean\"){this.options.editable.updateTime=options.editable;this.options.editable.updateGroup=options.editable;this.options.editable.add=options.editable;this.options.editable.remove=options.editable}else if(typeof options.editable===\"object\"){util.selectiveExtend([\"updateTime\",\"updateGroup\",\"add\",\"remove\"],this.options.editable,options.editable)}}if(\"groupEditable\"in options){if(typeof options.groupEditable===\"boolean\"){this.options.groupEditable.order=options.groupEditable;this.options.groupEditable.add=options.groupEditable;this.options.groupEditable.remove=options.groupEditable}else if(typeof options.groupEditable===\"object\"){util.selectiveExtend([\"order\",\"add\",\"remove\"],this.options.groupEditable,options.groupEditable)}}var addCallback=function(name){var fn=options[name];if(fn){if(!(fn instanceof Function)){throw new Error(\"option \"+name+\" must be a function \"+name+\"(item, callback)\")}this.options[name]=fn}}.bind(this);[\"onAdd\",\"onUpdate\",\"onRemove\",\"onMove\",\"onMoving\",\"onAddGroup\",\"onMoveGroup\",\"onRemoveGroup\"].forEach(addCallback);this.markDirty()}};ItemSet.prototype.markDirty=function(options){this.groupIds=[];this.stackDirty=true;if(options&&options.refreshItems){util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()})}};ItemSet.prototype.destroy=function(){this.hide();this.setItems(null);this.setGroups(null);this.hammer=null;this.body=null;this.conversion=null};ItemSet.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.axis.parentNode){this.dom.axis.parentNode.removeChild(this.dom.axis)}if(this.dom.labelSet.parentNode){this.dom.labelSet.parentNode.removeChild(this.dom.labelSet)}};ItemSet.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}if(!this.dom.axis.parentNode){this.body.dom.backgroundVertical.appendChild(this.dom.axis)}if(!this.dom.labelSet.parentNode){this.body.dom.left.appendChild(this.dom.labelSet)}};ItemSet.prototype.setSelection=function(ids){var i,ii,id,item;if(ids==undefined)ids=[];if(!Array.isArray(ids))ids=[ids];for(i=0,ii=this.selection.length;i<ii;i++){id=this.selection[i];item=this.items[id];if(item)item.unselect()}this.selection=[];for(i=0,ii=ids.length;i<ii;i++){id=ids[i];item=this.items[id];if(item){this.selection.push(id);item.select()}}};ItemSet.prototype.getSelection=function(){return this.selection.concat([])};ItemSet.prototype.getVisibleItems=function(){var range=this.body.range.getRange();var left=this.body.util.toScreen(range.start);var right=this.body.util.toScreen(range.end);var ids=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){var group=this.groups[groupId];var rawVisibleItems=group.visibleItems;for(var i=0;i<rawVisibleItems.length;i++){var item=rawVisibleItems[i];if(item.left<right&&item.left+item.width>left){ids.push(item.id)}}}}return ids};ItemSet.prototype._deselect=function(id){var selection=this.selection;for(var i=0,ii=selection.length;i<ii;i++){if(selection[i]==id){selection.splice(i,1);break}}};ItemSet.prototype.redraw=function(){var margin=this.options.margin,range=this.body.range,asSize=util.option.asSize,options=this.options,orientation=options.orientation.item,resized=false,frame=this.dom.frame;this.props.top=this.body.domProps.top.height+this.body.domProps.border.top;this.props.left=this.body.domProps.left.width+this.body.domProps.border.left;frame.className=\"vis-itemset\";resized=this._orderGroups()||resized;var visibleInterval=range.end-range.start;var zoomed=visibleInterval!=this.lastVisibleInterval||this.props.width!=this.props.lastWidth;if(zoomed)this.stackDirty=true;this.lastVisibleInterval=visibleInterval;this.props.lastWidth=this.props.width;var restack=this.stackDirty;var firstGroup=this._firstGroup();var firstMargin={item:margin.item,axis:margin.axis};var nonFirstMargin={item:margin.item,axis:margin.item.vertical/2};var height=0;var minHeight=margin.axis+margin.item.vertical;this.groups[BACKGROUND].redraw(range,nonFirstMargin,restack);util.forEach(this.groups,function(group){var groupMargin=group==firstGroup?firstMargin:nonFirstMargin;var groupResized=group.redraw(range,groupMargin,restack);resized=groupResized||resized;height+=group.height});height=Math.max(height,minHeight);this.stackDirty=false;frame.style.height=asSize(height);this.props.width=frame.offsetWidth;this.props.height=height;this.dom.axis.style.top=asSize(orientation==\"top\"?this.body.domProps.top.height+this.body.domProps.border.top:this.body.domProps.top.height+this.body.domProps.centerContainer.height);this.dom.axis.style.left=\"0\";resized=this._isResized()||resized;return resized};ItemSet.prototype._firstGroup=function(){var firstGroupIndex=this.options.orientation.item==\"top\"?0:this.groupIds.length-1;var firstGroupId=this.groupIds[firstGroupIndex];var firstGroup=this.groups[firstGroupId]||this.groups[UNGROUPED];return firstGroup||null};ItemSet.prototype._updateUngrouped=function(){var ungrouped=this.groups[UNGROUPED];var background=this.groups[BACKGROUND];var item,itemId;if(this.groupsData){if(ungrouped){ungrouped.hide();delete this.groups[UNGROUPED];for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];item.parent&&item.parent.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];group&&group.add(item)||item.hide()}}}}else{if(!ungrouped){var id=null;var data=null;ungrouped=new Group(id,data,this);this.groups[UNGROUPED]=ungrouped;for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];ungrouped.add(item)}}ungrouped.show()}}};ItemSet.prototype.getLabelSet=function(){return this.dom.labelSet};ItemSet.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids);this._updateUngrouped()}};ItemSet.prototype.getItems=function(){return this.itemsData};ItemSet.prototype.setGroups=function(groups){var me=this,ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._updateUngrouped();this._order();this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype.getGroups=function(){return this.groupsData};ItemSet.prototype.removeItem=function(id){var item=this.itemsData.get(id),dataset=this.itemsData.getDataSet();if(item){this.options.onRemove(item,function(item){if(item){dataset.remove(id)}})}};ItemSet.prototype._getType=function(itemData){return itemData.type||this.options.type||(itemData.end?\"range\":\"box\")};ItemSet.prototype._getGroupId=function(itemData){var type=this._getType(itemData);if(type==\"background\"&&itemData.group==undefined){return BACKGROUND}else{return this.groupsData?itemData.group:UNGROUPED}};ItemSet.prototype._onUpdate=function(ids){var me=this;ids.forEach(function(id){var itemData=me.itemsData.get(id,me.itemOptions);var item=me.items[id];var type=me._getType(itemData);var constructor=ItemSet.types[type];var selected;if(item){if(!constructor||!(item instanceof constructor)){selected=item.selected;me._removeItem(item);item=null}else{me._updateItem(item,itemData)}}if(!item){if(constructor){item=new constructor(itemData,me.conversion,me.options);item.id=id;me._addItem(item);if(selected){this.selection.push(id);item.select()}}else if(type==\"rangeoverflow\"){throw new TypeError('Item type \"rangeoverflow\" is deprecated. Use css styling instead: '+\".vis-item.vis-range .vis-item-content {overflow: visible;}\")}else{throw new TypeError('Unknown item type \"'+type+'\"')}}}.bind(this));this._order();this.stackDirty=true;this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._onAdd=ItemSet.prototype._onUpdate;ItemSet.prototype._onRemove=function(ids){var count=0;var me=this;ids.forEach(function(id){var item=me.items[id];if(item){count++;me._removeItem(item)}});if(count){this._order();this.stackDirty=true;this.body.emitter.emit(\"change\",{queue:true})}};ItemSet.prototype._order=function(){util.forEach(this.groups,function(group){group.order()})};ItemSet.prototype._onUpdateGroups=function(ids){this._onAddGroups(ids)};ItemSet.prototype._onAddGroups=function(ids){var me=this;ids.forEach(function(id){var groupData=me.groupsData.get(id);var group=me.groups[id];if(!group){if(id==UNGROUPED||id==BACKGROUND){throw new Error(\"Illegal group id. \"+id+\" is a reserved id.\")}var groupOptions=Object.create(me.options);util.extend(groupOptions,{height:null});group=new Group(id,groupData,me);me.groups[id]=group;for(var itemId in me.items){if(me.items.hasOwnProperty(itemId)){var item=me.items[itemId];if(item.data.group==id){group.add(item)}}}group.order();group.show()}else{group.setData(groupData)}});this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._onRemoveGroups=function(ids){var groups=this.groups;ids.forEach(function(id){var group=groups[id];if(group){group.hide();delete groups[id]}});this.markDirty();this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._orderGroups=function(){if(this.groupsData){var groupIds=this.groupsData.getIds({order:this.options.groupOrder});var changed=!util.equalArray(groupIds,this.groupIds);if(changed){var groups=this.groups;groupIds.forEach(function(groupId){groups[groupId].hide()});groupIds.forEach(function(groupId){groups[groupId].show()});this.groupIds=groupIds}return changed}else{return false}};ItemSet.prototype._addItem=function(item){this.items[item.id]=item;var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)};ItemSet.prototype._updateItem=function(item,itemData){var oldGroupId=item.data.group;var oldSubGroupId=item.data.subgroup;item.setData(itemData);if(oldGroupId!=item.data.group||oldSubGroupId!=item.data.subgroup){var oldGroup=this.groups[oldGroupId];if(oldGroup)oldGroup.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)}};ItemSet.prototype._removeItem=function(item){item.hide();delete this.items[item.id];var index=this.selection.indexOf(item.id);if(index!=-1)this.selection.splice(index,1);item.parent&&item.parent.remove(item)};ItemSet.prototype._constructByEndArray=function(array){var endArray=[];for(var i=0;i<array.length;i++){if(array[i]instanceof RangeItem){endArray.push(array[i])}}return endArray};ItemSet.prototype._onTouch=function(event){this.touchParams.item=this.itemFromTarget(event);this.touchParams.dragLeftItem=event.target.dragLeftItem||false;this.touchParams.dragRightItem=event.target.dragRightItem||false;this.touchParams.itemProps=null};ItemSet.prototype._getGroupIndex=function(groupId){for(var i=0;i<this.groupIds.length;i++){if(groupId==this.groupIds[i])return i}};ItemSet.prototype._onDragStart=function(event){var item=this.touchParams.item||null;var me=this;var props;if(item&&item.selected){if(!this.options.editable.updateTime&&!this.options.editable.updateGroup&&!item.editable){return}if(item.editable===false){return}var dragLeftItem=this.touchParams.dragLeftItem;var dragRightItem=this.touchParams.dragRightItem;if(dragLeftItem){props={item:dragLeftItem,initialX:event.center.x,dragLeft:true,data:this._cloneItemData(item.data)};this.touchParams.itemProps=[props]}else if(dragRightItem){props={item:dragRightItem,initialX:event.center.x,dragRight:true,data:this._cloneItemData(item.data)};this.touchParams.itemProps=[props]}else{this.touchParams.selectedItem=item;var baseGroupIndex=this._getGroupIndex(item.data.group);this.touchParams.itemProps=this.getSelection().map(function(id){var item=me.items[id];var groupIndex=me._getGroupIndex(item.data.group);return{item:item,initialX:event.center.x,groupOffset:baseGroupIndex-groupIndex,data:this._cloneItemData(item.data)}}.bind(this))}event.stopPropagation()}else if(this.options.editable.add&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey)){this._onDragStartAddItem(event)}};ItemSet.prototype._onDragStartAddItem=function(event){var snap=this.options.snap||null;var xAbs=util.getAbsoluteLeft(this.dom.frame);var x=event.center.x-xAbs-10;var time=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var start=snap?snap(time,scale,step):start;var end=start;var itemData={type:\"range\",start:start,end:end,content:\"new item\"};var id=util.randomUUID();itemData[this.itemsData._fieldId]=id;var group=this.groupFromTarget(event);if(group){itemData.group=group.groupId}var newItem=new RangeItem(itemData,this.conversion,this.options);newItem.id=id;newItem.data=this._cloneItemData(itemData);this._addItem(newItem);var props={item:newItem,dragRight:true,initialX:event.center.x,data:newItem.data};this.touchParams.itemProps=[props];event.stopPropagation()};ItemSet.prototype._onDrag=function(event){if(this.touchParams.itemProps){event.stopPropagation();var me=this;var snap=this.options.snap||null;var xOffset=this.body.dom.root.offsetLeft+this.body.domProps.left.width;var scale=this.body.util.getScale();var step=this.body.util.getStep();var selectedItem=this.touchParams.selectedItem;var updateGroupAllowed=me.options.editable.updateGroup;var newGroupBase=null;if(updateGroupAllowed&&selectedItem){if(selectedItem.data.group!=undefined){var group=me.groupFromTarget(event);if(group){newGroupBase=this._getGroupIndex(group.groupId)}}}this.touchParams.itemProps.forEach(function(props){var current=me.body.util.toTime(event.center.x-xOffset);var initial=me.body.util.toTime(props.initialX-xOffset);var offset=current-initial;var itemData=this._cloneItemData(props.item.data);if(props.item.editable===false){return}var updateTimeAllowed=me.options.editable.updateTime||props.item.editable===true;if(updateTimeAllowed){if(props.dragLeft){if(itemData.start!=undefined){var initialStart=util.convert(props.data.start,\"Date\");var start=new Date(initialStart.valueOf()+offset);itemData.start=snap?snap(start,scale,step):start}}else if(props.dragRight){if(itemData.end!=undefined){var initialEnd=util.convert(props.data.end,\"Date\");var end=new Date(initialEnd.valueOf()+offset);itemData.end=snap?snap(end,scale,step):end}}else{if(itemData.start!=undefined){var initialStart=util.convert(props.data.start,\"Date\").valueOf();var start=new Date(initialStart+offset);if(itemData.end!=undefined){var initialEnd=util.convert(props.data.end,\"Date\");var duration=initialEnd.valueOf()-initialStart.valueOf();itemData.start=snap?snap(start,scale,step):start;itemData.end=new Date(itemData.start.valueOf()+duration)}else{itemData.start=snap?snap(start,scale,step):start}}}}var updateGroupAllowed=me.options.editable.updateGroup||props.item.editable===true;if(updateGroupAllowed&&(!props.dragLeft&&!props.dragRight)&&newGroupBase!=null){if(itemData.group!=undefined){var newOffset=newGroupBase-props.groupOffset;newOffset=Math.max(0,newOffset);newOffset=Math.min(me.groupIds.length-1,newOffset);itemData.group=me.groupIds[newOffset]}}itemData=this._cloneItemData(itemData);me.options.onMoving(itemData,function(itemData){if(itemData){props.item.setData(this._cloneItemData(itemData,\"Date\"))}}.bind(this))}.bind(this));this.stackDirty=true;this.body.emitter.emit(\"change\")}};ItemSet.prototype._moveToGroup=function(item,groupId){var group=this.groups[groupId];if(group&&group.groupId!=item.data.group){var oldGroup=item.parent;oldGroup.remove(item);oldGroup.order();group.add(item);group.order();item.data.group=group.groupId}};ItemSet.prototype._onDragEnd=function(event){if(this.touchParams.itemProps){event.stopPropagation();var me=this;var dataset=this.itemsData.getDataSet();var itemProps=this.touchParams.itemProps;this.touchParams.itemProps=null;itemProps.forEach(function(props){var id=props.item.id;var exists=me.itemsData.get(id,me.itemOptions)!=null;if(!exists){me.options.onAdd(props.item.data,function(itemData){me._removeItem(props.item);if(itemData){me.itemsData.getDataSet().add(itemData)}me.stackDirty=true;me.body.emitter.emit(\"change\")})}else{var itemData=this._cloneItemData(props.item.data);me.options.onMove(itemData,function(itemData){if(itemData){itemData[dataset._fieldId]=id;dataset.update(itemData)}else{props.item.setData(props.data);me.stackDirty=true;me.body.emitter.emit(\"change\")}})}}.bind(this))}};ItemSet.prototype._onGroupDragStart=function(event){if(this.options.groupEditable.order){this.groupTouchParams.group=this.groupFromTarget(event);if(this.groupTouchParams.group){event.stopPropagation();this.groupTouchParams.originalOrder=this.groupsData.getIds({order:this.options.groupOrder})}}};ItemSet.prototype._onGroupDrag=function(event){if(this.options.groupEditable.order&&this.groupTouchParams.group){event.stopPropagation();var group=this.groupFromTarget(event);if(group&&group.height!=this.groupTouchParams.group.height){var movingUp=group.top<this.groupTouchParams.group.top;var clientY=event.center?event.center.y:event.clientY;var targetGroupTop=util.getAbsoluteTop(group.dom.foreground);var draggedGroupHeight=this.groupTouchParams.group.height;if(movingUp){if(targetGroupTop+draggedGroupHeight<clientY){return}}else{var targetGroupHeight=group.height;if(targetGroupTop+targetGroupHeight-draggedGroupHeight>clientY){return}}}if(group&&group!=this.groupTouchParams.group){var groupsData=this.groupsData;var targetGroup=groupsData.get(group.groupId);var draggedGroup=groupsData.get(this.groupTouchParams.group.groupId);if(draggedGroup&&targetGroup){this.options.groupOrderSwap(draggedGroup,targetGroup,this.groupsData);this.groupsData.update(draggedGroup);this.groupsData.update(targetGroup)}var newOrder=this.groupsData.getIds({order:this.options.groupOrder});if(!util.equalArray(newOrder,this.groupTouchParams.originalOrder)){var groupsData=this.groupsData;var origOrder=this.groupTouchParams.originalOrder;var draggedId=this.groupTouchParams.group.groupId;var numGroups=Math.min(origOrder.length,newOrder.length);var curPos=0;var newOffset=0;var orgOffset=0;while(curPos<numGroups){while(curPos+newOffset<numGroups&&curPos+orgOffset<numGroups&&newOrder[curPos+newOffset]==origOrder[curPos+orgOffset]){curPos++}if(curPos+newOffset>=numGroups){break}if(newOrder[curPos+newOffset]==draggedId){newOffset=1;continue}else if(origOrder[curPos+orgOffset]==draggedId){orgOffset=1;continue}else{var slippedPosition=newOrder.indexOf(origOrder[curPos+orgOffset]);var switchGroup=groupsData.get(newOrder[curPos+newOffset]);var shouldBeGroup=groupsData.get(origOrder[curPos+orgOffset]);this.options.groupOrderSwap(switchGroup,shouldBeGroup,groupsData);groupsData.update(switchGroup);groupsData.update(shouldBeGroup);var switchGroupId=newOrder[curPos+newOffset];newOrder[curPos+newOffset]=origOrder[curPos+orgOffset];newOrder[slippedPosition]=switchGroupId;curPos++}}}}}};ItemSet.prototype._onGroupDragEnd=function(event){if(this.options.groupEditable.order&&this.groupTouchParams.group){event.stopPropagation();var me=this;var id=me.groupTouchParams.group.groupId;var dataset=me.groupsData.getDataSet();var groupData=util.extend({},dataset.get(id));me.options.onMoveGroup(groupData,function(groupData){if(groupData){groupData[dataset._fieldId]=id;dataset.update(groupData)}else{var newOrder=dataset.getIds({order:me.options.groupOrder});if(!util.equalArray(newOrder,me.groupTouchParams.originalOrder)){var origOrder=me.groupTouchParams.originalOrder;var numGroups=Math.min(origOrder.length,newOrder.length);var curPos=0;while(curPos<numGroups){while(curPos<numGroups&&newOrder[curPos]==origOrder[curPos]){curPos++}if(curPos>=numGroups){break}var slippedPosition=newOrder.indexOf(origOrder[curPos]);var switchGroup=dataset.get(newOrder[curPos]);var shouldBeGroup=dataset.get(origOrder[curPos]);me.options.groupOrderSwap(switchGroup,shouldBeGroup,dataset);groupsData.update(switchGroup);groupsData.update(shouldBeGroup);var switchGroupId=newOrder[curPos];newOrder[curPos]=origOrder[curPos];newOrder[slippedPosition]=switchGroupId;curPos++}}}});me.body.emitter.emit(\"groupDragged\",{groupId:id})}};ItemSet.prototype._onSelectItem=function(event){if(!this.options.selectable)return;var ctrlKey=event.srcEvent&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey);var shiftKey=event.srcEvent&&event.srcEvent.shiftKey;if(ctrlKey||shiftKey){this._onMultiSelectItem(event);return}var oldSelection=this.getSelection();var item=this.itemFromTarget(event);var selection=item?[item.id]:[];this.setSelection(selection);var newSelection=this.getSelection();if(newSelection.length>0||oldSelection.length>0){this.body.emitter.emit(\"select\",{items:newSelection,event:event})}};ItemSet.prototype._onAddItem=function(event){if(!this.options.selectable)return;if(!this.options.editable.add)return;var me=this;var snap=this.options.snap||null;var item=this.itemFromTarget(event);event.stopPropagation();if(item){var itemData=me.itemsData.get(item.id);this.options.onUpdate(itemData,function(itemData){if(itemData){me.itemsData.getDataSet().update(itemData)}})}else{var xAbs=util.getAbsoluteLeft(this.dom.frame);var x=event.center.x-xAbs;var start=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var newItemData={start:snap?snap(start,scale,step):start,content:\"new item\"};if(this.options.type===\"range\"){var end=this.body.util.toTime(x+this.props.width/5);newItemData.end=snap?snap(end,scale,step):end}newItemData[this.itemsData._fieldId]=util.randomUUID();var group=this.groupFromTarget(event);if(group){newItemData.group=group.groupId}newItemData=this._cloneItemData(newItemData);this.options.onAdd(newItemData,function(item){if(item){me.itemsData.getDataSet().add(item)}})}};ItemSet.prototype._onMultiSelectItem=function(event){if(!this.options.selectable)return;var item=this.itemFromTarget(event);if(item){var selection=this.options.multiselect?this.getSelection():[];var shiftKey=event.srcEvent&&event.srcEvent.shiftKey||false;if(shiftKey&&this.options.multiselect){selection.push(item.id);var range=ItemSet._getItemRange(this.itemsData.get(selection,this.itemOptions));selection=[];for(var id in this.items){if(this.items.hasOwnProperty(id)){var _item=this.items[id];var start=_item.data.start;var end=_item.data.end!==undefined?_item.data.end:start;if(start>=range.min&&end<=range.max&&!(_item instanceof BackgroundItem)){selection.push(_item.id)}}}}else{var index=selection.indexOf(item.id);if(index==-1){selection.push(item.id)}else{selection.splice(index,1)}}this.setSelection(selection);this.body.emitter.emit(\"select\",{items:this.getSelection(),event:event})}};ItemSet._getItemRange=function(itemsData){var max=null;var min=null;itemsData.forEach(function(data){if(min==null||data.start<min){min=data.start}if(data.end!=undefined){if(max==null||data.end>max){max=data.end}}else{if(max==null||data.start>max){max=data.start}}});return{min:min,max:max}};ItemSet.prototype.itemFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-item\")){return target[\"timeline-item\"]}target=target.parentNode}return null};ItemSet.prototype.groupFromTarget=function(event){var clientY=event.center?event.center.y:event.clientY;for(var i=0;i<this.groupIds.length;i++){var groupId=this.groupIds[i];var group=this.groups[groupId];var foreground=group.dom.foreground;var top=util.getAbsoluteTop(foreground);if(clientY>top&&clientY<top+foreground.offsetHeight){return group}if(this.options.orientation.item===\"top\"){if(i===this.groupIds.length-1&&clientY>top){return group}}else{if(i===0&&clientY<top+foreground.offset){return group}}}return null};ItemSet.itemSetFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-itemset\")){return target[\"timeline-itemset\"]}target=target.parentNode}return null};ItemSet.prototype._cloneItemData=function(itemData,type){var clone=util.extend({},itemData);if(!type){type=this.itemsData.getDataSet()._options.type}if(clone.start!=undefined){clone.start=util.convert(clone.start,type&&type.start||\"Date\")}if(clone.end!=undefined){clone.end=util.convert(clone.end,type&&type.end||\"Date\")}return clone};module.exports=ItemSet},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(2);var DateUtil=__webpack_require__(27);var util=__webpack_require__(1);function TimeStep(start,end,minimumStep,hiddenDates){this.moment=moment;this.current=this.moment();this._start=this.moment();this._end=this.moment();this.autoScale=true;this.scale=\"day\";this.step=1;this.setRange(start,end,minimumStep);this.switchedDay=false;this.switchedMonth=false;this.switchedYear=false;if(Array.isArray(hiddenDates)){this.hiddenDates=hiddenDates}else if(hiddenDates!=undefined){this.hiddenDates=[hiddenDates]}else{this.hiddenDates=[]}this.format=TimeStep.FORMAT}TimeStep.FORMAT={minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}};TimeStep.prototype.setMoment=function(moment){this.moment=moment;this.current=this.moment(this.current);this._start=this.moment(this._start);this._end=this.moment(this._end)};TimeStep.prototype.setFormat=function(format){var defaultFormat=util.deepExtend({},TimeStep.FORMAT);this.format=util.deepExtend(defaultFormat,format)};TimeStep.prototype.setRange=function(start,end,minimumStep){if(!(start instanceof Date)||!(end instanceof Date)){throw\"No legal start or end date in method setRange\"}this._start=start!=undefined?this.moment(start.valueOf()):new Date;this._end=end!=undefined?this.moment(end.valueOf()):new Date;if(this.autoScale){this.setMinimumStep(minimumStep)}};TimeStep.prototype.start=function(){this.current=this._start.clone();this.roundToMinor()};TimeStep.prototype.roundToMinor=function(){switch(this.scale){case\"year\":this.current.year(this.step*Math.floor(this.current.year()/this.step));this.current.month(0);case\"month\":this.current.date(1);case\"day\":case\"weekday\":this.current.hours(0);case\"hour\":this.current.minutes(0);case\"minute\":this.current.seconds(0);case\"second\":this.current.milliseconds(0)}if(this.step!=1){switch(this.scale){case\"millisecond\":this.current.subtract(this.current.milliseconds()%this.step,\"milliseconds\");break;case\"second\":this.current.subtract(this.current.seconds()%this.step,\"seconds\");break;case\"minute\":this.current.subtract(this.current.minutes()%this.step,\"minutes\");break;case\"hour\":this.current.subtract(this.current.hours()%this.step,\"hours\");break;case\"weekday\":case\"day\":this.current.subtract((this.current.date()-1)%this.step,\"day\");break;case\"month\":this.current.subtract(this.current.month()%this.step,\"month\");break;case\"year\":this.current.subtract(this.current.year()%this.step,\"year\");break;default:break}}};TimeStep.prototype.hasNext=function(){return this.current.valueOf()<=this._end.valueOf()};TimeStep.prototype.next=function(){var prev=this.current.valueOf();if(this.current.month()<6){switch(this.scale){case\"millisecond\":this.current.add(this.step,\"millisecond\");break;case\"second\":this.current.add(this.step,\"second\");break;case\"minute\":this.current.add(this.step,\"minute\");break;case\"hour\":this.current.add(this.step,\"hour\");this.current.subtract(this.current.hours()%this.step,\"hour\");break;case\"weekday\":case\"day\":this.current.add(this.step,\"day\");break;case\"month\":this.current.add(this.step,\"month\");break;case\"year\":this.current.add(this.step,\"year\");break;default:break}}else{switch(this.scale){case\"millisecond\":this.current.add(this.step,\"millisecond\");break;case\"second\":this.current.add(this.step,\"second\");break;case\"minute\":this.current.add(this.step,\"minute\");break;case\"hour\":this.current.add(this.step,\"hour\");break;case\"weekday\":case\"day\":this.current.add(this.step,\"day\");break;case\"month\":this.current.add(this.step,\"month\");break;case\"year\":this.current.add(this.step,\"year\");break;default:break}}if(this.step!=1){switch(this.scale){case\"millisecond\":if(this.current.milliseconds()<this.step)this.current.milliseconds(0);break;case\"second\":if(this.current.seconds()<this.step)this.current.seconds(0);break;case\"minute\":if(this.current.minutes()<this.step)this.current.minutes(0);break;case\"hour\":if(this.current.hours()<this.step)this.current.hours(0);break;case\"weekday\":case\"day\":if(this.current.date()<this.step+1)this.current.date(1);break;case\"month\":if(this.current.month()<this.step)this.current.month(0);break;case\"year\":break;default:break}}if(this.current.valueOf()==prev){this.current=this._end.clone()}DateUtil.stepOverHiddenDates(this.moment,this,prev)};TimeStep.prototype.getCurrent=function(){return this.current};TimeStep.prototype.setScale=function(params){if(params&&typeof params.scale==\"string\"){this.scale=params.scale;this.step=params.step>0?params.step:1;this.autoScale=false}};TimeStep.prototype.setAutoScale=function(enable){this.autoScale=enable};TimeStep.prototype.setMinimumStep=function(minimumStep){if(minimumStep==undefined){return}var stepYear=1e3*60*60*24*30*12;var stepMonth=1e3*60*60*24*30;var stepDay=1e3*60*60*24;var stepHour=1e3*60*60;var stepMinute=1e3*60;var stepSecond=1e3;var stepMillisecond=1;if(stepYear*1e3>minimumStep){this.scale=\"year\";this.step=1e3}if(stepYear*500>minimumStep){this.scale=\"year\";this.step=500}if(stepYear*100>minimumStep){this.scale=\"year\";this.step=100}if(stepYear*50>minimumStep){this.scale=\"year\";this.step=50}if(stepYear*10>minimumStep){this.scale=\"year\";this.step=10}if(stepYear*5>minimumStep){this.scale=\"year\";this.step=5}if(stepYear>minimumStep){this.scale=\"year\";this.step=1}if(stepMonth*3>minimumStep){this.scale=\"month\";this.step=3}if(stepMonth>minimumStep){this.scale=\"month\";this.step=1}if(stepDay*5>minimumStep){this.scale=\"day\";this.step=5}if(stepDay*2>minimumStep){this.scale=\"day\";this.step=2}if(stepDay>minimumStep){this.scale=\"day\";this.step=1}if(stepDay/2>minimumStep){this.scale=\"weekday\";this.step=1}if(stepHour*4>minimumStep){this.scale=\"hour\";this.step=4}if(stepHour>minimumStep){this.scale=\"hour\";this.step=1}if(stepMinute*15>minimumStep){this.scale=\"minute\";this.step=15}if(stepMinute*10>minimumStep){this.scale=\"minute\";this.step=10}if(stepMinute*5>minimumStep){this.scale=\"minute\";this.step=5}if(stepMinute>minimumStep){this.scale=\"minute\";this.step=1}if(stepSecond*15>minimumStep){this.scale=\"second\";this.step=15}if(stepSecond*10>minimumStep){this.scale=\"second\";this.step=10}if(stepSecond*5>minimumStep){this.scale=\"second\";this.step=5}if(stepSecond>minimumStep){this.scale=\"second\";this.step=1}if(stepMillisecond*200>minimumStep){this.scale=\"millisecond\";this.step=200}if(stepMillisecond*100>minimumStep){this.scale=\"millisecond\";this.step=100}if(stepMillisecond*50>minimumStep){\nthis.scale=\"millisecond\";this.step=50}if(stepMillisecond*10>minimumStep){this.scale=\"millisecond\";this.step=10}if(stepMillisecond*5>minimumStep){this.scale=\"millisecond\";this.step=5}if(stepMillisecond>minimumStep){this.scale=\"millisecond\";this.step=1}};TimeStep.snap=function(date,scale,step){var clone=moment(date);if(scale==\"year\"){var year=clone.year()+Math.round(clone.month()/12);clone.year(Math.round(year/step)*step);clone.month(0);clone.date(0);clone.hours(0);clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"month\"){if(clone.date()>15){clone.date(1);clone.add(1,\"month\")}else{clone.date(1)}clone.hours(0);clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"day\"){switch(step){case 5:case 2:clone.hours(Math.round(clone.hours()/24)*24);break;default:clone.hours(Math.round(clone.hours()/12)*12);break}clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"weekday\"){switch(step){case 5:case 2:clone.hours(Math.round(clone.hours()/12)*12);break;default:clone.hours(Math.round(clone.hours()/6)*6);break}clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"hour\"){switch(step){case 4:clone.minutes(Math.round(clone.minutes()/60)*60);break;default:clone.minutes(Math.round(clone.minutes()/30)*30);break}clone.seconds(0);clone.milliseconds(0)}else if(scale==\"minute\"){switch(step){case 15:case 10:clone.minutes(Math.round(clone.minutes()/5)*5);clone.seconds(0);break;case 5:clone.seconds(Math.round(clone.seconds()/60)*60);break;default:clone.seconds(Math.round(clone.seconds()/30)*30);break}clone.milliseconds(0)}else if(scale==\"second\"){switch(step){case 15:case 10:clone.seconds(Math.round(clone.seconds()/5)*5);clone.milliseconds(0);break;case 5:clone.milliseconds(Math.round(clone.milliseconds()/1e3)*1e3);break;default:clone.milliseconds(Math.round(clone.milliseconds()/500)*500);break}}else if(scale==\"millisecond\"){var _step=step>5?step/2:1;clone.milliseconds(Math.round(clone.milliseconds()/_step)*_step)}return clone};TimeStep.prototype.isMajor=function(){if(this.switchedYear==true){this.switchedYear=false;switch(this.scale){case\"year\":case\"month\":case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedMonth==true){this.switchedMonth=false;switch(this.scale){case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedDay==true){this.switchedDay=false;switch(this.scale){case\"millisecond\":case\"second\":case\"minute\":case\"hour\":return true;default:return false}}var date=this.moment(this.current);switch(this.scale){case\"millisecond\":return date.milliseconds()==0;case\"second\":return date.seconds()==0;case\"minute\":return date.hours()==0&&date.minutes()==0;case\"hour\":return date.hours()==0;case\"weekday\":case\"day\":return date.date()==1;case\"month\":return date.month()==0;case\"year\":return false;default:return false}};TimeStep.prototype.getLabelMinor=function(date){if(date==undefined){date=this.current}var format=this.format.minorLabels[this.scale];return format&&format.length>0?this.moment(date).format(format):\"\"};TimeStep.prototype.getLabelMajor=function(date){if(date==undefined){date=this.current}var format=this.format.majorLabels[this.scale];return format&&format.length>0?this.moment(date).format(format):\"\"};TimeStep.prototype.getClassName=function(){var _moment=this.moment;var m=this.moment(this.current);var current=m.locale?m.locale(\"en\"):m.lang(\"en\");var step=this.step;function even(value){return value/step%2==0?\" vis-even\":\" vis-odd\"}function today(date){if(date.isSame(new Date,\"day\")){return\" vis-today\"}if(date.isSame(_moment().add(1,\"day\"),\"day\")){return\" vis-tomorrow\"}if(date.isSame(_moment().add(-1,\"day\"),\"day\")){return\" vis-yesterday\"}return\"\"}function currentWeek(date){return date.isSame(new Date,\"week\")?\" vis-current-week\":\"\"}function currentMonth(date){return date.isSame(new Date,\"month\")?\" vis-current-month\":\"\"}function currentYear(date){return date.isSame(new Date,\"year\")?\" vis-current-year\":\"\"}switch(this.scale){case\"millisecond\":return even(current.milliseconds()).trim();case\"second\":return even(current.seconds()).trim();case\"minute\":return even(current.minutes()).trim();case\"hour\":var hours=current.hours();if(this.step==4){hours=hours+\"-h\"+(hours+4)}return\"vis-h\"+hours+today(current)+even(current.hours());case\"weekday\":return\"vis-\"+current.format(\"dddd\").toLowerCase()+today(current)+currentWeek(current)+even(current.date());case\"day\":var day=current.date();var month=current.format(\"MMMM\").toLowerCase();return\"vis-day\"+day+\" vis-\"+month+currentMonth(current)+even(day-1);case\"month\":return\"vis-\"+current.format(\"MMMM\").toLowerCase()+currentMonth(current)+even(current.month());case\"year\":var year=current.year();return\"vis-year\"+year+currentYear(current)+even(year);default:return\"\"}};module.exports=TimeStep},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var stack=__webpack_require__(32);var RangeItem=__webpack_require__(33);function Group(groupId,data,itemSet){this.groupId=groupId;this.subgroups={};this.subgroupIndex=0;this.subgroupOrderer=data&&data.subgroupOrder;this.itemSet=itemSet;this.dom={};this.props={label:{width:0,height:0}};this.className=null;this.items={};this.visibleItems=[];this.orderedItems={byStart:[],byEnd:[]};this.checkRangedItems=false;var me=this;this.itemSet.body.emitter.on(\"checkRangedItems\",function(){me.checkRangedItems=true});this._create();this.setData(data)}Group.prototype._create=function(){var label=document.createElement(\"div\");if(this.itemSet.options.groupEditable.order){label.className=\"vis-label draggable\"}else{label.className=\"vis-label\"}this.dom.label=label;var inner=document.createElement(\"div\");inner.className=\"vis-inner\";label.appendChild(inner);this.dom.inner=inner;var foreground=document.createElement(\"div\");foreground.className=\"vis-group\";foreground[\"timeline-group\"]=this;this.dom.foreground=foreground;this.dom.background=document.createElement(\"div\");this.dom.background.className=\"vis-group\";this.dom.axis=document.createElement(\"div\");this.dom.axis.className=\"vis-group\";this.dom.marker=document.createElement(\"div\");this.dom.marker.style.visibility=\"hidden\";this.dom.marker.innerHTML=\"?\";this.dom.background.appendChild(this.dom.marker)};Group.prototype.setData=function(data){var content;if(this.itemSet.options&&this.itemSet.options.groupTemplate){content=this.itemSet.options.groupTemplate(data)}else{content=data&&data.content}if(content instanceof Element){this.dom.inner.appendChild(content);while(this.dom.inner.firstChild){this.dom.inner.removeChild(this.dom.inner.firstChild)}this.dom.inner.appendChild(content)}else if(content!==undefined&&content!==null){this.dom.inner.innerHTML=content}else{this.dom.inner.innerHTML=this.groupId||\"\"}this.dom.label.title=data&&data.title||\"\";if(!this.dom.inner.firstChild){util.addClassName(this.dom.inner,\"vis-hidden\")}else{util.removeClassName(this.dom.inner,\"vis-hidden\")}var className=data&&data.className||null;if(className!=this.className){if(this.className){util.removeClassName(this.dom.label,this.className);util.removeClassName(this.dom.foreground,this.className);util.removeClassName(this.dom.background,this.className);util.removeClassName(this.dom.axis,this.className)}util.addClassName(this.dom.label,className);util.addClassName(this.dom.foreground,className);util.addClassName(this.dom.background,className);util.addClassName(this.dom.axis,className);this.className=className}if(this.style){util.removeCssText(this.dom.label,this.style);this.style=null}if(data&&data.style){util.addCssText(this.dom.label,data.style);this.style=data.style}};Group.prototype.getLabelWidth=function(){return this.props.label.width};Group.prototype.redraw=function(range,margin,restack){var resized=false;var markerHeight=this.dom.marker.clientHeight;if(markerHeight!=this.lastMarkerHeight){this.lastMarkerHeight=markerHeight;util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()});restack=true}if(typeof this.itemSet.options.order===\"function\"){if(restack){var me=this;var limitSize=false;util.forEach(this.items,function(item){if(!item.displayed){item.redraw();me.visibleItems.push(item)}item.repositionX(limitSize)});var customOrderedItems=this.orderedItems.byStart.slice().sort(function(a,b){return me.itemSet.options.order(a.data,b.data)});stack.stack(customOrderedItems,margin,true)}this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range)}else{this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);if(this.itemSet.options.stack){stack.stack(this.visibleItems,margin,restack)}else{stack.nostack(this.visibleItems,margin,this.subgroups)}}var height=this._calculateHeight(margin);var foreground=this.dom.foreground;this.top=foreground.offsetTop;this.left=foreground.offsetLeft;this.width=foreground.offsetWidth;resized=util.updateProperty(this,\"height\",height)||resized;resized=util.updateProperty(this.props.label,\"width\",this.dom.inner.clientWidth)||resized;resized=util.updateProperty(this.props.label,\"height\",this.dom.inner.clientHeight)||resized;this.dom.background.style.height=height+\"px\";this.dom.foreground.style.height=height+\"px\";this.dom.label.style.height=height+\"px\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};Group.prototype._calculateHeight=function(margin){var height;var visibleItems=this.visibleItems;this.resetSubgroups();var me=this;if(visibleItems.length>0){var min=visibleItems[0].top;var max=visibleItems[0].top+visibleItems[0].height;util.forEach(visibleItems,function(item){min=Math.min(min,item.top);max=Math.max(max,item.top+item.height);if(item.data.subgroup!==undefined){me.subgroups[item.data.subgroup].height=Math.max(me.subgroups[item.data.subgroup].height,item.height);me.subgroups[item.data.subgroup].visible=true}});if(min>margin.axis){var offset=min-margin.axis;max-=offset;util.forEach(visibleItems,function(item){item.top-=offset})}height=max+margin.item.vertical/2}else{height=0}height=Math.max(height,this.props.label.height);return height};Group.prototype.show=function(){if(!this.dom.label.parentNode){this.itemSet.dom.labelSet.appendChild(this.dom.label)}if(!this.dom.foreground.parentNode){this.itemSet.dom.foreground.appendChild(this.dom.foreground)}if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}if(!this.dom.axis.parentNode){this.itemSet.dom.axis.appendChild(this.dom.axis)}};Group.prototype.hide=function(){var label=this.dom.label;if(label.parentNode){label.parentNode.removeChild(label)}var foreground=this.dom.foreground;if(foreground.parentNode){foreground.parentNode.removeChild(foreground)}var background=this.dom.background;if(background.parentNode){background.parentNode.removeChild(background)}var axis=this.dom.axis;if(axis.parentNode){axis.parentNode.removeChild(axis)}};Group.prototype.add=function(item){this.items[item.id]=item;item.setParent(this);if(item.data.subgroup!==undefined){if(this.subgroups[item.data.subgroup]===undefined){this.subgroups[item.data.subgroup]={height:0,visible:false,index:this.subgroupIndex,items:[]};this.subgroupIndex++}this.subgroups[item.data.subgroup].items.push(item)}this.orderSubgroups();if(this.visibleItems.indexOf(item)==-1){var range=this.itemSet.body.range;this._checkIfVisible(item,this.visibleItems,range)}};Group.prototype.orderSubgroups=function(){if(this.subgroupOrderer!==undefined){var sortArray=[];if(typeof this.subgroupOrderer==\"string\"){for(var subgroup in this.subgroups){sortArray.push({subgroup:subgroup,sortField:this.subgroups[subgroup].items[0].data[this.subgroupOrderer]})}sortArray.sort(function(a,b){return a.sortField-b.sortField})}else if(typeof this.subgroupOrderer==\"function\"){for(var subgroup in this.subgroups){sortArray.push(this.subgroups[subgroup].items[0].data)}sortArray.sort(this.subgroupOrderer)}if(sortArray.length>0){for(var i=0;i<sortArray.length;i++){this.subgroups[sortArray[i].subgroup].index=i}}}};Group.prototype.resetSubgroups=function(){for(var subgroup in this.subgroups){if(this.subgroups.hasOwnProperty(subgroup)){this.subgroups[subgroup].visible=false}}};Group.prototype.remove=function(item){delete this.items[item.id];item.setParent(null);var index=this.visibleItems.indexOf(item);if(index!=-1)this.visibleItems.splice(index,1);if(item.data.subgroup!==undefined){var subgroup=this.subgroups[item.data.subgroup];if(subgroup){var itemIndex=subgroup.items.indexOf(item);subgroup.items.splice(itemIndex,1);if(!subgroup.items.length){delete this.subgroups[item.data.subgroup];this.subgroupIndex--}this.orderSubgroups()}}};Group.prototype.removeFromDataSet=function(item){this.itemSet.removeItem(item.id)};Group.prototype.order=function(){var array=util.toArray(this.items);var startArray=[];var endArray=[];for(var i=0;i<array.length;i++){if(array[i].data.end!==undefined){endArray.push(array[i])}startArray.push(array[i])}this.orderedItems={byStart:startArray,byEnd:endArray};stack.orderByStart(this.orderedItems.byStart);stack.orderByEnd(this.orderedItems.byEnd)};Group.prototype._updateVisibleItems=function(orderedItems,oldVisibleItems,range){var visibleItems=[];var visibleItemsLookup={};var interval=(range.end-range.start)/4;var lowerBound=range.start-interval;var upperBound=range.end+interval;var item,i;var searchFunction=function searchFunction(value){if(value<lowerBound){return-1}else if(value<=upperBound){return 0}else{return 1}};if(oldVisibleItems.length>0){for(i=0;i<oldVisibleItems.length;i++){this._checkIfVisibleWithReference(oldVisibleItems[i],visibleItems,visibleItemsLookup,range)}}var initialPosByStart=util.binarySearchCustom(orderedItems.byStart,searchFunction,\"data\",\"start\");this._traceVisible(initialPosByStart,orderedItems.byStart,visibleItems,visibleItemsLookup,function(item){return item.data.start<lowerBound||item.data.start>upperBound});if(this.checkRangedItems==true){this.checkRangedItems=false;for(i=0;i<orderedItems.byEnd.length;i++){this._checkIfVisibleWithReference(orderedItems.byEnd[i],visibleItems,visibleItemsLookup,range)}}else{var initialPosByEnd=util.binarySearchCustom(orderedItems.byEnd,searchFunction,\"data\",\"end\");this._traceVisible(initialPosByEnd,orderedItems.byEnd,visibleItems,visibleItemsLookup,function(item){return item.data.end<lowerBound||item.data.end>upperBound})}for(i=0;i<visibleItems.length;i++){item=visibleItems[i];if(!item.displayed)item.show();item.repositionX()}return visibleItems};Group.prototype._traceVisible=function(initialPos,items,visibleItems,visibleItemsLookup,breakCondition){var item;var i;if(initialPos!=-1){for(i=initialPos;i>=0;i--){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}for(i=initialPos+1;i<items.length;i++){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}}};Group.prototype._checkIfVisible=function(item,visibleItems,range){if(item.isVisible(range)){if(!item.displayed)item.show();item.repositionX();visibleItems.push(item)}else{if(item.displayed)item.hide()}};Group.prototype._checkIfVisibleWithReference=function(item,visibleItems,visibleItemsLookup,range){if(item.isVisible(range)){if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}else{if(item.displayed)item.hide()}};module.exports=Group},function(module,exports){\"use strict\";var EPSILON=.001;exports.orderByStart=function(items){items.sort(function(a,b){return a.data.start-b.data.start})};exports.orderByEnd=function(items){items.sort(function(a,b){var aTime=\"end\"in a.data?a.data.end:a.data.start,bTime=\"end\"in b.data?b.data.end:b.data.start;return aTime-bTime})};exports.stack=function(items,margin,force){var i,iMax;if(force){for(i=0,iMax=items.length;i<iMax;i++){items[i].top=null}}for(i=0,iMax=items.length;i<iMax;i++){var item=items[i];if(item.stack&&item.top===null){item.top=margin.axis;do{var collidingItem=null;for(var j=0,jj=items.length;j<jj;j++){var other=items[j];if(other.top!==null&&other!==item&&other.stack&&exports.collision(item,other,margin.item)){collidingItem=other;break}}if(collidingItem!=null){item.top=collidingItem.top+collidingItem.height+margin.item.vertical}}while(collidingItem)}}};exports.nostack=function(items,margin,subgroups){var i,iMax,newTop;for(i=0,iMax=items.length;i<iMax;i++){if(items[i].data.subgroup!==undefined){newTop=margin.axis;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroups[items[i].data.subgroup].index){newTop+=subgroups[subgroup].height+margin.item.vertical}}}items[i].top=newTop}else{items[i].top=margin.axis}}};exports.collision=function(a,b,margin){return a.left-margin.horizontal+EPSILON<b.left+b.width&&a.left+a.width+margin.horizontal-EPSILON>b.left&&a.top-margin.vertical+EPSILON<b.top+b.height&&a.top+a.height+margin.vertical-EPSILON>b.top}},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(20);var Item=__webpack_require__(34);function RangeItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}RangeItem.prototype=new Item(null,null,null);RangeItem.prototype.baseClassName=\"vis-item vis-range\";RangeItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};RangeItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.frame=document.createElement(\"div\");dom.frame.className=\"vis-item-overflow\";dom.box.appendChild(dom.frame);dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.frame.appendChild(dom.content);dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.frame).overflow!==\"hidden\";this.dom.content.style.maxWidth=\"none\";this.props.content.width=this.dom.content.offsetWidth;this.height=this.dom.box.offsetHeight;this.dom.content.style.maxWidth=\"\";this.dirty=false}this._repaintDeleteButton(dom.box);this._repaintDragLeft();this._repaintDragRight()};RangeItem.prototype.show=function(){if(!this.displayed){this.redraw()}};RangeItem.prototype.hide=function(){if(this.displayed){var box=this.dom.box;if(box.parentNode){box.parentNode.removeChild(box)}this.displayed=false}};RangeItem.prototype.repositionX=function(limitSize){var parentWidth=this.parent.width;var start=this.conversion.toScreen(this.data.start);var end=this.conversion.toScreen(this.data.end);var contentLeft;var contentWidth;if(limitSize===undefined||limitSize===true){if(start<-parentWidth){start=-parentWidth}if(end>2*parentWidth){end=2*parentWidth}}var boxWidth=Math.max(end-start,1);if(this.overflow){this.left=start;this.width=boxWidth+this.props.content.width;contentWidth=this.props.content.width}else{this.left=start;this.width=boxWidth;contentWidth=Math.min(end-start,this.props.content.width)}this.dom.box.style.left=this.left+\"px\";this.dom.box.style.width=boxWidth+\"px\";switch(this.options.align){case\"left\":this.dom.content.style.left=\"0\";break;case\"right\":this.dom.content.style.left=Math.max(boxWidth-contentWidth,0)+\"px\";break;case\"center\":this.dom.content.style.left=Math.max((boxWidth-contentWidth)/2,0)+\"px\";break;default:if(this.overflow){if(end>0){contentLeft=Math.max(-start,0)}else{contentLeft=-contentWidth}}else{if(start<0){contentLeft=-start}else{contentLeft=0}}this.dom.content.style.left=contentLeft+\"px\"}};RangeItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;if(orientation==\"top\"){box.style.top=this.top+\"px\"}else{box.style.top=this.parent.height-this.top-this.height+\"px\"}};RangeItem.prototype._repaintDragLeft=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragLeft){var dragLeft=document.createElement(\"div\");dragLeft.className=\"vis-drag-left\";dragLeft.dragLeftItem=this;this.dom.box.appendChild(dragLeft);this.dom.dragLeft=dragLeft}else if(!this.selected&&this.dom.dragLeft){if(this.dom.dragLeft.parentNode){this.dom.dragLeft.parentNode.removeChild(this.dom.dragLeft)}this.dom.dragLeft=null}};RangeItem.prototype._repaintDragRight=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragRight){var dragRight=document.createElement(\"div\");dragRight.className=\"vis-drag-right\";dragRight.dragRightItem=this;this.dom.box.appendChild(dragRight);this.dom.dragRight=dragRight}else if(!this.selected&&this.dom.dragRight){if(this.dom.dragRight.parentNode){this.dom.dragRight.parentNode.removeChild(this.dom.dragRight)}this.dom.dragRight=null}};module.exports=RangeItem},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(20);var util=__webpack_require__(1);function Item(data,conversion,options){this.id=null;this.parent=null;this.data=data;this.dom=null;this.conversion=conversion||{};this.options=options||{};this.selected=false;this.displayed=false;this.dirty=true;this.top=null;this.left=null;this.width=null;this.height=null;this.editable=null;if(this.data&&this.data.hasOwnProperty(\"editable\")&&typeof this.data.editable===\"boolean\"){this.editable=data.editable}}Item.prototype.stack=true;Item.prototype.select=function(){this.selected=true;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.unselect=function(){this.selected=false;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setData=function(data){var groupChanged=data.group!=undefined&&this.data.group!=data.group;if(groupChanged){this.parent.itemSet._moveToGroup(this,data.group)}if(data.hasOwnProperty(\"editable\")&&typeof data.editable===\"boolean\"){this.editable=data.editable}this.data=data;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setParent=function(parent){if(this.displayed){this.hide();this.parent=parent;if(this.parent){this.show()}}else{this.parent=parent}};Item.prototype.isVisible=function(range){return false};Item.prototype.show=function(){return false};Item.prototype.hide=function(){return false};Item.prototype.redraw=function(){};Item.prototype.repositionX=function(){};Item.prototype.repositionY=function(){};Item.prototype._repaintDeleteButton=function(anchor){var editable=(this.options.editable.remove||this.data.editable===true)&&this.data.editable!==false;if(this.selected&&editable&&!this.dom.deleteButton){var me=this;var deleteButton=document.createElement(\"div\");deleteButton.className=\"vis-delete\";deleteButton.title=\"Delete this item\";new Hammer(deleteButton).on(\"tap\",function(event){event.stopPropagation();me.parent.removeFromDataSet(me)});anchor.appendChild(deleteButton);this.dom.deleteButton=deleteButton}else if(!this.selected&&this.dom.deleteButton){if(this.dom.deleteButton.parentNode){this.dom.deleteButton.parentNode.removeChild(this.dom.deleteButton)}this.dom.deleteButton=null}};Item.prototype._updateContents=function(element){var content;if(this.options.template){var itemData=this.parent.itemSet.itemsData.get(this.id);content=this.options.template(itemData)}else{content=this.data.content}var changed=this._contentToString(this.content)!==this._contentToString(content);if(changed){if(content instanceof Element){element.innerHTML=\"\";element.appendChild(content)}else if(content!=undefined){element.innerHTML=content}else{if(!(this.data.type==\"background\"&&this.data.content===undefined)){throw new Error('Property \"content\" missing in item '+this.id)}}this.content=content}};Item.prototype._updateTitle=function(element){if(this.data.title!=null){element.title=this.data.title||\"\"}else{element.removeAttribute(\"vis-title\")}};Item.prototype._updateDataAttributes=function(element){if(this.options.dataAttributes&&this.options.dataAttributes.length>0){var attributes=[];if(Array.isArray(this.options.dataAttributes)){attributes=this.options.dataAttributes}else if(this.options.dataAttributes==\"all\"){attributes=Object.keys(this.data)}else{return}for(var i=0;i<attributes.length;i++){var name=attributes[i];var value=this.data[name];if(value!=null){element.setAttribute(\"data-\"+name,value)}else{element.removeAttribute(\"data-\"+name)}}}};Item.prototype._updateStyle=function(element){if(this.style){util.removeCssText(element,this.style);this.style=null}if(this.data.style){util.addCssText(element,this.data.style);this.style=this.data.style}};Item.prototype._contentToString=function(content){if(typeof content===\"string\")return content;if(content&&\"outerHTML\"in content)return content.outerHTML;return content};Item.prototype.getWidthLeft=function(){return 0};Item.prototype.getWidthRight=function(){return 0};module.exports=Item},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var Group=__webpack_require__(31);function BackgroundGroup(groupId,data,itemSet){Group.call(this,groupId,data,itemSet);this.width=0;this.height=0;this.top=0;this.left=0}BackgroundGroup.prototype=Object.create(Group.prototype);BackgroundGroup.prototype.redraw=function(range,margin,restack){var resized=false;this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);this.width=this.dom.background.offsetWidth;this.dom.background.style.height=\"0\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};BackgroundGroup.prototype.show=function(){if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}};module.exports=BackgroundGroup},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(34);var util=__webpack_require__(1);function BoxItem(data,conversion,options){this.props={dot:{width:0,height:0},line:{width:0,height:0}};if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}BoxItem.prototype=new Item(null,null,null);BoxItem.prototype.isVisible=function(range){var interval=(range.end-range.start)/4;return this.data.start>range.start-interval&&this.data.start<range.end+interval};BoxItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"DIV\");dom.content=document.createElement(\"DIV\");dom.content.className=\"vis-item-content\";dom.box.appendChild(dom.content);dom.line=document.createElement(\"DIV\");dom.line.className=\"vis-line\";dom.dot=document.createElement(\"DIV\");dom.dot.className=\"vis-dot\";dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground)throw new Error(\"Cannot redraw item: parent has no foreground container element\");foreground.appendChild(dom.box)}if(!dom.line.parentNode){var background=this.parent.dom.background;if(!background)throw new Error(\"Cannot redraw item: parent has no background container element\");background.appendChild(dom.line)}if(!dom.dot.parentNode){var axis=this.parent.dom.axis;if(!background)throw new Error(\"Cannot redraw item: parent has no axis container element\");axis.appendChild(dom.dot)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.box.className=\"vis-item vis-box\"+className;dom.line.className=\"vis-item vis-line\"+className;dom.dot.className=\"vis-item vis-dot\"+className;this.props.dot.height=dom.dot.offsetHeight;this.props.dot.width=dom.dot.offsetWidth;this.props.line.width=dom.line.offsetWidth;this.width=dom.box.offsetWidth;this.height=dom.box.offsetHeight;this.dirty=false}this._repaintDeleteButton(dom.box)};BoxItem.prototype.show=function(){if(!this.displayed){this.redraw()}};BoxItem.prototype.hide=function(){if(this.displayed){var dom=this.dom;if(dom.box.parentNode)dom.box.parentNode.removeChild(dom.box);if(dom.line.parentNode)dom.line.parentNode.removeChild(dom.line);if(dom.dot.parentNode)dom.dot.parentNode.removeChild(dom.dot);this.displayed=false}};BoxItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);var align=this.options.align;var left;if(align==\"right\"){this.left=start-this.width}else if(align==\"left\"){this.left=start}else{this.left=start-this.width/2}this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start-this.props.line.width/2+\"px\";this.dom.dot.style.left=start-this.props.dot.width/2+\"px\"};BoxItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;var line=this.dom.line;var dot=this.dom.dot;if(orientation==\"top\"){box.style.top=(this.top||0)+\"px\";line.style.top=\"0\";line.style.height=this.parent.top+this.top+1+\"px\";line.style.bottom=\"\"}else{var itemSetHeight=this.parent.itemSet.props.height;var lineHeight=itemSetHeight-this.parent.top-this.parent.height+this.top;box.style.top=(this.parent.height-this.top-this.height||0)+\"px\";line.style.top=itemSetHeight-lineHeight+\"px\";line.style.bottom=\"0\"}dot.style.top=-this.props.dot.height/2+\"px\"};BoxItem.prototype.getWidthLeft=function(){return this.width/2};BoxItem.prototype.getWidthRight=function(){return this.width/2};module.exports=BoxItem},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(34);function PointItem(data,conversion,options){this.props={dot:{top:0,width:0,height:0},content:{height:0,marginLeft:0}};if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}PointItem.prototype=new Item(null,null,null);PointItem.prototype.isVisible=function(range){var interval=(range.end-range.start)/4;return this.data.start>range.start-interval&&this.data.start<range.end+interval};PointItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.point=document.createElement(\"div\");dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.point.appendChild(dom.content);dom.dot=document.createElement(\"div\");dom.point.appendChild(dom.dot);dom.point[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.point.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.point)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.point);this._updateDataAttributes(this.dom.point);this._updateStyle(this.dom.point);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;\n\nvar className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.point.className=\"vis-item vis-point\"+className;dom.dot.className=\"vis-item vis-dot\"+className;this.props.dot.width=dom.dot.offsetWidth;this.props.dot.height=dom.dot.offsetHeight;this.props.content.height=dom.content.offsetHeight;dom.content.style.marginLeft=2*this.props.dot.width+\"px\";this.width=dom.point.offsetWidth;this.height=dom.point.offsetHeight;dom.dot.style.top=(this.height-this.props.dot.height)/2+\"px\";dom.dot.style.left=this.props.dot.width/2+\"px\";this.dirty=false}this._repaintDeleteButton(dom.point)};PointItem.prototype.show=function(){if(!this.displayed){this.redraw()}};PointItem.prototype.hide=function(){if(this.displayed){if(this.dom.point.parentNode){this.dom.point.parentNode.removeChild(this.dom.point)}this.displayed=false}};PointItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);this.left=start-this.props.dot.width;this.dom.point.style.left=this.left+\"px\"};PointItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var point=this.dom.point;if(orientation==\"top\"){point.style.top=this.top+\"px\"}else{point.style.top=this.parent.height-this.top-this.height+\"px\"}};PointItem.prototype.getWidthLeft=function(){return this.props.dot.width};PointItem.prototype.getWidthRight=function(){return this.width-this.props.dot.width};module.exports=PointItem},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(20);var Item=__webpack_require__(34);var BackgroundGroup=__webpack_require__(35);var RangeItem=__webpack_require__(33);function BackgroundItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}BackgroundItem.prototype=new Item(null,null,null);BackgroundItem.prototype.baseClassName=\"vis-item vis-background\";BackgroundItem.prototype.stack=false;BackgroundItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};BackgroundItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.frame=document.createElement(\"div\");dom.frame.className=\"vis-item-overflow\";dom.box.appendChild(dom.frame);dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.frame.appendChild(dom.content);this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var background=this.parent.dom.background;if(!background){throw new Error(\"Cannot redraw item: parent has no background container element\")}background.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.content);this._updateDataAttributes(this.dom.content);this._updateStyle(this.dom.box);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.content).overflow!==\"hidden\";this.props.content.width=this.dom.content.offsetWidth;this.height=0;this.dirty=false}};BackgroundItem.prototype.show=RangeItem.prototype.show;BackgroundItem.prototype.hide=RangeItem.prototype.hide;BackgroundItem.prototype.repositionX=RangeItem.prototype.repositionX;BackgroundItem.prototype.repositionY=function(margin){var onTop=this.options.orientation.item===\"top\";this.dom.content.style.top=onTop?\"\":\"0\";this.dom.content.style.bottom=onTop?\"0\":\"\";var height;if(this.data.subgroup!==undefined){var itemSubgroup=this.data.subgroup;var subgroups=this.parent.subgroups;var subgroupIndex=subgroups[itemSubgroup].index;if(onTop==true){height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;height+=subgroupIndex==0?margin.axis-.5*margin.item.vertical:0;var newTop=this.parent.top;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroupIndex){newTop+=subgroups[subgroup].height+margin.item.vertical}}}newTop+=subgroupIndex!=0?margin.axis-.5*margin.item.vertical:0;this.dom.box.style.top=newTop+\"px\";this.dom.box.style.bottom=\"\"}else{var newTop=this.parent.top;var totalHeight=0;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true){var newHeight=subgroups[subgroup].height+margin.item.vertical;totalHeight+=newHeight;if(subgroups[subgroup].index>subgroupIndex){newTop+=newHeight}}}}height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;this.dom.box.style.top=this.parent.height-totalHeight+newTop+\"px\";this.dom.box.style.bottom=\"\"}}else{if(this.parent instanceof BackgroundGroup){height=Math.max(this.parent.height,this.parent.itemSet.body.domProps.center.height,this.parent.itemSet.body.domProps.centerContainer.height);this.dom.box.style.top=onTop?\"0\":\"\";this.dom.box.style.bottom=onTop?\"\":\"0\"}else{height=this.parent.height;this.dom.box.style.top=this.parent.top+\"px\";this.dom.box.style.bottom=\"\"}}this.dom.box.style.height=height+\"px\"};module.exports=BackgroundItem},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var Component=__webpack_require__(26);var TimeStep=__webpack_require__(30);var DateUtil=__webpack_require__(27);var moment=__webpack_require__(2);function TimeAxis(body,options){this.dom={foreground:null,lines:[],majorTexts:[],minorTexts:[],redundant:{lines:[],majorTexts:[],minorTexts:[]}};this.props={range:{start:0,end:0,minimumStep:0},lineTop:0};this.defaultOptions={orientation:{axis:\"bottom\"},showMinorLabels:true,showMajorLabels:true,format:TimeStep.FORMAT,moment:moment,timeAxis:null};this.options=util.extend({},this.defaultOptions);this.body=body;this._create();this.setOptions(options)}TimeAxis.prototype=new Component;TimeAxis.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showMinorLabels\",\"showMajorLabels\",\"hiddenDates\",\"timeAxis\",\"moment\"],this.options,options);util.selectiveDeepExtend([\"format\"],this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.axis=options.orientation}else if(typeof options.orientation===\"object\"&&\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}if(\"locale\"in options){if(typeof moment.locale===\"function\"){moment.locale(options.locale)}else{moment.lang(options.locale)}}}};TimeAxis.prototype._create=function(){this.dom.foreground=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.foreground.className=\"vis-time-axis vis-foreground\";this.dom.background.className=\"vis-time-axis vis-background\"};TimeAxis.prototype.destroy=function(){if(this.dom.foreground.parentNode){this.dom.foreground.parentNode.removeChild(this.dom.foreground)}if(this.dom.background.parentNode){this.dom.background.parentNode.removeChild(this.dom.background)}this.body=null};TimeAxis.prototype.redraw=function(){var props=this.props;var foreground=this.dom.foreground;var background=this.dom.background;var parent=this.options.orientation.axis==\"top\"?this.body.dom.top:this.body.dom.bottom;var parentChanged=foreground.parentNode!==parent;this._calculateCharSize();var showMinorLabels=this.options.showMinorLabels&&this.options.orientation.axis!==\"none\";var showMajorLabels=this.options.showMajorLabels&&this.options.orientation.axis!==\"none\";props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.height=props.minorLabelHeight+props.majorLabelHeight;props.width=foreground.offsetWidth;props.minorLineHeight=this.body.domProps.root.height-props.majorLabelHeight-(this.options.orientation.axis==\"top\"?this.body.domProps.bottom.height:this.body.domProps.top.height);props.minorLineWidth=1;props.majorLineHeight=props.minorLineHeight+props.majorLabelHeight;props.majorLineWidth=1;var foregroundNextSibling=foreground.nextSibling;var backgroundNextSibling=background.nextSibling;foreground.parentNode&&foreground.parentNode.removeChild(foreground);background.parentNode&&background.parentNode.removeChild(background);foreground.style.height=this.props.height+\"px\";this._repaintLabels();if(foregroundNextSibling){parent.insertBefore(foreground,foregroundNextSibling)}else{parent.appendChild(foreground)}if(backgroundNextSibling){this.body.dom.backgroundVertical.insertBefore(background,backgroundNextSibling)}else{this.body.dom.backgroundVertical.appendChild(background)}return this._isResized()||parentChanged};TimeAxis.prototype._repaintLabels=function(){var orientation=this.options.orientation.axis;var start=util.convert(this.body.range.start,\"Number\");var end=util.convert(this.body.range.end,\"Number\");var timeLabelsize=this.body.util.toTime((this.props.minorCharWidth||10)*7).valueOf();var minimumStep=timeLabelsize-DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this.body.range,timeLabelsize);minimumStep-=this.body.util.toTime(0).valueOf();var step=new TimeStep(new Date(start),new Date(end),minimumStep,this.body.hiddenDates);step.setMoment(this.options.moment);if(this.options.format){step.setFormat(this.options.format)}if(this.options.timeAxis){step.setScale(this.options.timeAxis)}this.step=step;var dom=this.dom;dom.redundant.lines=dom.lines;dom.redundant.majorTexts=dom.majorTexts;dom.redundant.minorTexts=dom.minorTexts;dom.lines=[];dom.majorTexts=[];dom.minorTexts=[];var current;var next;var x;var xNext;var isMajor;var width;var line;var labelMinor;var xFirstMajorLabel=undefined;var max=0;var className;step.start();next=step.getCurrent();xNext=this.body.util.toScreen(next);while(step.hasNext()&&max<1e3){max++;isMajor=step.isMajor();className=step.getClassName();labelMinor=step.getLabelMinor();current=next;x=xNext;step.next();next=step.getCurrent();xNext=this.body.util.toScreen(next);width=xNext-x;var labelFits=(labelMinor.length+1)*this.props.minorCharWidth<width;if(this.options.showMinorLabels&&labelFits){this._repaintMinorText(x,labelMinor,orientation,className)}if(isMajor&&this.options.showMajorLabels){if(x>0){if(xFirstMajorLabel==undefined){xFirstMajorLabel=x}this._repaintMajorText(x,step.getLabelMajor(),orientation,className)}line=this._repaintMajorLine(x,width,orientation,className)}else{if(labelFits){line=this._repaintMinorLine(x,width,orientation,className)}else{if(line){line.style.width=parseInt(line.style.width)+width+\"px\"}}}}if(this.options.showMajorLabels){var leftTime=this.body.util.toTime(0),leftText=step.getLabelMajor(leftTime),widthText=leftText.length*(this.props.majorCharWidth||10)+10;if(xFirstMajorLabel==undefined||widthText<xFirstMajorLabel){this._repaintMajorText(0,leftText,orientation,className)}}util.forEach(this.dom.redundant,function(arr){while(arr.length){var elem=arr.pop();if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}})};TimeAxis.prototype._repaintMinorText=function(x,text,orientation,className){var label=this.dom.redundant.minorTexts.shift();if(!label){var content=document.createTextNode(\"\");label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.minorTexts.push(label);label.childNodes[0].nodeValue=text;label.style.top=orientation==\"top\"?this.props.majorLabelHeight+\"px\":\"0\";label.style.left=x+\"px\";label.className=\"vis-text vis-minor \"+className;return label};TimeAxis.prototype._repaintMajorText=function(x,text,orientation,className){var label=this.dom.redundant.majorTexts.shift();if(!label){var content=document.createTextNode(text);label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.majorTexts.push(label);label.childNodes[0].nodeValue=text;label.className=\"vis-text vis-major \"+className;label.style.top=orientation==\"top\"?\"0\":this.props.minorLabelHeight+\"px\";label.style.left=x+\"px\";return label};TimeAxis.prototype._repaintMinorLine=function(x,width,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=props.majorLabelHeight+\"px\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.height=props.minorLineHeight+\"px\";line.style.left=x-props.minorLineWidth/2+\"px\";line.style.width=width+\"px\";line.className=\"vis-grid vis-vertical vis-minor \"+className;return line};TimeAxis.prototype._repaintMajorLine=function(x,width,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=\"0\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.left=x-props.majorLineWidth/2+\"px\";line.style.height=props.majorLineHeight+\"px\";line.style.width=width+\"px\";line.className=\"vis-grid vis-vertical vis-major \"+className;return line};TimeAxis.prototype._calculateCharSize=function(){if(!this.dom.measureCharMinor){this.dom.measureCharMinor=document.createElement(\"DIV\");this.dom.measureCharMinor.className=\"vis-text vis-minor vis-measure\";this.dom.measureCharMinor.style.position=\"absolute\";this.dom.measureCharMinor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMinor)}this.props.minorCharHeight=this.dom.measureCharMinor.clientHeight;this.props.minorCharWidth=this.dom.measureCharMinor.clientWidth;if(!this.dom.measureCharMajor){this.dom.measureCharMajor=document.createElement(\"DIV\");this.dom.measureCharMajor.className=\"vis-text vis-major vis-measure\";this.dom.measureCharMajor.style.position=\"absolute\";this.dom.measureCharMajor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMajor)}this.props.majorCharHeight=this.dom.measureCharMajor.clientHeight;this.props.majorCharWidth=this.dom.measureCharMajor.clientWidth};module.exports=TimeAxis},function(module,exports,__webpack_require__){\"use strict\";var keycharm=__webpack_require__(41);var Emitter=__webpack_require__(12);var Hammer=__webpack_require__(20);var util=__webpack_require__(1);function Activator(container){this.active=false;this.dom={container:container};this.dom.overlay=document.createElement(\"div\");this.dom.overlay.className=\"vis-overlay\";this.dom.container.appendChild(this.dom.overlay);this.hammer=Hammer(this.dom.overlay);this.hammer.on(\"tap\",this._onTapOverlay.bind(this));var me=this;var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(event){me.hammer.on(event,function(event){event.stopPropagation()})});if(document&&document.body){this.onClick=function(event){if(!_hasParent(event.target,container)){me.deactivate()}};document.body.addEventListener(\"click\",this.onClick)}if(this.keycharm!==undefined){this.keycharm.destroy()}this.keycharm=keycharm();this.escListener=this.deactivate.bind(this)}Emitter(Activator.prototype);Activator.current=null;Activator.prototype.destroy=function(){this.deactivate();this.dom.overlay.parentNode.removeChild(this.dom.overlay);if(this.onClick){document.body.removeEventListener(\"click\",this.onClick)}this.hammer.destroy();this.hammer=null};Activator.prototype.activate=function(){if(Activator.current){Activator.current.deactivate()}Activator.current=this;this.active=true;this.dom.overlay.style.display=\"none\";util.addClassName(this.dom.container,\"vis-active\");this.emit(\"change\");this.emit(\"activate\");this.keycharm.bind(\"esc\",this.escListener)};Activator.prototype.deactivate=function(){this.active=false;this.dom.overlay.style.display=\"\";util.removeClassName(this.dom.container,\"vis-active\");this.keycharm.unbind(\"esc\",this.escListener);this.emit(\"change\");this.emit(\"deactivate\")};Activator.prototype._onTapOverlay=function(event){this.activate();event.stopPropagation()};function _hasParent(element,parent){while(element){if(element===parent){return true}element=element.parentNode}return false}module.exports=Activator},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;\"use strict\";(function(root,factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{root.keycharm=factory()}})(this,function(){function keycharm(options){var preventDefault=options&&options.preventDefault||false;var container=options&&options.container||window;var _exportFunctions={};var _bound={keydown:{},keyup:{}};var _keys={};var i;for(i=97;i<=122;i++){_keys[String.fromCharCode(i)]={code:65+(i-97),shift:false}}for(i=65;i<=90;i++){_keys[String.fromCharCode(i)]={code:i,shift:true}}for(i=0;i<=9;i++){_keys[\"\"+i]={code:48+i,shift:false}}for(i=1;i<=12;i++){_keys[\"F\"+i]={code:111+i,shift:false}}for(i=0;i<=9;i++){_keys[\"num\"+i]={code:96+i,shift:false}}_keys[\"num*\"]={code:106,shift:false};_keys[\"num+\"]={code:107,shift:false};_keys[\"num-\"]={code:109,shift:false};_keys[\"num/\"]={code:111,shift:false};_keys[\"num.\"]={code:110,shift:false};_keys[\"left\"]={code:37,shift:false};_keys[\"up\"]={code:38,shift:false};_keys[\"right\"]={code:39,shift:false};_keys[\"down\"]={code:40,shift:false};_keys[\"space\"]={code:32,shift:false};_keys[\"enter\"]={code:13,shift:false};_keys[\"shift\"]={code:16,shift:undefined};_keys[\"esc\"]={code:27,shift:false};_keys[\"backspace\"]={code:8,shift:false};_keys[\"tab\"]={code:9,shift:false};_keys[\"ctrl\"]={code:17,shift:false};_keys[\"alt\"]={code:18,shift:false};_keys[\"delete\"]={code:46,shift:false};_keys[\"pageup\"]={code:33,shift:false};_keys[\"pagedown\"]={code:34,shift:false};_keys[\"=\"]={code:187,shift:false};_keys[\"-\"]={code:189,shift:false};_keys[\"]\"]={code:221,shift:false};_keys[\"[\"]={code:219,shift:false};var down=function(event){handleEvent(event,\"keydown\")};var up=function(event){handleEvent(event,\"keyup\")};var handleEvent=function(event,type){if(_bound[type][event.keyCode]!==undefined){var bound=_bound[type][event.keyCode];for(var i=0;i<bound.length;i++){if(bound[i].shift===undefined){bound[i].fn(event)}else if(bound[i].shift==true&&event.shiftKey==true){bound[i].fn(event)}else if(bound[i].shift==false&&event.shiftKey==false){bound[i].fn(event)}}if(preventDefault==true){event.preventDefault()}}};_exportFunctions.bind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(_bound[type][_keys[key].code]===undefined){_bound[type][_keys[key].code]=[]}_bound[type][_keys[key].code].push({fn:callback,shift:_keys[key].shift})};_exportFunctions.bindAll=function(callback,type){if(type===undefined){type=\"keydown\"}for(var key in _keys){if(_keys.hasOwnProperty(key)){_exportFunctions.bind(key,callback,type)}}};_exportFunctions.getKey=function(event){for(var key in _keys){if(_keys.hasOwnProperty(key)){if(event.shiftKey==true&&_keys[key].shift==true&&event.keyCode==_keys[key].code){return key}else if(event.shiftKey==false&&_keys[key].shift==false&&event.keyCode==_keys[key].code){return key}else if(event.keyCode==_keys[key].code&&key==\"shift\"){return key}}}return\"unknown key, currently not supported\"};_exportFunctions.unbind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(callback!==undefined){var newBindings=[];var bound=_bound[type][_keys[key].code];if(bound!==undefined){for(var i=0;i<bound.length;i++){if(!(bound[i].fn==callback&&bound[i].shift==_keys[key].shift)){newBindings.push(_bound[type][_keys[key].code][i])}}}_bound[type][_keys[key].code]=newBindings}else{_bound[type][_keys[key].code]=[]}};_exportFunctions.reset=function(){_bound={keydown:{},keyup:{}}};_exportFunctions.destroy=function(){_bound={keydown:{},keyup:{}};container.removeEventListener(\"keydown\",down,true);container.removeEventListener(\"keyup\",up,true)};container.addEventListener(\"keydown\",down,true);container.addEventListener(\"keyup\",up,true);return _exportFunctions}return keycharm})},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(20);var util=__webpack_require__(1);var Component=__webpack_require__(26);var moment=__webpack_require__(2);var locales=__webpack_require__(43);function CustomTime(body,options){this.body=body;this.defaultOptions={moment:moment,locales:locales,locale:\"en\",id:undefined,title:undefined};this.options=util.extend({},this.defaultOptions);if(options&&options.time){this.customTime=options.time}else{this.customTime=new Date}this.eventParams={};this.setOptions(options);this._create()}CustomTime.prototype=new Component;CustomTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"moment\",\"locale\",\"locales\",\"id\"],this.options,options)}};CustomTime.prototype._create=function(){var bar=document.createElement(\"div\");bar[\"custom-time\"]=this;bar.className=\"vis-custom-time \"+(this.options.id||\"\");bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar;var drag=document.createElement(\"div\");drag.style.position=\"relative\";drag.style.top=\"0px\";drag.style.left=\"-10px\";drag.style.height=\"100%\";drag.style.width=\"20px\";bar.appendChild(drag);this.hammer=new Hammer(drag);this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:30})};CustomTime.prototype.destroy=function(){this.hide();this.hammer.destroy();this.hammer=null;this.body=null};CustomTime.prototype.redraw=function(){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar)}var x=this.body.util.toScreen(this.customTime);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline.html#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=this.options.title;if(title===undefined){title=locale.time+\": \"+this.options.moment(this.customTime).format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1)}this.bar.style.left=x+\"px\";this.bar.title=title;return false};CustomTime.prototype.hide=function(){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}};CustomTime.prototype.setCustomTime=function(time){this.customTime=util.convert(time,\"Date\");this.redraw()};CustomTime.prototype.getCustomTime=function(){return new Date(this.customTime.valueOf())};CustomTime.prototype.setCustomTitle=function(title){this.options.title=title};CustomTime.prototype._onDragStart=function(event){this.eventParams.dragging=true;this.eventParams.customTime=this.customTime;event.stopPropagation()};CustomTime.prototype._onDrag=function(event){if(!this.eventParams.dragging)return;var x=this.body.util.toScreen(this.eventParams.customTime)+event.deltaX;var time=this.body.util.toTime(x);this.setCustomTime(time);this.body.emitter.emit(\"timechange\",{id:this.options.id,time:new Date(this.customTime.valueOf())});event.stopPropagation()};CustomTime.prototype._onDragEnd=function(event){if(!this.eventParams.dragging)return;this.body.emitter.emit(\"timechanged\",{id:this.options.id,time:new Date(this.customTime.valueOf())});event.stopPropagation()};CustomTime.customTimeFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"custom-time\")){return target[\"custom-time\"]}target=target.parentNode}return null};module.exports=CustomTime},function(module,exports){\"use strict\";exports[\"en\"]={current:\"current\",time:\"time\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"nl\"]={current:\"huidige\",time:\"tijd\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"]},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var Component=__webpack_require__(26);var moment=__webpack_require__(2);var locales=__webpack_require__(43);function CurrentTime(body,options){this.body=body;this.defaultOptions={showCurrentTime:true,moment:moment,locales:locales,locale:\"en\"};this.options=util.extend({},this.defaultOptions);this.offset=0;this._create();this.setOptions(options)}CurrentTime.prototype=new Component;CurrentTime.prototype._create=function(){var bar=document.createElement(\"div\");bar.className=\"vis-current-time\";bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar};CurrentTime.prototype.destroy=function(){this.options.showCurrentTime=false;this.redraw();this.body=null};CurrentTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showCurrentTime\",\"moment\",\"locale\",\"locales\"],this.options,options)}};CurrentTime.prototype.redraw=function(){if(this.options.showCurrentTime){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar);this.start()}var now=this.options.moment((new Date).valueOf()+this.offset);var x=this.body.util.toScreen(now);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline.html#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=locale.current+\" \"+locale.time+\": \"+now.format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1);this.bar.style.left=x+\"px\";this.bar.title=title}else{if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}this.stop()}return false};CurrentTime.prototype.start=function(){var me=this;function update(){me.stop();var scale=me.body.range.conversion(me.body.domProps.center.width).scale;var interval=1/scale/10;if(interval<30)interval=30;if(interval>1e3)interval=1e3;me.redraw();me.currentTimeTimer=setTimeout(update,interval)}update()};CurrentTime.prototype.stop=function(){if(this.currentTimeTimer!==undefined){clearTimeout(this.currentTimeTimer);delete this.currentTimeTimer}};CurrentTime.prototype.setCurrentTime=function(time){var t=util.convert(time,\"Date\").valueOf();var now=(new Date).valueOf();this.offset=t-now;this.redraw()};CurrentTime.prototype.getCurrentTime=function(){return new Date((new Date).valueOf()+this.offset)};module.exports=CurrentTime},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _ColorPicker=__webpack_require__(46);var _ColorPicker2=_interopRequireDefault(_ColorPicker);var util=__webpack_require__(1);var Configurator=function(){function Configurator(parentModule,defaultContainer,configureOptions){var pixelRatio=arguments.length<=3||arguments[3]===undefined?1:arguments[3];_classCallCheck(this,Configurator);this.parent=parentModule;this.changedOptions=[];this.container=defaultContainer;this.allowCreation=false;this.options={};this.initialized=false;this.popupCounter=0;this.defaultOptions={enabled:false,filter:true,container:undefined,showButton:true};util.extend(this.options,this.defaultOptions);this.configureOptions=configureOptions;this.moduleOptions={};this.domElements=[];this.popupDiv={};this.popupLimit=5;this.popupHistory={};this.colorPicker=new _ColorPicker2[\"default\"](pixelRatio);this.wrapper=undefined}_createClass(Configurator,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){this.popupHistory={};this._removePopup();var enabled=true;if(typeof options===\"string\"){this.options.filter=options}else if(options instanceof Array){this.options.filter=options.join()}else if(typeof options===\"object\"){if(options.container!==undefined){this.options.container=options.container}if(options.filter!==undefined){this.options.filter=options.filter}if(options.showButton!==undefined){this.options.showButton=options.showButton}if(options.enabled!==undefined){enabled=options.enabled}}else if(typeof options===\"boolean\"){this.options.filter=true;enabled=options}else if(typeof options===\"function\"){this.options.filter=options;enabled=true}if(this.options.filter===false){enabled=false}this.options.enabled=enabled}this._clean()}},{key:\"setModuleOptions\",value:function setModuleOptions(moduleOptions){this.moduleOptions=moduleOptions;if(this.options.enabled===true){this._clean();if(this.options.container!==undefined){this.container=this.options.container}this._create()}}},{key:\"_create\",value:function _create(){var _this=this;this._clean();this.changedOptions=[];var filter=this.options.filter;var counter=0;var show=false;for(var option in this.configureOptions){if(this.configureOptions.hasOwnProperty(option)){this.allowCreation=false;show=false;if(typeof filter===\"function\"){show=filter(option,[]);show=show||this._handleObject(this.configureOptions[option],[option],true)}else if(filter===true||filter.indexOf(option)!==-1){show=true}if(show!==false){this.allowCreation=true;if(counter>0){this._makeItem([])}this._makeHeader(option);this._handleObject(this.configureOptions[option],[option])}counter++}}if(this.options.showButton===true){(function(){var generateButton=document.createElement(\"div\");generateButton.className=\"vis-configuration vis-config-button\";generateButton.innerHTML=\"generate options\";generateButton.onclick=function(){_this._printOptions()};generateButton.onmouseover=function(){generateButton.className=\"vis-configuration vis-config-button hover\"};generateButton.onmouseout=function(){generateButton.className=\"vis-configuration vis-config-button\"};_this.optionsContainer=document.createElement(\"div\");_this.optionsContainer.className=\"vis-configuration vis-config-option-container\";_this.domElements.push(_this.optionsContainer);_this.domElements.push(generateButton)})()}this._push();this.colorPicker.insertTo(this.container)}},{key:\"_push\",value:function _push(){this.wrapper=document.createElement(\"div\");this.wrapper.className=\"vis-configuration-wrapper\";this.container.appendChild(this.wrapper);for(var i=0;i<this.domElements.length;i++){this.wrapper.appendChild(this.domElements[i])}this._showPopupIfNeeded()}},{key:\"_clean\",value:function _clean(){for(var i=0;i<this.domElements.length;i++){this.wrapper.removeChild(this.domElements[i])}if(this.wrapper!==undefined){this.container.removeChild(this.wrapper);this.wrapper=undefined}this.domElements=[];this._removePopup()}},{key:\"_getValue\",value:function _getValue(path){var base=this.moduleOptions;for(var i=0;i<path.length;i++){if(base[path[i]]!==undefined){base=base[path[i]]}else{base=undefined;break}}return base}},{key:\"_makeItem\",value:function _makeItem(path){\nvar _arguments=arguments,_this2=this;if(this.allowCreation===true){var _len,domElements,_key;var _ret2=function(){var item=document.createElement(\"div\");item.className=\"vis-configuration vis-config-item vis-config-s\"+path.length;for(_len=_arguments.length,domElements=Array(_len>1?_len-1:0),_key=1;_key<_len;_key++){domElements[_key-1]=_arguments[_key]}domElements.forEach(function(element){item.appendChild(element)});_this2.domElements.push(item);return{v:_this2.domElements.length}}();if(typeof _ret2===\"object\")return _ret2.v}return 0}},{key:\"_makeHeader\",value:function _makeHeader(name){var div=document.createElement(\"div\");div.className=\"vis-configuration vis-config-header\";div.innerHTML=name;this._makeItem([],div)}},{key:\"_makeLabel\",value:function _makeLabel(name,path){var objectLabel=arguments.length<=2||arguments[2]===undefined?false:arguments[2];var div=document.createElement(\"div\");div.className=\"vis-configuration vis-config-label vis-config-s\"+path.length;if(objectLabel===true){div.innerHTML=\"<i><b>\"+name+\":</b></i>\"}else{div.innerHTML=name+\":\"}return div}},{key:\"_makeDropdown\",value:function _makeDropdown(arr,value,path){var select=document.createElement(\"select\");select.className=\"vis-configuration vis-config-select\";var selectedValue=0;if(value!==undefined){if(arr.indexOf(value)!==-1){selectedValue=arr.indexOf(value)}}for(var i=0;i<arr.length;i++){var option=document.createElement(\"option\");option.value=arr[i];if(i===selectedValue){option.selected=\"selected\"}option.innerHTML=arr[i];select.appendChild(option)}var me=this;select.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,select)}},{key:\"_makeRange\",value:function _makeRange(arr,value,path){var defaultValue=arr[0];var min=arr[1];var max=arr[2];var step=arr[3];var range=document.createElement(\"input\");range.className=\"vis-configuration vis-config-range\";try{range.type=\"range\";range.min=min;range.max=max}catch(err){}range.step=step;var popupString=\"\";var popupValue=0;if(value!==undefined){var factor=1.2;if(value<0&&value*factor<min){range.min=Math.ceil(value*factor);popupValue=range.min;popupString=\"range increased\"}else if(value/factor<min){range.min=Math.ceil(value/factor);popupValue=range.min;popupString=\"range increased\"}if(value*factor>max&&max!==1){range.max=Math.ceil(value*factor);popupValue=range.max;popupString=\"range increased\"}range.value=value}else{range.value=defaultValue}var input=document.createElement(\"input\");input.className=\"vis-configuration vis-config-rangeinput\";input.value=range.value;var me=this;range.onchange=function(){input.value=this.value;me._update(Number(this.value),path)};range.oninput=function(){input.value=this.value};var label=this._makeLabel(path[path.length-1],path);var itemIndex=this._makeItem(path,label,range,input);if(popupString!==\"\"&&this.popupHistory[itemIndex]!==popupValue){this.popupHistory[itemIndex]=popupValue;this._setupPopup(popupString,itemIndex)}}},{key:\"_setupPopup\",value:function _setupPopup(string,index){var _this3=this;if(this.initialized===true&&this.allowCreation===true&&this.popupCounter<this.popupLimit){var div=document.createElement(\"div\");div.id=\"vis-configuration-popup\";div.className=\"vis-configuration-popup\";div.innerHTML=string;div.onclick=function(){_this3._removePopup()};this.popupCounter+=1;this.popupDiv={html:div,index:index}}}},{key:\"_removePopup\",value:function _removePopup(){if(this.popupDiv.html!==undefined){this.popupDiv.html.parentNode.removeChild(this.popupDiv.html);clearTimeout(this.popupDiv.hideTimeout);clearTimeout(this.popupDiv.deleteTimeout);this.popupDiv={}}}},{key:\"_showPopupIfNeeded\",value:function _showPopupIfNeeded(){var _this4=this;if(this.popupDiv.html!==undefined){var correspondingElement=this.domElements[this.popupDiv.index];var rect=correspondingElement.getBoundingClientRect();this.popupDiv.html.style.left=rect.left+\"px\";this.popupDiv.html.style.top=rect.top-30+\"px\";document.body.appendChild(this.popupDiv.html);this.popupDiv.hideTimeout=setTimeout(function(){_this4.popupDiv.html.style.opacity=0},1500);this.popupDiv.deleteTimeout=setTimeout(function(){_this4._removePopup()},1800)}}},{key:\"_makeCheckbox\",value:function _makeCheckbox(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"checkbox\";checkbox.className=\"vis-configuration vis-config-checkbox\";checkbox.checked=defaultValue;if(value!==undefined){checkbox.checked=value;if(value!==defaultValue){if(typeof defaultValue===\"object\"){if(value!==defaultValue.enabled){this.changedOptions.push({path:path,value:value})}}else{this.changedOptions.push({path:path,value:value})}}}var me=this;checkbox.onchange=function(){me._update(this.checked,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeTextInput\",value:function _makeTextInput(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"text\";checkbox.className=\"vis-configuration vis-config-text\";checkbox.value=value;if(value!==defaultValue){this.changedOptions.push({path:path,value:value})}var me=this;checkbox.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeColorField\",value:function _makeColorField(arr,value,path){var _this5=this;var defaultColor=arr[1];var div=document.createElement(\"div\");value=value===undefined?defaultColor:value;if(value!==\"none\"){div.className=\"vis-configuration vis-config-colorBlock\";div.style.backgroundColor=value}else{div.className=\"vis-configuration vis-config-colorBlock none\"}value=value===undefined?defaultColor:value;div.onclick=function(){_this5._showColorPicker(value,div,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,div)}},{key:\"_showColorPicker\",value:function _showColorPicker(value,div,path){var _this6=this;var rect=div.getBoundingClientRect();var bodyRect=document.body.getBoundingClientRect();var pickerX=rect.left+rect.width+5;var pickerY=rect.top-bodyRect.top+rect.height+2;this.colorPicker.show(pickerX,pickerY);this.colorPicker.setColor(value);this.colorPicker.setCallback(function(color){var colorString=\"rgba(\"+color.r+\",\"+color.g+\",\"+color.b+\",\"+color.a+\")\";div.style.backgroundColor=colorString;_this6._update(colorString,path)})}},{key:\"_handleObject\",value:function _handleObject(obj){var path=arguments.length<=1||arguments[1]===undefined?[]:arguments[1];var checkOnly=arguments.length<=2||arguments[2]===undefined?false:arguments[2];var show=false;var filter=this.options.filter;var visibleInSet=false;for(var subObj in obj){if(obj.hasOwnProperty(subObj)){show=true;var item=obj[subObj];var newPath=util.copyAndExtendArray(path,subObj);if(typeof filter===\"function\"){show=filter(subObj,path);if(show===false){if(!(item instanceof Array)&&typeof item!==\"string\"&&typeof item!==\"boolean\"&&item instanceof Object){this.allowCreation=false;show=this._handleObject(item,newPath,true);this.allowCreation=checkOnly===false}}}if(show!==false){visibleInSet=true;var value=this._getValue(newPath);if(item instanceof Array){this._handleArray(item,value,newPath)}else if(typeof item===\"string\"){this._makeTextInput(item,value,newPath)}else if(typeof item===\"boolean\"){this._makeCheckbox(item,value,newPath)}else if(item instanceof Object){var draw=true;if(path.indexOf(\"physics\")!==-1){if(this.moduleOptions.physics.solver!==subObj){draw=false}}if(draw===true){if(item.enabled!==undefined){var enabledPath=util.copyAndExtendArray(newPath,\"enabled\");var enabledValue=this._getValue(enabledPath);if(enabledValue===true){var label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}else{this._makeCheckbox(item,enabledValue,newPath)}}else{var label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}}}else{console.error(\"dont know how to handle\",item,subObj,newPath)}}}}return visibleInSet}},{key:\"_handleArray\",value:function _handleArray(arr,value,path){if(typeof arr[0]===\"string\"&&arr[0]===\"color\"){this._makeColorField(arr,value,path);if(arr[1]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"string\"){this._makeDropdown(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"number\"){this._makeRange(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:Number(value)})}}}},{key:\"_update\",value:function _update(value,path){var options=this._constructOptions(value,path);if(this.parent.body&&this.parent.body.emitter&&this.parent.body.emitter.emit){this.parent.body.emitter.emit(\"configChange\",options)}this.initialized=true;this.parent.setOptions(options)}},{key:\"_constructOptions\",value:function _constructOptions(value,path){var optionsObj=arguments.length<=2||arguments[2]===undefined?{}:arguments[2];var pointer=optionsObj;value=value===\"true\"?true:value;value=value===\"false\"?false:value;for(var i=0;i<path.length;i++){if(path[i]!==\"global\"){if(pointer[path[i]]===undefined){pointer[path[i]]={}}if(i!==path.length-1){pointer=pointer[path[i]]}else{pointer[path[i]]=value}}}return optionsObj}},{key:\"_printOptions\",value:function _printOptions(){var options=this.getOptions();this.optionsContainer.innerHTML=\"<pre>var options = \"+JSON.stringify(options,null,2)+\"</pre>\"}},{key:\"getOptions\",value:function getOptions(){var options={};for(var i=0;i<this.changedOptions.length;i++){this._constructOptions(this.changedOptions[i].value,this.changedOptions[i].path,options)}return options}}]);return Configurator}();exports[\"default\"]=Configurator;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Hammer=__webpack_require__(20);var hammerUtil=__webpack_require__(25);var util=__webpack_require__(1);var ColorPicker=function(){function ColorPicker(){var pixelRatio=arguments.length<=0||arguments[0]===undefined?1:arguments[0];_classCallCheck(this,ColorPicker);this.pixelRatio=pixelRatio;this.generated=false;this.centerCoordinates={x:289/2,y:289/2};this.r=289*.49;this.color={r:255,g:255,b:255,a:1};this.hueCircle=undefined;this.initialColor={r:255,g:255,b:255,a:1};this.previousColor=undefined;this.applied=false;this.updateCallback=function(){};this._create()}_createClass(ColorPicker,[{key:\"insertTo\",value:function insertTo(container){if(this.hammer!==undefined){this.hammer.destroy();this.hammer=undefined}this.container=container;this.container.appendChild(this.frame);this._bindHammer();this._setSize()}},{key:\"setCallback\",value:function setCallback(callback){if(typeof callback===\"function\"){this.updateCallback=callback}else{throw new Error(\"Function attempted to set as colorPicker callback is not a function.\")}}},{key:\"_isColorString\",value:function _isColorString(color){var htmlColors={black:\"#000000\",navy:\"#000080\",darkblue:\"#00008B\",mediumblue:\"#0000CD\",blue:\"#0000FF\",darkgreen:\"#006400\",green:\"#008000\",teal:\"#008080\",darkcyan:\"#008B8B\",deepskyblue:\"#00BFFF\",darkturquoise:\"#00CED1\",mediumspringgreen:\"#00FA9A\",lime:\"#00FF00\",springgreen:\"#00FF7F\",aqua:\"#00FFFF\",cyan:\"#00FFFF\",midnightblue:\"#191970\",dodgerblue:\"#1E90FF\",lightseagreen:\"#20B2AA\",forestgreen:\"#228B22\",seagreen:\"#2E8B57\",darkslategray:\"#2F4F4F\",limegreen:\"#32CD32\",mediumseagreen:\"#3CB371\",turquoise:\"#40E0D0\",royalblue:\"#4169E1\",steelblue:\"#4682B4\",darkslateblue:\"#483D8B\",mediumturquoise:\"#48D1CC\",indigo:\"#4B0082\",darkolivegreen:\"#556B2F\",cadetblue:\"#5F9EA0\",cornflowerblue:\"#6495ED\",mediumaquamarine:\"#66CDAA\",dimgray:\"#696969\",slateblue:\"#6A5ACD\",olivedrab:\"#6B8E23\",slategray:\"#708090\",lightslategray:\"#778899\",mediumslateblue:\"#7B68EE\",lawngreen:\"#7CFC00\",chartreuse:\"#7FFF00\",aquamarine:\"#7FFFD4\",maroon:\"#800000\",purple:\"#800080\",olive:\"#808000\",gray:\"#808080\",skyblue:\"#87CEEB\",lightskyblue:\"#87CEFA\",blueviolet:\"#8A2BE2\",darkred:\"#8B0000\",darkmagenta:\"#8B008B\",saddlebrown:\"#8B4513\",darkseagreen:\"#8FBC8F\",lightgreen:\"#90EE90\",mediumpurple:\"#9370D8\",darkviolet:\"#9400D3\",palegreen:\"#98FB98\",darkorchid:\"#9932CC\",yellowgreen:\"#9ACD32\",sienna:\"#A0522D\",brown:\"#A52A2A\",darkgray:\"#A9A9A9\",lightblue:\"#ADD8E6\",greenyellow:\"#ADFF2F\",paleturquoise:\"#AFEEEE\",lightsteelblue:\"#B0C4DE\",powderblue:\"#B0E0E6\",firebrick:\"#B22222\",darkgoldenrod:\"#B8860B\",mediumorchid:\"#BA55D3\",rosybrown:\"#BC8F8F\",darkkhaki:\"#BDB76B\",silver:\"#C0C0C0\",mediumvioletred:\"#C71585\",indianred:\"#CD5C5C\",peru:\"#CD853F\",chocolate:\"#D2691E\",tan:\"#D2B48C\",lightgrey:\"#D3D3D3\",palevioletred:\"#D87093\",thistle:\"#D8BFD8\",orchid:\"#DA70D6\",goldenrod:\"#DAA520\",crimson:\"#DC143C\",gainsboro:\"#DCDCDC\",plum:\"#DDA0DD\",burlywood:\"#DEB887\",lightcyan:\"#E0FFFF\",lavender:\"#E6E6FA\",darksalmon:\"#E9967A\",violet:\"#EE82EE\",palegoldenrod:\"#EEE8AA\",lightcoral:\"#F08080\",khaki:\"#F0E68C\",aliceblue:\"#F0F8FF\",honeydew:\"#F0FFF0\",azure:\"#F0FFFF\",sandybrown:\"#F4A460\",wheat:\"#F5DEB3\",beige:\"#F5F5DC\",whitesmoke:\"#F5F5F5\",mintcream:\"#F5FFFA\",ghostwhite:\"#F8F8FF\",salmon:\"#FA8072\",antiquewhite:\"#FAEBD7\",linen:\"#FAF0E6\",lightgoldenrodyellow:\"#FAFAD2\",oldlace:\"#FDF5E6\",red:\"#FF0000\",fuchsia:\"#FF00FF\",magenta:\"#FF00FF\",deeppink:\"#FF1493\",orangered:\"#FF4500\",tomato:\"#FF6347\",hotpink:\"#FF69B4\",coral:\"#FF7F50\",darkorange:\"#FF8C00\",lightsalmon:\"#FFA07A\",orange:\"#FFA500\",lightpink:\"#FFB6C1\",pink:\"#FFC0CB\",gold:\"#FFD700\",peachpuff:\"#FFDAB9\",navajowhite:\"#FFDEAD\",moccasin:\"#FFE4B5\",bisque:\"#FFE4C4\",mistyrose:\"#FFE4E1\",blanchedalmond:\"#FFEBCD\",papayawhip:\"#FFEFD5\",lavenderblush:\"#FFF0F5\",seashell:\"#FFF5EE\",cornsilk:\"#FFF8DC\",lemonchiffon:\"#FFFACD\",floralwhite:\"#FFFAF0\",snow:\"#FFFAFA\",yellow:\"#FFFF00\",lightyellow:\"#FFFFE0\",ivory:\"#FFFFF0\",white:\"#FFFFFF\"};if(typeof color===\"string\"){return htmlColors[color]}}},{key:\"setColor\",value:function setColor(color){var setInitial=arguments.length<=1||arguments[1]===undefined?true:arguments[1];if(color===\"none\"){return}var rgba=undefined;var htmlColor=this._isColorString(color);if(htmlColor!==undefined){color=htmlColor}if(util.isString(color)===true){if(util.isValidRGB(color)===true){var rgbaArray=color.substr(4).substr(0,color.length-5).split(\",\");rgba={r:rgbaArray[0],g:rgbaArray[1],b:rgbaArray[2],a:1}}else if(util.isValidRGBA(color)===true){var rgbaArray=color.substr(5).substr(0,color.length-6).split(\",\");rgba={r:rgbaArray[0],g:rgbaArray[1],b:rgbaArray[2],a:rgbaArray[3]}}else if(util.isValidHex(color)===true){var rgbObj=util.hexToRGB(color);rgba={r:rgbObj.r,g:rgbObj.g,b:rgbObj.b,a:1}}}else{if(color instanceof Object){if(color.r!==undefined&&color.g!==undefined&&color.b!==undefined){var alpha=color.a!==undefined?color.a:\"1.0\";rgba={r:color.r,g:color.g,b:color.b,a:alpha}}}}if(rgba===undefined){throw new Error(\"Unknown color passed to the colorPicker. Supported are strings: rgb, hex, rgba. Object: rgb ({r:r,g:g,b:b,[a:a]}). Supplied: \"+JSON.stringify(color))}else{this._setColor(rgba,setInitial)}}},{key:\"show\",value:function show(x,y){this.applied=false;this.frame.style.display=\"block\";this.frame.style.top=y+\"px\";this.frame.style.left=x+\"px\";this._generateHueCircle()}},{key:\"_hide\",value:function _hide(){var storePrevious=arguments.length<=0||arguments[0]===undefined?true:arguments[0];if(storePrevious===true){this.previousColor=util.extend({},this.color)}if(this.applied===true){this.updateCallback(this.initialColor)}this.frame.style.display=\"none\"}},{key:\"_save\",value:function _save(){this.updateCallback(this.color);this.applied=false;this._hide()}},{key:\"_apply\",value:function _apply(){this.applied=true;this.updateCallback(this.color);this._updatePicker(this.color)}},{key:\"_loadLast\",value:function _loadLast(){if(this.previousColor!==undefined){this.setColor(this.previousColor,false)}else{alert(\"There is no last color to load...\")}}},{key:\"_setColor\",value:function _setColor(rgba){var setInitial=arguments.length<=1||arguments[1]===undefined?true:arguments[1];if(setInitial===true){this.initialColor=util.extend({},rgba)}this.color=rgba;var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var angleConvert=2*Math.PI;var radius=this.r*hsv.s;var x=this.centerCoordinates.x+radius*Math.sin(angleConvert*hsv.h);var y=this.centerCoordinates.y+radius*Math.cos(angleConvert*hsv.h);this.colorPickerSelector.style.left=x-.5*this.colorPickerSelector.clientWidth+\"px\";this.colorPickerSelector.style.top=y-.5*this.colorPickerSelector.clientHeight+\"px\";this._updatePicker(rgba)}},{key:\"_setOpacity\",value:function _setOpacity(value){this.color.a=value/100;this._updatePicker(this.color)}},{key:\"_setBrightness\",value:function _setBrightness(value){var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.v=value/100;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this._updatePicker()}},{key:\"_updatePicker\",value:function _updatePicker(){var rgba=arguments.length<=0||arguments[0]===undefined?this.color:arguments[0];var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);ctx.putImageData(this.hueCircle,0,0);ctx.fillStyle=\"rgba(0,0,0,\"+(1-hsv.v)+\")\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.fill();this.brightnessRange.value=100*hsv.v;this.opacityRange.value=100*rgba.a;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}},{key:\"_setSize\",value:function _setSize(){this.colorPickerCanvas.style.width=\"100%\";this.colorPickerCanvas.style.height=\"100%\";this.colorPickerCanvas.width=289*this.pixelRatio;this.colorPickerCanvas.height=289*this.pixelRatio}},{key:\"_create\",value:function _create(){this.frame=document.createElement(\"div\");this.frame.className=\"vis-color-picker\";this.colorPickerDiv=document.createElement(\"div\");this.colorPickerSelector=document.createElement(\"div\");this.colorPickerSelector.className=\"vis-selector\";this.colorPickerDiv.appendChild(this.colorPickerSelector);this.colorPickerCanvas=document.createElement(\"canvas\");this.colorPickerDiv.appendChild(this.colorPickerCanvas);if(!this.colorPickerCanvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.colorPickerCanvas.appendChild(noCanvas)}else{var ctx=this.colorPickerCanvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.colorPickerCanvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this.colorPickerDiv.className=\"vis-color\";this.opacityDiv=document.createElement(\"div\");this.opacityDiv.className=\"vis-opacity\";this.brightnessDiv=document.createElement(\"div\");this.brightnessDiv.className=\"vis-brightness\";this.arrowDiv=document.createElement(\"div\");this.arrowDiv.className=\"vis-arrow\";this.opacityRange=document.createElement(\"input\");try{this.opacityRange.type=\"range\";this.opacityRange.min=\"0\";this.opacityRange.max=\"100\"}catch(err){}this.opacityRange.value=\"100\";this.opacityRange.className=\"vis-range\";this.brightnessRange=document.createElement(\"input\");try{this.brightnessRange.type=\"range\";this.brightnessRange.min=\"0\";this.brightnessRange.max=\"100\"}catch(err){}this.brightnessRange.value=\"100\";this.brightnessRange.className=\"vis-range\";this.opacityDiv.appendChild(this.opacityRange);this.brightnessDiv.appendChild(this.brightnessRange);var me=this;this.opacityRange.onchange=function(){me._setOpacity(this.value)};this.opacityRange.oninput=function(){me._setOpacity(this.value)};this.brightnessRange.onchange=function(){me._setBrightness(this.value)};this.brightnessRange.oninput=function(){me._setBrightness(this.value)};this.brightnessLabel=document.createElement(\"div\");this.brightnessLabel.className=\"vis-label vis-brightness\";this.brightnessLabel.innerHTML=\"brightness:\";this.opacityLabel=document.createElement(\"div\");this.opacityLabel.className=\"vis-label vis-opacity\";this.opacityLabel.innerHTML=\"opacity:\";this.newColorDiv=document.createElement(\"div\");this.newColorDiv.className=\"vis-new-color\";this.newColorDiv.innerHTML=\"new\";this.initialColorDiv=document.createElement(\"div\");this.initialColorDiv.className=\"vis-initial-color\";this.initialColorDiv.innerHTML=\"initial\";this.cancelButton=document.createElement(\"div\");this.cancelButton.className=\"vis-button vis-cancel\";this.cancelButton.innerHTML=\"cancel\";this.cancelButton.onclick=this._hide.bind(this,false);this.applyButton=document.createElement(\"div\");this.applyButton.className=\"vis-button vis-apply\";this.applyButton.innerHTML=\"apply\";this.applyButton.onclick=this._apply.bind(this);this.saveButton=document.createElement(\"div\");this.saveButton.className=\"vis-button vis-save\";this.saveButton.innerHTML=\"save\";this.saveButton.onclick=this._save.bind(this);this.loadButton=document.createElement(\"div\");this.loadButton.className=\"vis-button vis-load\";this.loadButton.innerHTML=\"load last\";this.loadButton.onclick=this._loadLast.bind(this);this.frame.appendChild(this.colorPickerDiv);this.frame.appendChild(this.arrowDiv);this.frame.appendChild(this.brightnessLabel);this.frame.appendChild(this.brightnessDiv);this.frame.appendChild(this.opacityLabel);this.frame.appendChild(this.opacityDiv);this.frame.appendChild(this.newColorDiv);this.frame.appendChild(this.initialColorDiv);this.frame.appendChild(this.cancelButton);this.frame.appendChild(this.applyButton);this.frame.appendChild(this.saveButton);this.frame.appendChild(this.loadButton)}},{key:\"_bindHammer\",value:function _bindHammer(){var _this=this;this.drag={};this.pinch={};this.hammer=new Hammer(this.colorPickerCanvas);this.hammer.get(\"pinch\").set({enable:true});hammerUtil.onTouch(this.hammer,function(event){_this._moveSelector(event)});this.hammer.on(\"tap\",function(event){_this._moveSelector(event)});this.hammer.on(\"panstart\",function(event){_this._moveSelector(event)});this.hammer.on(\"panmove\",function(event){_this._moveSelector(event)});this.hammer.on(\"panend\",function(event){_this._moveSelector(event)})}},{key:\"_generateHueCircle\",value:function _generateHueCircle(){if(this.generated===false){var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);var x=undefined,y=undefined,hue=undefined,sat=undefined;this.centerCoordinates={x:w*.5,y:h*.5};this.r=.49*w;var angleConvert=2*Math.PI/360;var hfac=1/360;var sfac=1/this.r;var rgb=undefined;for(hue=0;hue<360;hue++){for(sat=0;sat<this.r;sat++){x=this.centerCoordinates.x+sat*Math.sin(angleConvert*hue);y=this.centerCoordinates.y+sat*Math.cos(angleConvert*hue);rgb=util.HSVToRGB(hue*hfac,sat*sfac,1);ctx.fillStyle=\"rgb(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\")\";ctx.fillRect(x-.5,y-.5,2,2)}}ctx.strokeStyle=\"rgba(0,0,0,1)\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.stroke();this.hueCircle=ctx.getImageData(0,0,w,h)}this.generated=true}},{key:\"_moveSelector\",value:function _moveSelector(event){var rect=this.colorPickerDiv.getBoundingClientRect();var left=event.center.x-rect.left;var top=event.center.y-rect.top;var centerY=.5*this.colorPickerDiv.clientHeight;var centerX=.5*this.colorPickerDiv.clientWidth;var x=left-centerX;var y=top-centerY;var angle=Math.atan2(x,y);var radius=.98*Math.min(Math.sqrt(x*x+y*y),centerX);var newTop=Math.cos(angle)*radius+centerY;var newLeft=Math.sin(angle)*radius+centerX;this.colorPickerSelector.style.top=newTop-.5*this.colorPickerSelector.clientHeight+\"px\";this.colorPickerSelector.style.left=newLeft-.5*this.colorPickerSelector.clientWidth+\"px\";var h=angle/(2*Math.PI);h=h<0?h+1:h;var s=radius/this.r;var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.h=h;hsv.s=s;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}}]);return ColorPicker}();exports[\"default\"]=ColorPicker;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var errorFound=false;var allOptions=undefined;var printStyle=\"background: #FFeeee; color: #dd0000\";var Validator=function(){function Validator(){_classCallCheck(this,Validator)}_createClass(Validator,null,[{key:\"validate\",value:function validate(options,referenceOptions,subObject){errorFound=false;allOptions=referenceOptions;var usedOptions=referenceOptions;if(subObject!==undefined){usedOptions=referenceOptions[subObject]}Validator.parse(options,usedOptions,[]);return errorFound}},{key:\"parse\",value:function parse(options,referenceOptions,path){for(var option in options){if(options.hasOwnProperty(option)){Validator.check(option,options,referenceOptions,path)}}}},{key:\"check\",value:function check(option,options,referenceOptions,path){if(referenceOptions[option]===undefined&&referenceOptions.__any__===undefined){Validator.getSuggestion(option,referenceOptions,path)}else if(referenceOptions[option]===undefined&&referenceOptions.__any__!==undefined){if(Validator.getType(options[option])===\"object\"&&referenceOptions[\"__any__\"].__type__!==undefined){Validator.checkFields(option,options,referenceOptions,\"__any__\",referenceOptions[\"__any__\"].__type__,path)}else{Validator.checkFields(option,options,referenceOptions,\"__any__\",referenceOptions[\"__any__\"],path)}}else{if(referenceOptions[option].__type__!==undefined){Validator.checkFields(option,options,referenceOptions,option,referenceOptions[option].__type__,path)}else{Validator.checkFields(option,options,referenceOptions,option,referenceOptions[option],path)}}}},{key:\"checkFields\",value:function checkFields(option,options,referenceOptions,referenceOption,refOptionObj,path){var optionType=Validator.getType(options[option]);var refOptionType=refOptionObj[optionType];if(refOptionType!==undefined){if(Validator.getType(refOptionType)===\"array\"){if(refOptionType.indexOf(options[option])===-1){console.log('%cInvalid option detected in \"'+option+'\".'+\" Allowed values are:\"+Validator.print(refOptionType)+' not \"'+options[option]+'\". '+Validator.printLocation(path,option),printStyle);errorFound=true}else if(optionType===\"object\"&&referenceOption!==\"__any__\"){path=util.copyAndExtendArray(path,option);Validator.parse(options[option],referenceOptions[referenceOption],path)}}else if(optionType===\"object\"&&referenceOption!==\"__any__\"){path=util.copyAndExtendArray(path,option);Validator.parse(options[option],referenceOptions[referenceOption],path)}}else if(refOptionObj[\"any\"]===undefined){console.log('%cInvalid type received for \"'+option+'\". Expected: '+Validator.print(Object.keys(refOptionObj))+\". Received [\"+optionType+'] \"'+options[option]+'\"'+Validator.printLocation(path,option),printStyle);errorFound=true}}},{key:\"getType\",value:function getType(object){var type=typeof object;if(type===\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"boolean\"}if(object instanceof Number){return\"number\"}if(object instanceof String){return\"string\"}if(Array.isArray(object)){return\"array\"}if(object instanceof Date){return\"date\"}if(object.nodeType!==undefined){return\"dom\"}if(object._isAMomentObject===true){return\"moment\"}return\"object\"}else if(type===\"number\"){return\"number\"}else if(type===\"boolean\"){return\"boolean\"}else if(type===\"string\"){return\"string\"}else if(type===undefined){return\"undefined\"}return type}},{key:\"getSuggestion\",value:function getSuggestion(option,options,path){var localSearch=Validator.findInOptions(option,options,path,false);var globalSearch=Validator.findInOptions(option,allOptions,[],true);var localSearchThreshold=8;var globalSearchThreshold=4;if(localSearch.indexMatch!==undefined){console.log('%cUnknown option detected: \"'+option+'\" in '+Validator.printLocation(localSearch.path,option,\"\")+'Perhaps it was incomplete? Did you mean: \"'+localSearch.indexMatch+'\"?\\n\\n',printStyle)}else if(globalSearch.distance<=globalSearchThreshold&&localSearch.distance>globalSearch.distance){console.log('%cUnknown option detected: \"'+option+'\" in '+Validator.printLocation(localSearch.path,option,\"\")+\"Perhaps it was misplaced? Matching option found at: \"+Validator.printLocation(globalSearch.path,globalSearch.closestMatch,\"\"),printStyle)}else if(localSearch.distance<=localSearchThreshold){console.log('%cUnknown option detected: \"'+option+'\". Did you mean \"'+localSearch.closestMatch+'\"?'+Validator.printLocation(localSearch.path,option),printStyle)}else{console.log('%cUnknown option detected: \"'+option+'\". Did you mean one of these: '+Validator.print(Object.keys(options))+Validator.printLocation(path,option),printStyle)}errorFound=true}},{key:\"findInOptions\",value:function findInOptions(option,options,path){var recursive=arguments.length<=3||arguments[3]===undefined?false:arguments[3];var min=1e9;var closestMatch=\"\";var closestMatchPath=[];var lowerCaseOption=option.toLowerCase();var indexMatch=undefined;for(var op in options){var distance=undefined;if(options[op].__type__!==undefined&&recursive===true){var result=Validator.findInOptions(option,options[op],util.copyAndExtendArray(path,op));if(min>result.distance){closestMatch=result.closestMatch;closestMatchPath=result.path;min=result.distance;indexMatch=result.indexMatch}}else{if(op.toLowerCase().indexOf(lowerCaseOption)!==-1){indexMatch=op}distance=Validator.levenshteinDistance(option,op);if(min>distance){closestMatch=op;closestMatchPath=util.copyArray(path);min=distance}}}return{closestMatch:closestMatch,path:closestMatchPath,distance:min,\nindexMatch:indexMatch}}},{key:\"printLocation\",value:function printLocation(path,option){var prefix=arguments.length<=2||arguments[2]===undefined?\"Problem value found at: \\n\":arguments[2];var str=\"\\n\\n\"+prefix+\"options = {\\n\";for(var i=0;i<path.length;i++){for(var j=0;j<i+1;j++){str+=\"  \"}str+=path[i]+\": {\\n\"}for(var j=0;j<path.length+1;j++){str+=\"  \"}str+=option+\"\\n\";for(var i=0;i<path.length+1;i++){for(var j=0;j<path.length-i;j++){str+=\"  \"}str+=\"}\\n\"}return str+\"\\n\\n\"}},{key:\"print\",value:function print(options){return JSON.stringify(options).replace(/(\\\")|(\\[)|(\\])|(,\"__type__\")/g,\"\").replace(/(\\,)/g,\", \")}},{key:\"levenshteinDistance\",value:function levenshteinDistance(a,b){if(a.length===0)return b.length;if(b.length===0)return a.length;var matrix=[];var i;for(i=0;i<=b.length;i++){matrix[i]=[i]}var j;for(j=0;j<=a.length;j++){matrix[0][j]=j}for(i=1;i<=b.length;i++){for(j=1;j<=a.length;j++){if(b.charAt(i-1)==a.charAt(j-1)){matrix[i][j]=matrix[i-1][j-1]}else{matrix[i][j]=Math.min(matrix[i-1][j-1]+1,Math.min(matrix[i][j-1]+1,matrix[i-1][j]+1))}}}return matrix[b.length][a.length]}}]);return Validator}();exports[\"default\"]=Validator;exports.printStyle=printStyle},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{\"boolean\":boolean},filter:{\"boolean\":boolean,\"function\":\"function\"},container:{dom:dom},__type__:{object:object,\"boolean\":boolean,\"function\":\"function\"}},align:{string:string},autoResize:{\"boolean\":boolean},throttleRedraw:{number:number},clickToUse:{\"boolean\":boolean},dataAttributes:{string:string,array:array},editable:{add:{\"boolean\":boolean,undefined:\"undefined\"},remove:{\"boolean\":boolean,undefined:\"undefined\"},updateGroup:{\"boolean\":boolean,undefined:\"undefined\"},updateTime:{\"boolean\":boolean,undefined:\"undefined\"},__type__:{\"boolean\":boolean,object:object}},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},moment:{\"function\":\"function\"},groupOrder:{string:string,\"function\":\"function\"},groupEditable:{add:{\"boolean\":boolean,undefined:\"undefined\"},remove:{\"boolean\":boolean,undefined:\"undefined\"},order:{\"boolean\":boolean,undefined:\"undefined\"},__type__:{\"boolean\":boolean,object:object}},groupOrderSwap:{\"function\":\"function\"},height:{string:string,number:number},hiddenDates:{start:{date:date,number:number,string:string,moment:moment},end:{date:date,number:number,string:string,moment:moment},repeat:{string:string},__type__:{object:object,array:array}},locale:{string:string},locales:{__type__:{object:object}},margin:{axis:{number:number},item:{horizontal:{number:number,undefined:\"undefined\"},vertical:{number:number,undefined:\"undefined\"},__type__:{object:object,number:number}},__type__:{object:object,number:number}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{\"boolean\":boolean},multiselect:{\"boolean\":boolean},onAdd:{\"function\":\"function\"},onUpdate:{\"function\":\"function\"},onMove:{\"function\":\"function\"},onMoving:{\"function\":\"function\"},onRemove:{\"function\":\"function\"},onAddGroup:{\"function\":\"function\"},onMoveGroup:{\"function\":\"function\"},onRemoveGroup:{\"function\":\"function\"},order:{\"function\":\"function\"},orientation:{axis:{string:string,undefined:\"undefined\"},item:{string:string,undefined:\"undefined\"},__type__:{string:string,object:object}},selectable:{\"boolean\":boolean},showCurrentTime:{\"boolean\":boolean},showMajorLabels:{\"boolean\":boolean},showMinorLabels:{\"boolean\":boolean},stack:{\"boolean\":boolean},snap:{\"function\":\"function\",\"null\":\"null\"},start:{date:date,number:number,string:string,moment:moment},template:{\"function\":\"function\"},groupTemplate:{\"function\":\"function\"},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},type:{string:string},width:{string:string,number:number},zoomable:{\"boolean\":boolean},zoomKey:{string:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"]},zoomMax:{number:number},zoomMin:{number:number},__type__:{object:object}};var configureOptions={global:{align:[\"center\",\"left\",\"right\"],autoResize:true,throttleRedraw:[10,0,1e3,10],clickToUse:false,editable:{add:false,remove:false,updateGroup:false,updateTime:false},end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},groupsDraggable:false,height:\"\",locale:\"\",margin:{axis:[20,0,100,1],item:{horizontal:[10,0,100,1],vertical:[10,0,100,1]}},max:\"\",maxHeight:\"\",min:\"\",minHeight:\"\",moveable:false,multiselect:false,orientation:{axis:[\"both\",\"bottom\",\"top\"],item:[\"bottom\",\"top\"]},selectable:true,showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,stack:true,start:\"\",type:[\"box\",\"point\",\"range\",\"background\"],width:\"100%\",zoomable:true,zoomKey:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"],zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(12);var Hammer=__webpack_require__(20);var moment=__webpack_require__(2);var util=__webpack_require__(1);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var Range=__webpack_require__(24);var Core=__webpack_require__(28);var TimeAxis=__webpack_require__(39);var CurrentTime=__webpack_require__(44);var CustomTime=__webpack_require__(42);var LineGraph=__webpack_require__(50);var Configurator=__webpack_require__(45);var Validator=__webpack_require__(47)[\"default\"];var printStyle=__webpack_require__(47).printStyle;var allOptions=__webpack_require__(58).allOptions;var configureOptions=__webpack_require__(58).configureOptions;function Graph2d(container,items,groups,options){if(!(Array.isArray(groups)||groups instanceof DataSet)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:{axis:\"bottom\",item:\"bottom\"},moment:moment,width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.linegraph=new LineGraph(this.body);this.components.push(this.linegraph);this.itemsData=null;this.groupsData=null;this.on(\"tap\",function(event){me.emit(\"click\",me.getEventProperties(event))});this.on(\"doubletap\",function(event){me.emit(\"doubleClick\",me.getEventProperties(event))});this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}else{this._redraw()}}Graph2d.prototype=new Core;Graph2d.prototype.setOptions=function(options){var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options)};Graph2d.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.linegraph&&this.linegraph.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){var start=this.options.start!=undefined?this.options.start:null;var end=this.options.end!=undefined?this.options.end:null;this.setWindow(start,end,{animation:false})}else{this.fit({animation:false})}}};Graph2d.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.linegraph.setGroups(newDataSet)};Graph2d.prototype.getLegend=function(groupId,width,height){if(width===undefined){width=15}if(height===undefined){height=15}if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].getLegend(width,height)}else{return\"cannot find group:\"+groupId}};Graph2d.prototype.isGroupVisible=function(groupId){if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].visible&&(this.linegraph.options.groups.visibility[groupId]===undefined||this.linegraph.options.groups.visibility[groupId]==true)}else{return false}};Graph2d.prototype.getDataRange=function(){var min=null;var max=null;for(var groupId in this.linegraph.groups){if(this.linegraph.groups.hasOwnProperty(groupId)){if(this.linegraph.groups[groupId].visible==true){for(var i=0;i<this.linegraph.groups[groupId].itemsData.length;i++){var item=this.linegraph.groups[groupId].itemsData[i];var value=util.convert(item.x,\"Date\").valueOf();min=min==null?value:min>value?value:min;max=max==null?value:max<value?value:max}}}}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Graph2d.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;var x=clientX-util.getAbsoluteLeft(this.dom.centerContainer);var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var time=this._toTime(x);var customTime=CustomTime.customTimeFromTarget(event);var element=util.getTarget(event);var what=null;if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.linegraph.yAxisLeft.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.yAxisRight.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.legendLeft.dom.frame)){what=\"legend\"}else if(util.hasParent(element,this.linegraph.legendRight.dom.frame)){what=\"legend\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}var value=[];var yAxisLeft=this.linegraph.yAxisLeft;var yAxisRight=this.linegraph.yAxisRight;if(!yAxisLeft.hidden){value.push(yAxisLeft.screenToValue(y))}if(!yAxisRight.hidden){value.push(yAxisRight.screenToValue(y))}return{event:event,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,value:value}};Graph2d.prototype._createConfigurator=function(){return new Configurator(this,this.dom.container,configureOptions)};module.exports=Graph2d},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DOMutil=__webpack_require__(7);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var Component=__webpack_require__(26);var DataAxis=__webpack_require__(51);var GraphGroup=__webpack_require__(53);var Legend=__webpack_require__(57);var BarFunctions=__webpack_require__(56);var LineFunctions=__webpack_require__(54);var UNGROUPED=\"__ungrouped__\";function LineGraph(body,options){this.id=util.randomUUID();this.body=body;this.defaultOptions={yAxisOrientation:\"left\",defaultGroup:\"default\",sort:true,sampling:true,stack:false,graphHeight:\"400px\",shaded:{enabled:false,orientation:\"bottom\"},style:\"line\",barChart:{width:50,sideBySide:false,align:\"center\"},interpolation:{enabled:true,parametrization:\"centripetal\",alpha:.5},drawPoints:{enabled:true,size:6,style:\"square\"},dataAxis:{showMinorLabels:true,showMajorLabels:true,icons:false,width:\"40px\",visible:true,alignZeros:true,left:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}},right:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}}},legend:{enabled:false,icons:true,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-right\"}},groups:{visibility:{}}};this.options=util.extend({},this.defaultOptions);this.dom={};this.props={};this.hammer=null;this.groups={};this.abortedGraphUpdate=false;this.updateSVGheight=false;this.updateSVGheightOnResize=false;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items)},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.selection=[];this.lastStart=this.body.range.start;this.touchParams={};this.svgElements={};this.setOptions(options);this.groupsUsingDefaultStyles=[0];this.COUNTER=0;this.body.emitter.on(\"rangechanged\",function(){me.lastStart=me.body.range.start;me.svg.style.left=util.option.asSize(-me.props.width);me.redraw.call(me,true)});this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups};this.body.emitter.emit(\"change\")}LineGraph.prototype=new Component;LineGraph.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-line-graph\";this.dom.frame=frame;this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"relative\";this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\";this.svg.style.display=\"block\";frame.appendChild(this.svg);this.options.dataAxis.orientation=\"left\";this.yAxisLeft=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);this.options.dataAxis.orientation=\"right\";this.yAxisRight=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);delete this.options.dataAxis.orientation;this.legendLeft=new Legend(this.body,this.options.legend,\"left\",this.options.groups);this.legendRight=new Legend(this.body,this.options.legend,\"right\",this.options.groups);this.show()};LineGraph.prototype.setOptions=function(options){if(options){var fields=[\"sampling\",\"defaultGroup\",\"stack\",\"height\",\"graphHeight\",\"yAxisOrientation\",\"style\",\"barChart\",\"dataAxis\",\"sort\",\"groups\"];if(options.graphHeight===undefined&&options.height!==undefined&&this.body.domProps.centerContainer.height!==undefined){this.updateSVGheight=true;this.updateSVGheightOnResize=true}else if(this.body.domProps.centerContainer.height!==undefined&&options.graphHeight!==undefined){if(parseInt((options.graphHeight+\"\").replace(\"px\",\"\"))<this.body.domProps.centerContainer.height){this.updateSVGheight=true}}util.selectiveDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");util.mergeOptions(this.options,options,\"legend\");if(options.interpolation){if(typeof options.interpolation==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}if(this.yAxisLeft){if(options.dataAxis!==undefined){this.yAxisLeft.setOptions(this.options.dataAxis);this.yAxisRight.setOptions(this.options.dataAxis)}}if(this.legendLeft){if(options.legend!==undefined){this.legendLeft.setOptions(this.options.legend);this.legendRight.setOptions(this.options.legend)}}if(this.groups.hasOwnProperty(UNGROUPED)){this.groups[UNGROUPED].setOptions(options)}}if(this.dom.frame){this.redraw(true)}};LineGraph.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};LineGraph.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};LineGraph.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids)}this._updateUngrouped();this.redraw(true)};LineGraph.prototype.setGroups=function(groups){var me=this;var ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._onUpdate()};LineGraph.prototype._onUpdate=function(ids){this._updateUngrouped();this._updateAllGroupData();this.redraw(true)};LineGraph.prototype._onAdd=function(ids){this._onUpdate(ids)};LineGraph.prototype._onRemove=function(ids){this._onUpdate(ids)};LineGraph.prototype._onUpdateGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){var group=this.groupsData.get(groupIds[i]);this._updateGroup(group,groupIds[i])}this.redraw(true)};LineGraph.prototype._onAddGroups=function(groupIds){this._onUpdateGroups(groupIds)};LineGraph.prototype._onRemoveGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){if(this.groups.hasOwnProperty(groupIds[i])){if(this.groups[groupIds[i]].options.yAxisOrientation==\"right\"){this.yAxisRight.removeGroup(groupIds[i]);this.legendRight.removeGroup(groupIds[i]);this.legendRight.redraw()}else{this.yAxisLeft.removeGroup(groupIds[i]);this.legendLeft.removeGroup(groupIds[i]);this.legendLeft.redraw()}delete this.groups[groupIds[i]]}}this._updateUngrouped();this.redraw(true)};LineGraph.prototype._updateGroup=function(group,groupId){if(!this.groups.hasOwnProperty(groupId)){this.groups[groupId]=new GraphGroup(group,groupId,this.options,this.groupsUsingDefaultStyles);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.addGroup(groupId,this.groups[groupId]);this.legendRight.addGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.addGroup(groupId,this.groups[groupId]);this.legendLeft.addGroup(groupId,this.groups[groupId])}}else{this.groups[groupId].update(group);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.updateGroup(groupId,this.groups[groupId]);this.legendRight.updateGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.updateGroup(groupId,this.groups[groupId]);this.legendLeft.updateGroup(groupId,this.groups[groupId])}}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype._updateAllGroupData=function(){if(this.itemsData!=null){var groupsContent={};var groupId;for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){groupsContent[groupId]=[]}}for(var itemId in this.itemsData._data){if(this.itemsData._data.hasOwnProperty(itemId)){var item=this.itemsData._data[itemId];if(groupsContent[item.group]===undefined){throw new Error(\"Cannot find referenced group \"+item.group+\". Possible reason: items added before groups? Groups need to be added before items, as items refer to groups.\")}item.x=util.convert(item.x,\"Date\");groupsContent[item.group].push(item)}}for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){this.groups[groupId].setItems(groupsContent[groupId])}}}};LineGraph.prototype._updateUngrouped=function(){if(this.itemsData&&this.itemsData!=null){var ungroupedCounter=0;for(var itemId in this.itemsData._data){if(this.itemsData._data.hasOwnProperty(itemId)){var item=this.itemsData._data[itemId];if(item!=undefined){if(item.hasOwnProperty(\"group\")){if(item.group===undefined){item.group=UNGROUPED}}else{item.group=UNGROUPED}ungroupedCounter=item.group==UNGROUPED?ungroupedCounter+1:ungroupedCounter}}}if(ungroupedCounter==0){delete this.groups[UNGROUPED];this.legendLeft.removeGroup(UNGROUPED);this.legendRight.removeGroup(UNGROUPED);this.yAxisLeft.removeGroup(UNGROUPED);this.yAxisRight.removeGroup(UNGROUPED)}else{var group={id:UNGROUPED,content:this.options.defaultGroup};this._updateGroup(group,UNGROUPED)}}else{delete this.groups[UNGROUPED];this.legendLeft.removeGroup(UNGROUPED);this.legendRight.removeGroup(UNGROUPED);this.yAxisLeft.removeGroup(UNGROUPED);this.yAxisRight.removeGroup(UNGROUPED)}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype.redraw=function(forceGraphUpdate){var resized=false;this.props.width=this.dom.frame.offsetWidth;this.props.height=this.body.domProps.centerContainer.height-this.body.domProps.border.top-this.body.domProps.border.bottom;if(this.lastWidth===undefined&&this.props.width){forceGraphUpdate=true}resized=this._isResized()||resized;var visibleInterval=this.body.range.end-this.body.range.start;var zoomed=visibleInterval!=this.lastVisibleInterval;this.lastVisibleInterval=visibleInterval;if(resized==true){this.svg.style.width=util.option.asSize(3*this.props.width);this.svg.style.left=util.option.asSize(-this.props.width);if((this.options.height+\"\").indexOf(\"%\")!=-1||this.updateSVGheightOnResize==true){this.updateSVGheight=true}}if(this.updateSVGheight==true){if(this.options.graphHeight!=this.props.height+\"px\"){this.options.graphHeight=this.props.height+\"px\";this.svg.style.height=this.props.height+\"px\"}this.updateSVGheight=false}else{this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\"}if(resized==true||zoomed==true||this.abortedGraphUpdate==true||forceGraphUpdate==true){resized=this._updateGraph()||resized}else{if(this.lastStart!=0){var offset=this.body.range.start-this.lastStart;var range=this.body.range.end-this.body.range.start;if(this.props.width!=0){var rangePerPixelInv=this.props.width/range;var xOffset=offset*rangePerPixelInv;this.svg.style.left=-this.props.width-xOffset+\"px\"}}}this.legendLeft.redraw();this.legendRight.redraw();return resized};LineGraph.prototype._updateGraph=function(){DOMutil.prepareElements(this.svgElements);if(this.props.width!=0&&this.itemsData!=null){var group,i;var preprocessedGroupData={};var processedGroupData={};var groupRanges={};var changeCalled=false;var groupIds=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){group=this.groups[groupId];if(group.visible==true&&(this.options.groups.visibility[groupId]===undefined||this.options.groups.visibility[groupId]==true)){groupIds.push(groupId)}}}if(groupIds.length>0){var minDate=this.body.util.toGlobalTime(-this.body.domProps.root.width);var maxDate=this.body.util.toGlobalTime(2*this.body.domProps.root.width);var groupsData={};this._getRelevantData(groupIds,groupsData,minDate,maxDate);this._applySampling(groupIds,groupsData);for(i=0;i<groupIds.length;i++){preprocessedGroupData[groupIds[i]]=this._convertXcoordinates(groupsData[groupIds[i]])}this._getYRanges(groupIds,preprocessedGroupData,groupRanges);changeCalled=this._updateYAxis(groupIds,groupRanges);var MAX_CYCLES=5;if(changeCalled==true&&this.COUNTER<MAX_CYCLES){DOMutil.cleanupElements(this.svgElements);this.abortedGraphUpdate=true;this.COUNTER++;this.body.emitter.emit(\"change\");return true}else{if(this.COUNTER>MAX_CYCLES){console.log(\"WARNING: there may be an infinite loop in the _updateGraph emitter cycle.\")}this.COUNTER=0;this.abortedGraphUpdate=false;for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];processedGroupData[groupIds[i]]=this._convertYcoordinates(groupsData[groupIds[i]],group)}for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.style!=\"bar\"){group.draw(processedGroupData[groupIds[i]],group,this.framework)}}BarFunctions.draw(groupIds,processedGroupData,this.framework)}}}DOMutil.cleanupElements(this.svgElements);return false};LineGraph.prototype._getRelevantData=function(groupIds,groupsData,minDate,maxDate){var group,i,j,item;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];groupsData[groupIds[i]]=[];var dataContainer=groupsData[groupIds[i]];if(group.options.sort==true){var guess=Math.max(0,util.binarySearchValue(group.itemsData,minDate,\"x\",\"before\"));for(j=guess;j<group.itemsData.length;j++){item=group.itemsData[j];if(item!==undefined){if(item.x>maxDate){dataContainer.push(item);break}else{dataContainer.push(item)}}}}else{for(j=0;j<group.itemsData.length;j++){item=group.itemsData[j];if(item!==undefined){if(item.x>minDate&&item.x<maxDate){dataContainer.push(item)}}}}}}};LineGraph.prototype._applySampling=function(groupIds,groupsData){var group;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.sampling==true){var dataContainer=groupsData[groupIds[i]];if(dataContainer.length>0){var increment=1;var amountOfPoints=dataContainer.length;var xDistance=this.body.util.toGlobalScreen(dataContainer[dataContainer.length-1].x)-this.body.util.toGlobalScreen(dataContainer[0].x);var pointsPerPixel=amountOfPoints/xDistance;increment=Math.min(Math.ceil(.2*amountOfPoints),Math.max(1,Math.round(pointsPerPixel)));var sampledData=[];for(var j=0;j<amountOfPoints;j+=increment){sampledData.push(dataContainer[j])}groupsData[groupIds[i]]=sampledData}}}}};LineGraph.prototype._getYRanges=function(groupIds,groupsData,groupRanges){var groupData,group,i;var combinedDataLeft=[];var combinedDataRight=[];var options;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){groupData=groupsData[groupIds[i]];options=this.groups[groupIds[i]].options;if(groupData.length>0){group=this.groups[groupIds[i]];if(options.stack===true&&options.style===\"bar\"){if(options.yAxisOrientation===\"left\"){combinedDataLeft=combinedDataLeft.concat(group.getData(groupData))}else{combinedDataRight=combinedDataRight.concat(group.getData(groupData))}}else{groupRanges[groupIds[i]]=group.getYRange(groupData,groupIds[i])}}}BarFunctions.getStackedYRange(combinedDataLeft,groupRanges,groupIds,\"__barStackLeft\",\"left\");BarFunctions.getStackedYRange(combinedDataRight,groupRanges,groupIds,\"__barStackRight\",\"right\")}};LineGraph.prototype._updateYAxis=function(groupIds,groupRanges){var resized=false;var yAxisLeftUsed=false;var yAxisRightUsed=false;var minLeft=1e9,minRight=1e9,maxLeft=-1e9,maxRight=-1e9,minVal,maxVal;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){var group=this.groups[groupIds[i]];if(group&&group.options.yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=1e9;maxLeft=-1e9}else if(group&&group.options.yAxisOrientation){yAxisRightUsed=true;minRight=1e9;maxRight=-1e9}}for(var i=0;i<groupIds.length;i++){if(groupRanges.hasOwnProperty(groupIds[i])){if(groupRanges[groupIds[i]].ignore!==true){minVal=groupRanges[groupIds[i]].min;maxVal=groupRanges[groupIds[i]].max;if(groupRanges[groupIds[i]].yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=minLeft>minVal?minVal:minLeft;maxLeft=maxLeft<maxVal?maxVal:maxLeft}else{yAxisRightUsed=true;minRight=minRight>minVal?minVal:minRight;maxRight=maxRight<maxVal?maxVal:maxRight}}}}if(yAxisLeftUsed==true){this.yAxisLeft.setRange(minLeft,maxLeft)}if(yAxisRightUsed==true){this.yAxisRight.setRange(minRight,maxRight)}}resized=this._toggleAxisVisiblity(yAxisLeftUsed,this.yAxisLeft)||resized;resized=this._toggleAxisVisiblity(yAxisRightUsed,this.yAxisRight)||resized;if(yAxisRightUsed==true&&yAxisLeftUsed==true){this.yAxisLeft.drawIcons=true;this.yAxisRight.drawIcons=true}else{this.yAxisLeft.drawIcons=false;this.yAxisRight.drawIcons=false}this.yAxisRight.master=!yAxisLeftUsed;if(this.yAxisRight.master==false){if(yAxisRightUsed==true){this.yAxisLeft.lineOffset=this.yAxisRight.width}else{this.yAxisLeft.lineOffset=0}resized=this.yAxisLeft.redraw()||resized;this.yAxisRight.stepPixels=this.yAxisLeft.stepPixels;this.yAxisRight.zeroCrossing=this.yAxisLeft.zeroCrossing;this.yAxisRight.amountOfSteps=this.yAxisLeft.amountOfSteps;resized=this.yAxisRight.redraw()||resized}else{resized=this.yAxisRight.redraw()||resized}var tempGroups=[\"__barStackLeft\",\"__barStackRight\",\"__lineStackLeft\",\"__lineStackRight\"];for(var i=0;i<tempGroups.length;i++){if(groupIds.indexOf(tempGroups[i])!=-1){groupIds.splice(groupIds.indexOf(tempGroups[i]),1)}}return resized};LineGraph.prototype._toggleAxisVisiblity=function(axisUsed,axis){var changed=false;if(axisUsed==false){if(axis.dom.frame.parentNode&&axis.hidden==false){axis.hide();changed=true}}else{if(!axis.dom.frame.parentNode&&axis.hidden==true){axis.show();changed=true}}return changed};LineGraph.prototype._convertXcoordinates=function(datapoints){var extractedData=[];var xValue,yValue;var toScreen=this.body.util.toScreen;for(var i=0;i<datapoints.length;i++){xValue=toScreen(datapoints[i].x)+this.props.width;yValue=datapoints[i].y;extractedData.push({x:xValue,y:yValue})}return extractedData};LineGraph.prototype._convertYcoordinates=function(datapoints,group){var extractedData=[];var xValue,yValue;var toScreen=this.body.util.toScreen;var axis=this.yAxisLeft;var svgHeight=Number(this.svg.style.height.replace(\"px\",\"\"));if(group.options.yAxisOrientation==\"right\"){axis=this.yAxisRight}for(var i=0;i<datapoints.length;i++){var labelValue=datapoints[i].label?datapoints[i].label:null;xValue=toScreen(datapoints[i].x)+this.props.width;yValue=Math.round(axis.convertValue(datapoints[i].y));extractedData.push({x:xValue,y:yValue,label:labelValue})}group.setZeroPosition(Math.min(svgHeight,axis.convertValue(0)));return extractedData};module.exports=LineGraph},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DOMutil=__webpack_require__(7);var Component=__webpack_require__(26);var DataStep=__webpack_require__(52);function DataAxis(body,options,svg,linegraphOptions){this.id=util.randomUUID();this.body=body;this.defaultOptions={orientation:\"left\",showMinorLabels:true,showMajorLabels:true,icons:true,majorLinesOffset:7,\nminorLinesOffset:4,labelOffsetX:10,labelOffsetY:2,iconWidth:20,width:\"40px\",visible:true,alignZeros:true,left:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}},right:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}}};this.linegraphOptions=linegraphOptions;this.linegraphSVG=svg;this.props={};this.DOMelements={lines:{},labels:{},title:{}};this.dom={};this.range={start:0,end:0};this.options=util.extend({},this.defaultOptions);this.conversionFactor=1;this.setOptions(options);this.width=Number((\"\"+this.options.width).replace(\"px\",\"\"));this.minWidth=this.width;this.height=this.linegraphSVG.offsetHeight;this.hidden=false;this.stepPixels=25;this.zeroCrossing=-1;this.amountOfSteps=-1;this.lineOffset=0;this.master=true;this.svgElements={};this.iconsRemoved=false;this.groups={};this.amountOfGroups=0;this._create();var me=this;this.body.emitter.on(\"verticalDrag\",function(){me.dom.lineContainer.style.top=me.body.domProps.scrollTop+\"px\"})}DataAxis.prototype=new Component;DataAxis.prototype.addGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1};DataAxis.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};DataAxis.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};DataAxis.prototype.setOptions=function(options){if(options){var redraw=false;if(this.options.orientation!=options.orientation&&options.orientation!==undefined){redraw=true}var fields=[\"orientation\",\"showMinorLabels\",\"showMajorLabels\",\"icons\",\"majorLinesOffset\",\"minorLinesOffset\",\"labelOffsetX\",\"labelOffsetY\",\"iconWidth\",\"width\",\"visible\",\"left\",\"right\",\"alignZeros\"];util.selectiveExtend(fields,this.options,options);this.minWidth=Number((\"\"+this.options.width).replace(\"px\",\"\"));if(redraw===true&&this.dom.frame){this.hide();this.show()}}};DataAxis.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.style.width=this.options.width;this.dom.frame.style.height=this.height;this.dom.lineContainer=document.createElement(\"div\");this.dom.lineContainer.style.width=\"100%\";this.dom.lineContainer.style.height=this.height;this.dom.lineContainer.style.position=\"relative\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=\"0px\";this.svg.style.height=\"100%\";this.svg.style.width=\"100%\";this.svg.style.display=\"block\";this.dom.frame.appendChild(this.svg)};DataAxis.prototype._redrawGroupIcons=function(){DOMutil.prepareElements(this.svgElements);var x;var iconWidth=this.options.iconWidth;var iconHeight=15;var iconOffset=4;var y=iconOffset+.5*iconHeight;if(this.options.orientation===\"left\"){x=iconOffset}else{x=this.width-iconWidth-iconOffset}var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){this.groups[groupId].drawIcon(x,y,this.svgElements,this.svg,iconWidth,iconHeight);y+=iconHeight+iconOffset}}DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=false};DataAxis.prototype._cleanupIcons=function(){if(this.iconsRemoved===false){DOMutil.prepareElements(this.svgElements);DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=true}};DataAxis.prototype.show=function(){this.hidden=false;if(!this.dom.frame.parentNode){if(this.options.orientation===\"left\"){this.body.dom.left.appendChild(this.dom.frame)}else{this.body.dom.right.appendChild(this.dom.frame)}}if(!this.dom.lineContainer.parentNode){this.body.dom.backgroundHorizontal.appendChild(this.dom.lineContainer)}};DataAxis.prototype.hide=function(){this.hidden=true;if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.lineContainer.parentNode){this.dom.lineContainer.parentNode.removeChild(this.dom.lineContainer)}};DataAxis.prototype.setRange=function(start,end){if(this.master===false&&this.options.alignZeros===true&&this.zeroCrossing!=-1){if(start>0){start=0}}this.range.start=start;this.range.end=end};DataAxis.prototype.redraw=function(){var resized=false;var activeGroups=0;this.dom.lineContainer.style.top=this.body.domProps.scrollTop+\"px\";for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){activeGroups++}}}if(this.amountOfGroups===0||activeGroups===0){this.hide()}else{this.show();this.height=Number(this.linegraphSVG.style.height.replace(\"px\",\"\"));this.dom.lineContainer.style.height=this.height+\"px\";this.width=this.options.visible===true?Number((\"\"+this.options.width).replace(\"px\",\"\")):0;var props=this.props;var frame=this.dom.frame;frame.className=\"vis-data-axis\";this._calculateCharSize();var orientation=this.options.orientation;var showMinorLabels=this.options.showMinorLabels;var showMajorLabels=this.options.showMajorLabels;props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.minorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.minorLinesOffset;props.minorLineHeight=1;props.majorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.majorLinesOffset;props.majorLineHeight=1;if(orientation===\"left\"){frame.style.top=\"0\";frame.style.left=\"0\";frame.style.bottom=\"\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.left.width;this.props.height=this.body.domProps.left.height}else{frame.style.top=\"\";frame.style.bottom=\"0\";frame.style.left=\"0\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.right.width;this.props.height=this.body.domProps.right.height}resized=this._redrawLabels();resized=this._isResized()||resized;if(this.options.icons===true){this._redrawGroupIcons()}else{this._cleanupIcons()}this._redrawTitle(orientation)}return resized};DataAxis.prototype._redrawLabels=function(){var resized=false;DOMutil.prepareElements(this.DOMelements.lines);DOMutil.prepareElements(this.DOMelements.labels);var orientation=this.options[\"orientation\"];var step;if(this.master===false){var stepSize,rangeStart,rangeEnd,minimumStep;if(this.zeroCrossing!==-1&&this.options.alignZeros===true){if(this.range.end>0){stepSize=this.range.end/this.zeroCrossing;rangeStart=this.range.end-this.amountOfSteps*stepSize;rangeEnd=this.range.end}else{stepSize=-1*this.range.start/(this.amountOfSteps-this.zeroCrossing);rangeStart=this.range.start;rangeEnd=this.range.start+stepSize*this.amountOfSteps}}else{rangeStart=this.range.start;rangeEnd=this.range.end}minimumStep=this.stepPixels}else{minimumStep=this.props.majorCharHeight;rangeStart=this.range.start;rangeEnd=this.range.end}this.step=step=new DataStep(rangeStart,rangeEnd,minimumStep,this.dom.frame.offsetHeight,this.options[this.options.orientation].range,this.options[this.options.orientation].format,this.master===false&&this.options.alignZeros);if(this.master===true){this.stepPixels=this.dom.frame.offsetHeight/step.marginRange*step.step;this.amountOfSteps=Math.ceil(this.dom.frame.offsetHeight/this.stepPixels)}else{if(this.options.alignZeros===true&&this.zeroCrossing!==-1){var distance=(step.current-this.zeroCrossing*step.step)/step.step;this.step.shift(distance)}}this.valueAtBottom=step.marginEnd;this.maxLabelSize=0;var y=0;var stepIndex=0;var isMajor=false;while(stepIndex<this.amountOfSteps){y=Math.round(stepIndex*this.stepPixels);isMajor=step.isMajor();if(stepIndex>0&&stepIndex!==this.amountOfSteps){if(this.options[\"showMinorLabels\"]&&isMajor===false||this.master===false&&this.options[\"showMinorLabels\"]===true){this._redrawLabel(y-2,step.getCurrent(),orientation,\"vis-y-axis vis-minor\",this.props.minorCharHeight)}if(isMajor&&this.options[\"showMajorLabels\"]&&this.master===true||this.options[\"showMinorLabels\"]===false&&this.master===false&&isMajor===true){if(y>=0){this._redrawLabel(y-2,step.getCurrent(),orientation,\"vis-y-axis vis-major\",this.props.majorCharHeight)}this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-major\",this.options.majorLinesOffset,this.props.majorLineWidth)}else{this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-minor\",this.options.minorLinesOffset,this.props.minorLineWidth)}}if(this.master===true&&step.current===0){this.zeroCrossing=stepIndex}step.next();stepIndex+=1}if(this.master===true&&step.current===0){this.zeroCrossing=stepIndex}this.conversionFactor=this.stepPixels/step.step;var titleWidth=0;if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){titleWidth=this.props.titleCharHeight}var offset=this.options.icons===true?Math.max(this.options.iconWidth,titleWidth)+this.options.labelOffsetX+15:titleWidth+this.options.labelOffsetX+15;if(this.maxLabelSize>this.width-offset&&this.options.visible===true){this.width=this.maxLabelSize+offset;this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else if(this.maxLabelSize<this.width-offset&&this.options.visible===true&&this.width>this.minWidth){this.width=Math.max(this.minWidth,this.maxLabelSize+offset);this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else{DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);resized=false}return resized};DataAxis.prototype.convertValue=function(value){var invertedValue=this.valueAtBottom-value;var convertedValue=invertedValue*this.conversionFactor;return convertedValue};DataAxis.prototype.screenToValue=function(x){return this.valueAtBottom-x/this.conversionFactor};DataAxis.prototype._redrawLabel=function(y,text,orientation,className,characterHeight){var label=DOMutil.getDOMElement(\"div\",this.DOMelements.labels,this.dom.frame);label.className=className;label.innerHTML=text;if(orientation===\"left\"){label.style.left=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"right\"}else{label.style.right=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"left\"}label.style.top=y-.5*characterHeight+this.options.labelOffsetY+\"px\";text+=\"\";var largestWidth=Math.max(this.props.majorCharWidth,this.props.minorCharWidth);if(this.maxLabelSize<text.length*largestWidth){this.maxLabelSize=text.length*largestWidth}};DataAxis.prototype._redrawLine=function(y,orientation,className,offset,width){if(this.master===true){var line=DOMutil.getDOMElement(\"div\",this.DOMelements.lines,this.dom.lineContainer);line.className=className;line.innerHTML=\"\";if(orientation===\"left\"){line.style.left=this.width-offset+\"px\"}else{line.style.right=this.width-offset+\"px\"}line.style.width=width+\"px\";line.style.top=y+\"px\"}};DataAxis.prototype._redrawTitle=function(orientation){DOMutil.prepareElements(this.DOMelements.title);if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){var title=DOMutil.getDOMElement(\"div\",this.DOMelements.title,this.dom.frame);title.className=\"vis-y-axis vis-title vis-\"+orientation;title.innerHTML=this.options[orientation].title.text;if(this.options[orientation].title.style!==undefined){util.addCssText(title,this.options[orientation].title.style)}if(orientation===\"left\"){title.style.left=this.props.titleCharHeight+\"px\"}else{title.style.right=this.props.titleCharHeight+\"px\"}title.style.width=this.height+\"px\"}DOMutil.cleanupElements(this.DOMelements.title)};DataAxis.prototype._calculateCharSize=function(){if(!(\"minorCharHeight\"in this.props)){var textMinor=document.createTextNode(\"0\");var measureCharMinor=document.createElement(\"div\");measureCharMinor.className=\"vis-y-axis vis-minor vis-measure\";measureCharMinor.appendChild(textMinor);this.dom.frame.appendChild(measureCharMinor);this.props.minorCharHeight=measureCharMinor.clientHeight;this.props.minorCharWidth=measureCharMinor.clientWidth;this.dom.frame.removeChild(measureCharMinor)}if(!(\"majorCharHeight\"in this.props)){var textMajor=document.createTextNode(\"0\");var measureCharMajor=document.createElement(\"div\");measureCharMajor.className=\"vis-y-axis vis-major vis-measure\";measureCharMajor.appendChild(textMajor);this.dom.frame.appendChild(measureCharMajor);this.props.majorCharHeight=measureCharMajor.clientHeight;this.props.majorCharWidth=measureCharMajor.clientWidth;this.dom.frame.removeChild(measureCharMajor)}if(!(\"titleCharHeight\"in this.props)){var textTitle=document.createTextNode(\"0\");var measureCharTitle=document.createElement(\"div\");measureCharTitle.className=\"vis-y-axis vis-title vis-measure\";measureCharTitle.appendChild(textTitle);this.dom.frame.appendChild(measureCharTitle);this.props.titleCharHeight=measureCharTitle.clientHeight;this.props.titleCharWidth=measureCharTitle.clientWidth;this.dom.frame.removeChild(measureCharTitle)}};module.exports=DataAxis},function(module,exports){\"use strict\";function DataStep(start,end,minimumStep,containerHeight,customRange,formattingFunction,alignZeros){this.current=0;this.autoScale=true;this.stepIndex=0;this.step=1;this.scale=1;this.formattingFunction=formattingFunction;this.marginStart;this.marginEnd;this.deadSpace=0;this.majorSteps=[1,2,5,10];this.minorSteps=[.25,.5,1,2];this.alignZeros=alignZeros;this.setRange(start,end,minimumStep,containerHeight,customRange)}DataStep.prototype.setRange=function(start,end,minimumStep,containerHeight,customRange){this._start=customRange.min===undefined?start:customRange.min;this._end=customRange.max===undefined?end:customRange.max;if(this._start===this._end){this._start=customRange.min===undefined?this._start-.75:this._start;this._end=customRange.max===undefined?this._end+1:this._end}if(this.autoScale===true){this.setMinimumStep(minimumStep,containerHeight)}this.setFirst(customRange)};DataStep.prototype.setMinimumStep=function(minimumStep,containerHeight){var range=this._end-this._start;var safeRange=range*1.2;var minimumStepValue=minimumStep*(safeRange/containerHeight);var orderOfMagnitude=Math.round(Math.log(safeRange)/Math.LN10);var minorStepIdx=-1;var magnitudefactor=Math.pow(10,orderOfMagnitude);var start=0;if(orderOfMagnitude<0){start=orderOfMagnitude}var solutionFound=false;for(var i=start;Math.abs(i)<=Math.abs(orderOfMagnitude);i++){magnitudefactor=Math.pow(10,i);for(var j=0;j<this.minorSteps.length;j++){var stepSize=magnitudefactor*this.minorSteps[j];if(stepSize>=minimumStepValue){solutionFound=true;minorStepIdx=j;break}}if(solutionFound===true){break}}this.stepIndex=minorStepIdx;this.scale=magnitudefactor;this.step=magnitudefactor*this.minorSteps[minorStepIdx]};DataStep.prototype.setFirst=function(customRange){if(customRange===undefined){customRange={}}var niceStart=customRange.min===undefined?this._start-this.scale*2*this.minorSteps[this.stepIndex]:customRange.min;var niceEnd=customRange.max===undefined?this._end+this.scale*this.minorSteps[this.stepIndex]:customRange.max;this.marginEnd=customRange.max===undefined?this.roundToMinor(niceEnd):customRange.max;this.marginStart=customRange.min===undefined?this.roundToMinor(niceStart):customRange.min;if(this.alignZeros===true&&(this.marginEnd-this.marginStart)%this.step!=0){this.marginEnd+=this.marginEnd%this.step}this.deadSpace=this.roundToMinor(niceEnd)-niceEnd+this.roundToMinor(niceStart)-niceStart;this.marginRange=this.marginEnd-this.marginStart;this.current=this.marginEnd};DataStep.prototype.roundToMinor=function(value){var rounded=value-value%(this.scale*this.minorSteps[this.stepIndex]);if(value%(this.scale*this.minorSteps[this.stepIndex])>.5*(this.scale*this.minorSteps[this.stepIndex])){return rounded+this.scale*this.minorSteps[this.stepIndex]}else{return rounded}};DataStep.prototype.hasNext=function(){return this.current>=this.marginStart};DataStep.prototype.next=function(){var prev=this.current;this.current-=this.step;if(this.current===prev){this.current=this._end}};DataStep.prototype.previous=function(){this.current+=this.step;this.marginEnd+=this.step;this.marginRange=this.marginEnd-this.marginStart};DataStep.prototype.getCurrent=function(){var current=Math.abs(this.current)<this.step/2?0:this.current;var returnValue=current.toPrecision(5);if(typeof this.formattingFunction===\"function\"){returnValue=this.formattingFunction(current)}if(typeof returnValue===\"number\"){return\"\"+returnValue}else if(typeof returnValue===\"string\"){return returnValue}else{return current.toPrecision(5)}};DataStep.prototype.isMajor=function(){return this.current%(this.scale*this.majorSteps[this.stepIndex])===0};DataStep.prototype.shift=function(steps){if(steps<0){for(var i=0;i<-steps;i++){this.previous()}}else if(steps>0){for(var i=0;i<steps;i++){this.next()}}};module.exports=DataStep},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DOMutil=__webpack_require__(7);var Line=__webpack_require__(54);var Bar=__webpack_require__(56);var Points=__webpack_require__(55);function GraphGroup(group,groupId,options,groupsUsingDefaultStyles){this.id=groupId;var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"drawPoints\",\"shaded\",\"interpolation\"];this.options=util.selectiveBridgeObject(fields,options);this.usingDefaultStyle=group.className===undefined;this.groupsUsingDefaultStyles=groupsUsingDefaultStyles;this.zeroPosition=0;this.update(group);if(this.usingDefaultStyle==true){this.groupsUsingDefaultStyles[0]+=1}this.itemsData=[];this.visible=group.visible===undefined?true:group.visible}GraphGroup.prototype.setItems=function(items){if(items!=null){this.itemsData=items;if(this.options.sort==true){this.itemsData.sort(function(a,b){return a.x-b.x})}for(var i=0;i<this.itemsData.length;i++){this.itemsData[i].y=Number(this.itemsData[i].y)}}else{this.itemsData=[]}};GraphGroup.prototype.setZeroPosition=function(pos){this.zeroPosition=pos};GraphGroup.prototype.setOptions=function(options){if(options!==undefined){var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"excludeFromLegend\"];util.selectiveDeepExtend(fields,this.options,options);if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");if(options.interpolation){if(typeof options.interpolation==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}}if(this.options.style==\"line\"){this.type=new Line(this.id,this.options)}else if(this.options.style==\"bar\"){this.type=new Bar(this.id,this.options)}else if(this.options.style==\"points\"){this.type=new Points(this.id,this.options)}};GraphGroup.prototype.update=function(group){this.group=group;this.content=group.content||\"graph\";this.className=group.className||this.className||\"vis-graph-group\"+this.groupsUsingDefaultStyles[0]%10;this.visible=group.visible===undefined?true:group.visible;this.style=group.style;this.setOptions(group.options)};GraphGroup.prototype.drawIcon=function(x,y,JSONcontainer,SVGcontainer,iconWidth,iconHeight){var fillHeight=iconHeight*.5;var path,fillPath;var outline=DOMutil.getSVGElement(\"rect\",JSONcontainer,SVGcontainer);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");if(this.options.style==\"line\"){path=DOMutil.getSVGElement(\"path\",JSONcontainer,SVGcontainer);path.setAttributeNS(null,\"class\",this.className);if(this.style!==undefined){path.setAttributeNS(null,\"style\",this.style)}path.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\"\");if(this.options.shaded.enabled==true){fillPath=DOMutil.getSVGElement(\"path\",JSONcontainer,SVGcontainer);if(this.options.shaded.orientation==\"top\"){fillPath.setAttributeNS(null,\"d\",\"M\"+x+\", \"+(y-fillHeight)+\"L\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\" L\"+(x+iconWidth)+\",\"+(y-fillHeight))}else{fillPath.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" \"+\"L\"+x+\",\"+(y+fillHeight)+\" \"+\"L\"+(x+iconWidth)+\",\"+(y+fillHeight)+\"L\"+(x+iconWidth)+\",\"+y)}fillPath.setAttributeNS(null,\"class\",this.className+\" vis-icon-fill\")}if(this.options.drawPoints.enabled==true){var groupTemplate={style:this.options.drawPoints.style,styles:this.options.drawPoints.styles,size:this.options.drawPoints.size,className:this.className};DOMutil.drawPoint(x+.5*iconWidth,y,groupTemplate,JSONcontainer,SVGcontainer)}}else{var barWidth=Math.round(.3*iconWidth);var bar1Height=Math.round(.4*iconHeight);var bar2Height=Math.round(.75*iconHeight);var offset=Math.round((iconWidth-2*barWidth)/3);DOMutil.drawBar(x+.5*barWidth+offset,y+fillHeight-bar1Height-1,barWidth,bar1Height,this.className+\" vis-bar\",JSONcontainer,SVGcontainer,this.style);DOMutil.drawBar(x+1.5*barWidth+offset+2,y+fillHeight-bar2Height-1,barWidth,bar2Height,this.className+\" vis-bar\",JSONcontainer,SVGcontainer,this.style)}};GraphGroup.prototype.getLegend=function(iconWidth,iconHeight){var svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.drawIcon(0,.5*iconHeight,[],svg,iconWidth,iconHeight);return{icon:svg,label:this.content,orientation:this.options.yAxisOrientation}};GraphGroup.prototype.getYRange=function(groupData){return this.type.getYRange(groupData)};GraphGroup.prototype.getData=function(groupData){return this.type.getData(groupData)};GraphGroup.prototype.draw=function(dataset,group,framework){this.type.draw(dataset,group,framework)};module.exports=GraphGroup},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(7);var Points=__webpack_require__(55);function Line(groupId,options){this.groupId=groupId;this.options=options}Line.prototype.getData=function(groupData){var combinedData=[];for(var j=0;j<groupData.length;j++){combinedData.push({x:groupData[j].x,y:groupData[j].y,groupId:this.groupId})}return combinedData};Line.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Line.getStackedYRange=function(combinedData,groupRanges,groupIds,groupLabel,orientation){if(combinedData.length>0){combinedData.sort(function(a,b){if(a.x===b.x){return a.groupId<b.groupId?-1:1}else{return a.x-b.x}});var intersections={};Line._getDataIntersections(intersections,combinedData);groupRanges[groupLabel]=Line._getStackedYRange(intersections,combinedData);groupRanges[groupLabel].yAxisOrientation=orientation;groupIds.push(groupLabel)}};Line._getStackedYRange=function(intersections,combinedData){var key;var yMin=combinedData[0].y;var yMax=combinedData[0].y;for(var i=0;i<combinedData.length;i++){key=combinedData[i].x;if(intersections[key]===undefined){yMin=yMin>combinedData[i].y?combinedData[i].y:yMin;yMax=yMax<combinedData[i].y?combinedData[i].y:yMax}else{if(combinedData[i].y<0){intersections[key].accumulatedNegative+=combinedData[i].y}else{intersections[key].accumulatedPositive+=combinedData[i].y}}}for(var xpos in intersections){if(intersections.hasOwnProperty(xpos)){yMin=yMin>intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMin;yMin=yMin>intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMin;yMax=yMax<intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMax;yMax=yMax<intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMax}}return{min:yMin,max:yMax}};Line._getDataIntersections=function(intersections,combinedData){var coreDistance;for(var i=0;i<combinedData.length;i++){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-combinedData[i].x)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-combinedData[i].x))}if(coreDistance===0){if(intersections[combinedData[i].x]===undefined){intersections[combinedData[i].x]={amount:0,resolved:0,accumulatedPositive:0,accumulatedNegative:0}}intersections[combinedData[i].x].amount+=1}}};Line.prototype.draw=function(dataset,group,framework){if(dataset!=null){if(dataset.length>0){var path,d;var svgHeight=Number(framework.svg.style.height.replace(\"px\",\"\"));path=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);path.setAttributeNS(null,\"class\",group.className);if(group.style!==undefined){path.setAttributeNS(null,\"style\",group.style)}if(group.options.interpolation.enabled==true){d=Line._catmullRom(dataset,group)}else{d=Line._linear(dataset)}if(group.options.shaded.enabled==true){var fillPath=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);var dFill;if(group.options.shaded.orientation==\"top\"){dFill=\"M\"+dataset[0].x+\",\"+0+\" \"+d+\"L\"+dataset[dataset.length-1].x+\",\"+0}else{dFill=\"M\"+dataset[0].x+\",\"+svgHeight+\" \"+d+\"L\"+dataset[dataset.length-1].x+\",\"+svgHeight}fillPath.setAttributeNS(null,\"class\",group.className+\" vis-fill\");if(group.options.shaded.style!==undefined){fillPath.setAttributeNS(null,\"style\",group.options.shaded.style)}fillPath.setAttributeNS(null,\"d\",dFill)}path.setAttributeNS(null,\"d\",\"M\"+d);if(group.options.drawPoints.enabled==true){Points.draw(dataset,group,framework)}}}};Line._catmullRomUniform=function(data){var p0,p1,p2,p3,bp1,bp2;var d=Math.round(data[0].x)+\",\"+Math.round(data[0].y)+\" \";var normalization=1/6;var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;bp1={x:(-p0.x+6*p1.x+p2.x)*normalization,y:(-p0.y+6*p1.y+p2.y)*normalization};bp2={x:(p1.x+6*p2.x-p3.x)*normalization,y:(p1.y+6*p2.y-p3.y)*normalization};d+=\"C\"+bp1.x+\",\"+bp1.y+\" \"+bp2.x+\",\"+bp2.y+\" \"+p2.x+\",\"+p2.y+\" \"}return d};Line._catmullRom=function(data,group){var alpha=group.options.interpolation.alpha;if(alpha==0||alpha===undefined){return this._catmullRomUniform(data)}else{var p0,p1,p2,p3,bp1,bp2,d1,d2,d3,A,B,N,M;var d3powA,d2powA,d3pow2A,d2pow2A,d1pow2A,d1powA;var d=Math.round(data[0].x)+\",\"+Math.round(data[0].y)+\" \";var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;d1=Math.sqrt(Math.pow(p0.x-p1.x,2)+Math.pow(p0.y-p1.y,2));d2=Math.sqrt(Math.pow(p1.x-p2.x,2)+Math.pow(p1.y-p2.y,2));d3=Math.sqrt(Math.pow(p2.x-p3.x,2)+Math.pow(p2.y-p3.y,2));d3powA=Math.pow(d3,alpha);d3pow2A=Math.pow(d3,2*alpha);d2powA=Math.pow(d2,alpha);d2pow2A=Math.pow(d2,2*alpha);d1powA=Math.pow(d1,alpha);d1pow2A=Math.pow(d1,2*alpha);A=2*d1pow2A+3*d1powA*d2powA+d2pow2A;B=2*d3pow2A+3*d3powA*d2powA+d2pow2A;N=3*d1powA*(d1powA+d2powA);if(N>0){N=1/N}M=3*d3powA*(d3powA+d2powA);if(M>0){M=1/M}bp1={x:(-d2pow2A*p0.x+A*p1.x+d1pow2A*p2.x)*N,y:(-d2pow2A*p0.y+A*p1.y+d1pow2A*p2.y)*N};bp2={x:(d3pow2A*p1.x+B*p2.x-d2pow2A*p3.x)*M,y:(d3pow2A*p1.y+B*p2.y-d2pow2A*p3.y)*M};if(bp1.x==0&&bp1.y==0){bp1=p1}if(bp2.x==0&&bp2.y==0){bp2=p2}d+=\"C\"+bp1.x+\",\"+bp1.y+\" \"+bp2.x+\",\"+bp2.y+\" \"+p2.x+\",\"+p2.y+\" \"}return d}};Line._linear=function(data){var d=\"\";for(var i=0;i<data.length;i++){if(i==0){d+=data[i].x+\",\"+data[i].y}else{d+=\" \"+data[i].x+\",\"+data[i].y}}return d};module.exports=Line},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(7);function Points(groupId,options){this.groupId=groupId;this.options=options}Points.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Points.prototype.draw=function(dataset,group,framework,offset){Points.draw(dataset,group,framework,offset)};Points.draw=function(dataset,group,framework,offset){offset=offset||0;var callback=getCallback();for(var i=0;i<dataset.length;i++){if(!callback){DOMutil.drawPoint(dataset[i].x+offset,dataset[i].y,getGroupTemplate(),framework.svgElements,framework.svg,dataset[i].label)}else{var callbackResult=callback(dataset[i],group,framework);if(callbackResult===true||typeof callbackResult===\"object\"){DOMutil.drawPoint(dataset[i].x+offset,dataset[i].y,getGroupTemplate(callbackResult),framework.svgElements,framework.svg,dataset[i].label)}}}function getGroupTemplate(callbackResult){callbackResult=typeof callbackResult===\"undefined\"?{}:callbackResult;return{style:callbackResult.style||group.options.drawPoints.style,styles:callbackResult.styles||group.options.drawPoints.styles,size:callbackResult.size||group.options.drawPoints.size,className:callbackResult.className||group.className}}function getCallback(){var callback=undefined;if(framework.options.drawPoints.onRender&&typeof framework.options.drawPoints.onRender==\"function\"){callback=framework.options.drawPoints.onRender}if(group.group.options&&group.group.options.drawPoints&&group.group.options.drawPoints.onRender&&typeof group.group.options.drawPoints.onRender==\"function\"){callback=group.group.options.drawPoints.onRender}return callback}};module.exports=Points},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(7);var Points=__webpack_require__(55);function Bargraph(groupId,options){this.groupId=groupId;this.options=options}Bargraph.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Bargraph.prototype.getData=function(groupData){var combinedData=[];for(var j=0;j<groupData.length;j++){combinedData.push({x:groupData[j].x,y:groupData[j].y,groupId:this.groupId})}return combinedData};Bargraph.draw=function(groupIds,processedGroupData,framework){var combinedData=[];var intersections={};var coreDistance;var key,drawData;var group;var i,j;var barPoints=0;for(i=0;i<groupIds.length;i++){group=framework.groups[groupIds[i]];if(group.options.style===\"bar\"){if(group.visible===true&&(framework.options.groups.visibility[groupIds[i]]===undefined||framework.options.groups.visibility[groupIds[i]]===true)){for(j=0;j<processedGroupData[groupIds[i]].length;j++){combinedData.push({x:processedGroupData[groupIds[i]][j].x,y:processedGroupData[groupIds[i]][j].y,groupId:groupIds[i],label:processedGroupData[groupIds[i]][j].label});barPoints+=1}}}}if(barPoints===0){return}combinedData.sort(function(a,b){if(a.x===b.x){return a.groupId<b.groupId?-1:1}else{return a.x-b.x}});Bargraph._getDataIntersections(intersections,combinedData);for(i=0;i<combinedData.length;i++){group=framework.groups[combinedData[i].groupId];var minWidth=.1*group.options.barChart.width;key=combinedData[i].x;var heightOffset=0;if(intersections[key]===undefined){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-key)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-key))}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth)}else{var nextKey=i+(intersections[key].amount-intersections[key].resolved);var prevKey=i-(intersections[key].resolved+1);if(nextKey<combinedData.length){coreDistance=Math.abs(combinedData[nextKey].x-key)}if(prevKey>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[prevKey].x-key));\n\n}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth);intersections[key].resolved+=1;if(group.options.stack===true){if(combinedData[i].y<group.zeroPosition){heightOffset=intersections[key].accumulatedNegative;intersections[key].accumulatedNegative+=group.zeroPosition-combinedData[i].y}else{heightOffset=intersections[key].accumulatedPositive;intersections[key].accumulatedPositive+=group.zeroPosition-combinedData[i].y}}else if(group.options.barChart.sideBySide===true){drawData.width=drawData.width/intersections[key].amount;drawData.offset+=intersections[key].resolved*drawData.width-.5*drawData.width*(intersections[key].amount+1);if(group.options.barChart.align===\"left\"){drawData.offset-=.5*drawData.width}else if(group.options.barChart.align===\"right\"){drawData.offset+=.5*drawData.width}}}DOMutil.drawBar(combinedData[i].x+drawData.offset,combinedData[i].y-heightOffset,drawData.width,group.zeroPosition-combinedData[i].y,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);if(group.options.drawPoints.enabled===true){var pointData={x:combinedData[i].x+drawData.offset,y:combinedData[i].y-heightOffset,groupId:combinedData[i].groupId,label:combinedData[i].label};Points.draw([pointData],group,framework,drawData.offset)}}};Bargraph._getDataIntersections=function(intersections,combinedData){var coreDistance;for(var i=0;i<combinedData.length;i++){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-combinedData[i].x)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-combinedData[i].x))}if(coreDistance===0){if(intersections[combinedData[i].x]===undefined){intersections[combinedData[i].x]={amount:0,resolved:0,accumulatedPositive:0,accumulatedNegative:0}}intersections[combinedData[i].x].amount+=1}}};Bargraph._getSafeDrawData=function(coreDistance,group,minWidth){var width,offset;if(coreDistance<group.options.barChart.width&&coreDistance>0){width=coreDistance<minWidth?minWidth:coreDistance;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*coreDistance}else if(group.options.barChart.align===\"right\"){offset+=.5*coreDistance}}else{width=group.options.barChart.width;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*group.options.barChart.width}else if(group.options.barChart.align===\"right\"){offset+=.5*group.options.barChart.width}}return{width:width,offset:offset}};Bargraph.getStackedYRange=function(combinedData,groupRanges,groupIds,groupLabel,orientation){if(combinedData.length>0){combinedData.sort(function(a,b){if(a.x===b.x){return a.groupId<b.groupId?-1:1}else{return a.x-b.x}});var intersections={};Bargraph._getDataIntersections(intersections,combinedData);groupRanges[groupLabel]=Bargraph._getStackedYRange(intersections,combinedData);groupRanges[groupLabel].yAxisOrientation=orientation;groupIds.push(groupLabel)}};Bargraph._getStackedYRange=function(intersections,combinedData){var key;var yMin=combinedData[0].y;var yMax=combinedData[0].y;for(var i=0;i<combinedData.length;i++){key=combinedData[i].x;if(intersections[key]===undefined){yMin=yMin>combinedData[i].y?combinedData[i].y:yMin;yMax=yMax<combinedData[i].y?combinedData[i].y:yMax}else{if(combinedData[i].y<0){intersections[key].accumulatedNegative+=combinedData[i].y}else{intersections[key].accumulatedPositive+=combinedData[i].y}}}for(var xpos in intersections){if(intersections.hasOwnProperty(xpos)){yMin=yMin>intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMin;yMin=yMin>intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMin;yMax=yMax<intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMax;yMax=yMax<intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMax}}return{min:yMin,max:yMax}};module.exports=Bargraph},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DOMutil=__webpack_require__(7);var Component=__webpack_require__(26);function Legend(body,options,side,linegraphOptions){this.body=body;this.defaultOptions={enabled:true,icons:true,iconSize:20,iconSpacing:6,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-left\"}};this.side=side;this.options=util.extend({},this.defaultOptions);this.linegraphOptions=linegraphOptions;this.svgElements={};this.dom={};this.groups={};this.amountOfGroups=0;this._create();this.setOptions(options)}Legend.prototype=new Component;Legend.prototype.clear=function(){this.groups={};this.amountOfGroups=0};Legend.prototype.addGroup=function(label,graphOptions){if(graphOptions.options.excludeFromLegend!=true){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1}};Legend.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};Legend.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};Legend.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.className=\"vis-legend\";this.dom.frame.style.position=\"absolute\";this.dom.frame.style.top=\"10px\";this.dom.frame.style.display=\"block\";this.dom.textArea=document.createElement(\"div\");this.dom.textArea.className=\"vis-legend-text\";this.dom.textArea.style.position=\"relative\";this.dom.textArea.style.top=\"0px\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=0+\"px\";this.svg.style.width=this.options.iconSize+5+\"px\";this.svg.style.height=\"100%\";this.dom.frame.appendChild(this.svg);this.dom.frame.appendChild(this.dom.textArea)};Legend.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};Legend.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};Legend.prototype.setOptions=function(options){var fields=[\"enabled\",\"orientation\",\"icons\",\"left\",\"right\"];util.selectiveDeepExtend(fields,this.options,options)};Legend.prototype.redraw=function(){var activeGroups=0;var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){activeGroups++}}if(this.options[this.side].visible==false||this.amountOfGroups==0||this.options.enabled==false||activeGroups==0){this.hide()}else{this.show();if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"bottom-left\"){this.dom.frame.style.left=\"4px\";this.dom.frame.style.textAlign=\"left\";this.dom.textArea.style.textAlign=\"left\";this.dom.textArea.style.left=this.options.iconSize+15+\"px\";this.dom.textArea.style.right=\"\";this.svg.style.left=0+\"px\";this.svg.style.right=\"\"}else{this.dom.frame.style.right=\"4px\";this.dom.frame.style.textAlign=\"right\";this.dom.textArea.style.textAlign=\"right\";this.dom.textArea.style.right=this.options.iconSize+15+\"px\";this.dom.textArea.style.left=\"\";this.svg.style.right=0+\"px\";this.svg.style.left=\"\"}if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"top-right\"){this.dom.frame.style.top=4-Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.bottom=\"\"}else{var scrollableHeight=this.body.domProps.center.height-this.body.domProps.centerContainer.height;this.dom.frame.style.bottom=4+scrollableHeight+Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.top=\"\"}if(this.options.icons==false){this.dom.frame.style.width=this.dom.textArea.offsetWidth+10+\"px\";this.dom.textArea.style.right=\"\";this.dom.textArea.style.left=\"\";this.svg.style.width=\"0px\"}else{this.dom.frame.style.width=this.options.iconSize+15+this.dom.textArea.offsetWidth+10+\"px\";this.drawLegendIcons()}var content=\"\";for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){content+=this.groups[groupId].content+\"<br />\"}}this.dom.textArea.innerHTML=content;this.dom.textArea.style.lineHeight=.75*this.options.iconSize+this.options.iconSpacing+\"px\"}};Legend.prototype.drawLegendIcons=function(){if(this.dom.frame.parentNode){var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});DOMutil.prepareElements(this.svgElements);var padding=window.getComputedStyle(this.dom.frame).paddingTop;var iconOffset=Number(padding.replace(\"px\",\"\"));var x=iconOffset;var iconWidth=this.options.iconSize;var iconHeight=.75*this.options.iconSize;var y=iconOffset+.5*iconHeight+3;this.svg.style.width=iconWidth+5+iconOffset+\"px\";for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){this.groups[groupId].drawIcon(x,y,this.svgElements,this.svg,iconWidth,iconHeight);y+=iconHeight+this.options.iconSpacing}}DOMutil.cleanupElements(this.svgElements)}};module.exports=Legend},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{\"boolean\":boolean},filter:{\"boolean\":boolean,\"function\":\"function\"},container:{dom:dom},__type__:{object:object,\"boolean\":boolean,\"function\":\"function\"}},yAxisOrientation:{string:[\"left\",\"right\"]},defaultGroup:{string:string},sort:{\"boolean\":boolean},sampling:{\"boolean\":boolean},stack:{\"boolean\":boolean},graphHeight:{string:string,number:number},shaded:{enabled:{\"boolean\":boolean},orientation:{string:[\"bottom\",\"top\"]},__type__:{\"boolean\":boolean,object:object}},style:{string:[\"line\",\"bar\",\"points\"]},barChart:{width:{number:number},sideBySide:{\"boolean\":boolean},align:{string:[\"left\",\"center\",\"right\"]},__type__:{object:object}},interpolation:{enabled:{\"boolean\":boolean},parametrization:{string:[\"centripetal\",\"chordal\",\"uniform\"]},alpha:{number:number},__type__:{object:object,\"boolean\":boolean}},drawPoints:{enabled:{\"boolean\":boolean},onRender:{\"function\":\"function\"},size:{number:number},style:{string:[\"square\",\"circle\"]},__type__:{object:object,\"boolean\":boolean,\"function\":\"function\"}},dataAxis:{showMinorLabels:{\"boolean\":boolean},showMajorLabels:{\"boolean\":boolean},icons:{\"boolean\":boolean},width:{string:string,number:number},visible:{\"boolean\":boolean},alignZeros:{\"boolean\":boolean},left:{range:{min:{number:number},max:{number:number},__type__:{object:object}},format:{\"function\":\"function\"},title:{text:{string:string,number:number},style:{string:string},__type__:{object:object}},__type__:{object:object}},right:{range:{min:{number:number},max:{number:number},__type__:{object:object}},format:{\"function\":\"function\"},title:{text:{string:string,number:number},style:{string:string},__type__:{object:object}},__type__:{object:object}},__type__:{object:object}},legend:{enabled:{\"boolean\":boolean},icons:{\"boolean\":boolean},left:{visible:{\"boolean\":boolean},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},right:{visible:{\"boolean\":boolean},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},__type__:{object:object,\"boolean\":boolean}},groups:{visibility:{any:any},__type__:{object:object}},autoResize:{\"boolean\":boolean},throttleRedraw:{number:number},clickToUse:{\"boolean\":boolean},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},moment:{\"function\":\"function\"},height:{string:string,number:number},hiddenDates:{start:{date:date,number:number,string:string,moment:moment},end:{date:date,number:number,string:string,moment:moment},repeat:{string:string},__type__:{object:object,array:array}},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{\"boolean\":boolean},multiselect:{\"boolean\":boolean},orientation:{string:string},showCurrentTime:{\"boolean\":boolean},showMajorLabels:{\"boolean\":boolean},showMinorLabels:{\"boolean\":boolean},start:{date:date,number:number,string:string,moment:moment},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},width:{string:string,number:number},zoomable:{\"boolean\":boolean},zoomKey:{string:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"]},zoomMax:{number:number},zoomMin:{number:number},__type__:{object:object}};var configureOptions={global:{sort:true,sampling:true,stack:false,shaded:{enabled:false,orientation:[\"top\",\"bottom\"]},style:[\"line\",\"bar\",\"points\"],barChart:{width:[50,5,100,5],sideBySide:false,align:[\"left\",\"center\",\"right\"]},interpolation:{enabled:true,parametrization:[\"centripetal\",\"chordal\",\"uniform\"]},drawPoints:{enabled:true,size:[6,2,30,1],style:[\"square\",\"circle\"]},dataAxis:{showMinorLabels:true,showMajorLabels:true,icons:false,width:[40,0,200,1],visible:true,alignZeros:true,left:{title:{text:\"\",style:\"\"}},right:{title:{text:\"\",style:\"\"}}},legend:{enabled:false,icons:true,left:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},right:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]}},autoResize:true,throttleRedraw:[10,0,1e3,10],clickToUse:false,end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},height:\"\",locale:\"\",max:\"\",maxHeight:\"\",min:\"\",minHeight:\"\",moveable:true,orientation:[\"both\",\"bottom\",\"top\"],showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,start:\"\",width:\"100%\",zoomable:true,zoomKey:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"],zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}var _modulesGroups=__webpack_require__(60);var _modulesGroups2=_interopRequireDefault(_modulesGroups);var _modulesNodesHandler=__webpack_require__(61);var _modulesNodesHandler2=_interopRequireDefault(_modulesNodesHandler);var _modulesEdgesHandler=__webpack_require__(81);var _modulesEdgesHandler2=_interopRequireDefault(_modulesEdgesHandler);var _modulesPhysicsEngine=__webpack_require__(90);var _modulesPhysicsEngine2=_interopRequireDefault(_modulesPhysicsEngine);var _modulesClustering=__webpack_require__(99);var _modulesClustering2=_interopRequireDefault(_modulesClustering);var _modulesCanvasRenderer=__webpack_require__(101);var _modulesCanvasRenderer2=_interopRequireDefault(_modulesCanvasRenderer);var _modulesCanvas=__webpack_require__(102);var _modulesCanvas2=_interopRequireDefault(_modulesCanvas);var _modulesView=__webpack_require__(103);var _modulesView2=_interopRequireDefault(_modulesView);var _modulesInteractionHandler=__webpack_require__(105);var _modulesInteractionHandler2=_interopRequireDefault(_modulesInteractionHandler);var _modulesSelectionHandler=__webpack_require__(108);var _modulesSelectionHandler2=_interopRequireDefault(_modulesSelectionHandler);var _modulesLayoutEngine=__webpack_require__(109);var _modulesLayoutEngine2=_interopRequireDefault(_modulesLayoutEngine);var _modulesManipulationSystem=__webpack_require__(110);var _modulesManipulationSystem2=_interopRequireDefault(_modulesManipulationSystem);var _sharedConfigurator=__webpack_require__(45);var _sharedConfigurator2=_interopRequireDefault(_sharedConfigurator);var _sharedValidator=__webpack_require__(47);var _sharedValidator2=_interopRequireDefault(_sharedValidator);var _optionsJs=__webpack_require__(111);var _modulesKamadaKawaiJs=__webpack_require__(112);var _modulesKamadaKawaiJs2=_interopRequireDefault(_modulesKamadaKawaiJs);__webpack_require__(114);var Emitter=__webpack_require__(12);var Hammer=__webpack_require__(20);var util=__webpack_require__(1);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var dotparser=__webpack_require__(115);var gephiParser=__webpack_require__(116);var Images=__webpack_require__(117);var Activator=__webpack_require__(40);var locales=__webpack_require__(118);function Network(container,data,options){var _this=this;if(!(this instanceof Network)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.options={};this.defaultOptions={locale:\"en\",locales:locales,clickToUse:false};util.extend(this.options,this.defaultOptions);this.body={container:container,nodes:{},nodeIndices:[],edges:{},edgeIndices:[],emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this),once:this.once.bind(this)},eventListeners:{onTap:function onTap(){},onTouch:function onTouch(){},onDoubleTap:function onDoubleTap(){},onHold:function onHold(){},onDragStart:function onDragStart(){},onDrag:function onDrag(){},onDragEnd:function onDragEnd(){},onMouseWheel:function onMouseWheel(){},onPinch:function onPinch(){},onMouseMove:function onMouseMove(){},onRelease:function onRelease(){},onContext:function onContext(){}},data:{nodes:null,edges:null},functions:{createNode:function createNode(){},createEdge:function createEdge(){},getPointer:function getPointer(){}},modules:{},view:{scale:1,translation:{x:0,y:0}}};this.bindEventListeners();this.images=new Images(function(){return _this.body.emitter.emit(\"_requestRedraw\")});this.groups=new _modulesGroups2[\"default\"];this.canvas=new _modulesCanvas2[\"default\"](this.body);this.selectionHandler=new _modulesSelectionHandler2[\"default\"](this.body,this.canvas);this.interactionHandler=new _modulesInteractionHandler2[\"default\"](this.body,this.canvas,this.selectionHandler);this.view=new _modulesView2[\"default\"](this.body,this.canvas);this.renderer=new _modulesCanvasRenderer2[\"default\"](this.body,this.canvas);this.physics=new _modulesPhysicsEngine2[\"default\"](this.body);this.layoutEngine=new _modulesLayoutEngine2[\"default\"](this.body);this.clustering=new _modulesClustering2[\"default\"](this.body);this.manipulation=new _modulesManipulationSystem2[\"default\"](this.body,this.canvas,this.selectionHandler);this.nodesHandler=new _modulesNodesHandler2[\"default\"](this.body,this.images,this.groups,this.layoutEngine);this.edgesHandler=new _modulesEdgesHandler2[\"default\"](this.body,this.images,this.groups);this.body.modules[\"kamadaKawai\"]=new _modulesKamadaKawaiJs2[\"default\"](this.body,150,.05);this.body.modules[\"clustering\"]=this.clustering;this.canvas._create();this.setOptions(options);this.setData(data)}Emitter(Network.prototype);Network.prototype.setOptions=function(options){var _this2=this;if(options!==undefined){var errorFound=_sharedValidator2[\"default\"].validate(options,_optionsJs.allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",_sharedValidator.printStyle)}var fields=[\"locale\",\"locales\",\"clickToUse\"];util.selectiveDeepExtend(fields,this.options,options);options=this.layoutEngine.setOptions(options.layout,options);this.canvas.setOptions(options);this.groups.setOptions(options.groups);this.nodesHandler.setOptions(options.nodes);this.edgesHandler.setOptions(options.edges);this.physics.setOptions(options.physics);this.manipulation.setOptions(options.manipulation,options,this.options);this.interactionHandler.setOptions(options.interaction);this.renderer.setOptions(options.interaction);this.selectionHandler.setOptions(options.interaction);if(options.groups!==undefined){this.body.emitter.emit(\"refreshNodes\")}if(\"configure\"in options){if(!this.configurator){this.configurator=new _sharedConfigurator2[\"default\"](this,this.body.container,_optionsJs.configureOptions,this.canvas.pixelRatio)}this.configurator.setOptions(options.configure)}if(this.configurator&&this.configurator.options.enabled===true){var networkOptions={nodes:{},edges:{},layout:{},interaction:{},manipulation:{},physics:{},global:{}};util.deepExtend(networkOptions.nodes,this.nodesHandler.options);util.deepExtend(networkOptions.edges,this.edgesHandler.options);util.deepExtend(networkOptions.layout,this.layoutEngine.options);util.deepExtend(networkOptions.interaction,this.selectionHandler.options);util.deepExtend(networkOptions.interaction,this.renderer.options);util.deepExtend(networkOptions.interaction,this.interactionHandler.options);util.deepExtend(networkOptions.manipulation,this.manipulation.options);util.deepExtend(networkOptions.physics,this.physics.options);util.deepExtend(networkOptions.global,this.canvas.options);util.deepExtend(networkOptions.global,this.options);this.configurator.setModuleOptions(networkOptions)}if(options.clickToUse!==undefined){if(options.clickToUse===true){if(this.activator===undefined){this.activator=new Activator(this.canvas.frame);this.activator.on(\"change\",function(){_this2.body.emitter.emit(\"activate\")})}}else{if(this.activator!==undefined){this.activator.destroy();delete this.activator}this.body.emitter.emit(\"activate\")}}else{this.body.emitter.emit(\"activate\")}this.canvas.setSize();this.body.emitter.emit(\"startSimulation\")}};Network.prototype._updateVisibleIndices=function(){var nodes=this.body.nodes;var edges=this.body.edges;this.body.nodeIndices=[];this.body.edgeIndices=[];for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].options.hidden===false){this.body.nodeIndices.push(nodeId)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].options.hidden===false){this.body.edgeIndices.push(edgeId)}}}};Network.prototype.bindEventListeners=function(){var _this3=this;this.body.emitter.on(\"_dataChanged\",function(){_this3._updateVisibleIndices();_this3.physics.updatePhysicsData();_this3.body.emitter.emit(\"_requestRedraw\");_this3.body.emitter.emit(\"_dataUpdated\")});this.body.emitter.on(\"_dataUpdated\",function(){_this3._updateValueRange(_this3.body.nodes);_this3._updateValueRange(_this3.body.edges);_this3.body.emitter.emit(\"startSimulation\");_this3.body.emitter.emit(\"_requestRedraw\")})};Network.prototype.setData=function(data){this.body.emitter.emit(\"resetPhysics\");this.body.emitter.emit(\"_resetData\");this.selectionHandler.unselectAll();if(data&&data.dot&&(data.nodes||data.edges)){throw new SyntaxError('Data must contain either parameter \"dot\" or '+' parameter pair \"nodes\" and \"edges\", but not both.')}this.setOptions(data&&data.options);if(data&&data.dot){console.log(\"The dot property has been depricated. Please use the static convertDot method to convert DOT into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertDot(dotString);\");var dotData=dotparser.DOTToGraph(data.dot);this.setData(dotData);return}else if(data&&data.gephi){console.log(\"The gephi property has been depricated. Please use the static convertGephi method to convert gephi into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertGephi(gephiJson);\");var gephiData=gephiParser.parseGephi(data.gephi);this.setData(gephiData);return}else{this.nodesHandler.setData(data&&data.nodes,true);this.edgesHandler.setData(data&&data.edges,true)}this.body.emitter.emit(\"_dataChanged\");this.body.emitter.emit(\"_dataLoaded\");this.body.emitter.emit(\"initPhysics\")};Network.prototype.destroy=function(){this.body.emitter.emit(\"destroy\");this.body.emitter.off();this.off();delete this.groups;delete this.canvas;delete this.selectionHandler;delete this.interactionHandler;delete this.view;delete this.renderer;delete this.physics;delete this.layoutEngine;delete this.clustering;delete this.manipulation;delete this.nodesHandler;delete this.edgesHandler;delete this.configurator;delete this.images;for(var nodeId in this.body.nodes){delete this.body.nodes[nodeId]}for(var edgeId in this.body.edges){delete this.body.edges[edgeId]}util.recursiveDOMDelete(this.body.container)};Network.prototype._updateValueRange=function(obj){var id;var valueMin=undefined;var valueMax=undefined;var valueTotal=0;for(id in obj){if(obj.hasOwnProperty(id)){var value=obj[id].getValue();if(value!==undefined){valueMin=valueMin===undefined?value:Math.min(value,valueMin);valueMax=valueMax===undefined?value:Math.max(value,valueMax);valueTotal+=value}}}if(valueMin!==undefined&&valueMax!==undefined){for(id in obj){if(obj.hasOwnProperty(id)){obj[id].setValueRange(valueMin,valueMax,valueTotal)}}}};Network.prototype.isActive=function(){return!this.activator||this.activator.active};Network.prototype.setSize=function(){return this.canvas.setSize.apply(this.canvas,arguments)};Network.prototype.canvasToDOM=function(){return this.canvas.canvasToDOM.apply(this.canvas,arguments)};Network.prototype.DOMtoCanvas=function(){return this.canvas.DOMtoCanvas.apply(this.canvas,arguments)};Network.prototype.findNode=function(){return this.clustering.findNode.apply(this.clustering,arguments)};Network.prototype.isCluster=function(){return this.clustering.isCluster.apply(this.clustering,arguments)};Network.prototype.openCluster=function(){return this.clustering.openCluster.apply(this.clustering,arguments)};Network.prototype.cluster=function(){return this.clustering.cluster.apply(this.clustering,arguments)};Network.prototype.getNodesInCluster=function(){return this.clustering.getNodesInCluster.apply(this.clustering,arguments)};Network.prototype.clusterByConnection=function(){return this.clustering.clusterByConnection.apply(this.clustering,arguments)};Network.prototype.clusterByHubsize=function(){return this.clustering.clusterByHubsize.apply(this.clustering,arguments)};Network.prototype.clusterOutliers=function(){return this.clustering.clusterOutliers.apply(this.clustering,arguments)};Network.prototype.getSeed=function(){return this.layoutEngine.getSeed.apply(this.layoutEngine,arguments)};Network.prototype.enableEditMode=function(){return this.manipulation.enableEditMode.apply(this.manipulation,arguments)};Network.prototype.disableEditMode=function(){return this.manipulation.disableEditMode.apply(this.manipulation,arguments)};Network.prototype.addNodeMode=function(){return this.manipulation.addNodeMode.apply(this.manipulation,arguments)};Network.prototype.editNode=function(){return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.editNodeMode=function(){console.log(\"Deprecated: Please use editNode instead of editNodeMode.\");return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.addEdgeMode=function(){return this.manipulation.addEdgeMode.apply(this.manipulation,arguments)};Network.prototype.editEdgeMode=function(){return this.manipulation.editEdgeMode.apply(this.manipulation,arguments)};Network.prototype.deleteSelected=function(){return this.manipulation.deleteSelected.apply(this.manipulation,arguments)};Network.prototype.getPositions=function(){return this.nodesHandler.getPositions.apply(this.nodesHandler,arguments)};Network.prototype.storePositions=function(){return this.nodesHandler.storePositions.apply(this.nodesHandler,arguments)};Network.prototype.moveNode=function(){return this.nodesHandler.moveNode.apply(this.nodesHandler,arguments)};Network.prototype.getBoundingBox=function(){return this.nodesHandler.getBoundingBox.apply(this.nodesHandler,arguments)};Network.prototype.getConnectedNodes=function(objectId){if(this.body.nodes[objectId]!==undefined){return this.nodesHandler.getConnectedNodes.apply(this.nodesHandler,arguments)}else{return this.edgesHandler.getConnectedNodes.apply(this.edgesHandler,arguments)}};Network.prototype.getConnectedEdges=function(){return this.nodesHandler.getConnectedEdges.apply(this.nodesHandler,arguments)};Network.prototype.startSimulation=function(){return this.physics.startSimulation.apply(this.physics,arguments)};Network.prototype.stopSimulation=function(){return this.physics.stopSimulation.apply(this.physics,arguments)};Network.prototype.stabilize=function(){return this.physics.stabilize.apply(this.physics,arguments)};Network.prototype.getSelection=function(){return this.selectionHandler.getSelection.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedNodes=function(){return this.selectionHandler.getSelectedNodes.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedEdges=function(){return this.selectionHandler.getSelectedEdges.apply(this.selectionHandler,arguments)};Network.prototype.getNodeAt=function(){var node=this.selectionHandler.getNodeAt.apply(this.selectionHandler,arguments);if(node!==undefined&&node.id!==undefined){return node.id}return node};Network.prototype.getEdgeAt=function(){var edge=this.selectionHandler.getEdgeAt.apply(this.selectionHandler,arguments);if(edge!==undefined&&edge.id!==undefined){return edge.id}return edge};Network.prototype.selectNodes=function(){return this.selectionHandler.selectNodes.apply(this.selectionHandler,arguments)};Network.prototype.selectEdges=function(){return this.selectionHandler.selectEdges.apply(this.selectionHandler,arguments)};Network.prototype.unselectAll=function(){this.selectionHandler.unselectAll.apply(this.selectionHandler,arguments);this.redraw()};Network.prototype.redraw=function(){return this.renderer.redraw.apply(this.renderer,arguments)};Network.prototype.getScale=function(){return this.view.getScale.apply(this.view,arguments)};Network.prototype.getViewPosition=function(){return this.view.getViewPosition.apply(this.view,arguments)};Network.prototype.fit=function(){return this.view.fit.apply(this.view,arguments)};Network.prototype.moveTo=function(){return this.view.moveTo.apply(this.view,arguments)};Network.prototype.focus=function(){return this.view.focus.apply(this.view,arguments)};Network.prototype.releaseNode=function(){return this.view.releaseNode.apply(this.view,arguments)};Network.prototype.getOptionsFromConfigurator=function(){var options={};if(this.configurator){options=this.configurator.getOptions.apply(this.configurator)}return options};module.exports=Network},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\");\n\n}}var util=__webpack_require__(1);var Groups=function(){function Groups(){_classCallCheck(this,Groups);this.clear();this.defaultIndex=0;this.groupsArray=[];this.groupIndex=0;this.defaultGroups=[{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},{border:\"#FFA500\",background:\"#FFFF00\",highlight:{border:\"#FFA500\",background:\"#FFFFA3\"},hover:{border:\"#FFA500\",background:\"#FFFFA3\"}},{border:\"#FA0A10\",background:\"#FB7E81\",highlight:{border:\"#FA0A10\",background:\"#FFAFB1\"},hover:{border:\"#FA0A10\",background:\"#FFAFB1\"}},{border:\"#41A906\",background:\"#7BE141\",highlight:{border:\"#41A906\",background:\"#A1EC76\"},hover:{border:\"#41A906\",background:\"#A1EC76\"}},{border:\"#E129F0\",background:\"#EB7DF4\",highlight:{border:\"#E129F0\",background:\"#F0B3F5\"},hover:{border:\"#E129F0\",background:\"#F0B3F5\"}},{border:\"#7C29F0\",background:\"#AD85E4\",highlight:{border:\"#7C29F0\",background:\"#D3BDF0\"},hover:{border:\"#7C29F0\",background:\"#D3BDF0\"}},{border:\"#C37F00\",background:\"#FFA807\",highlight:{border:\"#C37F00\",background:\"#FFCA66\"},hover:{border:\"#C37F00\",background:\"#FFCA66\"}},{border:\"#4220FB\",background:\"#6E6EFD\",highlight:{border:\"#4220FB\",background:\"#9B9BFD\"},hover:{border:\"#4220FB\",background:\"#9B9BFD\"}},{border:\"#FD5A77\",background:\"#FFC0CB\",highlight:{border:\"#FD5A77\",background:\"#FFD1D9\"},hover:{border:\"#FD5A77\",background:\"#FFD1D9\"}},{border:\"#4AD63A\",background:\"#C2FABC\",highlight:{border:\"#4AD63A\",background:\"#E6FFE3\"},hover:{border:\"#4AD63A\",background:\"#E6FFE3\"}},{border:\"#990000\",background:\"#EE0000\",highlight:{border:\"#BB0000\",background:\"#FF3333\"},hover:{border:\"#BB0000\",background:\"#FF3333\"}},{border:\"#FF6000\",background:\"#FF6000\",highlight:{border:\"#FF6000\",background:\"#FF6000\"},hover:{border:\"#FF6000\",background:\"#FF6000\"}},{border:\"#97C2FC\",background:\"#2B7CE9\",highlight:{border:\"#D2E5FF\",background:\"#2B7CE9\"},hover:{border:\"#D2E5FF\",background:\"#2B7CE9\"}},{border:\"#399605\",background:\"#255C03\",highlight:{border:\"#399605\",background:\"#255C03\"},hover:{border:\"#399605\",background:\"#255C03\"}},{border:\"#B70054\",background:\"#FF007E\",highlight:{border:\"#B70054\",background:\"#FF007E\"},hover:{border:\"#B70054\",background:\"#FF007E\"}},{border:\"#AD85E4\",background:\"#7C29F0\",highlight:{border:\"#D3BDF0\",background:\"#7C29F0\"},hover:{border:\"#D3BDF0\",background:\"#7C29F0\"}},{border:\"#4557FA\",background:\"#000EA1\",highlight:{border:\"#6E6EFD\",background:\"#000EA1\"},hover:{border:\"#6E6EFD\",background:\"#000EA1\"}},{border:\"#FFC0CB\",background:\"#FD5A77\",highlight:{border:\"#FFD1D9\",background:\"#FD5A77\"},hover:{border:\"#FFD1D9\",background:\"#FD5A77\"}},{border:\"#C2FABC\",background:\"#74D66A\",highlight:{border:\"#E6FFE3\",background:\"#74D66A\"},hover:{border:\"#E6FFE3\",background:\"#74D66A\"}},{border:\"#EE0000\",background:\"#990000\",highlight:{border:\"#FF3333\",background:\"#BB0000\"},hover:{border:\"#FF3333\",background:\"#BB0000\"}}];this.options={};this.defaultOptions={useDefaultGroups:true};util.extend(this.options,this.defaultOptions)}_createClass(Groups,[{key:\"setOptions\",value:function setOptions(options){var optionFields=[\"useDefaultGroups\"];if(options!==undefined){for(var groupName in options){if(options.hasOwnProperty(groupName)){if(optionFields.indexOf(groupName)===-1){var group=options[groupName];this.add(groupName,group)}}}}}},{key:\"clear\",value:function clear(){this.groups={};this.groupsArray=[]}},{key:\"get\",value:function get(groupname){var group=this.groups[groupname];if(group===undefined){if(this.options.useDefaultGroups===false&&this.groupsArray.length>0){var index=this.groupIndex%this.groupsArray.length;this.groupIndex++;group={};group.color=this.groups[this.groupsArray[index]];this.groups[groupname]=group}else{var index=this.defaultIndex%this.defaultGroups.length;this.defaultIndex++;group={};group.color=this.defaultGroups[index];this.groups[groupname]=group}}return group}},{key:\"add\",value:function add(groupName,style){this.groups[groupName]=style;this.groupsArray.push(groupName);return style}}]);return Groups}();exports[\"default\"]=Groups;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsNode=__webpack_require__(62);var _componentsNode2=_interopRequireDefault(_componentsNode);var _componentsSharedLabel=__webpack_require__(63);var _componentsSharedLabel2=_interopRequireDefault(_componentsSharedLabel);var util=__webpack_require__(1);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var NodesHandler=function(){function NodesHandler(body,images,groups,layoutEngine){var _this=this;_classCallCheck(this,NodesHandler);this.body=body;this.images=images;this.groups=groups;this.layoutEngine=layoutEngine;this.body.functions.createNode=this.create.bind(this);this.nodesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items,params.data)},remove:function remove(event,params){_this.remove(params.items)}};this.options={};this.defaultOptions={borderWidth:1,borderWidthSelected:2,brokenImage:undefined,color:{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},fixed:{x:false,y:false},font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:0,strokeColor:\"#ffffff\",align:\"horizontal\"},group:undefined,hidden:false,icon:{face:\"FontAwesome\",code:undefined,size:50,color:\"#2B7CE9\"},image:undefined,label:undefined,labelHighlightBold:true,level:undefined,mass:1,physics:true,scaling:{min:10,max:30,label:{enabled:false,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},shadow:{enabled:false,size:10,x:5,y:5},shape:\"ellipse\",shapeProperties:{borderDashes:false,borderRadius:6,useImageSize:false,useBorderWithImage:false},size:25,title:undefined,value:undefined,x:undefined,y:undefined};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(NodesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"refreshNodes\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){delete _this2.body.functions.createNode;delete _this2.nodesListeners.add;delete _this2.nodesListeners.update;delete _this2.nodesListeners.remove;delete _this2.nodesListeners})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){_componentsNode2[\"default\"].parseOptions(this.options,options);if(options.shape!==undefined){for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId].updateShape()}}}if(options.font!==undefined){_componentsSharedLabel2[\"default\"].parseOptions(this.options.font,options);for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId].updateLabelModule();this.body.nodes[nodeId]._reset()}}}if(options.size!==undefined){for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId]._reset()}}}if(options.hidden!==undefined||options.physics!==undefined){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(nodes){var _this3=this;var doNotEmit=arguments.length<=1||arguments[1]===undefined?false:arguments[1];var oldNodesData=this.body.data.nodes;if(nodes instanceof DataSet||nodes instanceof DataView){this.body.data.nodes=nodes}else if(Array.isArray(nodes)){this.body.data.nodes=new DataSet;this.body.data.nodes.add(nodes)}else if(!nodes){this.body.data.nodes=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldNodesData){util.forEach(this.nodesListeners,function(callback,event){oldNodesData.off(event,callback)})}this.body.nodes={};if(this.body.data.nodes){(function(){var me=_this3;util.forEach(_this3.nodesListeners,function(callback,event){me.body.data.nodes.on(event,callback)});var ids=_this3.body.data.nodes.getIds();_this3.add(ids,true)})()}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments.length<=1||arguments[1]===undefined?false:arguments[1];var id=undefined;var newNodes=[];for(var i=0;i<ids.length;i++){id=ids[i];var properties=this.body.data.nodes.get(id);var node=this.create(properties);newNodes.push(node);this.body.nodes[id]=node}this.layoutEngine.positionInitially(newNodes);if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids,changedData){var nodes=this.body.nodes;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var node=nodes[id];var data=changedData[i];if(node!==undefined){dataChanged=node.setOptions(data)}else{dataChanged=true;node=this.create(data);nodes[id]=node}}if(dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var nodes=this.body.nodes;for(var i=0;i<ids.length;i++){var id=ids[i];delete nodes[id]}this.body.emitter.emit(\"_dataChanged\")}},{key:\"create\",value:function create(properties){var constructorClass=arguments.length<=1||arguments[1]===undefined?_componentsNode2[\"default\"]:arguments[1];return new constructorClass(properties,this.body,this.images,this.groups,this.options)}},{key:\"refresh\",value:function refresh(){var clearPositions=arguments.length<=0||arguments[0]===undefined?false:arguments[0];var nodes=this.body.nodes;for(var nodeId in nodes){var node=undefined;if(nodes.hasOwnProperty(nodeId)){node=nodes[nodeId]}var data=this.body.data.nodes._data[nodeId];if(node!==undefined&&data!==undefined){if(clearPositions===true){node.setOptions({x:null,y:null})}node.setOptions({fixed:false});node.setOptions(data)}}}},{key:\"getPositions\",value:function getPositions(ids){var dataArray={};if(ids!==undefined){if(Array.isArray(ids)===true){for(var i=0;i<ids.length;i++){if(this.body.nodes[ids[i]]!==undefined){var node=this.body.nodes[ids[i]];dataArray[ids[i]]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{if(this.body.nodes[ids]!==undefined){var node=this.body.nodes[ids];dataArray[ids]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];dataArray[this.body.nodeIndices[i]]={x:Math.round(node.x),y:Math.round(node.y)}}}return dataArray}},{key:\"storePositions\",value:function storePositions(){var dataArray=[];var dataset=this.body.data.nodes.getDataSet();for(var nodeId in dataset._data){if(dataset._data.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(dataset._data[nodeId].x!=Math.round(node.x)||dataset._data[nodeId].y!=Math.round(node.y)){dataArray.push({id:nodeId,x:Math.round(node.x),y:Math.round(node.y)})}}}dataset.update(dataArray)}},{key:\"getBoundingBox\",value:function getBoundingBox(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].shape.boundingBox}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(nodeId){var nodeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];var nodeObj={};for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];if(edge.toId==nodeId){if(nodeObj[edge.fromId]===undefined){nodeList.push(edge.fromId);nodeObj[edge.fromId]=true}}else if(edge.fromId==nodeId){if(nodeObj[edge.toId]===undefined){nodeList.push(edge.toId);nodeObj[edge.toId]=true}}}}return nodeList}},{key:\"getConnectedEdges\",value:function getConnectedEdges(nodeId){var edgeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];for(var i=0;i<node.edges.length;i++){edgeList.push(node.edges[i].id)}}else{console.log(\"NodeId provided for getConnectedEdges does not exist. Provided: \",nodeId)}return edgeList}},{key:\"moveNode\",value:function moveNode(nodeId,x,y){var _this4=this;if(this.body.nodes[nodeId]!==undefined){this.body.nodes[nodeId].x=Number(x);this.body.nodes[nodeId].y=Number(y);setTimeout(function(){_this4.body.emitter.emit(\"startSimulation\")},0)}else{console.log(\"Node id supplied to moveNode does not exist. Provided: \",nodeId)}}}]);return NodesHandler}();exports[\"default\"]=NodesHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _sharedLabel=__webpack_require__(63);var _sharedLabel2=_interopRequireDefault(_sharedLabel);var _nodesShapesBox=__webpack_require__(64);var _nodesShapesBox2=_interopRequireDefault(_nodesShapesBox);var _nodesShapesCircle=__webpack_require__(66);var _nodesShapesCircle2=_interopRequireDefault(_nodesShapesCircle);var _nodesShapesCircularImage=__webpack_require__(68);var _nodesShapesCircularImage2=_interopRequireDefault(_nodesShapesCircularImage);var _nodesShapesDatabase=__webpack_require__(69);var _nodesShapesDatabase2=_interopRequireDefault(_nodesShapesDatabase);var _nodesShapesDiamond=__webpack_require__(70);var _nodesShapesDiamond2=_interopRequireDefault(_nodesShapesDiamond);var _nodesShapesDot=__webpack_require__(72);var _nodesShapesDot2=_interopRequireDefault(_nodesShapesDot);var _nodesShapesEllipse=__webpack_require__(73);var _nodesShapesEllipse2=_interopRequireDefault(_nodesShapesEllipse);var _nodesShapesIcon=__webpack_require__(74);var _nodesShapesIcon2=_interopRequireDefault(_nodesShapesIcon);var _nodesShapesImage=__webpack_require__(75);var _nodesShapesImage2=_interopRequireDefault(_nodesShapesImage);var _nodesShapesSquare=__webpack_require__(76);var _nodesShapesSquare2=_interopRequireDefault(_nodesShapesSquare);var _nodesShapesStar=__webpack_require__(77);var _nodesShapesStar2=_interopRequireDefault(_nodesShapesStar);var _nodesShapesText=__webpack_require__(78);var _nodesShapesText2=_interopRequireDefault(_nodesShapesText);var _nodesShapesTriangle=__webpack_require__(79);var _nodesShapesTriangle2=_interopRequireDefault(_nodesShapesTriangle);var _nodesShapesTriangleDown=__webpack_require__(80);var _nodesShapesTriangleDown2=_interopRequireDefault(_nodesShapesTriangleDown);var _sharedValidator=__webpack_require__(47);var _sharedValidator2=_interopRequireDefault(_sharedValidator);var util=__webpack_require__(1);var Node=function(){function Node(options,body,imagelist,grouplist,globalOptions){_classCallCheck(this,Node);this.options=util.bridgeObject(globalOptions);this.globalOptions=globalOptions;this.body=body;this.edges=[];this.id=undefined;this.imagelist=imagelist;this.grouplist=grouplist;this.x=undefined;this.y=undefined;this.baseSize=this.options.size;this.baseFontSize=this.options.font.size;this.predefinedPosition=false;this.selected=false;this.hover=false;this.labelModule=new _sharedLabel2[\"default\"](this.body,this.options);this.setOptions(options)}_createClass(Node,[{key:\"attachEdge\",value:function attachEdge(edge){if(this.edges.indexOf(edge)===-1){this.edges.push(edge)}}},{key:\"detachEdge\",value:function detachEdge(edge){var index=this.edges.indexOf(edge);if(index!=-1){this.edges.splice(index,1)}}},{key:\"setOptions\",value:function setOptions(options){var currentShape=this.options.shape;if(!options){return}if(options.id!==undefined){this.id=options.id}if(this.id===undefined){throw\"Node must have an id\"}if(options.x!==undefined){if(options.x===null){this.x=undefined;this.predefinedPosition=false}else{this.x=parseInt(options.x);this.predefinedPosition=true}}if(options.y!==undefined){if(options.y===null){this.y=undefined;this.predefinedPosition=false}else{this.y=parseInt(options.y);this.predefinedPosition=true}}if(options.size!==undefined){this.baseSize=options.size}if(options.value!==undefined){options.value=parseFloat(options.value)}if(typeof options.group===\"number\"||typeof options.group===\"string\"&&options.group!=\"\"){var groupObj=this.grouplist.get(options.group);util.deepExtend(this.options,groupObj);this.options.color=util.parseColor(this.options.color)}Node.parseOptions(this.options,options,true,this.globalOptions);if(this.options.image!==undefined){if(this.imagelist){this.imageObj=this.imagelist.load(this.options.image,this.options.brokenImage,this.id)}else{throw\"No imagelist provided\"}}this.updateLabelModule();this.updateShape(currentShape);if(options.hidden!==undefined||options.physics!==undefined){return true}return false}},{key:\"updateLabelModule\",value:function updateLabelModule(){if(this.options.label===undefined||this.options.label===null){this.options.label=\"\"}this.labelModule.setOptions(this.options,true);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateShape\",value:function updateShape(currentShape){if(currentShape===this.options.shape&&this.shape){this.shape.setOptions(this.options,this.imageObj)}else{switch(this.options.shape){case\"box\":this.shape=new _nodesShapesBox2[\"default\"](this.options,this.body,this.labelModule);break;case\"circle\":this.shape=new _nodesShapesCircle2[\"default\"](this.options,this.body,this.labelModule);break;case\"circularImage\":this.shape=new _nodesShapesCircularImage2[\"default\"](this.options,this.body,this.labelModule,this.imageObj);break;case\"database\":this.shape=new _nodesShapesDatabase2[\"default\"](this.options,this.body,this.labelModule);break;case\"diamond\":this.shape=new _nodesShapesDiamond2[\"default\"](this.options,this.body,this.labelModule);break;case\"dot\":this.shape=new _nodesShapesDot2[\"default\"](this.options,this.body,this.labelModule);break;case\"ellipse\":this.shape=new _nodesShapesEllipse2[\"default\"](this.options,this.body,this.labelModule);break;case\"icon\":this.shape=new _nodesShapesIcon2[\"default\"](this.options,this.body,this.labelModule);break;case\"image\":this.shape=new _nodesShapesImage2[\"default\"](this.options,this.body,this.labelModule,this.imageObj);break;case\"square\":this.shape=new _nodesShapesSquare2[\"default\"](this.options,this.body,this.labelModule);break;case\"star\":this.shape=new _nodesShapesStar2[\"default\"](this.options,this.body,this.labelModule);break;case\"text\":this.shape=new _nodesShapesText2[\"default\"](this.options,this.body,this.labelModule);break;case\"triangle\":this.shape=new _nodesShapesTriangle2[\"default\"](this.options,this.body,this.labelModule);break;case\"triangleDown\":this.shape=new _nodesShapesTriangleDown2[\"default\"](this.options,this.body,this.labelModule);break;default:this.shape=new _nodesShapesEllipse2[\"default\"](this.options,this.body,this.labelModule);break}}this._reset()}},{key:\"select\",value:function select(){this.selected=true;this._reset()}},{key:\"unselect\",value:function unselect(){this.selected=false;this._reset()}},{key:\"_reset\",value:function _reset(){this.shape.width=undefined;this.shape.height=undefined}},{key:\"getTitle\",value:function getTitle(){return this.options.title}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this.shape.distanceToBorder(ctx,angle)}},{key:\"isFixed\",value:function isFixed(){return this.options.fixed.x&&this.options.fixed.y}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var sizeDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.size=this.options.scaling.min+scale*sizeDiff}else{this.options.size=this.baseSize;this.options.font.size=this.baseFontSize}}},{key:\"draw\",value:function draw(ctx){this.shape.draw(ctx,this.x,this.y,this.selected,this.hover)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(ctx){this.shape.updateBoundingBox(this.x,this.y,ctx)}},{key:\"resize\",value:function resize(ctx){this.shape.resize(ctx,this.selected)}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){return this.shape.left<obj.right&&this.shape.left+this.shape.width>obj.left&&this.shape.top<obj.bottom&&this.shape.top+this.shape.height>obj.top}},{key:\"isBoundingBoxOverlappingWith\",value:function isBoundingBoxOverlappingWith(obj){return this.shape.boundingBox.left<obj.right&&this.shape.boundingBox.right>obj.left&&this.shape.boundingBox.top<obj.bottom&&this.shape.boundingBox.bottom>obj.top}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length<=2||arguments[2]===undefined?false:arguments[2];var globalOptions=arguments.length<=3||arguments[3]===undefined?{}:arguments[3];var fields=[\"color\",\"font\",\"fixed\",\"shadow\"];util.selectiveNotDeepExtend(fields,parentOptions,newOptions,allowDeletion);util.mergeOptions(parentOptions,newOptions,\"shadow\",allowDeletion,globalOptions);if(newOptions.color!==undefined&&newOptions.color!==null){var parsedColor=util.parseColor(newOptions.color);util.fillIfDefined(parentOptions.color,parsedColor)}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=Object.create(globalOptions.color)}if(newOptions.fixed!==undefined&&newOptions.fixed!==null){if(typeof newOptions.fixed===\"boolean\"){parentOptions.fixed.x=newOptions.fixed;parentOptions.fixed.y=newOptions.fixed}else{if(newOptions.fixed.x!==undefined&&typeof newOptions.fixed.x===\"boolean\"){parentOptions.fixed.x=newOptions.fixed.x}if(newOptions.fixed.y!==undefined&&typeof newOptions.fixed.y===\"boolean\"){parentOptions.fixed.y=newOptions.fixed.y}}}if(newOptions.font!==undefined&&newOptions.font!==null){_sharedLabel2[\"default\"].parseOptions(parentOptions.font,newOptions)}else if(allowDeletion===true&&newOptions.font===null){parentOptions.font=Object.create(globalOptions.font)}if(newOptions.scaling!==undefined){util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\",allowDeletion,globalOptions.scaling)}}}]);return Node}();exports[\"default\"]=Node;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Label=function(){function Label(body,options){_classCallCheck(this,Label);this.body=body;this.pointToSelf=false;this.baseSize=undefined;this.fontOptions={};this.setOptions(options);this.size={top:0,left:0,width:0,height:0,yLine:0}}_createClass(Label,[{key:\"setOptions\",value:function setOptions(options){var allowDeletion=arguments.length<=1||arguments[1]===undefined?false:arguments[1];this.nodeOptions=options;this.fontOptions=util.deepExtend({},options.font,true);if(options.label!==undefined){this.labelDirty=true}if(options.font!==undefined){Label.parseOptions(this.fontOptions,options,allowDeletion);if(typeof options.font===\"string\"){this.baseSize=this.fontOptions.size}else if(typeof options.font===\"object\"){if(options.font.size!==undefined){this.baseSize=options.font.size}}}}},{key:\"draw\",value:function draw(ctx,x,y,selected){var baseline=arguments.length<=4||arguments[4]===undefined?\"middle\":arguments[4];if(this.nodeOptions.label===undefined)return;var viewFontSize=this.fontOptions.size*this.body.view.scale;if(this.nodeOptions.label&&viewFontSize<this.nodeOptions.scaling.label.drawThreshold-1)return;this.calculateLabelSize(ctx,selected,x,y,baseline);this._drawBackground(ctx);this._drawText(ctx,selected,x,y,baseline)}},{key:\"_drawBackground\",value:function _drawBackground(ctx){if(this.fontOptions.background!==undefined&&this.fontOptions.background!==\"none\"){ctx.fillStyle=this.fontOptions.background;var lineMargin=2;switch(this.fontOptions.align){case\"middle\":ctx.fillRect(-this.size.width*.5,-this.size.height*.5,this.size.width,this.size.height);break;case\"top\":ctx.fillRect(-this.size.width*.5,-(this.size.height+lineMargin),this.size.width,this.size.height);break;case\"bottom\":ctx.fillRect(-this.size.width*.5,lineMargin,this.size.width,this.size.height);break;default:ctx.fillRect(this.size.left,this.size.top-.5*lineMargin,this.size.width,this.size.height);break}}}},{key:\"_drawText\",value:function _drawText(ctx,selected,x,y){var baseline=arguments.length<=4||arguments[4]===undefined?\"middle\":arguments[4];var fontSize=this.fontOptions.size;var viewFontSize=fontSize*this.body.view.scale;if(viewFontSize>=this.nodeOptions.scaling.label.maxVisible){fontSize=Number(this.nodeOptions.scaling.label.maxVisible)/this.body.view.scale}var yLine=this.size.yLine;var _getColor2=this._getColor(viewFontSize);var _getColor22=_slicedToArray(_getColor2,2);var fontColor=_getColor22[0];var strokeColor=_getColor22[1];var _setAlignment2=this._setAlignment(ctx,x,yLine,baseline);var _setAlignment22=_slicedToArray(_setAlignment2,2);x=_setAlignment22[0];yLine=_setAlignment22[1];ctx.font=(selected&&this.nodeOptions.labelHighlightBold?\"bold \":\"\")+fontSize+\"px \"+this.fontOptions.face;ctx.fillStyle=fontColor;ctx.textAlign=\"center\";if(this.fontOptions.strokeWidth>0){ctx.lineWidth=this.fontOptions.strokeWidth;ctx.strokeStyle=strokeColor;ctx.lineJoin=\"round\"}for(var i=0;i<this.lineCount;i++){if(this.fontOptions.strokeWidth>0){ctx.strokeText(this.lines[i],x,yLine)}ctx.fillText(this.lines[i],x,yLine);yLine+=fontSize}}},{key:\"_setAlignment\",value:function _setAlignment(ctx,x,yLine,baseline){if(this.fontOptions.align!==\"horizontal\"&&this.pointToSelf===false){x=0;yLine=0;var lineMargin=2;if(this.fontOptions.align===\"top\"){ctx.textBaseline=\"alphabetic\";yLine-=2*lineMargin}else if(this.fontOptions.align===\"bottom\"){ctx.textBaseline=\"hanging\";yLine+=2*lineMargin}else{ctx.textBaseline=\"middle\"}}else{ctx.textBaseline=baseline}return[x,yLine]}},{key:\"_getColor\",value:function _getColor(viewFontSize){var fontColor=this.fontOptions.color||\"#000000\";var strokeColor=this.fontOptions.strokeColor||\"#ffffff\";if(viewFontSize<=this.nodeOptions.scaling.label.drawThreshold){var opacity=Math.max(0,Math.min(1,1-(this.nodeOptions.scaling.label.drawThreshold-viewFontSize)));fontColor=util.overrideOpacity(fontColor,opacity);strokeColor=util.overrideOpacity(strokeColor,opacity)}return[fontColor,strokeColor]}},{key:\"getTextSize\",value:function getTextSize(ctx){var selected=arguments.length<=1||arguments[1]===undefined?false:arguments[1];var size={width:this._processLabel(ctx,selected),height:this.fontOptions.size*this.lineCount,lineCount:this.lineCount};return size}},{key:\"calculateLabelSize\",value:function calculateLabelSize(ctx,selected){var x=arguments.length<=2||arguments[2]===undefined?0:arguments[2];var y=arguments.length<=3||arguments[3]===undefined?0:arguments[3];var baseline=arguments.length<=4||arguments[4]===undefined?\"middle\":arguments[4];if(this.labelDirty===true){this.size.width=this._processLabel(ctx,selected)}this.size.height=this.fontOptions.size*this.lineCount;this.size.left=x-this.size.width*.5;this.size.top=y-this.size.height*.5;this.size.yLine=y+(1-this.lineCount)*.5*this.fontOptions.size;if(baseline===\"hanging\"){this.size.top+=.5*this.fontOptions.size;this.size.top+=4;this.size.yLine+=4}this.labelDirty=false}},{key:\"_processLabel\",value:function _processLabel(ctx,selected){var width=0;var lines=[\"\"];var lineCount=0;if(this.nodeOptions.label!==undefined){lines=String(this.nodeOptions.label).split(\"\\n\");lineCount=lines.length;ctx.font=(selected&&this.nodeOptions.labelHighlightBold?\"bold \":\"\")+this.fontOptions.size+\"px \"+this.fontOptions.face;width=ctx.measureText(lines[0]).width;for(var i=1;i<lineCount;i++){var lineWidth=ctx.measureText(lines[i]).width;width=lineWidth>width?lineWidth:width}}this.lines=lines;this.lineCount=lineCount;return width}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length<=2||arguments[2]===undefined?false:arguments[2];if(typeof newOptions.font===\"string\"){var newOptionsArray=newOptions.font.split(\" \");parentOptions.size=newOptionsArray[0].replace(\"px\",\"\");parentOptions.face=newOptionsArray[1];parentOptions.color=newOptionsArray[2]}else if(typeof newOptions.font===\"object\"){util.fillIfDefined(parentOptions,newOptions.font,allowDeletion)}parentOptions.size=Number(parentOptions.size)}}]);return Label}();exports[\"default\"]=Label;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value;\n\n}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Box=function(_NodeBase){_inherits(Box,_NodeBase);function Box(options,body,labelModule){_classCallCheck(this,Box);_get(Object.getPrototypeOf(Box.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Box,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;var borderRadius=this.options.shapeProperties.borderRadius;ctx.roundRect(this.left,this.top,this.width,this.height,borderRadius);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx);ctx.restore();this.updateBoundingBox(x,y,ctx,selected);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Box}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Box;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var NodeBase=function(){function NodeBase(options,body,labelModule){_classCallCheck(this,NodeBase);this.body=body;this.labelModule=labelModule;this.setOptions(options);this.top=undefined;this.left=undefined;this.height=undefined;this.width=undefined;this.radius=undefined;this.boundingBox={top:0,left:0,right:0,bottom:0}}_createClass(NodeBase,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"_distanceToBorder\",value:function _distanceToBorder(ctx,angle){var borderWidth=1;this.resize(ctx);return Math.min(Math.abs(this.width/2/Math.cos(angle)),Math.abs(this.height/2/Math.sin(angle)))+borderWidth}},{key:\"enableShadow\",value:function enableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0.5)\";ctx.shadowBlur=this.options.shadow.size;ctx.shadowOffsetX=this.options.shadow.x;ctx.shadowOffsetY=this.options.shadow.y}}},{key:\"disableShadow\",value:function disableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}},{key:\"enableBorderDashes\",value:function enableBorderDashes(ctx){if(this.options.shapeProperties.borderDashes!==false){if(ctx.setLineDash!==undefined){var dashes=this.options.shapeProperties.borderDashes;if(dashes===true){dashes=[5,15]}ctx.setLineDash(dashes)}else{console.warn(\"setLineDash is not supported in this browser. The dashed borders cannot be used.\");this.options.shapeProperties.borderDashes=false}}}},{key:\"disableBorderDashes\",value:function disableBorderDashes(ctx){if(this.options.shapeProperties.borderDashes!==false){if(ctx.setLineDash!==undefined){ctx.setLineDash([0])}else{console.warn(\"setLineDash is not supported in this browser. The dashed borders cannot be used.\");this.options.shapeProperties.borderDashes=false}}}}]);return NodeBase}();exports[\"default\"]=NodeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilCircleImageBase=__webpack_require__(67);var _utilCircleImageBase2=_interopRequireDefault(_utilCircleImageBase);var Circle=function(_CircleImageBase){_inherits(Circle,_CircleImageBase);function Circle(options,body,labelModule){_classCallCheck(this,Circle);_get(Object.getPrototypeOf(Circle.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Circle,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);var diameter=Math.max(textSize.width,textSize.height)+2*margin;this.options.size=diameter/2;this.width=diameter;this.height=diameter;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;this._drawRawCircle(ctx,x,y,selected,hover,this.options.size);this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;this.updateBoundingBox(x,y);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Circle}(_utilCircleImageBase2[\"default\"]);exports[\"default\"]=Circle;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var CircleImageBase=function(_NodeBase){_inherits(CircleImageBase,_NodeBase);function CircleImageBase(options,body,labelModule){_classCallCheck(this,CircleImageBase);_get(Object.getPrototypeOf(CircleImageBase.prototype),\"constructor\",this).call(this,options,body,labelModule);this.labelOffset=0;this.imageLoaded=false}_createClass(CircleImageBase,[{key:\"setOptions\",value:function setOptions(options,imageObj){this.options=options;if(imageObj){this.imageObj=imageObj}}},{key:\"_resizeImage\",value:function _resizeImage(){var force=false;if(!this.imageObj.width||!this.imageObj.height){this.imageLoaded=false}else if(this.imageLoaded===false){this.imageLoaded=true;force=true}if(!this.width||!this.height||force===true){var width,height,ratio;if(this.imageObj.width&&this.imageObj.height){width=0;height=0}if(this.options.shapeProperties.useImageSize===false){if(this.imageObj.width>this.imageObj.height){ratio=this.imageObj.width/this.imageObj.height;width=this.options.size*2*ratio||this.imageObj.width;height=this.options.size*2||this.imageObj.height}else{if(this.imageObj.width&&this.imageObj.height){ratio=this.imageObj.height/this.imageObj.width}else{ratio=1}width=this.options.size*2;height=this.options.size*2*ratio}}else{width=this.imageObj.width;height=this.imageObj.height}this.width=width;this.height=height;this.radius=.5*this.width}}},{key:\"_drawRawCircle\",value:function _drawRawCircle(ctx,x,y,selected,hover,size){var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.circle(x,y,size);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx);ctx.restore()}},{key:\"_drawImageAtPosition\",value:function _drawImageAtPosition(ctx){if(this.imageObj.width!=0){ctx.globalAlpha=1;this.enableShadow(ctx);ctx.drawImage(this.imageObj,this.left,this.top,this.width,this.height);this.disableShadow(ctx)}}},{key:\"_drawImageLabel\",value:function _drawImageLabel(ctx,x,y,selected){var yLabel;var offset=0;if(this.height!==undefined){offset=this.height*.5;var labelDimensions=this.labelModule.getTextSize(ctx);if(labelDimensions.lineCount>=1){offset+=labelDimensions.height/2}}yLabel=y+offset;if(this.options.label){this.labelOffset=offset}this.labelModule.draw(ctx,x,yLabel,selected,\"hanging\")}}]);return CircleImageBase}(_utilNodeBase2[\"default\"]);exports[\"default\"]=CircleImageBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilCircleImageBase=__webpack_require__(67);var _utilCircleImageBase2=_interopRequireDefault(_utilCircleImageBase);var CircularImage=function(_CircleImageBase){_inherits(CircularImage,_CircleImageBase);function CircularImage(options,body,labelModule,imageObj){_classCallCheck(this,CircularImage);_get(Object.getPrototypeOf(CircularImage.prototype),\"constructor\",this).call(this,options,body,labelModule);this.imageObj=imageObj;this._swapToImageResizeWhenImageLoaded=true}_createClass(CircularImage,[{key:\"resize\",value:function resize(){if(this.imageObj.src===undefined||this.imageObj.width===undefined||this.imageObj.height===undefined){if(!this.width){var diameter=this.options.size*2;this.width=diameter;this.height=diameter;this._swapToImageResizeWhenImageLoaded=true;this.radius=.5*this.width}}else{if(this._swapToImageResizeWhenImageLoaded){this.width=undefined;this.height=undefined;this._swapToImageResizeWhenImageLoaded=false}this._resizeImage()}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;var size=Math.min(.5*this.height,.5*this.width);this._drawRawCircle(ctx,x,y,selected,hover,size);ctx.save();ctx.clip();this._drawImageAtPosition(ctx);ctx.restore();this._drawImageLabel(ctx,x,y,selected);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this._distanceToBorder(ctx,angle)}}]);return CircularImage}(_utilCircleImageBase2[\"default\"]);exports[\"default\"]=CircularImage;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Database=function(_NodeBase){_inherits(Database,_NodeBase);function Database(options,body,labelModule){_classCallCheck(this,Database);_get(Object.getPrototypeOf(Database.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Database,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);var size=textSize.width+2*margin;this.width=size;this.height=size;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=this.selected?selectionLineWidth:borderWidth;ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.database(x-this.width/2,y-this.height*.5,this.width,this.height);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx);ctx.restore();this.updateBoundingBox(x,y,ctx,selected);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Database}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Database;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Diamond=function(_ShapeBase){_inherits(Diamond,_ShapeBase);function Diamond(options,body,labelModule){_classCallCheck(this,Diamond);_get(Object.getPrototypeOf(Diamond.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Diamond,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"diamond\",4,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Diamond}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Diamond;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var ShapeBase=function(_NodeBase){_inherits(ShapeBase,_NodeBase);function ShapeBase(options,body,labelModule){_classCallCheck(this,ShapeBase);_get(Object.getPrototypeOf(ShapeBase.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(ShapeBase,[{key:\"_resizeShape\",value:function _resizeShape(){if(this.width===undefined){var size=2*this.options.size;this.width=size;this.height=size;this.radius=.5*this.width}}},{key:\"_drawShape\",value:function _drawShape(ctx,shape,sizeMultiplier,x,y,selected,hover){this._resizeShape();this.left=x-this.width/2;this.top=y-this.height/2;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx[shape](x,y,this.options.size);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx);ctx.restore();if(this.options.label!==undefined){var yLabel=y+.5*this.height+3;this.labelModule.draw(ctx,x,yLabel,selected,\"hanging\")}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height+3)}}}]);return ShapeBase}(_utilNodeBase2[\"default\"]);exports[\"default\"]=ShapeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Dot=function(_ShapeBase){_inherits(Dot,_ShapeBase);function Dot(options,body,labelModule){_classCallCheck(this,Dot);_get(Object.getPrototypeOf(Dot.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Dot,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"circle\",2,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this.options.size+this.options.borderWidth}}]);return Dot}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Dot;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){\nreturn undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Ellipse=function(_NodeBase){_inherits(Ellipse,_NodeBase);function Ellipse(options,body,labelModule){_classCallCheck(this,Ellipse);_get(Object.getPrototypeOf(Ellipse.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Ellipse,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width*1.5;this.height=textSize.height*2;if(this.width<this.height){this.width=this.height}this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.ellipse(this.left,this.top,this.width,this.height);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx);ctx.restore();this.updateBoundingBox(x,y,ctx,selected);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width*.5;var b=this.height*.5;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Ellipse}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Ellipse;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Icon=function(_NodeBase){_inherits(Icon,_NodeBase);function Icon(options,body,labelModule){_classCallCheck(this,Icon);_get(Object.getPrototypeOf(Icon.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Icon,[{key:\"resize\",value:function resize(ctx){if(this.width===undefined){var margin=5;var iconSize={width:Number(this.options.icon.size),height:Number(this.options.icon.size)};this.width=iconSize.width+2*margin;this.height=iconSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx);this.options.icon.size=this.options.icon.size||50;this.left=x-this.width*.5;this.top=y-this.height*.5;this._icon(ctx,x,y,selected);if(this.options.label!==undefined){var iconTextSpacing=5;this.labelModule.draw(ctx,x,y+this.height*.5+iconTextSpacing,selected)}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.icon.size*.5;this.boundingBox.left=x-this.options.icon.size*.5;this.boundingBox.right=x+this.options.icon.size*.5;this.boundingBox.bottom=y+this.options.icon.size*.5;if(this.options.label!==undefined&&this.labelModule.size.width>0){var iconTextSpacing=5;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height+iconTextSpacing)}}},{key:\"_icon\",value:function _icon(ctx,x,y,selected){var iconSize=Number(this.options.icon.size);if(this.options.icon.code!==undefined){ctx.font=(selected?\"bold \":\"\")+iconSize+\"px \"+this.options.icon.face;ctx.fillStyle=this.options.icon.color||\"black\";ctx.textAlign=\"center\";ctx.textBaseline=\"middle\";this.enableShadow(ctx);ctx.fillText(this.options.icon.code,x,y);this.disableShadow(ctx)}else{console.error(\"When using the icon shape, you need to define the code in the icon options object. This can be done per node or globally.\")}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Icon}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Icon;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilCircleImageBase=__webpack_require__(67);var _utilCircleImageBase2=_interopRequireDefault(_utilCircleImageBase);var Image=function(_CircleImageBase){_inherits(Image,_CircleImageBase);function Image(options,body,labelModule,imageObj){_classCallCheck(this,Image);_get(Object.getPrototypeOf(Image.prototype),\"constructor\",this).call(this,options,body,labelModule);this.imageObj=imageObj}_createClass(Image,[{key:\"resize\",value:function resize(){this._resizeImage()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;if(this.options.shapeProperties.useBorderWithImage===true){var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.beginPath();ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.rect(this.left-.5*ctx.lineWidth,this.top-.5*ctx.lineWidth,this.width+ctx.lineWidth,this.height+ctx.lineWidth);ctx.fill();ctx.save();this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx);ctx.restore();ctx.closePath()}this._drawImageAtPosition(ctx);this._drawImageLabel(ctx,x,y,selected||hover);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height;if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Image}(_utilCircleImageBase2[\"default\"]);exports[\"default\"]=Image;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Square=function(_ShapeBase){_inherits(Square,_ShapeBase);function Square(options,body,labelModule){_classCallCheck(this,Square);_get(Object.getPrototypeOf(Square.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Square,[{key:\"resize\",value:function resize(){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"square\",2,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Square}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Square;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Star=function(_ShapeBase){_inherits(Star,_ShapeBase);function Star(options,body,labelModule){_classCallCheck(this,Star);_get(Object.getPrototypeOf(Star.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Star,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"star\",4,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Star}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Star;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Text=function(_NodeBase){_inherits(Text,_NodeBase);function Text(options,body,labelModule){_classCallCheck(this,Text);_get(Object.getPrototypeOf(Text.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Text,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected||hover);this.left=x-this.width/2;this.top=y-this.height/2;this.enableShadow(ctx);this.labelModule.draw(ctx,x,y,selected||hover);this.disableShadow(ctx);this.updateBoundingBox(x,y,ctx,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Text}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Text;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Triangle=function(_ShapeBase){_inherits(Triangle,_ShapeBase);function Triangle(options,body,labelModule){_classCallCheck(this,Triangle);_get(Object.getPrototypeOf(Triangle.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(Triangle,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"triangle\",3,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Triangle}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Triangle;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var TriangleDown=function(_ShapeBase){_inherits(TriangleDown,_ShapeBase);function TriangleDown(options,body,labelModule){_classCallCheck(this,TriangleDown);_get(Object.getPrototypeOf(TriangleDown.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(TriangleDown,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"triangleDown\",3,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return TriangleDown}(_utilShapeBase2[\"default\"]);exports[\"default\"]=TriangleDown;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsEdge=__webpack_require__(82);var _componentsEdge2=_interopRequireDefault(_componentsEdge);var _componentsSharedLabel=__webpack_require__(63);var _componentsSharedLabel2=_interopRequireDefault(_componentsSharedLabel);var util=__webpack_require__(1);var DataSet=__webpack_require__(8);var DataView=__webpack_require__(10);var EdgesHandler=function(){function EdgesHandler(body,images,groups){var _this=this;_classCallCheck(this,EdgesHandler);this.body=body;this.images=images;this.groups=groups;this.body.functions.createEdge=this.create.bind(this);this.edgesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items)},remove:function remove(event,params){_this.remove(params.items)}};this.options={};this.defaultOptions={arrows:{to:{enabled:false,scaleFactor:1},middle:{enabled:false,scaleFactor:1},from:{enabled:false,scaleFactor:1}},color:{color:\"#848484\",highlight:\"#848484\",hover:\"#848484\",inherit:\"from\",opacity:1},dashes:false,font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:2,strokeColor:\"#ffffff\",align:\"horizontal\"},hidden:false,hoverWidth:1.5,label:undefined,labelHighlightBold:true,length:undefined,physics:true,scaling:{min:1,max:15,label:{enabled:true,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},selectionWidth:1.5,selfReferenceSize:20,shadow:{enabled:false,size:10,x:5,y:5},smooth:{enabled:true,type:\"dynamic\",forceDirection:\"none\",roundness:.5},title:undefined,width:1,value:undefined};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(EdgesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"_forceDisableDynamicCurves\",function(type){if(type===\"dynamic\"){type=\"continuous\"}var emitChange=false;for(var edgeId in _this2.body.edges){if(_this2.body.edges.hasOwnProperty(edgeId)){var edge=_this2.body.edges[edgeId];var edgeData=_this2.body.data.edges._data[edgeId];if(edgeData!==undefined){var edgeOptions=edgeData.smooth;if(edgeOptions!==undefined){if(edgeOptions.enabled===true&&edgeOptions.type===\"dynamic\"){if(type===undefined){edge.setOptions({smooth:false})}else{edge.setOptions({smooth:{type:type}})}emitChange=true}}}}}if(emitChange===true){_this2.body.emitter.emit(\"_dataChanged\")}});this.body.emitter.on(\"_dataUpdated\",function(){_this2.reconnectEdges();_this2.markAllEdgesAsDirty()});this.body.emitter.on(\"refreshEdges\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){delete _this2.body.functions.createEdge;delete _this2.edgesListeners.add;delete _this2.edgesListeners.update;delete _this2.edgesListeners.remove;delete _this2.edgesListeners})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){_componentsEdge2[\"default\"].parseOptions(this.options,options);if(options.color!==undefined){this.markAllEdgesAsDirty()}var dataChanged=false;if(options.smooth!==undefined){for(var edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(edgeId)){dataChanged=this.body.edges[edgeId].updateEdgeType()||dataChanged}}}if(options.font!==undefined){_componentsSharedLabel2[\"default\"].parseOptions(this.options.font,options);for(var edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(edgeId)){this.body.edges[edgeId].updateLabelModule()}}}if(options.hidden!==undefined||options.physics!==undefined||dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(edges){var _this3=this;var doNotEmit=arguments.length<=1||arguments[1]===undefined?false:arguments[1];var oldEdgesData=this.body.data.edges;if(edges instanceof DataSet||edges instanceof DataView){this.body.data.edges=edges}else if(Array.isArray(edges)){this.body.data.edges=new DataSet;this.body.data.edges.add(edges)}else if(!edges){this.body.data.edges=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldEdgesData){util.forEach(this.edgesListeners,function(callback,event){oldEdgesData.off(event,callback)})}this.body.edges={};if(this.body.data.edges){util.forEach(this.edgesListeners,function(callback,event){_this3.body.data.edges.on(event,callback)});var ids=this.body.data.edges.getIds();this.add(ids,true)}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments.length<=1||arguments[1]===undefined?false:arguments[1];var edges=this.body.edges;var edgesData=this.body.data.edges;for(var i=0;i<ids.length;i++){var id=ids[i];var oldEdge=edges[id];if(oldEdge){oldEdge.disconnect()}var data=edgesData.get(id,{showInternalIds:true});edges[id]=this.create(data)}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids){var edges=this.body.edges;var edgesData=this.body.data.edges;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var data=edgesData.get(id);var edge=edges[id];if(edge!==undefined){edge.disconnect();dataChanged=edge.setOptions(data)||dataChanged;edge.connect()}else{this.body.edges[id]=this.create(data);dataChanged=true}}if(dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var edges=this.body.edges;for(var i=0;i<ids.length;i++){var id=ids[i];var edge=edges[id];if(edge!==undefined){edge.cleanup();edge.disconnect();delete edges[id]}}this.body.emitter.emit(\"_dataChanged\")}},{key:\"refresh\",value:function refresh(){var edges=this.body.edges;for(var edgeId in edges){var edge=undefined;if(edges.hasOwnProperty(edgeId)){edge=edges[edgeId]}var data=this.body.data.edges._data[edgeId];if(edge!==undefined&&data!==undefined){edge.setOptions(data)}}}},{key:\"create\",value:function create(properties){return new _componentsEdge2[\"default\"](properties,this.body,this.options)}},{key:\"markAllEdgesAsDirty\",value:function markAllEdgesAsDirty(){for(var edgeId in this.body.edges){this.body.edges[edgeId].edgeType.colorDirty=true}}},{key:\"reconnectEdges\",value:function reconnectEdges(){var id;var nodes=this.body.nodes;var edges=this.body.edges;for(id in nodes){if(nodes.hasOwnProperty(id)){nodes[id].edges=[]}}for(id in edges){if(edges.hasOwnProperty(id)){var edge=edges[id];\n\nedge.from=null;edge.to=null;edge.connect()}}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(edgeId){var nodeList=[];if(this.body.edges[edgeId]!==undefined){var edge=this.body.edges[edgeId];if(edge.fromId){nodeList.push(edge.fromId)}if(edge.toId){nodeList.push(edge.toId)}}return nodeList}}]);return EdgesHandler}();exports[\"default\"]=EdgesHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _sharedLabel=__webpack_require__(63);var _sharedLabel2=_interopRequireDefault(_sharedLabel);var _edgesCubicBezierEdge=__webpack_require__(83);var _edgesCubicBezierEdge2=_interopRequireDefault(_edgesCubicBezierEdge);var _edgesBezierEdgeDynamic=__webpack_require__(87);var _edgesBezierEdgeDynamic2=_interopRequireDefault(_edgesBezierEdgeDynamic);var _edgesBezierEdgeStatic=__webpack_require__(88);var _edgesBezierEdgeStatic2=_interopRequireDefault(_edgesBezierEdgeStatic);var _edgesStraightEdge=__webpack_require__(89);var _edgesStraightEdge2=_interopRequireDefault(_edgesStraightEdge);var util=__webpack_require__(1);var Edge=function(){function Edge(options,body,globalOptions){_classCallCheck(this,Edge);if(body===undefined){throw\"No body provided\"}this.options=util.bridgeObject(globalOptions);this.globalOptions=globalOptions;this.body=body;this.id=undefined;this.fromId=undefined;this.toId=undefined;this.selected=false;this.hover=false;this.labelDirty=true;this.colorDirty=true;this.baseWidth=this.options.width;this.baseFontSize=this.options.font.size;this.from=undefined;this.to=undefined;this.edgeType=undefined;this.connected=false;this.labelModule=new _sharedLabel2[\"default\"](this.body,this.options);this.setOptions(options)}_createClass(Edge,[{key:\"setOptions\",value:function setOptions(options){if(!options){return}this.colorDirty=true;Edge.parseOptions(this.options,options,true,this.globalOptions);if(options.id!==undefined){this.id=options.id}if(options.from!==undefined){this.fromId=options.from}if(options.to!==undefined){this.toId=options.to}if(options.title!==undefined){this.title=options.title}if(options.value!==undefined){options.value=parseFloat(options.value)}this.updateLabelModule();var dataChanged=this.updateEdgeType();this._setInteractionWidths();this.connect();if(options.hidden!==undefined||options.physics!==undefined){dataChanged=true}return dataChanged}},{key:\"updateLabelModule\",value:function updateLabelModule(){this.labelModule.setOptions(this.options,true);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateEdgeType\",value:function updateEdgeType(){var dataChanged=false;var changeInType=true;var smooth=this.options.smooth;if(this.edgeType!==undefined){if(this.edgeType instanceof _edgesBezierEdgeDynamic2[\"default\"]&&smooth.enabled===true&&smooth.type===\"dynamic\"){changeInType=false}if(this.edgeType instanceof _edgesCubicBezierEdge2[\"default\"]&&smooth.enabled===true&&smooth.type===\"cubicBezier\"){changeInType=false}if(this.edgeType instanceof _edgesBezierEdgeStatic2[\"default\"]&&smooth.enabled===true&&smooth.type!==\"dynamic\"&&smooth.type!==\"cubicBezier\"){changeInType=false}if(this.edgeType instanceof _edgesStraightEdge2[\"default\"]&&smooth.enabled===false){changeInType=false}if(changeInType===true){dataChanged=this.cleanup()}}if(changeInType===true){if(this.options.smooth.enabled===true){if(this.options.smooth.type===\"dynamic\"){dataChanged=true;this.edgeType=new _edgesBezierEdgeDynamic2[\"default\"](this.options,this.body,this.labelModule)}else if(this.options.smooth.type===\"cubicBezier\"){this.edgeType=new _edgesCubicBezierEdge2[\"default\"](this.options,this.body,this.labelModule)}else{this.edgeType=new _edgesBezierEdgeStatic2[\"default\"](this.options,this.body,this.labelModule)}}else{this.edgeType=new _edgesStraightEdge2[\"default\"](this.options,this.body,this.labelModule)}}else{this.edgeType.setOptions(this.options)}return dataChanged}},{key:\"connect\",value:function connect(){this.disconnect();this.from=this.body.nodes[this.fromId]||undefined;this.to=this.body.nodes[this.toId]||undefined;this.connected=this.from!==undefined&&this.to!==undefined;if(this.connected===true){this.from.attachEdge(this);this.to.attachEdge(this)}else{if(this.from){this.from.detachEdge(this)}if(this.to){this.to.detachEdge(this)}}this.edgeType.connect()}},{key:\"disconnect\",value:function disconnect(){if(this.from){this.from.detachEdge(this);this.from=undefined}if(this.to){this.to.detachEdge(this);this.to=undefined}this.connected=false}},{key:\"getTitle\",value:function getTitle(){return this.title}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var widthDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.width=this.options.scaling.min+scale*widthDiff}else{this.options.width=this.baseWidth;this.options.font.size=this.baseFontSize}this._setInteractionWidths()}},{key:\"_setInteractionWidths\",value:function _setInteractionWidths(){if(typeof this.options.hoverWidth===\"function\"){this.edgeType.hoverWidth=this.options.hoverWidth(this.options.width)}else{this.edgeType.hoverWidth=this.options.hoverWidth+this.options.width}if(typeof this.options.selectionWidth===\"function\"){this.edgeType.selectionWidth=this.options.selectionWidth(this.options.width)}else{this.edgeType.selectionWidth=this.options.selectionWidth+this.options.width}}},{key:\"draw\",value:function draw(ctx){var via=this.edgeType.drawLine(ctx,this.selected,this.hover);this.drawArrows(ctx,via);this.drawLabel(ctx,via)}},{key:\"drawArrows\",value:function drawArrows(ctx,viaNode){if(this.options.arrows.from.enabled===true){this.edgeType.drawArrowHead(ctx,\"from\",viaNode,this.selected,this.hover)}if(this.options.arrows.middle.enabled===true){this.edgeType.drawArrowHead(ctx,\"middle\",viaNode,this.selected,this.hover)}if(this.options.arrows.to.enabled===true){this.edgeType.drawArrowHead(ctx,\"to\",viaNode,this.selected,this.hover)}}},{key:\"drawLabel\",value:function drawLabel(ctx,viaNode){if(this.options.label!==undefined){var node1=this.from;var node2=this.to;var selected=this.from.selected||this.to.selected||this.selected;if(node1.id!=node2.id){this.labelModule.pointToSelf=false;var point=this.edgeType.getPoint(.5,viaNode);ctx.save();if(this.options.font.align!==\"horizontal\"){this.labelModule.calculateLabelSize(ctx,selected,point.x,point.y);ctx.translate(point.x,this.labelModule.size.yLine);this._rotateForLabelAlignment(ctx)}this.labelModule.draw(ctx,point.x,point.y,selected);ctx.restore()}else{this.labelModule.pointToSelf=true;var x,y;var radius=this.options.selfReferenceSize;if(node1.shape.width>node1.shape.height){x=node1.x+node1.shape.width*.5;y=node1.y-radius}else{x=node1.x+radius;y=node1.y-node1.shape.height*.5}point=this._pointOnCircle(x,y,radius,.125);this.labelModule.draw(ctx,point.x,point.y,selected)}}}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){if(this.connected){var distMax=10;var xFrom=this.from.x;var yFrom=this.from.y;var xTo=this.to.x;var yTo=this.to.y;var xObj=obj.left;var yObj=obj.top;var dist=this.edgeType.getDistanceToEdge(xFrom,yFrom,xTo,yTo,xObj,yObj);return dist<distMax}else{return false}}},{key:\"_rotateForLabelAlignment\",value:function _rotateForLabelAlignment(ctx){var dy=this.from.y-this.to.y;var dx=this.from.x-this.to.x;var angleInDegrees=Math.atan2(dy,dx);if(angleInDegrees<-1&&dx<0||angleInDegrees>0&&dx<0){angleInDegrees=angleInDegrees+Math.PI}ctx.rotate(angleInDegrees)}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"select\",value:function select(){this.selected=true}},{key:\"unselect\",value:function unselect(){this.selected=false}},{key:\"cleanup\",value:function cleanup(){return this.edgeType.cleanup()}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length<=2||arguments[2]===undefined?false:arguments[2];var globalOptions=arguments.length<=3||arguments[3]===undefined?{}:arguments[3];var fields=[\"id\",\"from\",\"hidden\",\"hoverWidth\",\"label\",\"labelHighlightBold\",\"length\",\"line\",\"opacity\",\"physics\",\"scaling\",\"selectionWidth\",\"selfReferenceSize\",\"to\",\"title\",\"value\",\"width\"];util.selectiveDeepExtend(fields,parentOptions,newOptions,allowDeletion);util.mergeOptions(parentOptions,newOptions,\"smooth\",allowDeletion,globalOptions);util.mergeOptions(parentOptions,newOptions,\"shadow\",allowDeletion,globalOptions);if(newOptions.dashes!==undefined&&newOptions.dashes!==null){parentOptions.dashes=newOptions.dashes}else if(allowDeletion===true&&newOptions.dashes===null){parentOptions.dashes=Object.create(globalOptions.dashes)}if(newOptions.scaling!==undefined&&newOptions.scaling!==null){if(newOptions.scaling.min!==undefined){parentOptions.scaling.min=newOptions.scaling.min}if(newOptions.scaling.max!==undefined){parentOptions.scaling.max=newOptions.scaling.max}util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\",allowDeletion,globalOptions.scaling)}else if(allowDeletion===true&&newOptions.scaling===null){parentOptions.scaling=Object.create(globalOptions.scaling)}if(newOptions.arrows!==undefined&&newOptions.arrows!==null){if(typeof newOptions.arrows===\"string\"){var arrows=newOptions.arrows.toLowerCase();if(arrows.indexOf(\"to\")!=-1){parentOptions.arrows.to.enabled=true}if(arrows.indexOf(\"middle\")!=-1){parentOptions.arrows.middle.enabled=true}if(arrows.indexOf(\"from\")!=-1){parentOptions.arrows.from.enabled=true}}else if(typeof newOptions.arrows===\"object\"){util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"to\",allowDeletion,globalOptions.arrows);util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"middle\",allowDeletion,globalOptions.arrows);util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"from\",allowDeletion,globalOptions.arrows)}else{throw new Error(\"The arrow newOptions can only be an object or a string. Refer to the documentation. You used:\"+JSON.stringify(newOptions.arrows))}}else if(allowDeletion===true&&newOptions.arrows===null){parentOptions.arrows=Object.create(globalOptions.arrows)}if(newOptions.color!==undefined&&newOptions.color!==null){if(util.isString(newOptions.color)){parentOptions.color.color=newOptions.color;parentOptions.color.highlight=newOptions.color;parentOptions.color.hover=newOptions.color;parentOptions.color.inherit=false}else{var colorsDefined=false;if(newOptions.color.color!==undefined){parentOptions.color.color=newOptions.color.color;colorsDefined=true}if(newOptions.color.highlight!==undefined){parentOptions.color.highlight=newOptions.color.highlight;colorsDefined=true}if(newOptions.color.hover!==undefined){parentOptions.color.hover=newOptions.color.hover;colorsDefined=true}if(newOptions.color.inherit!==undefined){parentOptions.color.inherit=newOptions.color.inherit}if(newOptions.color.opacity!==undefined){parentOptions.color.opacity=Math.min(1,Math.max(0,newOptions.color.opacity))}if(newOptions.color.inherit===undefined&&colorsDefined===true){parentOptions.color.inherit=false}}}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=Object.create(globalOptions.color)}if(newOptions.font!==undefined&&newOptions.font!==null){_sharedLabel2[\"default\"].parseOptions(parentOptions.font,newOptions)}else if(allowDeletion===true&&newOptions.font===null){parentOptions.font=Object.create(globalOptions.font)}}}]);return Edge}();exports[\"default\"]=Edge;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x3,_x4,_x5){var _again=true;_function:while(_again){var object=_x3,property=_x4,receiver=_x5;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x3=parent;_x4=property;_x5=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilCubicBezierEdgeBase=__webpack_require__(84);var _utilCubicBezierEdgeBase2=_interopRequireDefault(_utilCubicBezierEdgeBase);var CubicBezierEdge=function(_CubicBezierEdgeBase){_inherits(CubicBezierEdge,_CubicBezierEdgeBase);function CubicBezierEdge(options,body,labelModule){_classCallCheck(this,CubicBezierEdge);_get(Object.getPrototypeOf(CubicBezierEdge.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(CubicBezierEdge,[{key:\"_line\",value:function _line(ctx){var _getViaCoordinates2=this._getViaCoordinates();var _getViaCoordinates22=_slicedToArray(_getViaCoordinates2,2);var via1=_getViaCoordinates22[0];var via2=_getViaCoordinates22[1];var returnValue=[via1,via2];ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);if(via1.x===undefined){ctx.lineTo(this.to.x,this.to.y);returnValue=undefined}else{ctx.bezierCurveTo(via1.x,via1.y,via2.x,via2.y,this.to.x,this.to.y)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx);return returnValue}},{key:\"_getViaCoordinates\",value:function _getViaCoordinates(){var dx=this.from.x-this.to.x;var dy=this.from.y-this.to.y;var x1=undefined,y1=undefined,x2=undefined,y2=undefined;var roundness=this.options.smooth.roundness;if((Math.abs(dx)>Math.abs(dy)||this.options.smooth.forceDirection===true||this.options.smooth.forceDirection===\"horizontal\")&&this.options.smooth.forceDirection!==\"vertical\"){y1=this.from.y;y2=this.to.y;x1=this.from.x-roundness*dx;x2=this.to.x+roundness*dx}else{y1=this.from.y-roundness*dy;y2=this.to.y+roundness*dy;x1=this.from.x;x2=this.to.x}return[{x:x1,y:y1},{x:x2,y:y2}]}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){return this._findBorderPositionBezier(nearNode,ctx)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){var _ref=arguments.length<=6||arguments[6]===undefined?this._getViaCoordinates():arguments[6];var _ref2=_slicedToArray(_ref,2);var via1=_ref2[0];var via2=_ref2[1];return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via1,via2)}},{key:\"getPoint\",value:function getPoint(percentage){var _ref3=arguments.length<=1||arguments[1]===undefined?this._getViaCoordinates():arguments[1];var _ref32=_slicedToArray(_ref3,2);var via1=_ref32[0];var via2=_ref32[1];var t=percentage;var vec=[];vec[0]=Math.pow(1-t,3);vec[1]=3*t*Math.pow(1-t,2);vec[2]=3*Math.pow(t,2)*(1-t);vec[3]=Math.pow(t,3);var x=vec[0]*this.from.x+vec[1]*via1.x+vec[2]*via2.x+vec[3]*this.to.x;var y=vec[0]*this.from.y+vec[1]*via1.y+vec[2]*via2.y+vec[3]*this.to.y;return{x:x,y:y}}}]);return CubicBezierEdge}(_utilCubicBezierEdgeBase2[\"default\"]);exports[\"default\"]=CubicBezierEdge;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _BezierEdgeBase2=__webpack_require__(85);var _BezierEdgeBase3=_interopRequireDefault(_BezierEdgeBase2);var CubicBezierEdgeBase=function(_BezierEdgeBase){_inherits(CubicBezierEdgeBase,_BezierEdgeBase);function CubicBezierEdgeBase(options,body,labelModule){_classCallCheck(this,CubicBezierEdgeBase);_get(Object.getPrototypeOf(CubicBezierEdgeBase.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(CubicBezierEdgeBase,[{key:\"_getDistanceToBezierEdge\",value:function _getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via1,via2){var minDistance=1e9;var distance=undefined;var i=undefined,t=undefined,x=undefined,y=undefined;var lastX=x1;var lastY=y1;var vec=[0,0,0,0];for(i=1;i<10;i++){t=.1*i;vec[0]=Math.pow(1-t,3);vec[1]=3*t*Math.pow(1-t,2);vec[2]=3*Math.pow(t,2)*(1-t);vec[3]=Math.pow(t,3);x=vec[0]*x1+vec[1]*via1.x+vec[2]*via2.x+vec[3]*x2;y=vec[0]*y1+vec[1]*via1.y+vec[2]*via2.y+vec[3]*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}return minDistance}}]);return CubicBezierEdgeBase}(_BezierEdgeBase3[\"default\"]);exports[\"default\"]=CubicBezierEdgeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x2,_x3,_x4){var _again=true;_function:while(_again){var object=_x2,property=_x3,receiver=_x4;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x2=parent;_x3=property;_x4=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _EdgeBase2=__webpack_require__(86);var _EdgeBase3=_interopRequireDefault(_EdgeBase2);var BezierEdgeBase=function(_EdgeBase){_inherits(BezierEdgeBase,_EdgeBase);function BezierEdgeBase(options,body,labelModule){_classCallCheck(this,BezierEdgeBase);_get(Object.getPrototypeOf(BezierEdgeBase.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(BezierEdgeBase,[{key:\"_findBorderPositionBezier\",value:function _findBorderPositionBezier(nearNode,ctx){var viaNode=arguments.length<=2||arguments[2]===undefined?this._getViaCoordinates():arguments[2];var maxIterations=10;var iteration=0;var low=0;var high=1;var pos,angle,distanceToBorder,distanceToPoint,difference;var threshold=.2;var node=this.to;var from=false;if(nearNode.id===this.from.id){node=this.from;from=true}while(low<=high&&iteration<maxIterations){var middle=(low+high)*.5;pos=this.getPoint(middle,viaNode);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference<0){if(from===false){low=middle}else{high=middle}}else{if(from===false){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"_getDistanceToBezierEdge\",value:function _getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via){var minDistance=1e9;var distance=undefined;var i=undefined,t=undefined,x=undefined,y=undefined;var lastX=x1;var lastY=y1;for(i=1;i<10;i++){t=.1*i;x=Math.pow(1-t,2)*x1+2*t*(1-t)*via.x+Math.pow(t,2)*x2;y=Math.pow(1-t,2)*y1+2*t*(1-t)*via.y+Math.pow(t,2)*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}return minDistance}}]);return BezierEdgeBase}(_EdgeBase3[\"default\"]);exports[\"default\"]=BezierEdgeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var EdgeBase=function(){function EdgeBase(options,body,labelModule){_classCallCheck(this,EdgeBase);this.body=body;this.labelModule=labelModule;this.setOptions(options);this.colorDirty=true;this.color={};this.selectionWidth=2;this.hoverWidth=1.5}_createClass(EdgeBase,[{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to]}},{key:\"cleanup\",value:function cleanup(){return false}},{key:\"setOptions\",value:function setOptions(options){this.options=options;this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];this.id=this.options.id}},{key:\"drawLine\",value:function drawLine(ctx,selected,hover){ctx.strokeStyle=this.getColor(ctx,selected,hover);ctx.lineWidth=this.getLineWidth(selected,hover);var via=undefined;if(this.options.dashes!==false){via=this._drawDashedLine(ctx)}else{via=this._drawLine(ctx)}return via}},{key:\"_drawLine\",value:function _drawLine(ctx){var via=undefined;if(this.from!=this.to){via=this._line(ctx)}else{var _getCircleData2=this._getCircleData(ctx);var _getCircleData22=_slicedToArray(_getCircleData2,3);var x=_getCircleData22[0];var y=_getCircleData22[1];var radius=_getCircleData22[2];this._circle(ctx,x,y,radius)}return via}},{key:\"_drawDashedLine\",value:function _drawDashedLine(ctx){var via=undefined;ctx.lineCap=\"round\";var pattern=[5,5];if(Array.isArray(this.options.dashes)===true){pattern=this.options.dashes}if(ctx.setLineDash!==undefined){ctx.save();ctx.setLineDash(pattern);ctx.lineDashOffset=0;if(this.from!=this.to){via=this._line(ctx)}else{var _getCircleData3=this._getCircleData(ctx);var _getCircleData32=_slicedToArray(_getCircleData3,3);var x=_getCircleData32[0];var y=_getCircleData32[1];var radius=_getCircleData32[2];this._circle(ctx,x,y,radius)}ctx.setLineDash([0]);ctx.lineDashOffset=0;ctx.restore()}else{if(this.from!=this.to){ctx.dashedLine(this.from.x,this.from.y,this.to.x,this.to.y,pattern)}else{var _getCircleData4=this._getCircleData(ctx);var _getCircleData42=_slicedToArray(_getCircleData4,3);var x=_getCircleData42[0];var y=_getCircleData42[1];var radius=_getCircleData42[2];this._circle(ctx,x,y,radius)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx)}return via}},{key:\"findBorderPosition\",value:function findBorderPosition(nearNode,ctx,options){if(this.from!=this.to){return this._findBorderPosition(nearNode,ctx,options)}else{return this._findBorderPositionCircle(nearNode,ctx,options)}}},{key:\"findBorderPositions\",value:function findBorderPositions(ctx){var from={};var to={};if(this.from!=this.to){from=this._findBorderPosition(this.from,ctx);to=this._findBorderPosition(this.to,ctx)}else{var _getCircleData5=this._getCircleData(ctx);var _getCircleData52=_slicedToArray(_getCircleData5,3);var x=_getCircleData52[0];var y=_getCircleData52[1];var radius=_getCircleData52[2];from=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});to=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.6,high:.8,direction:1})}return{from:from,to:to}}},{key:\"_getCircleData\",value:function _getCircleData(ctx){var x=undefined,y=undefined;var node=this.from;var radius=this.options.selfReferenceSize;if(ctx!==undefined){if(node.shape.width===undefined){node.shape.resize(ctx)}}if(node.shape.width>node.shape.height){x=node.x+node.shape.width*.5;y=node.y-radius}else{x=node.x+radius;y=node.y-node.shape.height*.5}return[x,y,radius]}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"_findBorderPositionCircle\",value:function _findBorderPositionCircle(node,ctx,options){var x=options.x;var y=options.y;var low=options.low;var high=options.high;var direction=options.direction;var maxIterations=10;var iteration=0;var radius=this.options.selfReferenceSize;var pos=undefined,angle=undefined,distanceToBorder=undefined,distanceToPoint=undefined,difference=undefined;var threshold=.05;var middle=(low+high)*.5;while(low<=high&&iteration<maxIterations){middle=(low+high)*.5;pos=this._pointOnCircle(x,y,radius,middle);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference>0){if(direction>0){low=middle}else{high=middle}}else{if(direction>0){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"getLineWidth\",value:function getLineWidth(selected,hover){if(selected===true){return Math.max(this.selectionWidth,.3/this.body.view.scale)}else{if(hover===true){return Math.max(this.hoverWidth,.3/this.body.view.scale)}else{return Math.max(this.options.width,.3/this.body.view.scale)}}}},{key:\"getColor\",value:function getColor(ctx,selected,hover){var colorOptions=this.options.color;if(colorOptions.inherit!==false){if(colorOptions.inherit===\"both\"&&this.from.id!==this.to.id){var grd=ctx.createLinearGradient(this.from.x,this.from.y,this.to.x,this.to.y);var fromColor=undefined,toColor=undefined;fromColor=this.from.options.color.highlight.border;toColor=this.to.options.color.highlight.border;if(this.from.selected===false&&this.to.selected===false){fromColor=util.overrideOpacity(this.from.options.color.border,this.options.color.opacity);toColor=util.overrideOpacity(this.to.options.color.border,this.options.color.opacity)}else if(this.from.selected===true&&this.to.selected===false){toColor=this.to.options.color.border}else if(this.from.selected===false&&this.to.selected===true){fromColor=this.from.options.color.border}grd.addColorStop(0,fromColor);grd.addColorStop(1,toColor);return grd}if(this.colorDirty===true){if(colorOptions.inherit===\"to\"){this.color.highlight=this.to.options.color.highlight.border;this.color.hover=this.to.options.color.hover.border;this.color.color=util.overrideOpacity(this.to.options.color.border,colorOptions.opacity)}else{this.color.highlight=this.from.options.color.highlight.border;this.color.hover=this.from.options.color.hover.border;this.color.color=util.overrideOpacity(this.from.options.color.border,colorOptions.opacity)}}}else if(this.colorDirty===true){\nthis.color.highlight=colorOptions.highlight;this.color.hover=colorOptions.hover;this.color.color=util.overrideOpacity(colorOptions.color,colorOptions.opacity)}this.colorDirty=false;if(selected===true){return this.color.highlight}else if(hover===true){return this.color.hover}else{return this.color.color}}},{key:\"_circle\",value:function _circle(ctx,x,y,radius){this.enableShadow(ctx);ctx.beginPath();ctx.arc(x,y,radius,0,2*Math.PI,false);ctx.stroke();this.disableShadow(ctx)}},{key:\"getDistanceToEdge\",value:function getDistanceToEdge(x1,y1,x2,y2,x3,y3,via){var returnValue=0;if(this.from!=this.to){returnValue=this._getDistanceToEdge(x1,y1,x2,y2,x3,y3,via)}else{var _getCircleData6=this._getCircleData();var _getCircleData62=_slicedToArray(_getCircleData6,3);var x=_getCircleData62[0];var y=_getCircleData62[1];var radius=_getCircleData62[2];var dx=x-x3;var dy=y-y3;returnValue=Math.abs(Math.sqrt(dx*dx+dy*dy)-radius)}if(this.labelModule.size.left<x3&&this.labelModule.size.left+this.labelModule.size.width>x3&&this.labelModule.size.top<y3&&this.labelModule.size.top+this.labelModule.size.height>y3){return 0}else{return returnValue}}},{key:\"_getDistanceToLine\",value:function _getDistanceToLine(x1,y1,x2,y2,x3,y3){var px=x2-x1;var py=y2-y1;var something=px*px+py*py;var u=((x3-x1)*px+(y3-y1)*py)/something;if(u>1){u=1}else if(u<0){u=0}var x=x1+u*px;var y=y1+u*py;var dx=x-x3;var dy=y-y3;return Math.sqrt(dx*dx+dy*dy)}},{key:\"drawArrowHead\",value:function drawArrowHead(ctx,position,viaNode,selected,hover){ctx.strokeStyle=this.getColor(ctx,selected,hover);ctx.fillStyle=ctx.strokeStyle;ctx.lineWidth=this.getLineWidth(selected,hover);var angle=undefined;var length=undefined;var arrowPos=undefined;var node1=undefined;var node2=undefined;var guideOffset=undefined;var scaleFactor=undefined;if(position===\"from\"){node1=this.from;node2=this.to;guideOffset=.1;scaleFactor=this.options.arrows.from.scaleFactor}else if(position===\"to\"){node1=this.to;node2=this.from;guideOffset=-.1;scaleFactor=this.options.arrows.to.scaleFactor}else{node1=this.to;node2=this.from;scaleFactor=this.options.arrows.middle.scaleFactor}if(node1!=node2){if(position!==\"middle\"){if(this.options.smooth.enabled===true){arrowPos=this.findBorderPosition(node1,ctx,{via:viaNode});var guidePos=this.getPoint(Math.max(0,Math.min(1,arrowPos.t+guideOffset)),viaNode);angle=Math.atan2(arrowPos.y-guidePos.y,arrowPos.x-guidePos.x)}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPos=this.findBorderPosition(node1,ctx)}}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPos=this.getPoint(.6,viaNode)}length=(10+5*this.options.width)*scaleFactor;ctx.arrow(arrowPos.x,arrowPos.y,angle,length);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke()}else{var _angle=undefined,point=undefined;var _getCircleData7=this._getCircleData(ctx);var _getCircleData72=_slicedToArray(_getCircleData7,3);var x=_getCircleData72[0];var y=_getCircleData72[1];var radius=_getCircleData72[2];if(position===\"from\"){point=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});_angle=point.t*-2*Math.PI+1.5*Math.PI+.1*Math.PI}else if(position===\"to\"){point=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.6,high:1,direction:1});_angle=point.t*-2*Math.PI+1.5*Math.PI-1.1*Math.PI}else{point=this._pointOnCircle(x,y,radius,.175);_angle=3.9269908169872414}var _length=(10+5*this.options.width)*scaleFactor;ctx.arrow(point.x,point.y,_angle,_length);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke()}}},{key:\"enableShadow\",value:function enableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0.5)\";ctx.shadowBlur=this.options.shadow.size;ctx.shadowOffsetX=this.options.shadow.x;ctx.shadowOffsetY=this.options.shadow.y}}},{key:\"disableShadow\",value:function disableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}}]);return EdgeBase}();exports[\"default\"]=EdgeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilBezierEdgeBase=__webpack_require__(85);var _utilBezierEdgeBase2=_interopRequireDefault(_utilBezierEdgeBase);var BezierEdgeDynamic=function(_BezierEdgeBase){_inherits(BezierEdgeDynamic,_BezierEdgeBase);function BezierEdgeDynamic(options,body,labelModule){var _this=this;_classCallCheck(this,BezierEdgeDynamic);_get(Object.getPrototypeOf(BezierEdgeDynamic.prototype),\"constructor\",this).call(this,options,body,labelModule);this._boundFunction=function(){_this.positionBezierNode()};this.body.emitter.on(\"_repositionBezierNodes\",this._boundFunction)}_createClass(BezierEdgeDynamic,[{key:\"setOptions\",value:function setOptions(options){this.options=options;this.id=this.options.id;this.setupSupportNode();if(this.options.physics!==options.physics){this.via.setOptions({physics:this.options.physics});this.positionBezierNode()}this.connect()}},{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];if(this.from===undefined||this.to===undefined||this.options.physics===false){this.via.setOptions({physics:false})}else{if(this.from.id===this.to.id){this.via.setOptions({physics:false})}else{this.via.setOptions({physics:true})}}}},{key:\"cleanup\",value:function cleanup(){this.body.emitter.off(\"_repositionBezierNodes\",this._boundFunction);if(this.via!==undefined){delete this.body.nodes[this.via.id];this.via=undefined;return true}return false}},{key:\"setupSupportNode\",value:function setupSupportNode(){if(this.via===undefined){var nodeId=\"edgeId:\"+this.id;var node=this.body.functions.createNode({id:nodeId,shape:\"circle\",physics:true,hidden:true});this.body.nodes[nodeId]=node;this.via=node;this.via.parentEdgeId=this.id;this.positionBezierNode()}}},{key:\"positionBezierNode\",value:function positionBezierNode(){if(this.via!==undefined&&this.from!==undefined&&this.to!==undefined){this.via.x=.5*(this.from.x+this.to.x);this.via.y=.5*(this.from.y+this.to.y)}else if(this.via!==undefined){this.via.x=0;this.via.y=0}}},{key:\"_line\",value:function _line(ctx){ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);ctx.quadraticCurveTo(this.via.x,this.via.y,this.to.x,this.to.y);this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx);return this.via}},{key:\"getPoint\",value:function getPoint(percentage){var t=percentage;var x=Math.pow(1-t,2)*this.from.x+2*t*(1-t)*this.via.x+Math.pow(t,2)*this.to.x;var y=Math.pow(1-t,2)*this.from.y+2*t*(1-t)*this.via.y+Math.pow(t,2)*this.to.y;return{x:x,y:y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){return this._findBorderPositionBezier(nearNode,ctx,this.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,this.via)}}]);return BezierEdgeDynamic}(_utilBezierEdgeBase2[\"default\"]);exports[\"default\"]=BezierEdgeDynamic;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x4,_x5,_x6){var _again=true;_function:while(_again){var object=_x4,property=_x5,receiver=_x6;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x4=parent;_x5=property;_x6=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilBezierEdgeBase=__webpack_require__(85);var _utilBezierEdgeBase2=_interopRequireDefault(_utilBezierEdgeBase);var BezierEdgeStatic=function(_BezierEdgeBase){_inherits(BezierEdgeStatic,_BezierEdgeBase);function BezierEdgeStatic(options,body,labelModule){_classCallCheck(this,BezierEdgeStatic);_get(Object.getPrototypeOf(BezierEdgeStatic.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(BezierEdgeStatic,[{key:\"_line\",value:function _line(ctx){ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);var via=this._getViaCoordinates();var returnValue=via;if(via.x===undefined){ctx.lineTo(this.to.x,this.to.y);returnValue=undefined}else{ctx.quadraticCurveTo(via.x,via.y,this.to.x,this.to.y)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx);return returnValue}},{key:\"_getViaCoordinates\",value:function _getViaCoordinates(){var xVia=undefined;var yVia=undefined;var factor=this.options.smooth.roundness;var type=this.options.smooth.type;var dx=Math.abs(this.from.x-this.to.x);var dy=Math.abs(this.from.y-this.to.y);if(type===\"discrete\"||type===\"diagonalCross\"){if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy}}if(type===\"discrete\"){xVia=dx<factor*dy?this.from.x:xVia}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx}}if(type===\"discrete\"){yVia=dy<factor*dx?this.from.y:yVia}}}else if(type===\"straightCross\"){if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}}else if(type===\"horizontal\"){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}else if(type===\"vertical\"){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else if(type===\"curvedCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var radius=Math.sqrt(dx*dx+dy*dy);var pi=Math.PI;var originalAngle=Math.atan2(dy,dx);var myAngle=(originalAngle+(factor*.5+.5)*pi)%(2*pi);xVia=this.from.x+(factor*.5+.5)*radius*Math.sin(myAngle);yVia=this.from.y+(factor*.5+.5)*radius*Math.cos(myAngle)}else if(type===\"curvedCCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var radius=Math.sqrt(dx*dx+dy*dy);var pi=Math.PI;var originalAngle=Math.atan2(dy,dx);var myAngle=(originalAngle+(-factor*.5+.5)*pi)%(2*pi);xVia=this.from.x+(factor*.5+.5)*radius*Math.sin(myAngle);yVia=this.from.y+(factor*.5+.5)*radius*Math.cos(myAngle)}else{if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}}}}return{x:xVia,y:yVia}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var options=arguments.length<=2||arguments[2]===undefined?{}:arguments[2];return this._findBorderPositionBezier(nearNode,ctx,options.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){var via=arguments.length<=6||arguments[6]===undefined?this._getViaCoordinates():arguments[6];return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via)}},{key:\"getPoint\",value:function getPoint(percentage){var via=arguments.length<=1||arguments[1]===undefined?this._getViaCoordinates():arguments[1];var t=percentage;var x=Math.pow(1-t,2)*this.from.x+2*t*(1-t)*via.x+Math.pow(t,2)*this.to.x;var y=Math.pow(1-t,2)*this.from.y+2*t*(1-t)*via.y+Math.pow(t,2)*this.to.y;return{x:x,y:y}}}]);return BezierEdgeStatic}(_utilBezierEdgeBase2[\"default\"]);exports[\"default\"]=BezierEdgeStatic;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilEdgeBase=__webpack_require__(86);var _utilEdgeBase2=_interopRequireDefault(_utilEdgeBase);var StraightEdge=function(_EdgeBase){_inherits(StraightEdge,_EdgeBase);function StraightEdge(options,body,labelModule){_classCallCheck(this,StraightEdge);_get(Object.getPrototypeOf(StraightEdge.prototype),\"constructor\",this).call(this,options,body,labelModule)}_createClass(StraightEdge,[{key:\"_line\",value:function _line(ctx){ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);ctx.lineTo(this.to.x,this.to.y);this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx);return undefined}},{key:\"getPoint\",value:function getPoint(percentage){return{x:(1-percentage)*this.from.x+percentage*this.to.x,y:(1-percentage)*this.from.y+percentage*this.to.y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var node1=this.to;var node2=this.from;if(nearNode.id===this.from.id){node1=this.from;node2=this.to}var angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);var dx=node1.x-node2.x;var dy=node1.y-node2.y;var edgeSegmentLength=Math.sqrt(dx*dx+dy*dy);var toBorderDist=nearNode.distanceToBorder(ctx,angle);var toBorderPoint=(edgeSegmentLength-toBorderDist)/edgeSegmentLength;var borderPos={};borderPos.x=(1-toBorderPoint)*node2.x+toBorderPoint*node1.x;borderPos.y=(1-toBorderPoint)*node2.y+toBorderPoint*node1.y;return borderPos}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToLine(x1,y1,x2,y2,x3,y3)}}]);return StraightEdge}(_utilEdgeBase2[\"default\"]);exports[\"default\"]=StraightEdge;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsPhysicsBarnesHutSolver=__webpack_require__(91);var _componentsPhysicsBarnesHutSolver2=_interopRequireDefault(_componentsPhysicsBarnesHutSolver);var _componentsPhysicsRepulsionSolver=__webpack_require__(92);var _componentsPhysicsRepulsionSolver2=_interopRequireDefault(_componentsPhysicsRepulsionSolver);var _componentsPhysicsHierarchicalRepulsionSolver=__webpack_require__(93);var _componentsPhysicsHierarchicalRepulsionSolver2=_interopRequireDefault(_componentsPhysicsHierarchicalRepulsionSolver);var _componentsPhysicsSpringSolver=__webpack_require__(94);var _componentsPhysicsSpringSolver2=_interopRequireDefault(_componentsPhysicsSpringSolver);var _componentsPhysicsHierarchicalSpringSolver=__webpack_require__(95);var _componentsPhysicsHierarchicalSpringSolver2=_interopRequireDefault(_componentsPhysicsHierarchicalSpringSolver);var _componentsPhysicsCentralGravitySolver=__webpack_require__(96);var _componentsPhysicsCentralGravitySolver2=_interopRequireDefault(_componentsPhysicsCentralGravitySolver);var _componentsPhysicsFA2BasedRepulsionSolver=__webpack_require__(97);var _componentsPhysicsFA2BasedRepulsionSolver2=_interopRequireDefault(_componentsPhysicsFA2BasedRepulsionSolver);var _componentsPhysicsFA2BasedCentralGravitySolver=__webpack_require__(98);var _componentsPhysicsFA2BasedCentralGravitySolver2=_interopRequireDefault(_componentsPhysicsFA2BasedCentralGravitySolver);var util=__webpack_require__(1);var PhysicsEngine=function(){function PhysicsEngine(body){_classCallCheck(this,PhysicsEngine);this.body=body;this.physicsBody={physicsNodeIndices:[],physicsEdgeIndices:[],forces:{},velocities:{}};this.physicsEnabled=true;this.simulationInterval=1e3/60;this.requiresTimeout=true;this.previousStates={};this.referenceState={};this.freezeCache={};this.renderTimer=undefined;this.adaptiveTimestep=false;this.adaptiveTimestepEnabled=false;this.adaptiveCounter=0;this.adaptiveInterval=3;this.stabilized=false;this.startedStabilization=false;this.stabilizationIterations=0;this.ready=false;this.options={};this.defaultOptions={enabled:true,barnesHut:{theta:.5,gravitationalConstant:-2e3,centralGravity:.3,springLength:95,springConstant:.04,damping:.09,avoidOverlap:0},forceAtlas2Based:{theta:.5,gravitationalConstant:-50,centralGravity:.01,springConstant:.08,springLength:100,damping:.4,avoidOverlap:0},repulsion:{centralGravity:.2,springLength:200,springConstant:.05,nodeDistance:100,damping:.09,avoidOverlap:0},hierarchicalRepulsion:{centralGravity:0,springLength:100,springConstant:.01,nodeDistance:120,damping:.09},maxVelocity:50,minVelocity:.75,solver:\"barnesHut\",stabilization:{enabled:true,iterations:1e3,updateInterval:50,onlyDynamicEdges:false,fit:true},timestep:.5,adaptiveTimestep:true};util.extend(this.options,this.defaultOptions);this.timestep=.5;this.layoutFailed=false;this.bindEventListeners()}_createClass(PhysicsEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"initPhysics\",function(){_this.initPhysics()});this.body.emitter.on(\"_layoutFailed\",function(){_this.layoutFailed=true});this.body.emitter.on(\"resetPhysics\",function(){_this.stopSimulation();_this.ready=false});this.body.emitter.on(\"disablePhysics\",function(){_this.physicsEnabled=false;_this.stopSimulation()});this.body.emitter.on(\"restorePhysics\",function(){_this.setOptions(_this.options);if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"startSimulation\",function(){if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"stopSimulation\",function(){_this.stopSimulation()});this.body.emitter.on(\"destroy\",function(){_this.stopSimulation(false);_this.body.emitter.off()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){if(options===false){this.options.enabled=false;this.physicsEnabled=false;this.stopSimulation()}else{this.physicsEnabled=true;util.selectiveNotDeepExtend([\"stabilization\"],this.options,options);util.mergeOptions(this.options,options,\"stabilization\");if(options.enabled===undefined){this.options.enabled=true}if(this.options.enabled===false){this.physicsEnabled=false;this.stopSimulation()}this.timestep=this.options.timestep}}this.init()}},{key:\"init\",value:function init(){var options;if(this.options.solver===\"forceAtlas2Based\"){options=this.options.forceAtlas2Based;this.nodesSolver=new _componentsPhysicsFA2BasedRepulsionSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsFA2BasedCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}else if(this.options.solver===\"repulsion\"){options=this.options.repulsion;this.nodesSolver=new _componentsPhysicsRepulsionSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}else if(this.options.solver===\"hierarchicalRepulsion\"){options=this.options.hierarchicalRepulsion;this.nodesSolver=new _componentsPhysicsHierarchicalRepulsionSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsHierarchicalSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}else{options=this.options.barnesHut;this.nodesSolver=new _componentsPhysicsBarnesHutSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}this.modelOptions=options}},{key:\"initPhysics\",value:function initPhysics(){if(this.physicsEnabled===true&&this.options.enabled===true){if(this.options.stabilization.enabled===true){this.stabilize()}else{this.stabilized=false;this.ready=true;this.body.emitter.emit(\"fit\",{},this.layoutFailed);this.startSimulation()}}else{this.ready=true;this.body.emitter.emit(\"fit\")}}},{key:\"startSimulation\",value:function startSimulation(){if(this.physicsEnabled===true&&this.options.enabled===true){this.stabilized=false;this.adaptiveTimestep=false;this.body.emitter.emit(\"_resizeNodes\");if(this.viewFunction===undefined){this.viewFunction=this.simulationStep.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}else{this.body.emitter.emit(\"_redraw\")}}},{key:\"stopSimulation\",value:function stopSimulation(){var emit=arguments.length<=0||arguments[0]===undefined?true:arguments[0];this.stabilized=true;if(emit===true){this._emitStabilized()}if(this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.viewFunction=undefined;if(emit===true){this.body.emitter.emit(\"_stopRendering\")}}}},{key:\"simulationStep\",value:function simulationStep(){var startTime=Date.now();this.physicsTick();var physicsTime=Date.now()-startTime;if((physicsTime<.4*this.simulationInterval||this.runDoubleSpeed===true)&&this.stabilized===false){this.physicsTick();this.runDoubleSpeed=true}if(this.stabilized===true){this.stopSimulation()}}},{key:\"_emitStabilized\",value:function _emitStabilized(){var _this2=this;var amountOfIterations=arguments.length<=0||arguments[0]===undefined?this.stabilizationIterations:arguments[0];if(this.stabilizationIterations>1||this.startedStabilization===true){setTimeout(function(){_this2.body.emitter.emit(\"stabilized\",{iterations:amountOfIterations});_this2.startedStabilization=false;_this2.stabilizationIterations=0},0)}}},{key:\"physicsTick\",value:function physicsTick(){if(this.startedStabilization===false){this.body.emitter.emit(\"startStabilizing\");this.startedStabilization=true}if(this.stabilized===false){if(this.adaptiveTimestep===true&&this.adaptiveTimestepEnabled===true){var factor=1.2;if(this.adaptiveCounter%this.adaptiveInterval===0){this.timestep=2*this.timestep;this.calculateForces();this.moveNodes();this.revert();this.timestep=.5*this.timestep;this.calculateForces();this.moveNodes();this.calculateForces();this.moveNodes();if(this._evaluateStepQuality()===true){this.timestep=factor*this.timestep}else{if(this.timestep/factor<this.options.timestep){this.timestep=this.options.timestep}else{this.adaptiveCounter=-1;this.timestep=Math.max(this.options.timestep,this.timestep/factor)}}}else{this.calculateForces();this.moveNodes()}this.adaptiveCounter+=1}else{this.timestep=this.options.timestep;this.calculateForces();this.moveNodes()}if(this.stabilized===true){this.revert()}this.stabilizationIterations++}}},{key:\"updatePhysicsData\",value:function updatePhysicsData(){this.physicsBody.forces={};this.physicsBody.physicsNodeIndices=[];this.physicsBody.physicsEdgeIndices=[];var nodes=this.body.nodes;var edges=this.body.edges;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].options.physics===true){this.physicsBody.physicsNodeIndices.push(nodeId)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].options.physics===true){this.physicsBody.physicsEdgeIndices.push(edgeId)}}}for(var i=0;i<this.physicsBody.physicsNodeIndices.length;i++){var nodeId=this.physicsBody.physicsNodeIndices[i];this.physicsBody.forces[nodeId]={x:0,y:0};if(this.physicsBody.velocities[nodeId]===undefined){this.physicsBody.velocities[nodeId]={x:0,y:0}}}for(var nodeId in this.physicsBody.velocities){if(nodes[nodeId]===undefined){delete this.physicsBody.velocities[nodeId]}}}},{key:\"revert\",value:function revert(){var nodeIds=Object.keys(this.previousStates);var nodes=this.body.nodes;var velocities=this.physicsBody.velocities;this.referenceState={};for(var i=0;i<nodeIds.length;i++){var nodeId=nodeIds[i];if(nodes[nodeId]!==undefined){if(nodes[nodeId].options.physics===true){this.referenceState[nodeId]={positions:{x:nodes[nodeId].x,y:nodes[nodeId].y}};velocities[nodeId].x=this.previousStates[nodeId].vx;velocities[nodeId].y=this.previousStates[nodeId].vy;nodes[nodeId].x=this.previousStates[nodeId].x;nodes[nodeId].y=this.previousStates[nodeId].y}}else{delete this.previousStates[nodeId]}}}},{key:\"_evaluateStepQuality\",value:function _evaluateStepQuality(){var dx=undefined,dy=undefined,dpos=undefined;var nodes=this.body.nodes;var reference=this.referenceState;var posThreshold=.3;for(var nodeId in this.referenceState){if(this.referenceState.hasOwnProperty(nodeId)&&nodes[nodeId]!==undefined){dx=nodes[nodeId].x-reference[nodeId].positions.x;dy=nodes[nodeId].y-reference[nodeId].positions.y;dpos=Math.sqrt(Math.pow(dx,2)+Math.pow(dy,2));if(dpos>posThreshold){return false}}}return true}},{key:\"moveNodes\",value:function moveNodes(){var nodeIndices=this.physicsBody.physicsNodeIndices;var maxVelocity=this.options.maxVelocity?this.options.maxVelocity:1e9;var maxNodeVelocity=0;var averageNodeVelocity=0;var velocityAdaptiveThreshold=5;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];var nodeVelocity=this._performStep(nodeId,maxVelocity);maxNodeVelocity=Math.max(maxNodeVelocity,nodeVelocity);averageNodeVelocity+=nodeVelocity}this.adaptiveTimestepEnabled=averageNodeVelocity/nodeIndices.length<velocityAdaptiveThreshold;this.stabilized=maxNodeVelocity<this.options.minVelocity}},{key:\"_performStep\",value:function _performStep(nodeId,maxVelocity){var node=this.body.nodes[nodeId];var timestep=this.timestep;var forces=this.physicsBody.forces;var velocities=this.physicsBody.velocities;this.previousStates[nodeId]={x:node.x,y:node.y,\nvx:velocities[nodeId].x,vy:velocities[nodeId].y};if(node.options.fixed.x===false){var dx=this.modelOptions.damping*velocities[nodeId].x;var ax=(forces[nodeId].x-dx)/node.options.mass;velocities[nodeId].x+=ax*timestep;velocities[nodeId].x=Math.abs(velocities[nodeId].x)>maxVelocity?velocities[nodeId].x>0?maxVelocity:-maxVelocity:velocities[nodeId].x;node.x+=velocities[nodeId].x*timestep}else{forces[nodeId].x=0;velocities[nodeId].x=0}if(node.options.fixed.y===false){var dy=this.modelOptions.damping*velocities[nodeId].y;var ay=(forces[nodeId].y-dy)/node.options.mass;velocities[nodeId].y+=ay*timestep;velocities[nodeId].y=Math.abs(velocities[nodeId].y)>maxVelocity?velocities[nodeId].y>0?maxVelocity:-maxVelocity:velocities[nodeId].y;node.y+=velocities[nodeId].y*timestep}else{forces[nodeId].y=0;velocities[nodeId].y=0}var totalVelocity=Math.sqrt(Math.pow(velocities[nodeId].x,2)+Math.pow(velocities[nodeId].y,2));return totalVelocity}},{key:\"calculateForces\",value:function calculateForces(){this.gravitySolver.solve();this.nodesSolver.solve();this.edgesSolver.solve()}},{key:\"_freezeNodes\",value:function _freezeNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(nodes[id].x&&nodes[id].y){this.freezeCache[id]={x:nodes[id].options.fixed.x,y:nodes[id].options.fixed.y};nodes[id].options.fixed.x=true;nodes[id].options.fixed.y=true}}}}},{key:\"_restoreFrozenNodes\",value:function _restoreFrozenNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(this.freezeCache[id]!==undefined){nodes[id].options.fixed.x=this.freezeCache[id].x;nodes[id].options.fixed.y=this.freezeCache[id].y}}}this.freezeCache={}}},{key:\"stabilize\",value:function stabilize(){var _this3=this;var iterations=arguments.length<=0||arguments[0]===undefined?this.options.stabilization.iterations:arguments[0];if(typeof iterations!==\"number\"){console.log(\"The stabilize method needs a numeric amount of iterations. Switching to default: \",this.options.stabilization.iterations);iterations=this.options.stabilization.iterations}if(this.physicsBody.physicsNodeIndices.length===0){this.ready=true;return}this.adaptiveTimestep=true&&this.options.adaptiveTimestep;this.body.emitter.emit(\"_resizeNodes\");this.stopSimulation();this.stabilized=false;this.body.emitter.emit(\"_blockRedraw\");this.targetIterations=iterations;if(this.options.stabilization.onlyDynamicEdges===true){this._freezeNodes()}this.stabilizationIterations=0;setTimeout(function(){return _this3._stabilizationBatch()},0)}},{key:\"_stabilizationBatch\",value:function _stabilizationBatch(){if(this.startedStabilization===false){this.body.emitter.emit(\"startStabilizing\");this.startedStabilization=true}var count=0;while(this.stabilized===false&&count<this.options.stabilization.updateInterval&&this.stabilizationIterations<this.targetIterations){this.physicsTick();count++}if(this.stabilized===false&&this.stabilizationIterations<this.targetIterations){this.body.emitter.emit(\"stabilizationProgress\",{iterations:this.stabilizationIterations,total:this.targetIterations});setTimeout(this._stabilizationBatch.bind(this),0)}else{this._finalizeStabilization()}}},{key:\"_finalizeStabilization\",value:function _finalizeStabilization(){this.body.emitter.emit(\"_allowRedraw\");if(this.options.stabilization.fit===true){this.body.emitter.emit(\"fit\")}if(this.options.stabilization.onlyDynamicEdges===true){this._restoreFrozenNodes()}this.body.emitter.emit(\"stabilizationIterationsDone\");this.body.emitter.emit(\"_requestRedraw\");if(this.stabilized===true){this._emitStabilized()}else{this.startSimulation()}this.ready=true}}]);return PhysicsEngine}();exports[\"default\"]=PhysicsEngine;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var BarnesHutSolver=function(){function BarnesHutSolver(body,physicsBody,options){_classCallCheck(this,BarnesHutSolver);this.body=body;this.physicsBody=physicsBody;this.barnesHutTree;this.setOptions(options);this.randomSeed=5}_createClass(BarnesHutSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options;this.thetaInversed=1/this.options.theta;this.overlapAvoidanceFactor=1-Math.max(0,Math.min(1,this.options.avoidOverlap))}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"solve\",value:function solve(){if(this.options.gravitationalConstant!==0&&this.physicsBody.physicsNodeIndices.length>0){var node=undefined;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var nodeCount=nodeIndices.length;var barnesHutTree=this._formBarnesHutTree(nodes,nodeIndices);this.barnesHutTree=barnesHutTree;for(var i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._getForceContribution(barnesHutTree.root.children.NW,node);this._getForceContribution(barnesHutTree.root.children.NE,node);this._getForceContribution(barnesHutTree.root.children.SW,node);this._getForceContribution(barnesHutTree.root.children.SE,node)}}}}},{key:\"_getForceContribution\",value:function _getForceContribution(parentBranch,node){if(parentBranch.childrenCount>0){var dx=undefined,dy=undefined,distance=undefined;dx=parentBranch.centerOfMass.x-node.x;dy=parentBranch.centerOfMass.y-node.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance*parentBranch.calcSize>this.thetaInversed){this._calculateForces(distance,dx,dy,node,parentBranch)}else{if(parentBranch.childrenCount===4){this._getForceContribution(parentBranch.children.NW,node);this._getForceContribution(parentBranch.children.NE,node);this._getForceContribution(parentBranch.children.SW,node);this._getForceContribution(parentBranch.children.SE,node)}else{if(parentBranch.children.data.id!=node.id){this._calculateForces(distance,dx,dy,node,parentBranch)}}}}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1;dx=distance}if(this.overlapAvoidanceFactor<1){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass/Math.pow(distance,3);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}},{key:\"_formBarnesHutTree\",value:function _formBarnesHutTree(nodes,nodeIndices){var node=undefined;var nodeCount=nodeIndices.length;var minX=nodes[nodeIndices[0]].x;var minY=nodes[nodeIndices[0]].y;var maxX=nodes[nodeIndices[0]].x;var maxY=nodes[nodeIndices[0]].y;for(var i=1;i<nodeCount;i++){var x=nodes[nodeIndices[i]].x;var y=nodes[nodeIndices[i]].y;if(nodes[nodeIndices[i]].options.mass>0){if(x<minX){minX=x}if(x>maxX){maxX=x}if(y<minY){minY=y}if(y>maxY){maxY=y}}}var sizeDiff=Math.abs(maxX-minX)-Math.abs(maxY-minY);if(sizeDiff>0){minY-=.5*sizeDiff;maxY+=.5*sizeDiff}else{minX+=.5*sizeDiff;maxX-=.5*sizeDiff}var minimumTreeSize=1e-5;var rootSize=Math.max(minimumTreeSize,Math.abs(maxX-minX));var halfRootSize=.5*rootSize;var centerX=.5*(minX+maxX),centerY=.5*(minY+maxY);var barnesHutTree={root:{centerOfMass:{x:0,y:0},mass:0,range:{minX:centerX-halfRootSize,maxX:centerX+halfRootSize,minY:centerY-halfRootSize,maxY:centerY+halfRootSize},size:rootSize,calcSize:1/rootSize,children:{data:null},maxWidth:0,level:0,childrenCount:4}};this._splitBranch(barnesHutTree.root);for(var i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._placeInTree(barnesHutTree.root,node)}}return barnesHutTree}},{key:\"_updateBranchMass\",value:function _updateBranchMass(parentBranch,node){var totalMass=parentBranch.mass+node.options.mass;var totalMassInv=1/totalMass;parentBranch.centerOfMass.x=parentBranch.centerOfMass.x*parentBranch.mass+node.x*node.options.mass;parentBranch.centerOfMass.x*=totalMassInv;parentBranch.centerOfMass.y=parentBranch.centerOfMass.y*parentBranch.mass+node.y*node.options.mass;parentBranch.centerOfMass.y*=totalMassInv;parentBranch.mass=totalMass;var biggestSize=Math.max(Math.max(node.height,node.radius),node.width);parentBranch.maxWidth=parentBranch.maxWidth<biggestSize?biggestSize:parentBranch.maxWidth}},{key:\"_placeInTree\",value:function _placeInTree(parentBranch,node,skipMassUpdate){if(skipMassUpdate!=true||skipMassUpdate===undefined){this._updateBranchMass(parentBranch,node)}if(parentBranch.children.NW.range.maxX>node.x){if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NW\")}else{this._placeInRegion(parentBranch,node,\"SW\")}}else{if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NE\")}else{this._placeInRegion(parentBranch,node,\"SE\")}}}},{key:\"_placeInRegion\",value:function _placeInRegion(parentBranch,node,region){switch(parentBranch.children[region].childrenCount){case 0:parentBranch.children[region].children.data=node;parentBranch.children[region].childrenCount=1;this._updateBranchMass(parentBranch.children[region],node);break;case 1:if(parentBranch.children[region].children.data.x===node.x&&parentBranch.children[region].children.data.y===node.y){node.x+=this.seededRandom();node.y+=this.seededRandom()}else{this._splitBranch(parentBranch.children[region]);this._placeInTree(parentBranch.children[region],node)}break;case 4:this._placeInTree(parentBranch.children[region],node);break}}},{key:\"_splitBranch\",value:function _splitBranch(parentBranch){var containedNode=null;if(parentBranch.childrenCount===1){containedNode=parentBranch.children.data;parentBranch.mass=0;parentBranch.centerOfMass.x=0;parentBranch.centerOfMass.y=0}parentBranch.childrenCount=4;parentBranch.children.data=null;this._insertRegion(parentBranch,\"NW\");this._insertRegion(parentBranch,\"NE\");this._insertRegion(parentBranch,\"SW\");this._insertRegion(parentBranch,\"SE\");if(containedNode!=null){this._placeInTree(parentBranch,containedNode)}}},{key:\"_insertRegion\",value:function _insertRegion(parentBranch,region){var minX=undefined,maxX=undefined,minY=undefined,maxY=undefined;var childSize=.5*parentBranch.size;switch(region){case\"NW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"NE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"SW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break;case\"SE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break}parentBranch.children[region]={centerOfMass:{x:0,y:0},mass:0,range:{minX:minX,maxX:maxX,minY:minY,maxY:maxY},size:.5*parentBranch.size,calcSize:2*parentBranch.calcSize,children:{data:null},maxWidth:0,level:parentBranch.level+1,childrenCount:0}}},{key:\"_debug\",value:function _debug(ctx,color){if(this.barnesHutTree!==undefined){ctx.lineWidth=1;this._drawBranch(this.barnesHutTree.root,ctx,color)}}},{key:\"_drawBranch\",value:function _drawBranch(branch,ctx,color){if(color===undefined){color=\"#FF0000\"}if(branch.childrenCount===4){this._drawBranch(branch.children.NW,ctx);this._drawBranch(branch.children.NE,ctx);this._drawBranch(branch.children.SE,ctx);this._drawBranch(branch.children.SW,ctx)}ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.minY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.minY);ctx.stroke()}}]);return BarnesHutSolver}();exports[\"default\"]=BarnesHutSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var RepulsionSolver=function(){function RepulsionSolver(body,physicsBody,options){_classCallCheck(this,RepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(RepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;var a=-2/3/nodeDistance;var b=4/3;for(var i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(var j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance===0){distance=.1*Math.random();dx=distance}if(distance<2*nodeDistance){if(distance<.5*nodeDistance){repulsingForce=1}else{repulsingForce=a*distance+b}repulsingForce=repulsingForce/distance;fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return RepulsionSolver}();exports[\"default\"]=RepulsionSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var HierarchicalRepulsionSolver=function(){function HierarchicalRepulsionSolver(body,physicsBody,options){_classCallCheck(this,HierarchicalRepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(HierarchicalRepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2,i,j;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;for(i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];if(node1.level===node2.level){dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);var steepness=.05;if(distance<nodeDistance){repulsingForce=-Math.pow(steepness*distance,2)+Math.pow(steepness*nodeDistance,2)}else{repulsingForce=0}if(distance===0){distance=.01}else{repulsingForce=repulsingForce/distance}fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return HierarchicalRepulsionSolver}();exports[\"default\"]=HierarchicalRepulsionSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var SpringSolver=function(){function SpringSolver(body,physicsBody,options){_classCallCheck(this,SpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(SpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength=undefined,edge=undefined;var edgeIndices=this.physicsBody.physicsEdgeIndices;var edges=this.body.edges;var node1=undefined,node2=undefined,node3=undefined;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true&&edge.toId!==edge.fromId){if(this.body.nodes[edge.toId]!==undefined&&this.body.nodes[edge.fromId]!==undefined){if(edge.edgeType.via!==undefined){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;node1=edge.to;node2=edge.edgeType.via;node3=edge.from;this._calculateSpringForce(node1,node2,.5*edgeLength);this._calculateSpringForce(node2,node3,.5*edgeLength)}else{edgeLength=edge.options.length===undefined?this.options.springLength*1.5:edge.options.length;this._calculateSpringForce(edge.from,edge.to,edgeLength)}}}}}},{key:\"_calculateSpringForce\",value:function _calculateSpringForce(node1,node2,edgeLength){var dx=node1.x-node2.x;var dy=node1.y-node2.y;var distance=Math.max(Math.sqrt(dx*dx+dy*dy),.01);var springForce=this.options.springConstant*(edgeLength-distance)/distance;var fx=dx*springForce;var fy=dy*springForce;if(this.physicsBody.forces[node1.id]!==undefined){this.physicsBody.forces[node1.id].x+=fx;this.physicsBody.forces[node1.id].y+=fy}if(this.physicsBody.forces[node2.id]!==undefined){this.physicsBody.forces[node2.id].x-=fx;this.physicsBody.forces[node2.id].y-=fy}}}]);return SpringSolver}();exports[\"default\"]=SpringSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var HierarchicalSpringSolver=function(){function HierarchicalSpringSolver(body,physicsBody,options){_classCallCheck(this,HierarchicalSpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(HierarchicalSpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength,edge;var dx,dy,fx,fy,springForce,distance;var edges=this.body.edges;var factor=.5;var edgeIndices=this.physicsBody.physicsEdgeIndices;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];forces[nodeId].springFx=0;forces[nodeId].springFy=0}for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;dx=edge.from.x-edge.to.x;dy=edge.from.y-edge.to.y;distance=Math.sqrt(dx*dx+dy*dy);distance=distance===0?.01:distance;springForce=this.options.springConstant*(edgeLength-distance)/distance;fx=dx*springForce;fy=dy*springForce;if(edge.to.level!=edge.from.level){if(forces[edge.toId]!==undefined){forces[edge.toId].springFx-=fx;forces[edge.toId].springFy-=fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].springFx+=fx;forces[edge.fromId].springFy+=fy}}else{if(forces[edge.toId]!==undefined){forces[edge.toId].x-=factor*fx;forces[edge.toId].y-=factor*fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].x+=factor*fx;forces[edge.fromId].y+=factor*fy}}}}var springForce=1;var springFx,springFy;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];springFx=Math.min(springForce,Math.max(-springForce,forces[nodeId].springFx));springFy=Math.min(springForce,Math.max(-springForce,forces[nodeId].springFy));forces[nodeId].x+=springFx;forces[nodeId].y+=springFy}var totalFx=0;var totalFy=0;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];totalFx+=forces[nodeId].x;totalFy+=forces[nodeId].y}var correctionFx=totalFx/nodeIndices.length;var correctionFy=totalFy/nodeIndices.length;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];forces[nodeId].x-=correctionFx;forces[nodeId].y-=correctionFy}}}]);return HierarchicalSpringSolver}();exports[\"default\"]=HierarchicalSpringSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var CentralGravitySolver=function(){function CentralGravitySolver(body,physicsBody,options){_classCallCheck(this,CentralGravitySolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(CentralGravitySolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx=undefined,dy=undefined,distance=undefined,node=undefined;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];node=nodes[nodeId];dx=-node.x;dy=-node.y;distance=Math.sqrt(dx*dx+dy*dy);this._calculateForces(distance,dx,dy,forces,node)}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){var gravityForce=distance===0?0:this.options.centralGravity/distance;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}]);return CentralGravitySolver}();exports[\"default\"]=CentralGravitySolver;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _BarnesHutSolver2=__webpack_require__(91);var _BarnesHutSolver3=_interopRequireDefault(_BarnesHutSolver2);var ForceAtlas2BasedRepulsionSolver=function(_BarnesHutSolver){_inherits(ForceAtlas2BasedRepulsionSolver,_BarnesHutSolver);function ForceAtlas2BasedRepulsionSolver(body,physicsBody,options){_classCallCheck(this,ForceAtlas2BasedRepulsionSolver);_get(Object.getPrototypeOf(ForceAtlas2BasedRepulsionSolver.prototype),\"constructor\",this).call(this,body,physicsBody,options)}_createClass(ForceAtlas2BasedRepulsionSolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1*Math.random();dx=distance}if(this.overlapAvoidanceFactor<1){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var degree=node.edges.length+1;var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass*degree/Math.pow(distance,2);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}}]);return ForceAtlas2BasedRepulsionSolver}(_BarnesHutSolver3[\"default\"]);exports[\"default\"]=ForceAtlas2BasedRepulsionSolver;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _CentralGravitySolver2=__webpack_require__(96);var _CentralGravitySolver3=_interopRequireDefault(_CentralGravitySolver2);var ForceAtlas2BasedCentralGravitySolver=function(_CentralGravitySolver){_inherits(ForceAtlas2BasedCentralGravitySolver,_CentralGravitySolver);function ForceAtlas2BasedCentralGravitySolver(body,physicsBody,options){_classCallCheck(this,ForceAtlas2BasedCentralGravitySolver);_get(Object.getPrototypeOf(ForceAtlas2BasedCentralGravitySolver.prototype),\"constructor\",this).call(this,body,physicsBody,options)}_createClass(ForceAtlas2BasedCentralGravitySolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){if(distance>0){var degree=node.edges.length+1;var gravityForce=this.options.centralGravity*degree*node.options.mass;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}}]);return ForceAtlas2BasedCentralGravitySolver}(_CentralGravitySolver3[\"default\"]);exports[\"default\"]=ForceAtlas2BasedCentralGravitySolver;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsNodesCluster=__webpack_require__(100);var _componentsNodesCluster2=_interopRequireDefault(_componentsNodesCluster);var util=__webpack_require__(1);var ClusterEngine=function(){function ClusterEngine(body){var _this=this;_classCallCheck(this,ClusterEngine);this.body=body;this.clusteredNodes={};this.options={};this.defaultOptions={};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_resetData\",function(){_this.clusteredNodes={}})}_createClass(ClusterEngine,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){}}},{key:\"clusterByHubsize\",value:function clusterByHubsize(hubsize,options){if(hubsize===undefined){hubsize=this._getHubSize()}else if(typeof hubsize===\"object\"){options=this._checkOptions(hubsize);hubsize=this._getHubSize()}var nodesToCluster=[];for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.edges.length>=hubsize){nodesToCluster.push(node.id)}}for(var i=0;i<nodesToCluster.length;i++){this.clusterByConnection(nodesToCluster[i],options,true)}this.body.emitter.emit(\"_dataChanged\")}},{key:\"cluster\",value:function cluster(){var options=arguments.length<=0||arguments[0]===undefined?{}:arguments[0];var refreshData=arguments.length<=1||arguments[1]===undefined?true:arguments[1];\n\nif(options.joinCondition===undefined){throw new Error(\"Cannot call clusterByNodeData without a joinCondition function in the options.\")}options=this._checkOptions(options);var childNodesObj={};var childEdgesObj={};for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];var node=this.body.nodes[nodeId];var clonedOptions=this._cloneOptions(node);if(options.joinCondition(clonedOptions)===true){childNodesObj[nodeId]=this.body.nodes[nodeId];for(var _i=0;_i<node.edges.length;_i++){var edge=node.edges[_i];if(edge.hiddenByCluster!==true){childEdgesObj[edge.id]=edge}}}}this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"clusterByEdgeCount\",value:function clusterByEdgeCount(edgeCount,options){var refreshData=arguments.length<=2||arguments[2]===undefined?true:arguments[2];options=this._checkOptions(options);var clusters=[];var usedNodes={};var edge=undefined,edges=undefined,node=undefined,nodeId=undefined,relevantEdgeCount=undefined;for(var i=0;i<this.body.nodeIndices.length;i++){var childNodesObj={};var childEdgesObj={};nodeId=this.body.nodeIndices[i];if(usedNodes[nodeId]===undefined){relevantEdgeCount=0;node=this.body.nodes[nodeId];edges=[];for(var j=0;j<node.edges.length;j++){edge=node.edges[j];if(edge.hiddenByCluster!==true){if(edge.toId!==edge.fromId){relevantEdgeCount++}edges.push(edge)}}if(relevantEdgeCount===edgeCount){var gatheringSuccessful=true;for(var j=0;j<edges.length;j++){edge=edges[j];var childNodeId=this._getConnectedId(edge,nodeId);if(options.joinCondition===undefined){childEdgesObj[edge.id]=edge;childNodesObj[nodeId]=this.body.nodes[nodeId];childNodesObj[childNodeId]=this.body.nodes[childNodeId];usedNodes[nodeId]=true}else{var clonedOptions=this._cloneOptions(this.body.nodes[nodeId]);if(options.joinCondition(clonedOptions)===true){childEdgesObj[edge.id]=edge;childNodesObj[nodeId]=this.body.nodes[nodeId];usedNodes[nodeId]=true}else{gatheringSuccessful=false;break}}}if(Object.keys(childNodesObj).length>0&&Object.keys(childEdgesObj).length>0&&gatheringSuccessful===true){clusters.push({nodes:childNodesObj,edges:childEdgesObj})}}}}for(var i=0;i<clusters.length;i++){this._cluster(clusters[i].nodes,clusters[i].edges,options,false)}if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"clusterOutliers\",value:function clusterOutliers(options){var refreshData=arguments.length<=1||arguments[1]===undefined?true:arguments[1];this.clusterByEdgeCount(1,options,refreshData)}},{key:\"clusterBridges\",value:function clusterBridges(options){var refreshData=arguments.length<=1||arguments[1]===undefined?true:arguments[1];this.clusterByEdgeCount(2,options,refreshData)}},{key:\"clusterByConnection\",value:function clusterByConnection(nodeId,options){var refreshData=arguments.length<=2||arguments[2]===undefined?true:arguments[2];if(nodeId===undefined){throw new Error(\"No nodeId supplied to clusterByConnection!\")}if(this.body.nodes[nodeId]===undefined){throw new Error(\"The nodeId given to clusterByConnection does not exist!\")}var node=this.body.nodes[nodeId];options=this._checkOptions(options,node);if(options.clusterNodeProperties.x===undefined){options.clusterNodeProperties.x=node.x}if(options.clusterNodeProperties.y===undefined){options.clusterNodeProperties.y=node.y}if(options.clusterNodeProperties.fixed===undefined){options.clusterNodeProperties.fixed={};options.clusterNodeProperties.fixed.x=node.options.fixed.x;options.clusterNodeProperties.fixed.y=node.options.fixed.y}var childNodesObj={};var childEdgesObj={};var parentNodeId=node.id;var parentClonedOptions=this._cloneOptions(node);childNodesObj[parentNodeId]=node;for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];if(edge.hiddenByCluster!==true){var childNodeId=this._getConnectedId(edge,parentNodeId);if(this.clusteredNodes[childNodeId]===undefined){if(childNodeId!==parentNodeId){if(options.joinCondition===undefined){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}else{var childClonedOptions=this._cloneOptions(this.body.nodes[childNodeId]);if(options.joinCondition(parentClonedOptions,childClonedOptions)===true){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}}}else{childEdgesObj[edge.id]=edge}}}}this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"_cloneOptions\",value:function _cloneOptions(item,type){var clonedOptions={};if(type===undefined||type===\"node\"){util.deepExtend(clonedOptions,item.options,true);clonedOptions.x=item.x;clonedOptions.y=item.y;clonedOptions.amountOfConnections=item.edges.length}else{util.deepExtend(clonedOptions,item.options,true)}return clonedOptions}},{key:\"_createClusterEdges\",value:function _createClusterEdges(childNodesObj,childEdgesObj,clusterNodeProperties,clusterEdgeProperties){var edge=undefined,childNodeId=undefined,childNode=undefined,toId=undefined,fromId=undefined,otherNodeId=undefined;var childKeys=Object.keys(childNodesObj);var createEdges=[];for(var i=0;i<childKeys.length;i++){childNodeId=childKeys[i];childNode=childNodesObj[childNodeId];for(var j=0;j<childNode.edges.length;j++){edge=childNode.edges[j];if(edge.hiddenByCluster!==true){if(edge.toId==edge.fromId){childEdgesObj[edge.id]=edge}else{if(edge.toId==childNodeId){toId=clusterNodeProperties.id;fromId=edge.fromId;otherNodeId=fromId}else{toId=edge.toId;fromId=clusterNodeProperties.id;otherNodeId=toId}}if(childNodesObj[otherNodeId]===undefined){createEdges.push({edge:edge,fromId:fromId,toId:toId})}}}}for(var j=0;j<createEdges.length;j++){var _edge=createEdges[j].edge;var clonedOptions=this._cloneOptions(_edge,\"edge\");util.deepExtend(clonedOptions,clusterEdgeProperties);clonedOptions.from=createEdges[j].fromId;clonedOptions.to=createEdges[j].toId;clonedOptions.id=\"clusterEdge:\"+util.randomUUID();var newEdge=this.body.functions.createEdge(clonedOptions);newEdge.clusteringEdgeReplacingId=_edge.id;this.body.edges[newEdge.id]=newEdge;newEdge.connect();_edge.setOptions({physics:false,hidden:true});_edge.hiddenByCluster=true}}},{key:\"_checkOptions\",value:function _checkOptions(){var options=arguments.length<=0||arguments[0]===undefined?{}:arguments[0];if(options.clusterEdgeProperties===undefined){options.clusterEdgeProperties={}}if(options.clusterNodeProperties===undefined){options.clusterNodeProperties={}}return options}},{key:\"_cluster\",value:function _cluster(childNodesObj,childEdgesObj,options){var refreshData=arguments.length<=3||arguments[3]===undefined?true:arguments[3];if(Object.keys(childNodesObj).length<2){return}for(var nodeId in childNodesObj){if(childNodesObj.hasOwnProperty(nodeId)){if(this.clusteredNodes[nodeId]!==undefined){return}}}var clusterNodeProperties=util.deepExtend({},options.clusterNodeProperties);if(options.processProperties!==undefined){var childNodesOptions=[];for(var nodeId in childNodesObj){if(childNodesObj.hasOwnProperty(nodeId)){var clonedOptions=this._cloneOptions(childNodesObj[nodeId]);childNodesOptions.push(clonedOptions)}}var childEdgesOptions=[];for(var edgeId in childEdgesObj){if(childEdgesObj.hasOwnProperty(edgeId)){if(edgeId.substr(0,12)!==\"clusterEdge:\"){var clonedOptions=this._cloneOptions(childEdgesObj[edgeId],\"edge\");childEdgesOptions.push(clonedOptions)}}}clusterNodeProperties=options.processProperties(clusterNodeProperties,childNodesOptions,childEdgesOptions);if(!clusterNodeProperties){throw new Error(\"The processProperties function does not return properties!\")}}if(clusterNodeProperties.id===undefined){clusterNodeProperties.id=\"cluster:\"+util.randomUUID()}var clusterId=clusterNodeProperties.id;if(clusterNodeProperties.label===undefined){clusterNodeProperties.label=\"cluster\"}var pos=undefined;if(clusterNodeProperties.x===undefined){pos=this._getClusterPosition(childNodesObj);clusterNodeProperties.x=pos.x}if(clusterNodeProperties.y===undefined){if(pos===undefined){pos=this._getClusterPosition(childNodesObj)}clusterNodeProperties.y=pos.y}clusterNodeProperties.id=clusterId;var clusterNode=this.body.functions.createNode(clusterNodeProperties,_componentsNodesCluster2[\"default\"]);clusterNode.isCluster=true;clusterNode.containedNodes=childNodesObj;clusterNode.containedEdges=childEdgesObj;clusterNode.clusterEdgeProperties=options.clusterEdgeProperties;this.body.nodes[clusterNodeProperties.id]=clusterNode;this._createClusterEdges(childNodesObj,childEdgesObj,clusterNodeProperties,options.clusterEdgeProperties);for(var edgeId in childEdgesObj){if(childEdgesObj.hasOwnProperty(edgeId)){if(this.body.edges[edgeId]!==undefined){var edge=this.body.edges[edgeId];edge.setOptions({physics:false,hidden:true});edge.hiddenByCluster=true}}}for(var nodeId in childNodesObj){if(childNodesObj.hasOwnProperty(nodeId)){this.clusteredNodes[nodeId]={clusterId:clusterNodeProperties.id,node:this.body.nodes[nodeId]};this.body.nodes[nodeId].setOptions({hidden:true,physics:false})}}clusterNodeProperties.id=undefined;if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"isCluster\",value:function isCluster(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].isCluster===true}else{console.log(\"Node does not exist.\");return false}}},{key:\"_getClusterPosition\",value:function _getClusterPosition(childNodesObj){var childKeys=Object.keys(childNodesObj);var minX=childNodesObj[childKeys[0]].x;var maxX=childNodesObj[childKeys[0]].x;var minY=childNodesObj[childKeys[0]].y;var maxY=childNodesObj[childKeys[0]].y;var node=undefined;for(var i=1;i<childKeys.length;i++){node=childNodesObj[childKeys[i]];minX=node.x<minX?node.x:minX;maxX=node.x>maxX?node.x:maxX;minY=node.y<minY?node.y:minY;maxY=node.y>maxY?node.y:maxY}return{x:.5*(minX+maxX),y:.5*(minY+maxY)}}},{key:\"openCluster\",value:function openCluster(clusterNodeId,options){var refreshData=arguments.length<=2||arguments[2]===undefined?true:arguments[2];if(clusterNodeId===undefined){throw new Error(\"No clusterNodeId supplied to openCluster.\")}if(this.body.nodes[clusterNodeId]===undefined){throw new Error(\"The clusterNodeId supplied to openCluster does not exist.\")}if(this.body.nodes[clusterNodeId].containedNodes===undefined){console.log(\"The node:\"+clusterNodeId+\" is not a cluster.\");return}var clusterNode=this.body.nodes[clusterNodeId];var containedNodes=clusterNode.containedNodes;var containedEdges=clusterNode.containedEdges;if(options!==undefined&&options.releaseFunction!==undefined&&typeof options.releaseFunction===\"function\"){var positions={};var clusterPosition={x:clusterNode.x,y:clusterNode.y};for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];positions[nodeId]={x:containedNode.x,y:containedNode.y}}}var newPositions=options.releaseFunction(clusterPosition,positions);for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];if(newPositions[nodeId]!==undefined){containedNode.x=newPositions[nodeId].x===undefined?clusterNode.x:newPositions[nodeId].x;containedNode.y=newPositions[nodeId].y===undefined?clusterNode.y:newPositions[nodeId].y}}}}else{for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];containedNode=containedNodes[nodeId];containedNode.x=clusterNode.x;containedNode.y=clusterNode.y}}}for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];containedNode.vx=clusterNode.vx;containedNode.vy=clusterNode.vy;containedNode.setOptions({hidden:false,physics:true});delete this.clusteredNodes[nodeId]}}var edgesToBeDeleted=[];for(var i=0;i<clusterNode.edges.length;i++){edgesToBeDeleted.push(clusterNode.edges[i])}for(var i=0;i<edgesToBeDeleted.length;i++){var edge=edgesToBeDeleted[i];var otherNodeId=this._getConnectedId(edge,clusterNodeId);if(this.clusteredNodes[otherNodeId]!==undefined){var otherCluster=this.body.nodes[this.clusteredNodes[otherNodeId].clusterId];var transferEdge=this.body.edges[edge.clusteringEdgeReplacingId];if(transferEdge!==undefined){otherCluster.containedEdges[transferEdge.id]=transferEdge;delete containedEdges[transferEdge.id];var fromId=transferEdge.fromId;var toId=transferEdge.toId;if(transferEdge.toId==otherNodeId){toId=this.clusteredNodes[otherNodeId].clusterId}else{fromId=this.clusteredNodes[otherNodeId].clusterId}var clonedOptions=this._cloneOptions(transferEdge,\"edge\");util.deepExtend(clonedOptions,otherCluster.clusterEdgeProperties);var id=\"clusterEdge:\"+util.randomUUID();util.deepExtend(clonedOptions,{from:fromId,to:toId,hidden:false,physics:true,id:id});var newEdge=this.body.functions.createEdge(clonedOptions);newEdge.clusteringEdgeReplacingId=transferEdge.id;this.body.edges[id]=newEdge;this.body.edges[id].connect()}}else{var replacedEdge=this.body.edges[edge.clusteringEdgeReplacingId];if(replacedEdge!==undefined){replacedEdge.setOptions({physics:true,hidden:false});replacedEdge.hiddenByCluster=false}}edge.cleanup();edge.disconnect();delete this.body.edges[edge.id]}for(var edgeId in containedEdges){if(containedEdges.hasOwnProperty(edgeId)){var edge=containedEdges[edgeId];edge.setOptions({physics:true,hidden:false});edge.hiddenByCluster=undefined;delete edge.hiddenByCluster}}delete this.body.nodes[clusterNodeId];if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"getNodesInCluster\",value:function getNodesInCluster(clusterId){var nodesArray=[];if(this.isCluster(clusterId)===true){var containedNodes=this.body.nodes[clusterId].containedNodes;for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){nodesArray.push(nodeId)}}}return nodesArray}},{key:\"findNode\",value:function findNode(nodeId){var stack=[];var max=100;var counter=0;while(this.clusteredNodes[nodeId]!==undefined&&counter<max){stack.push(this.clusteredNodes[nodeId].node);nodeId=this.clusteredNodes[nodeId].clusterId;counter++}stack.push(this.body.nodes[nodeId]);return stack}},{key:\"_getConnectedId\",value:function _getConnectedId(edge,nodeId){if(edge.toId!=nodeId){return edge.toId}else if(edge.fromId!=nodeId){return edge.fromId}else{return edge.fromId}}},{key:\"_getHubSize\",value:function _getHubSize(){var average=0;var averageSquared=0;var hubCounter=0;var largestHub=0;for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.edges.length>largestHub){largestHub=node.edges.length}average+=node.edges.length;averageSquared+=Math.pow(node.edges.length,2);hubCounter+=1}average=average/hubCounter;averageSquared=averageSquared/hubCounter;var variance=averageSquared-Math.pow(average,2);var standardDeviation=Math.sqrt(variance);var hubThreshold=Math.floor(average+2*standardDeviation);if(hubThreshold>largestHub){hubThreshold=largestHub}return hubThreshold}}]);return ClusterEngine}();exports[\"default\"]=ClusterEngine;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _Node2=__webpack_require__(62);var _Node3=_interopRequireDefault(_Node2);var Cluster=function(_Node){_inherits(Cluster,_Node);function Cluster(options,body,imagelist,grouplist,globalOptions){_classCallCheck(this,Cluster);_get(Object.getPrototypeOf(Cluster.prototype),\"constructor\",this).call(this,options,body,imagelist,grouplist,globalOptions);this.isCluster=true;this.containedNodes={};this.containedEdges={}}return Cluster}(_Node3[\"default\"]);exports[\"default\"]=Cluster;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}if(typeof window!==\"undefined\"){window.requestAnimationFrame=window.requestAnimationFrame||window.mozRequestAnimationFrame||window.webkitRequestAnimationFrame||window.msRequestAnimationFrame}var util=__webpack_require__(1);var CanvasRenderer=function(){function CanvasRenderer(body,canvas){_classCallCheck(this,CanvasRenderer);this.body=body;this.canvas=canvas;this.redrawRequested=false;this.renderTimer=undefined;this.requiresTimeout=true;this.renderingActive=false;this.renderRequests=0;this.pixelRatio=undefined;this.allowRedraw=true;this.dragging=false;this.options={};this.defaultOptions={hideEdgesOnDrag:false,hideNodesOnDrag:false};util.extend(this.options,this.defaultOptions);this._determineBrowserMethod();this.bindEventListeners()}_createClass(CanvasRenderer,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"dragStart\",function(){_this.dragging=true});this.body.emitter.on(\"dragEnd\",function(){return _this.dragging=false});this.body.emitter.on(\"_resizeNodes\",function(){return _this._resizeNodes()});this.body.emitter.on(\"_redraw\",function(){if(_this.renderingActive===false){_this._redraw()}});this.body.emitter.on(\"_blockRedraw\",function(){_this.allowRedraw=false});this.body.emitter.on(\"_allowRedraw\",function(){_this.allowRedraw=true;_this.redrawRequested=false});this.body.emitter.on(\"_requestRedraw\",this._requestRedraw.bind(this));this.body.emitter.on(\"_startRendering\",function(){_this.renderRequests+=1;_this.renderingActive=true;_this._startRendering()});this.body.emitter.on(\"_stopRendering\",function(){_this.renderRequests-=1;_this.renderingActive=_this.renderRequests>0;_this.renderTimer=undefined});this.body.emitter.on(\"destroy\",function(){_this.renderRequests=0;_this.allowRedraw=false;_this.renderingActive=false;if(_this.requiresTimeout===true){clearTimeout(_this.renderTimer)}else{cancelAnimationFrame(_this.renderTimer)}_this.body.emitter.off()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"_startRendering\",value:function _startRendering(){if(this.renderingActive===true){if(this.renderTimer===undefined){if(this.requiresTimeout===true){this.renderTimer=window.setTimeout(this._renderStep.bind(this),this.simulationInterval)}else{this.renderTimer=window.requestAnimationFrame(this._renderStep.bind(this))}}}}},{key:\"_renderStep\",value:function _renderStep(){if(this.renderingActive===true){this.renderTimer=undefined;if(this.requiresTimeout===true){this._startRendering()}this._redraw();if(this.requiresTimeout===false){this._startRendering()}}}},{key:\"redraw\",value:function redraw(){this.body.emitter.emit(\"setSize\");this._redraw()}},{key:\"_requestRedraw\",value:function _requestRedraw(){var _this2=this;if(this.redrawRequested!==true&&this.renderingActive===false&&this.allowRedraw===true){this.redrawRequested=true;if(this.requiresTimeout===true){window.setTimeout(function(){_this2._redraw(false)},0)}else{window.requestAnimationFrame(function(){_this2._redraw(false)})}}}},{key:\"_redraw\",value:function _redraw(){var hidden=arguments.length<=0||arguments[0]===undefined?false:arguments[0];if(this.allowRedraw===true){this.body.emitter.emit(\"initRedraw\");this.redrawRequested=false;var ctx=this.canvas.frame.canvas.getContext(\"2d\");if(this.canvas.frame.canvas.width===0||this.canvas.frame.canvas.height===0){this.canvas.setSize()}this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.canvas.frame.canvas.clientWidth;var h=this.canvas.frame.canvas.clientHeight;ctx.clearRect(0,0,w,h);if(this.canvas.frame.clientWidth===0){return}ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);ctx.beginPath();this.body.emitter.emit(\"beforeDrawing\",ctx);ctx.closePath();if(hidden===false){if(this.dragging===false||this.dragging===true&&this.options.hideEdgesOnDrag===false){this._drawEdges(ctx)}}if(this.dragging===false||this.dragging===true&&this.options.hideNodesOnDrag===false){this._drawNodes(ctx,hidden)}if(this.controlNodesActive===true){this._drawControlNodes(ctx)}ctx.beginPath();this.body.emitter.emit(\"afterDrawing\",ctx);ctx.closePath();ctx.restore();if(hidden===true){ctx.clearRect(0,0,w,h)}}}},{key:\"_resizeNodes\",value:function _resizeNodes(){var ctx=this.canvas.frame.canvas.getContext(\"2d\");if(this.pixelRatio===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);var nodes=this.body.nodes;var node=undefined;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){node=nodes[nodeId];node.resize(ctx);node.updateBoundingBox(ctx,node.selected)}}ctx.restore()}},{key:\"_drawNodes\",value:function _drawNodes(ctx){var alwaysShow=arguments.length<=1||arguments[1]===undefined?false:arguments[1];var nodes=this.body.nodes;var nodeIndices=this.body.nodeIndices;var node=undefined;var selected=[];var margin=20;var topLeft=this.canvas.DOMtoCanvas({x:-margin,y:-margin});var bottomRight=this.canvas.DOMtoCanvas({x:this.canvas.frame.canvas.clientWidth+margin,y:this.canvas.frame.canvas.clientHeight+margin});var viewableArea={top:topLeft.y,left:topLeft.x,bottom:bottomRight.y,right:bottomRight.x};for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isSelected()){selected.push(nodeIndices[i])}else{if(alwaysShow===true){node.draw(ctx)}else if(node.isBoundingBoxOverlappingWith(viewableArea)===true){node.draw(ctx)}else{node.updateBoundingBox(ctx,node.selected)}}}for(var i=0;i<selected.length;i++){node=nodes[selected[i]];node.draw(ctx)}}},{key:\"_drawEdges\",value:function _drawEdges(ctx){var edges=this.body.edges;var edgeIndices=this.body.edgeIndices;var edge=undefined;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true){edge.draw(ctx)}}}},{key:\"_drawControlNodes\",value:function _drawControlNodes(ctx){var edges=this.body.edges;var edgeIndices=this.body.edgeIndices;var edge=undefined;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];edge._drawControlNodes(ctx)}}},{key:\"_determineBrowserMethod\",value:function _determineBrowserMethod(){if(typeof window!==\"undefined\"){var browserType=navigator.userAgent.toLowerCase();this.requiresTimeout=false;if(browserType.indexOf(\"msie 9.0\")!=-1){this.requiresTimeout=true}else if(browserType.indexOf(\"safari\")!=-1){if(browserType.indexOf(\"chrome\")<=-1){this.requiresTimeout=true}}}else{this.requiresTimeout=true}}}]);return CanvasRenderer}();exports[\"default\"]=CanvasRenderer;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Hammer=__webpack_require__(20);var hammerUtil=__webpack_require__(25);var util=__webpack_require__(1);var Canvas=function(){function Canvas(body){_classCallCheck(this,Canvas);this.body=body;this.pixelRatio=1;this.resizeTimer=undefined;this.resizeFunction=this._onResize.bind(this);this.cameraState={};this.options={};this.defaultOptions={autoResize:true,height:\"100%\",width:\"100%\"};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(Canvas,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.once(\"resize\",function(obj){if(obj.width!==0){_this.body.view.translation.x=obj.width*.5}if(obj.height!==0){_this.body.view.translation.y=obj.height*.5}});this.body.emitter.on(\"setSize\",this.setSize.bind(this));this.body.emitter.on(\"destroy\",function(){_this.hammerFrame.destroy();_this.hammer.destroy();_this._cleanUp()})}},{key:\"setOptions\",value:function setOptions(options){var _this2=this;if(options!==undefined){var fields=[\"width\",\"height\",\"autoResize\"];util.selectiveDeepExtend(fields,this.options,options)}if(this.options.autoResize===true){this._cleanUp();this.resizeTimer=setInterval(function(){var changed=_this2.setSize();if(changed===true){_this2.body.emitter.emit(\"_requestRedraw\")}},1e3);this.resizeFunction=this._onResize.bind(this);util.addEventListener(window,\"resize\",this.resizeFunction)}}},{key:\"_cleanUp\",value:function _cleanUp(){if(this.resizeTimer!==undefined){clearInterval(this.resizeTimer)}util.removeEventListener(window,\"resize\",this.resizeFunction);this.resizeFunction=undefined}},{key:\"_onResize\",value:function _onResize(){this.setSize();this.body.emitter.emit(\"_redraw\")}},{key:\"_getCameraState\",value:function _getCameraState(){var pixelRatio=arguments.length<=0||arguments[0]===undefined?this.pixelRatio:arguments[0];this.cameraState.previousWidth=this.frame.canvas.width/pixelRatio;this.cameraState.previousHeight=this.frame.canvas.height/pixelRatio;this.cameraState.scale=this.body.view.scale;this.cameraState.position=this.DOMtoCanvas({x:.5*this.frame.canvas.width/pixelRatio,y:.5*this.frame.canvas.height/pixelRatio})}},{key:\"_setCameraState\",value:function _setCameraState(){if(this.cameraState.scale!==undefined&&this.frame.canvas.clientWidth!==0&&this.frame.canvas.clientHeight!==0&&this.pixelRatio!==0&&this.cameraState.previousWidth>0){this.body.view.scale=this.cameraState.scale*Math.min(this.frame.canvas.width/this.pixelRatio/this.cameraState.previousWidth,this.frame.canvas.height/this.pixelRatio/this.cameraState.previousHeight);var currentViewCenter=this.DOMtoCanvas({x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight});var distanceFromCenter={x:currentViewCenter.x-this.cameraState.position.x,y:currentViewCenter.y-this.cameraState.position.y};this.body.view.translation.x+=distanceFromCenter.x*this.body.view.scale;this.body.view.translation.y+=distanceFromCenter.y*this.body.view.scale}}},{key:\"_prepareValue\",value:function _prepareValue(value){if(typeof value===\"number\"){return value+\"px\"}else if(typeof value===\"string\"){if(value.indexOf(\"%\")!==-1||value.indexOf(\"px\")!==-1){return value}else if(value.indexOf(\"%\")===-1){return value+\"px\"}}throw new Error(\"Could not use the value supplied for width or height:\"+value)}},{key:\"_create\",value:function _create(){while(this.body.container.hasChildNodes()){this.body.container.removeChild(this.body.container.firstChild)}this.frame=document.createElement(\"div\");this.frame.className=\"vis-network\";this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.tabIndex=900;this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);if(!this.frame.canvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}else{var ctx=this.frame.canvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.frame.canvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this.body.container.appendChild(this.frame);this.body.view.scale=1;this.body.view.translation={x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight};this._bindHammer()}},{key:\"_bindHammer\",value:function _bindHammer(){var _this3=this;if(this.hammer!==undefined){this.hammer.destroy()}this.drag={};this.pinch={};this.hammer=new Hammer(this.frame.canvas);this.hammer.get(\"pinch\").set({enable:true});this.hammer.get(\"pan\").set({threshold:5,direction:30});hammerUtil.onTouch(this.hammer,function(event){_this3.body.eventListeners.onTouch(event)});this.hammer.on(\"tap\",function(event){_this3.body.eventListeners.onTap(event)});this.hammer.on(\"doubletap\",function(event){_this3.body.eventListeners.onDoubleTap(event)});this.hammer.on(\"press\",function(event){_this3.body.eventListeners.onHold(event)});this.hammer.on(\"panstart\",function(event){_this3.body.eventListeners.onDragStart(event)});this.hammer.on(\"panmove\",function(event){_this3.body.eventListeners.onDrag(event)});this.hammer.on(\"panend\",function(event){_this3.body.eventListeners.onDragEnd(event)});this.hammer.on(\"pinch\",function(event){_this3.body.eventListeners.onPinch(event)});this.frame.canvas.addEventListener(\"mousewheel\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"DOMMouseScroll\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"mousemove\",function(event){_this3.body.eventListeners.onMouseMove(event)});this.frame.canvas.addEventListener(\"contextmenu\",function(event){_this3.body.eventListeners.onContext(event)});this.hammerFrame=new Hammer(this.frame);hammerUtil.onRelease(this.hammerFrame,function(event){_this3.body.eventListeners.onRelease(event)})}},{key:\"setSize\",value:function setSize(){var width=arguments.length<=0||arguments[0]===undefined?this.options.width:arguments[0];var height=arguments.length<=1||arguments[1]===undefined?this.options.height:arguments[1];width=this._prepareValue(width);height=this._prepareValue(height);var emitEvent=false;var oldWidth=this.frame.canvas.width;var oldHeight=this.frame.canvas.height;var ctx=this.frame.canvas.getContext(\"2d\");var previousRation=this.pixelRatio;this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);\n\nif(width!=this.options.width||height!=this.options.height||this.frame.style.width!=width||this.frame.style.height!=height){this._getCameraState(previousRation);this.frame.style.width=width;this.frame.style.height=height;this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);this.frame.canvas.height=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);this.options.width=width;this.options.height=height;emitEvent=true}else{if(this.frame.canvas.width!=Math.round(this.frame.canvas.clientWidth*this.pixelRatio)||this.frame.canvas.height!=Math.round(this.frame.canvas.clientHeight*this.pixelRatio)){this._getCameraState(previousRation)}if(this.frame.canvas.width!=Math.round(this.frame.canvas.clientWidth*this.pixelRatio)){this.frame.canvas.width=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);emitEvent=true}if(this.frame.canvas.height!=Math.round(this.frame.canvas.clientHeight*this.pixelRatio)){this.frame.canvas.height=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);emitEvent=true}}if(emitEvent===true){this.body.emitter.emit(\"resize\",{width:Math.round(this.frame.canvas.width/this.pixelRatio),height:Math.round(this.frame.canvas.height/this.pixelRatio),oldWidth:Math.round(oldWidth/this.pixelRatio),oldHeight:Math.round(oldHeight/this.pixelRatio)});this._setCameraState()}return emitEvent}},{key:\"_XconvertDOMtoCanvas\",value:function _XconvertDOMtoCanvas(x){return(x-this.body.view.translation.x)/this.body.view.scale}},{key:\"_XconvertCanvasToDOM\",value:function _XconvertCanvasToDOM(x){return x*this.body.view.scale+this.body.view.translation.x}},{key:\"_YconvertDOMtoCanvas\",value:function _YconvertDOMtoCanvas(y){return(y-this.body.view.translation.y)/this.body.view.scale}},{key:\"_YconvertCanvasToDOM\",value:function _YconvertCanvasToDOM(y){return y*this.body.view.scale+this.body.view.translation.y}},{key:\"canvasToDOM\",value:function canvasToDOM(pos){return{x:this._XconvertCanvasToDOM(pos.x),y:this._YconvertCanvasToDOM(pos.y)}}},{key:\"DOMtoCanvas\",value:function DOMtoCanvas(pos){return{x:this._XconvertDOMtoCanvas(pos.x),y:this._YconvertDOMtoCanvas(pos.y)}}}]);return Canvas}();exports[\"default\"]=Canvas;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _NetworkUtil=__webpack_require__(104);var _NetworkUtil2=_interopRequireDefault(_NetworkUtil);var util=__webpack_require__(1);var View=function(){function View(body,canvas){var _this=this;_classCallCheck(this,View);this.body=body;this.canvas=canvas;this.animationSpeed=1/this.renderRefreshRate;this.animationEasingFunction=\"easeInOutQuint\";this.easingTime=0;this.sourceScale=0;this.targetScale=0;this.sourceTranslation=0;this.targetTranslation=0;this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined;this.touchTime=0;this.viewFunction=undefined;this.body.emitter.on(\"fit\",this.fit.bind(this));this.body.emitter.on(\"animationFinished\",function(){_this.body.emitter.emit(\"_stopRendering\")});this.body.emitter.on(\"unlockNode\",this.releaseNode.bind(this))}_createClass(View,[{key:\"setOptions\",value:function setOptions(){var options=arguments.length<=0||arguments[0]===undefined?{}:arguments[0];this.options=options}},{key:\"fit\",value:function fit(){var options=arguments.length<=0||arguments[0]===undefined?{nodes:[]}:arguments[0];var initialZoom=arguments.length<=1||arguments[1]===undefined?false:arguments[1];var range=undefined;var zoomLevel=undefined;if(options.nodes===undefined||options.nodes.length===0){options.nodes=this.body.nodeIndices}if(initialZoom===true){var positionDefined=0;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(node.predefinedPosition===true){positionDefined+=1}}}if(positionDefined>.5*this.body.nodeIndices.length){this.fit(options,false);return}range=_NetworkUtil2[\"default\"]._getRange(this.body.nodes,options.nodes);var numberOfNodes=this.body.nodeIndices.length;zoomLevel=12.662/(numberOfNodes+7.4147)+.0964822;var factor=Math.min(this.canvas.frame.canvas.clientWidth/600,this.canvas.frame.canvas.clientHeight/600);zoomLevel*=factor}else{this.body.emitter.emit(\"_resizeNodes\");range=_NetworkUtil2[\"default\"]._getRange(this.body.nodes,options.nodes);var xDistance=Math.abs(range.maxX-range.minX)*1.1;var yDistance=Math.abs(range.maxY-range.minY)*1.1;var xZoomLevel=this.canvas.frame.canvas.clientWidth/xDistance;var yZoomLevel=this.canvas.frame.canvas.clientHeight/yDistance;zoomLevel=xZoomLevel<=yZoomLevel?xZoomLevel:yZoomLevel}if(zoomLevel>1){zoomLevel=1}else if(zoomLevel===0){zoomLevel=1}var center=_NetworkUtil2[\"default\"]._findCenter(range);var animationOptions={position:center,scale:zoomLevel,animation:options.animation};this.moveTo(animationOptions)}},{key:\"focus\",value:function focus(nodeId){var options=arguments.length<=1||arguments[1]===undefined?{}:arguments[1];if(this.body.nodes[nodeId]!==undefined){var nodePosition={x:this.body.nodes[nodeId].x,y:this.body.nodes[nodeId].y};options.position=nodePosition;options.lockedOnNode=nodeId;this.moveTo(options)}else{console.log(\"Node: \"+nodeId+\" cannot be found.\")}}},{key:\"moveTo\",value:function moveTo(options){if(options===undefined){options={};return}if(options.offset===undefined){options.offset={x:0,y:0}}if(options.offset.x===undefined){options.offset.x=0}if(options.offset.y===undefined){options.offset.y=0}if(options.scale===undefined){options.scale=this.body.view.scale}if(options.position===undefined){options.position=this.getViewPosition()}if(options.animation===undefined){options.animation={duration:0}}if(options.animation===false){options.animation={duration:0}}if(options.animation===true){options.animation={}}if(options.animation.duration===undefined){options.animation.duration=1e3}if(options.animation.easingFunction===undefined){options.animation.easingFunction=\"easeInOutQuad\"}this.animateView(options)}},{key:\"animateView\",value:function animateView(options){if(options===undefined){return}this.animationEasingFunction=options.animation.easingFunction;this.releaseNode();if(options.locked===true){this.lockedOnNodeId=options.lockedOnNode;this.lockedOnNodeOffset=options.offset}if(this.easingTime!=0){this._transitionRedraw(true)}this.sourceScale=this.body.view.scale;this.sourceTranslation=this.body.view.translation;this.targetScale=options.scale;this.body.view.scale=this.targetScale;var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-options.position.x,y:viewCenter.y-options.position.y};this.targetTranslation={x:this.sourceTranslation.x+distanceFromCenter.x*this.targetScale+options.offset.x,y:this.sourceTranslation.y+distanceFromCenter.y*this.targetScale+options.offset.y};if(options.animation.duration===0){if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}else{this.body.view.scale=this.targetScale;this.body.view.translation=this.targetTranslation;this.body.emitter.emit(\"_requestRedraw\")}}else{this.animationSpeed=1/(60*options.animation.duration*.001)||1/60;this.animationEasingFunction=options.animation.easingFunction;this.viewFunction=this._transitionRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}},{key:\"_lockedRedraw\",value:function _lockedRedraw(){var nodePosition={x:this.body.nodes[this.lockedOnNodeId].x,y:this.body.nodes[this.lockedOnNodeId].y};var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-nodePosition.x,y:viewCenter.y-nodePosition.y};var sourceTranslation=this.body.view.translation;var targetTranslation={x:sourceTranslation.x+distanceFromCenter.x*this.body.view.scale+this.lockedOnNodeOffset.x,y:sourceTranslation.y+distanceFromCenter.y*this.body.view.scale+this.lockedOnNodeOffset.y};this.body.view.translation=targetTranslation}},{key:\"releaseNode\",value:function releaseNode(){if(this.lockedOnNodeId!==undefined&&this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined}}},{key:\"_transitionRedraw\",value:function _transitionRedraw(){var finished=arguments.length<=0||arguments[0]===undefined?false:arguments[0];this.easingTime+=this.animationSpeed;this.easingTime=finished===true?1:this.easingTime;var progress=util.easingFunctions[this.animationEasingFunction](this.easingTime);this.body.view.scale=this.sourceScale+(this.targetScale-this.sourceScale)*progress;this.body.view.translation={x:this.sourceTranslation.x+(this.targetTranslation.x-this.sourceTranslation.x)*progress,y:this.sourceTranslation.y+(this.targetTranslation.y-this.sourceTranslation.y)*progress};if(this.easingTime>=1){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.easingTime=0;if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}this.body.emitter.emit(\"animationFinished\")}}},{key:\"getScale\",value:function getScale(){return this.body.view.scale}},{key:\"getViewPosition\",value:function getViewPosition(){return this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight})}}]);return View}();exports[\"default\"]=View;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var NetworkUtil=function(){function NetworkUtil(){_classCallCheck(this,NetworkUtil)}_createClass(NetworkUtil,null,[{key:\"_getRange\",value:function _getRange(allNodes){var specificNodes=arguments.length<=1||arguments[1]===undefined?[]:arguments[1];var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;if(specificNodes.length>0){for(var i=0;i<specificNodes.length;i++){node=allNodes[specificNodes[i]];if(minX>node.shape.boundingBox.left){minX=node.shape.boundingBox.left}if(maxX<node.shape.boundingBox.right){maxX=node.shape.boundingBox.right}if(minY>node.shape.boundingBox.top){minY=node.shape.boundingBox.top}if(maxY<node.shape.boundingBox.bottom){maxY=node.shape.boundingBox.bottom}}}if(minX===1e9&&maxX===-1e9&&minY===1e9&&maxY===-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}}},{key:\"_getRangeCore\",value:function _getRangeCore(allNodes){var specificNodes=arguments.length<=1||arguments[1]===undefined?[]:arguments[1];var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;if(specificNodes.length>0){for(var i=0;i<specificNodes.length;i++){node=allNodes[specificNodes[i]];if(minX>node.x){minX=node.x}if(maxX<node.x){maxX=node.x}if(minY>node.y){minY=node.y}if(maxY<node.y){maxY=node.y}}}if(minX===1e9&&maxX===-1e9&&minY===1e9&&maxY===-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}}},{key:\"_findCenter\",value:function _findCenter(range){return{x:.5*(range.maxX+range.minX),y:.5*(range.maxY+range.minY)}}}]);return NetworkUtil}();exports[\"default\"]=NetworkUtil;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsNavigationHandler=__webpack_require__(106);var _componentsNavigationHandler2=_interopRequireDefault(_componentsNavigationHandler);var _componentsPopup=__webpack_require__(107);var _componentsPopup2=_interopRequireDefault(_componentsPopup);var util=__webpack_require__(1);var InteractionHandler=function(){function InteractionHandler(body,canvas,selectionHandler){_classCallCheck(this,InteractionHandler);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.navigationHandler=new _componentsNavigationHandler2[\"default\"](body,canvas);this.body.eventListeners.onTap=this.onTap.bind(this);this.body.eventListeners.onTouch=this.onTouch.bind(this);this.body.eventListeners.onDoubleTap=this.onDoubleTap.bind(this);this.body.eventListeners.onHold=this.onHold.bind(this);this.body.eventListeners.onDragStart=this.onDragStart.bind(this);this.body.eventListeners.onDrag=this.onDrag.bind(this);this.body.eventListeners.onDragEnd=this.onDragEnd.bind(this);this.body.eventListeners.onMouseWheel=this.onMouseWheel.bind(this);this.body.eventListeners.onPinch=this.onPinch.bind(this);this.body.eventListeners.onMouseMove=this.onMouseMove.bind(this);this.body.eventListeners.onRelease=this.onRelease.bind(this);this.body.eventListeners.onContext=this.onContext.bind(this);this.touchTime=0;this.drag={};this.pinch={};this.popup=undefined;this.popupObj=undefined;this.popupTimer=undefined;this.body.functions.getPointer=this.getPointer.bind(this);this.options={};this.defaultOptions={dragNodes:true,dragView:true,hover:false,keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02},bindToWindow:true},navigationButtons:false,tooltipDelay:300,zoomView:true};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(InteractionHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"destroy\",function(){clearTimeout(_this.popupTimer);delete _this.body.functions.getPointer})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\",\"keyboard\",\"multiselect\",\"selectable\",\"selectConnectedEdges\"];util.selectiveNotDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"keyboard\");if(options.tooltip){util.extend(this.options.tooltip,options.tooltip);if(options.tooltip.color){this.options.tooltip.color=util.parseColor(options.tooltip.color)}}}this.navigationHandler.setOptions(this.options)}},{key:\"getPointer\",value:function getPointer(touch){return{x:touch.x-util.getAbsoluteLeft(this.canvas.frame.canvas),y:touch.y-util.getAbsoluteTop(this.canvas.frame.canvas)}}},{key:\"onTouch\",value:function onTouch(event){if((new Date).valueOf()-this.touchTime>50){this.drag.pointer=this.getPointer(event.center);this.drag.pinched=false;this.pinch.scale=this.body.view.scale;this.touchTime=(new Date).valueOf()}}},{key:\"onTap\",value:function onTap(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect&&(event.changedPointers[0].ctrlKey||event.changedPointers[0].metaKey);this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer)}},{key:\"onDoubleTap\",value:function onDoubleTap(event){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"doubleClick\",event,pointer)}},{key:\"onHold\",value:function onHold(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect;this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer);this.selectionHandler._generateClickEvent(\"hold\",event,pointer)}},{key:\"onRelease\",value:function onRelease(event){if((new Date).valueOf()-this.touchTime>10){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"release\",event,pointer);this.touchTime=(new Date).valueOf()}}},{key:\"onContext\",value:function onContext(event){var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.selectionHandler._generateClickEvent(\"oncontext\",event,pointer)}},{key:\"checkSelectionChanges\",value:function checkSelectionChanges(pointer,event){var add=arguments.length<=2||arguments[2]===undefined?false:arguments[2];var previouslySelectedEdgeCount=this.selectionHandler._getSelectedEdgeCount();var previouslySelectedNodeCount=this.selectionHandler._getSelectedNodeCount();var previousSelection=this.selectionHandler.getSelection();var selected=undefined;if(add===true){selected=this.selectionHandler.selectAdditionalOnPoint(pointer)}else{selected=this.selectionHandler.selectOnPoint(pointer)}var selectedEdgesCount=this.selectionHandler._getSelectedEdgeCount();var selectedNodesCount=this.selectionHandler._getSelectedNodeCount();var currentSelection=this.selectionHandler.getSelection();var _determineIfDifferent2=this._determineIfDifferent(previousSelection,currentSelection);var nodesChanges=_determineIfDifferent2.nodesChanges;var edgesChanges=_determineIfDifferent2.edgesChanges;var nodeSelected=false;if(selectedNodesCount-previouslySelectedNodeCount>0){this.selectionHandler._generateClickEvent(\"selectNode\",event,pointer);selected=true;nodeSelected=true}else if(selectedNodesCount-previouslySelectedNodeCount<0){this.selectionHandler._generateClickEvent(\"deselectNode\",event,pointer,previousSelection);selected=true}else if(selectedNodesCount===previouslySelectedNodeCount&&nodesChanges===true){this.selectionHandler._generateClickEvent(\"deselectNode\",event,pointer,previousSelection);this.selectionHandler._generateClickEvent(\"selectNode\",event,pointer);nodeSelected=true;selected=true}if(selectedEdgesCount-previouslySelectedEdgeCount>0&&nodeSelected===false){this.selectionHandler._generateClickEvent(\"selectEdge\",event,pointer);selected=true}else if(selectedEdgesCount-previouslySelectedEdgeCount<0){this.selectionHandler._generateClickEvent(\"deselectEdge\",event,pointer,previousSelection);selected=true}else if(selectedEdgesCount===previouslySelectedEdgeCount&&edgesChanges===true){this.selectionHandler._generateClickEvent(\"deselectEdge\",event,pointer,previousSelection);this.selectionHandler._generateClickEvent(\"selectEdge\",event,pointer);selected=true}if(selected===true){this.selectionHandler._generateClickEvent(\"select\",event,pointer)}}},{key:\"_determineIfDifferent\",value:function _determineIfDifferent(previousSelection,currentSelection){var nodesChanges=false;var edgesChanges=false;for(var i=0;i<previousSelection.nodes.length;i++){if(currentSelection.nodes.indexOf(previousSelection.nodes[i])===-1){nodesChanges=true}}for(var i=0;i<currentSelection.nodes.length;i++){if(previousSelection.nodes.indexOf(previousSelection.nodes[i])===-1){nodesChanges=true}}for(var i=0;i<previousSelection.edges.length;i++){if(currentSelection.edges.indexOf(previousSelection.edges[i])===-1){edgesChanges=true}}for(var i=0;i<currentSelection.edges.length;i++){if(previousSelection.edges.indexOf(previousSelection.edges[i])===-1){edgesChanges=true}}return{nodesChanges:nodesChanges,edgesChanges:edgesChanges}}},{key:\"onDragStart\",value:function onDragStart(event){if(this.drag.pointer===undefined){this.onTouch(event)}var node=this.selectionHandler.getNodeAt(this.drag.pointer);this.drag.dragging=true;this.drag.selection=[];this.drag.translation=util.extend({},this.body.view.translation);this.drag.nodeId=undefined;if(node!==undefined&&this.options.dragNodes===true){this.drag.nodeId=node.id;if(node.isSelected()===false){this.selectionHandler.unselectAll();this.selectionHandler.selectObject(node)}this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer);var selection=this.selectionHandler.selectionObj.nodes;for(var nodeId in selection){if(selection.hasOwnProperty(nodeId)){var object=selection[nodeId];var s={id:object.id,node:object,x:object.x,y:object.y,xFixed:object.options.fixed.x,yFixed:object.options.fixed.y};object.options.fixed.x=true;object.options.fixed.y=true;this.drag.selection.push(s)}}}else{this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer,undefined,true)}}},{key:\"onDrag\",value:function onDrag(event){var _this2=this;if(this.drag.pinched===true){return}this.body.emitter.emit(\"unlockNode\");var pointer=this.getPointer(event.center);var selection=this.drag.selection;if(selection&&selection.length&&this.options.dragNodes===true){(function(){_this2.selectionHandler._generateClickEvent(\"dragging\",event,pointer);var deltaX=pointer.x-_this2.drag.pointer.x;var deltaY=pointer.y-_this2.drag.pointer.y;selection.forEach(function(selection){var node=selection.node;if(selection.xFixed===false){node.x=_this2.canvas._XconvertDOMtoCanvas(_this2.canvas._XconvertCanvasToDOM(selection.x)+deltaX)}if(selection.yFixed===false){node.y=_this2.canvas._YconvertDOMtoCanvas(_this2.canvas._YconvertCanvasToDOM(selection.y)+deltaY)}});_this2.body.emitter.emit(\"startSimulation\")})()}else{if(this.options.dragView===true){this.selectionHandler._generateClickEvent(\"dragging\",event,pointer,undefined,true);if(this.drag.pointer===undefined){this.onDragStart(event);return}var diffX=pointer.x-this.drag.pointer.x;var diffY=pointer.y-this.drag.pointer.y;this.body.view.translation={x:this.drag.translation.x+diffX,y:this.drag.translation.y+diffY};this.body.emitter.emit(\"_redraw\")}}}},{key:\"onDragEnd\",value:function onDragEnd(event){this.drag.dragging=false;var selection=this.drag.selection;if(selection&&selection.length){selection.forEach(function(s){s.node.options.fixed.x=s.xFixed;s.node.options.fixed.y=s.yFixed});this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center));this.body.emitter.emit(\"startSimulation\")}else{this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center),undefined,true);this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"onPinch\",value:function onPinch(event){var pointer=this.getPointer(event.center);this.drag.pinched=true;if(this.pinch[\"scale\"]===undefined){this.pinch.scale=1}var scale=this.pinch.scale*event.scale;this.zoom(scale,pointer)}},{key:\"zoom\",value:function zoom(scale,pointer){if(this.options.zoomView===true){var scaleOld=this.body.view.scale;if(scale<1e-5){scale=1e-5}if(scale>10){scale=10}var preScaleDragPointer=undefined;if(this.drag!==undefined){if(this.drag.dragging===true){preScaleDragPointer=this.canvas.DOMtoCanvas(this.drag.pointer)}}var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*pointer.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*pointer.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};if(preScaleDragPointer!=undefined){var postScaleDragPointer=this.canvas.canvasToDOM(preScaleDragPointer);this.drag.pointer.x=postScaleDragPointer.x;this.drag.pointer.y=postScaleDragPointer.y}this.body.emitter.emit(\"_requestRedraw\");if(scaleOld<scale){this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale})}else{this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale})}}}},{key:\"onMouseWheel\",value:function onMouseWheel(event){var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta!==0){var scale=this.body.view.scale;var zoom=delta/10;if(delta<0){zoom=zoom/(1-zoom)}scale*=1+zoom;var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.zoom(scale,pointer)}event.preventDefault()}},{key:\"onMouseMove\",value:function onMouseMove(event){var _this3=this;var pointer=this.getPointer({x:event.clientX,y:event.clientY});var popupVisible=false;if(this.popup!==undefined){if(this.popup.hidden===false){this._checkHidePopup(pointer)}if(this.popup.hidden===false){popupVisible=true;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.show()}}if(this.options.keyboard.bindToWindow===false&&this.options.keyboard.enabled===true){this.canvas.frame.focus()}if(popupVisible===false){if(this.popupTimer!==undefined){clearInterval(this.popupTimer);this.popupTimer=undefined}if(!this.drag.dragging){this.popupTimer=setTimeout(function(){return _this3._checkShowPopup(pointer)},this.options.tooltipDelay)}}if(this.options.hover===true){var obj=this.selectionHandler.getNodeAt(pointer);if(obj===undefined){obj=this.selectionHandler.getEdgeAt(pointer)}this.selectionHandler.hoverObject(obj)}}},{key:\"_checkShowPopup\",value:function _checkShowPopup(pointer){var x=this.canvas._XconvertDOMtoCanvas(pointer.x);var y=this.canvas._YconvertDOMtoCanvas(pointer.y);var pointerObj={left:x,top:y,right:x,bottom:y};var previousPopupObjId=this.popupObj===undefined?undefined:this.popupObj.id;var nodeUnderCursor=false;var popupType=\"node\";if(this.popupObj===undefined){var nodeIndices=this.body.nodeIndices;var nodes=this.body.nodes;var node=undefined;var overlappingNodes=[];for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isOverlappingWith(pointerObj)===true){if(node.getTitle()!==undefined){overlappingNodes.push(nodeIndices[i])}}}if(overlappingNodes.length>0){this.popupObj=nodes[overlappingNodes[overlappingNodes.length-1]];nodeUnderCursor=true}}if(this.popupObj===undefined&&nodeUnderCursor===false){var edgeIndices=this.body.edgeIndices;var edges=this.body.edges;var edge=undefined;var overlappingEdges=[];for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.isOverlappingWith(pointerObj)===true){if(edge.connected===true&&edge.getTitle()!==undefined){overlappingEdges.push(edgeIndices[i])}}}if(overlappingEdges.length>0){this.popupObj=edges[overlappingEdges[overlappingEdges.length-1]];popupType=\"edge\"}}if(this.popupObj!==undefined){if(this.popupObj.id!==previousPopupObjId){if(this.popup===undefined){this.popup=new _componentsPopup2[\"default\"](this.canvas.frame)}this.popup.popupTargetType=popupType;this.popup.popupTargetId=this.popupObj.id;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.setText(this.popupObj.getTitle());this.popup.show();this.body.emitter.emit(\"showPopup\",this.popupObj.id)}}else{if(this.popup!==undefined){this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}},{key:\"_checkHidePopup\",value:function _checkHidePopup(pointer){var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var stillOnObj=false;if(this.popup.popupTargetType===\"node\"){if(this.body.nodes[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.nodes[this.popup.popupTargetId].isOverlappingWith(pointerObj);if(stillOnObj===true){var overNode=this.selectionHandler.getNodeAt(pointer);stillOnObj=overNode.id===this.popup.popupTargetId}}}else{if(this.selectionHandler.getNodeAt(pointer)===undefined){if(this.body.edges[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.edges[this.popup.popupTargetId].isOverlappingWith(pointerObj)}}}if(stillOnObj===false){this.popupObj=undefined;this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}]);return InteractionHandler}();exports[\"default\"]=InteractionHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Hammer=__webpack_require__(20);var hammerUtil=__webpack_require__(25);var keycharm=__webpack_require__(41);var NavigationHandler=function(){function NavigationHandler(body,canvas){var _this=this;_classCallCheck(this,NavigationHandler);this.body=body;this.canvas=canvas;this.iconsCreated=false;this.navigationHammers=[];this.boundFunctions={};this.touchTime=0;this.activated=false;this.body.emitter.on(\"activate\",function(){_this.activated=true;_this.configureKeyboardBindings()});this.body.emitter.on(\"deactivate\",function(){_this.activated=false;_this.configureKeyboardBindings()});this.body.emitter.on(\"destroy\",function(){if(_this.keycharm!==undefined){_this.keycharm.destroy()}});this.options={}}_createClass(NavigationHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){this.options=options;this.create()}}},{key:\"create\",value:function create(){if(this.options.navigationButtons===true){if(this.iconsCreated===false){this.loadNavigationElements()}}else if(this.iconsCreated===true){this.cleanNavigation()}this.configureKeyboardBindings()}},{key:\"cleanNavigation\",value:function cleanNavigation(){if(this.navigationHammers.length!=0){for(var i=0;i<this.navigationHammers.length;i++){this.navigationHammers[i].destroy()}this.navigationHammers=[]}if(this.navigationDOM&&this.navigationDOM[\"wrapper\"]&&this.navigationDOM[\"wrapper\"].parentNode){this.navigationDOM[\"wrapper\"].parentNode.removeChild(this.navigationDOM[\"wrapper\"])}this.iconsCreated=false}},{key:\"loadNavigationElements\",value:function loadNavigationElements(){var _this2=this;this.cleanNavigation();this.navigationDOM={};var navigationDivs=[\"up\",\"down\",\"left\",\"right\",\"zoomIn\",\"zoomOut\",\"zoomExtends\"];var navigationDivActions=[\"_moveUp\",\"_moveDown\",\"_moveLeft\",\"_moveRight\",\"_zoomIn\",\"_zoomOut\",\"_fit\"];this.navigationDOM[\"wrapper\"]=document.createElement(\"div\");this.navigationDOM[\"wrapper\"].className=\"vis-navigation\";this.canvas.frame.appendChild(this.navigationDOM[\"wrapper\"]);for(var i=0;i<navigationDivs.length;i++){this.navigationDOM[navigationDivs[i]]=document.createElement(\"div\");this.navigationDOM[navigationDivs[i]].className=\"vis-button vis-\"+navigationDivs[i];this.navigationDOM[\"wrapper\"].appendChild(this.navigationDOM[navigationDivs[i]]);var hammer=new Hammer(this.navigationDOM[navigationDivs[i]]);if(navigationDivActions[i]===\"_fit\"){hammerUtil.onTouch(hammer,this._fit.bind(this))}else{hammerUtil.onTouch(hammer,this.bindToRedraw.bind(this,navigationDivActions[i]))}this.navigationHammers.push(hammer)}var hammerFrame=new Hammer(this.canvas.frame);hammerUtil.onRelease(hammerFrame,function(){_this2._stopMovement()});this.navigationHammers.push(hammerFrame);this.iconsCreated=true}},{key:\"bindToRedraw\",value:function bindToRedraw(action){if(this.boundFunctions[action]===undefined){\nthis.boundFunctions[action]=this[action].bind(this);this.body.emitter.on(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_startRendering\")}}},{key:\"unbindFromRedraw\",value:function unbindFromRedraw(action){if(this.boundFunctions[action]!==undefined){this.body.emitter.off(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_stopRendering\");delete this.boundFunctions[action]}}},{key:\"_fit\",value:function _fit(){if((new Date).valueOf()-this.touchTime>700){this.body.emitter.emit(\"fit\",{duration:700});this.touchTime=(new Date).valueOf()}}},{key:\"_stopMovement\",value:function _stopMovement(){for(var boundAction in this.boundFunctions){if(this.boundFunctions.hasOwnProperty(boundAction)){this.body.emitter.off(\"initRedraw\",this.boundFunctions[boundAction]);this.body.emitter.emit(\"_stopRendering\")}}this.boundFunctions={}}},{key:\"_moveUp\",value:function _moveUp(){this.body.view.translation.y+=this.options.keyboard.speed.y}},{key:\"_moveDown\",value:function _moveDown(){this.body.view.translation.y-=this.options.keyboard.speed.y}},{key:\"_moveLeft\",value:function _moveLeft(){this.body.view.translation.x+=this.options.keyboard.speed.x}},{key:\"_moveRight\",value:function _moveRight(){this.body.view.translation.x-=this.options.keyboard.speed.x}},{key:\"_zoomIn\",value:function _zoomIn(){this.body.view.scale*=1+this.options.keyboard.speed.zoom;this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale})}},{key:\"_zoomOut\",value:function _zoomOut(){this.body.view.scale/=1+this.options.keyboard.speed.zoom;this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale})}},{key:\"configureKeyboardBindings\",value:function configureKeyboardBindings(){var _this3=this;if(this.keycharm!==undefined){this.keycharm.destroy()}if(this.options.keyboard.enabled===true){if(this.options.keyboard.bindToWindow===true){this.keycharm=keycharm({container:window,preventDefault:true})}else{this.keycharm=keycharm({container:this.canvas.frame,preventDefault:true})}this.keycharm.reset();if(this.activated===true){this.keycharm.bind(\"up\",function(){_this3.bindToRedraw(\"_moveUp\")},\"keydown\");this.keycharm.bind(\"down\",function(){_this3.bindToRedraw(\"_moveDown\")},\"keydown\");this.keycharm.bind(\"left\",function(){_this3.bindToRedraw(\"_moveLeft\")},\"keydown\");this.keycharm.bind(\"right\",function(){_this3.bindToRedraw(\"_moveRight\")},\"keydown\");this.keycharm.bind(\"=\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num+\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"[\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"]\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pageup\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pagedown\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"up\",function(){_this3.unbindFromRedraw(\"_moveUp\")},\"keyup\");this.keycharm.bind(\"down\",function(){_this3.unbindFromRedraw(\"_moveDown\")},\"keyup\");this.keycharm.bind(\"left\",function(){_this3.unbindFromRedraw(\"_moveLeft\")},\"keyup\");this.keycharm.bind(\"right\",function(){_this3.unbindFromRedraw(\"_moveRight\")},\"keyup\");this.keycharm.bind(\"=\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num+\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"[\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"]\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pageup\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pagedown\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\")}}}}]);return NavigationHandler}();exports[\"default\"]=NavigationHandler;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Popup=function(){function Popup(container){_classCallCheck(this,Popup);this.container=container;this.x=0;this.y=0;this.padding=5;this.hidden=false;this.frame=document.createElement(\"div\");this.frame.className=\"vis-network-tooltip\";this.container.appendChild(this.frame)}_createClass(Popup,[{key:\"setPosition\",value:function setPosition(x,y){this.x=parseInt(x);this.y=parseInt(y)}},{key:\"setText\",value:function setText(content){if(content instanceof Element){this.frame.innerHTML=\"\";this.frame.appendChild(content)}else{this.frame.innerHTML=content}}},{key:\"show\",value:function show(doShow){if(doShow===undefined){doShow=true}if(doShow===true){var height=this.frame.clientHeight;var width=this.frame.clientWidth;var maxHeight=this.frame.parentNode.clientHeight;var maxWidth=this.frame.parentNode.clientWidth;var top=this.y-height;if(top+height+this.padding>maxHeight){top=maxHeight-height-this.padding}if(top<this.padding){top=this.padding}var left=this.x;if(left+width+this.padding>maxWidth){left=maxWidth-width-this.padding}if(left<this.padding){left=this.padding}this.frame.style.left=left+\"px\";this.frame.style.top=top+\"px\";this.frame.style.visibility=\"visible\";this.hidden=false}else{this.hide()}}},{key:\"hide\",value:function hide(){this.hidden=true;this.frame.style.visibility=\"hidden\"}}]);return Popup}();exports[\"default\"]=Popup;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Node=__webpack_require__(62);var Edge=__webpack_require__(82);var util=__webpack_require__(1);var SelectionHandler=function(){function SelectionHandler(body,canvas){var _this=this;_classCallCheck(this,SelectionHandler);this.body=body;this.canvas=canvas;this.selectionObj={nodes:[],edges:[]};this.hoverObj={nodes:{},edges:{}};this.options={};this.defaultOptions={multiselect:false,selectable:true,selectConnectedEdges:true,hoverConnectedEdges:true};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_dataChanged\",function(){_this.updateSelection()})}_createClass(SelectionHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"multiselect\",\"hoverConnectedEdges\",\"selectable\",\"selectConnectedEdges\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"selectOnPoint\",value:function selectOnPoint(pointer){var selected=false;if(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);this.unselectAll();if(obj!==undefined){selected=this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}return selected}},{key:\"selectAdditionalOnPoint\",value:function selectAdditionalOnPoint(pointer){var selectionChanged=false;if(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);if(obj!==undefined){selectionChanged=true;if(obj.isSelected()===true){this.deselectObject(obj)}else{this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}}return selectionChanged}},{key:\"_generateClickEvent\",value:function _generateClickEvent(eventType,event,pointer,oldSelection){var emptySelection=arguments.length<=4||arguments[4]===undefined?false:arguments[4];var properties=undefined;if(emptySelection===true){properties={nodes:[],edges:[]}}else{properties=this.getSelection()}properties[\"pointer\"]={DOM:{x:pointer.x,y:pointer.y},canvas:this.canvas.DOMtoCanvas(pointer)};properties[\"event\"]=event;if(oldSelection!==undefined){properties[\"previousSelection\"]=oldSelection}this.body.emitter.emit(eventType,properties)}},{key:\"selectObject\",value:function selectObject(obj){var highlightEdges=arguments.length<=1||arguments[1]===undefined?this.options.selectConnectedEdges:arguments[1];if(obj!==undefined){if(obj instanceof Node){if(highlightEdges===true){this._selectConnectedEdges(obj)}}obj.select();this._addToSelection(obj);return true}return false}},{key:\"deselectObject\",value:function deselectObject(obj){if(obj.isSelected()===true){obj.selected=false;this._removeFromSelection(obj)}}},{key:\"_getAllNodesOverlappingWith\",value:function _getAllNodesOverlappingWith(object){var overlappingNodes=[];var nodes=this.body.nodes;for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];if(nodes[nodeId].isOverlappingWith(object)){overlappingNodes.push(nodeId)}}return overlappingNodes}},{key:\"_pointerToPositionObject\",value:function _pointerToPositionObject(pointer){var canvasPos=this.canvas.DOMtoCanvas(pointer);return{left:canvasPos.x-1,top:canvasPos.y+1,right:canvasPos.x+1,bottom:canvasPos.y-1}}},{key:\"getNodeAt\",value:function getNodeAt(pointer){var returnNode=arguments.length<=1||arguments[1]===undefined?true:arguments[1];var positionObject=this._pointerToPositionObject(pointer);var overlappingNodes=this._getAllNodesOverlappingWith(positionObject);if(overlappingNodes.length>0){if(returnNode===true){return this.body.nodes[overlappingNodes[overlappingNodes.length-1]]}else{return overlappingNodes[overlappingNodes.length-1]}}else{return undefined}}},{key:\"_getEdgesOverlappingWith\",value:function _getEdgesOverlappingWith(object,overlappingEdges){var edges=this.body.edges;for(var i=0;i<this.body.edgeIndices.length;i++){var edgeId=this.body.edgeIndices[i];if(edges[edgeId].isOverlappingWith(object)){overlappingEdges.push(edgeId)}}}},{key:\"_getAllEdgesOverlappingWith\",value:function _getAllEdgesOverlappingWith(object){var overlappingEdges=[];this._getEdgesOverlappingWith(object,overlappingEdges);return overlappingEdges}},{key:\"getEdgeAt\",value:function getEdgeAt(pointer){var returnEdge=arguments.length<=1||arguments[1]===undefined?true:arguments[1];var positionObject=this._pointerToPositionObject(pointer);var overlappingEdges=this._getAllEdgesOverlappingWith(positionObject);if(overlappingEdges.length>0){if(returnEdge===true){return this.body.edges[overlappingEdges[overlappingEdges.length-1]]}else{return overlappingEdges[overlappingEdges.length-1]}}else{return undefined}}},{key:\"_addToSelection\",value:function _addToSelection(obj){if(obj instanceof Node){this.selectionObj.nodes[obj.id]=obj}else{this.selectionObj.edges[obj.id]=obj}}},{key:\"_addToHover\",value:function _addToHover(obj){if(obj instanceof Node){this.hoverObj.nodes[obj.id]=obj}else{this.hoverObj.edges[obj.id]=obj}}},{key:\"_removeFromSelection\",value:function _removeFromSelection(obj){if(obj instanceof Node){delete this.selectionObj.nodes[obj.id]}else{delete this.selectionObj.edges[obj.id]}}},{key:\"unselectAll\",value:function unselectAll(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){this.selectionObj.nodes[nodeId].unselect()}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){this.selectionObj.edges[edgeId].unselect()}}this.selectionObj={nodes:{},edges:{}}}},{key:\"_getSelectedNodeCount\",value:function _getSelectedNodeCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}return count}},{key:\"_getSelectedNode\",value:function _getSelectedNode(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return this.selectionObj.nodes[nodeId]}}return undefined}},{key:\"_getSelectedEdge\",value:function _getSelectedEdge(){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return this.selectionObj.edges[edgeId]}}return undefined}},{key:\"_getSelectedEdgeCount\",value:function _getSelectedEdgeCount(){var count=0;for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_getSelectedObjectCount\",value:function _getSelectedObjectCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_selectionIsEmpty\",value:function _selectionIsEmpty(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return false}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return false}}return true}},{key:\"_clusterInSelection\",value:function _clusterInSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(this.selectionObj.nodes[nodeId].clusterSize>1){return true}}}return false}},{key:\"_selectConnectedEdges\",value:function _selectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.select();this._addToSelection(edge)}}},{key:\"_hoverConnectedEdges\",value:function _hoverConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.hover=true;this._addToHover(edge)}}},{key:\"_unselectConnectedEdges\",value:function _unselectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.unselect();this._removeFromSelection(edge)}}},{key:\"blurObject\",value:function blurObject(object){if(object.hover===true){object.hover=false;if(object instanceof Node){this.body.emitter.emit(\"blurNode\",{node:object.id})}else{this.body.emitter.emit(\"blurEdge\",{edge:object.id})}}}},{key:\"hoverObject\",value:function hoverObject(object){var hoverChanged=false;for(var nodeId in this.hoverObj.nodes){if(this.hoverObj.nodes.hasOwnProperty(nodeId)){if(object===undefined||object instanceof Node&&object.id!=nodeId||object instanceof Edge){this.blurObject(this.hoverObj.nodes[nodeId]);delete this.hoverObj.nodes[nodeId];hoverChanged=true}}}for(var edgeId in this.hoverObj.edges){if(this.hoverObj.edges.hasOwnProperty(edgeId)){if(hoverChanged===true){this.hoverObj.edges[edgeId].hover=false;delete this.hoverObj.edges[edgeId]}else if(object===undefined){this.blurObject(this.hoverObj.edges[edgeId]);delete this.hoverObj.edges[edgeId];hoverChanged=true}}}if(object!==undefined){if(object.hover===false){object.hover=true;this._addToHover(object);hoverChanged=true;if(object instanceof Node){this.body.emitter.emit(\"hoverNode\",{node:object.id})}else{this.body.emitter.emit(\"hoverEdge\",{edge:object.id})}}if(object instanceof Node&&this.options.hoverConnectedEdges===true){this._hoverConnectedEdges(object)}}if(hoverChanged===true){this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"getSelection\",value:function getSelection(){var nodeIds=this.getSelectedNodes();var edgeIds=this.getSelectedEdges();return{nodes:nodeIds,edges:edgeIds}}},{key:\"getSelectedNodes\",value:function getSelectedNodes(){var idArray=[];if(this.options.selectable===true){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){idArray.push(nodeId)}}}return idArray}},{key:\"getSelectedEdges\",value:function getSelectedEdges(){var idArray=[];if(this.options.selectable===true){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){idArray.push(edgeId)}}}return idArray}},{key:\"selectNodes\",value:function selectNodes(selection){var highlightEdges=arguments.length<=1||arguments[1]===undefined?true:arguments[1];var i=undefined,id=undefined;if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.unselectAll();for(i=0;i<selection.length;i++){id=selection[i];var node=this.body.nodes[id];if(!node){throw new RangeError('Node with id \"'+id+'\" not found')}this.selectObject(node,highlightEdges)}this.body.emitter.emit(\"_requestRedraw\")}},{key:\"selectEdges\",value:function selectEdges(selection){var i=undefined,id=undefined;if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.unselectAll();for(i=0;i<selection.length;i++){id=selection[i];var edge=this.body.edges[id];if(!edge){throw new RangeError('Edge with id \"'+id+'\" not found')}this.selectObject(edge)}this.body.emitter.emit(\"_requestRedraw\")}},{key:\"updateSelection\",value:function updateSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(!this.body.nodes.hasOwnProperty(nodeId)){delete this.selectionObj.nodes[nodeId]}}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){if(!this.body.edges.hasOwnProperty(edgeId)){delete this.selectionObj.edges[edgeId]}}}}}]);return SelectionHandler}();exports[\"default\"]=SelectionHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _NetworkUtil=__webpack_require__(104);var _NetworkUtil2=_interopRequireDefault(_NetworkUtil);var util=__webpack_require__(1);var LayoutEngine=function(){function LayoutEngine(body){_classCallCheck(this,LayoutEngine);this.body=body;this.initialRandomSeed=Math.round(Math.random()*1e6);this.randomSeed=this.initialRandomSeed;this.options={};this.optionsBackup={};this.defaultOptions={randomSeed:undefined,improvedLayout:true,hierarchical:{enabled:false,levelSeparation:150,direction:\"UD\",sortMethod:\"hubsize\"}};util.extend(this.options,this.defaultOptions);this.hierarchicalLevels={};this.bindEventListeners()}_createClass(LayoutEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"_dataChanged\",function(){_this.setupHierarchicalLayout()});this.body.emitter.on(\"_dataLoaded\",function(){_this.layoutNetwork()});this.body.emitter.on(\"_resetHierarchicalLayout\",function(){_this.setupHierarchicalLayout()})}},{key:\"setOptions\",value:function setOptions(options,allOptions){if(options!==undefined){var prevHierarchicalState=this.options.hierarchical.enabled;util.selectiveDeepExtend([\"randomSeed\",\"improvedLayout\"],this.options,options);util.mergeOptions(this.options,options,\"hierarchical\");if(options.randomSeed!==undefined){this.initialRandomSeed=options.randomSeed}if(this.options.hierarchical.enabled===true){if(prevHierarchicalState===true){this.body.emitter.emit(\"refresh\",true)}if(this.options.hierarchical.direction===\"RL\"||this.options.hierarchical.direction===\"DU\"){if(this.options.hierarchical.levelSeparation>0){this.options.hierarchical.levelSeparation*=-1}}else{if(this.options.hierarchical.levelSeparation<0){this.options.hierarchical.levelSeparation*=-1}}this.body.emitter.emit(\"_resetHierarchicalLayout\");return this.adaptAllOptions(allOptions)}else{if(prevHierarchicalState===true){this.body.emitter.emit(\"refresh\");return util.deepExtend(allOptions,this.optionsBackup)}}}return allOptions}},{key:\"adaptAllOptions\",value:function adaptAllOptions(allOptions){if(this.options.hierarchical.enabled===true){if(allOptions.physics===undefined||allOptions.physics===true){allOptions.physics={solver:\"hierarchicalRepulsion\"};this.optionsBackup.physics={solver:\"barnesHut\"}}else if(typeof allOptions.physics===\"object\"){this.optionsBackup.physics={solver:\"barnesHut\"};if(allOptions.physics.solver!==undefined){this.optionsBackup.physics={solver:allOptions.physics.solver}}allOptions.physics[\"solver\"]=\"hierarchicalRepulsion\"}else if(allOptions.physics!==false){this.optionsBackup.physics={solver:\"barnesHut\"};allOptions.physics[\"solver\"]=\"hierarchicalRepulsion\"}var type=\"horizontal\";if(this.options.hierarchical.direction===\"RL\"||this.options.hierarchical.direction===\"LR\"){type=\"vertical\"}if(allOptions.edges===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges={smooth:false}}else if(allOptions.edges.smooth===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges.smooth=false}else{if(typeof allOptions.edges.smooth===\"boolean\"){this.optionsBackup.edges={smooth:allOptions.edges.smooth};allOptions.edges.smooth={enabled:allOptions.edges.smooth,type:type}}else{if(allOptions.edges.smooth.type!==undefined&&allOptions.edges.smooth.type!==\"dynamic\"){type=allOptions.edges.smooth.type}this.optionsBackup.edges={smooth:allOptions.edges.smooth.enabled===undefined?true:allOptions.edges.smooth.enabled,type:allOptions.edges.smooth.type===undefined?\"dynamic\":allOptions.edges.smooth.type,roundness:allOptions.edges.smooth.roundness===undefined?.5:allOptions.edges.smooth.roundness,forceDirection:allOptions.edges.smooth.forceDirection===undefined?false:allOptions.edges.smooth.forceDirection};allOptions.edges.smooth={enabled:allOptions.edges.smooth.enabled===undefined?true:allOptions.edges.smooth.enabled,type:type,roundness:allOptions.edges.smooth.roundness===undefined?.5:allOptions.edges.smooth.roundness,forceDirection:allOptions.edges.smooth.forceDirection===undefined?false:allOptions.edges.smooth.forceDirection}}}this.body.emitter.emit(\"_forceDisableDynamicCurves\",type)}return allOptions}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"positionInitially\",value:function positionInitially(nodesArray){if(this.options.hierarchical.enabled!==true){this.randomSeed=this.initialRandomSeed;for(var i=0;i<nodesArray.length;i++){var node=nodesArray[i];var radius=10*.1*nodesArray.length+10;var angle=2*Math.PI*this.seededRandom();if(node.x===undefined){node.x=radius*Math.cos(angle)}if(node.y===undefined){node.y=radius*Math.sin(angle)}}}}},{key:\"layoutNetwork\",value:function layoutNetwork(){if(this.options.hierarchical.enabled!==true&&this.options.improvedLayout===true){var positionDefined=0;for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.predefinedPosition===true){positionDefined+=1}}if(positionDefined<.5*this.body.nodeIndices.length){var MAX_LEVELS=10;var level=0;var clusterThreshold=100;if(this.body.nodeIndices.length>clusterThreshold){var startLength=this.body.nodeIndices.length;while(this.body.nodeIndices.length>clusterThreshold){level+=1;var before=this.body.nodeIndices.length;if(level%3===0){this.body.modules.clustering.clusterBridges()}else{this.body.modules.clustering.clusterOutliers()}var after=this.body.nodeIndices.length;if(before==after&&level%3!==0||level>MAX_LEVELS){this._declusterAll();this.body.emitter.emit(\"_layoutFailed\");console.info(\"This network could not be positioned by this version of the improved layout algorithm. Please disable improvedLayout for better performance.\");return}}this.body.modules.kamadaKawai.setOptions({springLength:Math.max(150,2*startLength)})}this.body.modules.kamadaKawai.solve(this.body.nodeIndices,this.body.edgeIndices,true);this._shiftToCenter();var offset=70;for(var i=0;i<this.body.nodeIndices.length;i++){this.body.nodes[this.body.nodeIndices[i]].x+=(.5-this.seededRandom())*offset;this.body.nodes[this.body.nodeIndices[i]].y+=(.5-this.seededRandom())*offset}this._declusterAll();this.body.emitter.emit(\"_repositionBezierNodes\")}}}},{key:\"_shiftToCenter\",value:function _shiftToCenter(){var range=_NetworkUtil2[\"default\"]._getRangeCore(this.body.nodes,this.body.nodeIndices);var center=_NetworkUtil2[\"default\"]._findCenter(range);for(var i=0;i<this.body.nodeIndices.length;i++){this.body.nodes[this.body.nodeIndices[i]].x-=center.x;this.body.nodes[this.body.nodeIndices[i]].y-=center.y}}},{key:\"_declusterAll\",value:function _declusterAll(){var clustersPresent=true;while(clustersPresent===true){clustersPresent=false;for(var i=0;i<this.body.nodeIndices.length;i++){if(this.body.nodes[this.body.nodeIndices[i]].isCluster===true){clustersPresent=true;this.body.modules.clustering.openCluster(this.body.nodeIndices[i],{},false)}}if(clustersPresent===true){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"getSeed\",value:function getSeed(){return this.initialRandomSeed}},{key:\"setupHierarchicalLayout\",value:function setupHierarchicalLayout(){if(this.options.hierarchical.enabled===true&&this.body.nodeIndices.length>0){var node=undefined,nodeId=undefined;var definedLevel=false;var undefinedLevel=false;this.hierarchicalLevels={};this.nodeSpacing=100;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];if(node.options.level!==undefined){definedLevel=true;this.hierarchicalLevels[nodeId]=node.options.level}else{undefinedLevel=true}}}if(undefinedLevel===true&&definedLevel===true){throw new Error(\"To use the hierarchical layout, nodes require either no predefined levels or levels have to be defined for all nodes.\");return}else{if(undefinedLevel===true){if(this.options.hierarchical.sortMethod===\"hubsize\"){this._determineLevelsByHubsize()}else if(this.options.hierarchical.sortMethod===\"directed\"||\"direction\"){this._determineLevelsDirected()}}var distribution=this._getDistribution();this._placeNodesByHierarchy(distribution)}}}},{key:\"_placeNodesByHierarchy\",value:function _placeNodesByHierarchy(distribution){var nodeId=undefined,node=undefined;this.positionedNodes={};for(var level in distribution){if(distribution.hasOwnProperty(level)){for(nodeId in distribution[level].nodes){if(distribution[level].nodes.hasOwnProperty(nodeId)){node=distribution[level].nodes[nodeId];if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){if(node.x===undefined){node.x=distribution[level].distance}distribution[level].distance=node.x+this.nodeSpacing}else{if(node.y===undefined){node.y=distribution[level].distance}distribution[level].distance=node.y+this.nodeSpacing}this.positionedNodes[nodeId]=true;this._placeBranchNodes(node.edges,node.id,distribution,level)}}}}}},{key:\"_getDistribution\",value:function _getDistribution(){var distribution={};var nodeId=undefined,node=undefined;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];var level=this.hierarchicalLevels[nodeId]===undefined?0:this.hierarchicalLevels[nodeId];if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){node.y=this.options.hierarchical.levelSeparation*level;node.options.fixed.y=true}else{node.x=this.options.hierarchical.levelSeparation*level;node.options.fixed.x=true}if(distribution[level]===undefined){distribution[level]={amount:0,nodes:{},distance:0}}distribution[level].amount+=1;distribution[level].nodes[nodeId]=node}}return distribution}},{key:\"_getHubSize\",value:function _getHubSize(){var hubSize=0;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(this.hierarchicalLevels[nodeId]===undefined){hubSize=node.edges.length<hubSize?hubSize:node.edges.length}}}return hubSize}},{key:\"_determineLevelsByHubsize\",value:function _determineLevelsByHubsize(){var nodeId=undefined,node=undefined;var hubSize=1;while(hubSize>0){hubSize=this._getHubSize();if(hubSize===0)break;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];if(node.edges.length===hubSize){this._setLevelByHubsize(0,node)}}}}}},{key:\"_setLevelByHubsize\",value:function _setLevelByHubsize(level,node){if(this.hierarchicalLevels[node.id]!==undefined)return;var childNode=undefined;this.hierarchicalLevels[node.id]=level;for(var i=0;i<node.edges.length;i++){if(node.edges[i].toId===node.id){childNode=node.edges[i].from}else{childNode=node.edges[i].to}this._setLevelByHubsize(level+1,childNode)}}},{key:\"_determineLevelsDirected\",value:function _determineLevelsDirected(){var nodeId=undefined,node=undefined;var minLevel=1e4;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];this._setLevelDirected(minLevel,node)}}for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){minLevel=this.hierarchicalLevels[nodeId]<minLevel?this.hierarchicalLevels[nodeId]:minLevel}}for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.hierarchicalLevels[nodeId]-=minLevel}}}},{key:\"_setLevelDirected\",value:function _setLevelDirected(level,node){if(this.hierarchicalLevels[node.id]!==undefined)return;var childNode=undefined;this.hierarchicalLevels[node.id]=level;for(var i=0;i<node.edges.length;i++){if(node.edges[i].toId===node.id){childNode=node.edges[i].from;this._setLevelDirected(level-1,childNode)}else{childNode=node.edges[i].to;this._setLevelDirected(level+1,childNode)}}}},{key:\"_placeBranchNodes\",value:function _placeBranchNodes(edges,parentId,distribution,parentLevel){for(var i=0;i<edges.length;i++){var childNode=undefined;var parentNode=undefined;if(edges[i].toId===parentId){childNode=edges[i].from;parentNode=edges[i].to}else{childNode=edges[i].to;parentNode=edges[i].from}var childNodeLevel=this.hierarchicalLevels[childNode.id];if(this.positionedNodes[childNode.id]===undefined){if(childNodeLevel>parentLevel){if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){if(childNode.x===undefined){childNode.x=Math.max(distribution[childNodeLevel].distance,parentNode.x)}distribution[childNodeLevel].distance=childNode.x+this.nodeSpacing;this.positionedNodes[childNode.id]=true}else{if(childNode.y===undefined){childNode.y=Math.max(distribution[childNodeLevel].distance,parentNode.y)}distribution[childNodeLevel].distance=childNode.y+this.nodeSpacing}this.positionedNodes[childNode.id]=true;if(childNode.edges.length>1){this._placeBranchNodes(childNode.edges,childNode.id,distribution,childNodeLevel)}}}}}}]);return LayoutEngine}();exports[\"default\"]=LayoutEngine;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);\n\nreturn Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Hammer=__webpack_require__(20);var hammerUtil=__webpack_require__(25);var ManipulationSystem=function(){function ManipulationSystem(body,canvas,selectionHandler){var _this=this;_classCallCheck(this,ManipulationSystem);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.editMode=false;this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined;this.manipulationHammers=[];this.temporaryUIFunctions={};this.temporaryEventFunctions=[];this.touchTime=0;this.temporaryIds={nodes:[],edges:[]};this.guiEnabled=false;this.inMode=false;this.selectedControlNode=undefined;this.options={};this.defaultOptions={enabled:false,initiallyActive:false,addNode:true,addEdge:true,editNode:undefined,editEdge:true,deleteNode:true,deleteEdge:true,controlNodeStyle:{shape:\"dot\",size:6,color:{background:\"#ff0000\",border:\"#3c3c3c\",highlight:{background:\"#07f968\",border:\"#3c3c3c\"}},borderWidth:2,borderWidthSelected:2}};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"destroy\",function(){_this._clean()});this.body.emitter.on(\"_dataChanged\",this._restore.bind(this));this.body.emitter.on(\"_resetData\",this._restore.bind(this))}_createClass(ManipulationSystem,[{key:\"_restore\",value:function _restore(){if(this.inMode!==false){if(this.options.initiallyActive===true){this.enableEditMode()}else{this.disableEditMode()}}}},{key:\"setOptions\",value:function setOptions(options,allOptions,globalOptions){if(allOptions!==undefined){if(allOptions.locale!==undefined){this.options.locale=allOptions.locale}else{this.options.locale=globalOptions.locale}if(allOptions.locales!==undefined){this.options.locales=allOptions.locales}else{this.options.locales=globalOptions.locales}}if(options!==undefined){if(typeof options===\"boolean\"){this.options.enabled=options}else{this.options.enabled=true;util.deepExtend(this.options,options)}if(this.options.initiallyActive===true){this.editMode=true}this._setup()}}},{key:\"toggleEditMode\",value:function toggleEditMode(){if(this.editMode===true){this.disableEditMode()}else{this.enableEditMode()}}},{key:\"enableEditMode\",value:function enableEditMode(){this.editMode=true;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";this.editModeDiv.style.display=\"none\";this.showManipulatorToolbar()}}},{key:\"disableEditMode\",value:function disableEditMode(){this.editMode=false;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"none\";this.closeDiv.style.display=\"none\";this.editModeDiv.style.display=\"block\";this._createEditButton()}}},{key:\"showManipulatorToolbar\",value:function showManipulatorToolbar(){this._clean();this.manipulationDOM={};if(this.guiEnabled===true){this.editMode=true;this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";var selectedNodeCount=this.selectionHandler._getSelectedNodeCount();var selectedEdgeCount=this.selectionHandler._getSelectedEdgeCount();var selectedTotalCount=selectedNodeCount+selectedEdgeCount;var locale=this.options.locales[this.options.locale];var needSeperator=false;if(this.options.addNode!==false){this._createAddNodeButton(locale);needSeperator=true}if(this.options.addEdge!==false){if(needSeperator===true){this._createSeperator(1)}else{needSeperator=true}this._createAddEdgeButton(locale)}if(selectedNodeCount===1&&typeof this.options.editNode===\"function\"){if(needSeperator===true){this._createSeperator(2)}else{needSeperator=true}this._createEditNodeButton(locale)}else if(selectedEdgeCount===1&&selectedNodeCount===0&&this.options.editEdge!==false){if(needSeperator===true){this._createSeperator(3)}else{needSeperator=true}this._createEditEdgeButton(locale)}if(selectedTotalCount!==0){if(selectedNodeCount>0&&this.options.deleteNode!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}else if(selectedNodeCount===0&&this.options.deleteEdge!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}}this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this));this._temporaryBindEvent(\"select\",this.showManipulatorToolbar.bind(this))}this.body.emitter.emit(\"_redraw\")}},{key:\"addNodeMode\",value:function addNodeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addNode\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"addDescription\"]||this.options.locales[\"en\"][\"addDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindEvent(\"click\",this._performAddNode.bind(this))}},{key:\"editNode\",value:function editNode(){var _this2=this;if(this.editMode!==true){this.enableEditMode()}this._clean();var node=this.selectionHandler._getSelectedNode();if(node!==undefined){this.inMode=\"editNode\";if(typeof this.options.editNode===\"function\"){if(node.isCluster!==true){var data=util.deepExtend({},node.options,true);data.x=node.x;data.y=node.y;if(this.options.editNode.length===2){this.options.editNode(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this2.inMode===\"editNode\"){_this2.body.data.nodes.getDataSet().update(finalizedData)}_this2.showManipulatorToolbar()})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{alert(this.options.locales[this.options.locale][\"editClusterError\"]||this.options.locales[\"en\"][\"editClusterError\"])}}else{throw new Error(\"No function has been configured to handle the editing of nodes.\")}}else{this.showManipulatorToolbar()}}},{key:\"addEdgeMode\",value:function addEdgeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addEdge\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"edgeDescription\"]||this.options.locales[\"en\"][\"edgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindUI(\"onTouch\",this._handleConnect.bind(this));this._temporaryBindUI(\"onDragEnd\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDrag\",this._dragControlNode.bind(this));this._temporaryBindUI(\"onRelease\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDragStart\",function(){});this._temporaryBindUI(\"onHold\",function(){})}},{key:\"editEdgeMode\",value:function editEdgeMode(){var _this3=this;if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"editEdge\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"editEdgeDescription\"]||this.options.locales[\"en\"][\"editEdgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this.edgeBeingEditedId=this.selectionHandler.getSelectedEdges()[0];if(this.edgeBeingEditedId!==undefined){(function(){var edge=_this3.body.edges[_this3.edgeBeingEditedId];var controlNodeFrom=_this3._getNewTargetNode(edge.from.x,edge.from.y);var controlNodeTo=_this3._getNewTargetNode(edge.to.x,edge.to.y);_this3.temporaryIds.nodes.push(controlNodeFrom.id);_this3.temporaryIds.nodes.push(controlNodeTo.id);_this3.body.nodes[controlNodeFrom.id]=controlNodeFrom;_this3.body.nodeIndices.push(controlNodeFrom.id);_this3.body.nodes[controlNodeTo.id]=controlNodeTo;_this3.body.nodeIndices.push(controlNodeTo.id);_this3._temporaryBindUI(\"onTouch\",_this3._controlNodeTouch.bind(_this3));_this3._temporaryBindUI(\"onTap\",function(){});_this3._temporaryBindUI(\"onHold\",function(){});_this3._temporaryBindUI(\"onDragStart\",_this3._controlNodeDragStart.bind(_this3));_this3._temporaryBindUI(\"onDrag\",_this3._controlNodeDrag.bind(_this3));_this3._temporaryBindUI(\"onDragEnd\",_this3._controlNodeDragEnd.bind(_this3));_this3._temporaryBindUI(\"onMouseMove\",function(){});_this3._temporaryBindEvent(\"beforeDrawing\",function(ctx){var positions=edge.edgeType.findBorderPositions(ctx);if(controlNodeFrom.selected===false){controlNodeFrom.x=positions.from.x;controlNodeFrom.y=positions.from.y}if(controlNodeTo.selected===false){controlNodeTo.x=positions.to.x;controlNodeTo.y=positions.to.y}});_this3.body.emitter.emit(\"_redraw\")})()}else{this.showManipulatorToolbar()}}},{key:\"deleteSelected\",value:function deleteSelected(){var _this4=this;if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"delete\";var selectedNodes=this.selectionHandler.getSelectedNodes();var selectedEdges=this.selectionHandler.getSelectedEdges();var deleteFunction=undefined;if(selectedNodes.length>0){for(var i=0;i<selectedNodes.length;i++){if(this.body.nodes[selectedNodes[i]].isCluster===true){alert(this.options.locales[this.options.locale][\"deleteClusterError\"]||this.options.locales[\"en\"][\"deleteClusterError\"]);return}}if(typeof this.options.deleteNode===\"function\"){deleteFunction=this.options.deleteNode}}else if(selectedEdges.length>0){if(typeof this.options.deleteEdge===\"function\"){deleteFunction=this.options.deleteEdge}}if(typeof deleteFunction===\"function\"){var data={nodes:selectedNodes,edges:selectedEdges};if(deleteFunction.length===2){deleteFunction(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this4.inMode===\"delete\"){_this4.body.data.edges.getDataSet().remove(finalizedData.edges);_this4.body.data.nodes.getDataSet().remove(finalizedData.nodes);_this4.body.emitter.emit(\"startSimulation\");_this4.showManipulatorToolbar()}else{_this4.body.emitter.emit(\"startSimulation\");_this4.showManipulatorToolbar()}})}else{throw new Error(\"The function for delete does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().remove(selectedEdges);this.body.data.nodes.getDataSet().remove(selectedNodes);this.body.emitter.emit(\"startSimulation\");this.showManipulatorToolbar()}}},{key:\"_setup\",value:function _setup(){if(this.options.enabled===true){this.guiEnabled=true;this._createWrappers();if(this.editMode===false){this._createEditButton()}else{this.showManipulatorToolbar()}}else{this._removeManipulationDOM();this.guiEnabled=false}}},{key:\"_createWrappers\",value:function _createWrappers(){if(this.manipulationDiv===undefined){this.manipulationDiv=document.createElement(\"div\");this.manipulationDiv.className=\"vis-manipulation\";if(this.editMode===true){this.manipulationDiv.style.display=\"block\"}else{this.manipulationDiv.style.display=\"none\"}this.canvas.frame.appendChild(this.manipulationDiv)}if(this.editModeDiv===undefined){this.editModeDiv=document.createElement(\"div\");this.editModeDiv.className=\"vis-edit-mode\";if(this.editMode===true){this.editModeDiv.style.display=\"none\"}else{this.editModeDiv.style.display=\"block\"}this.canvas.frame.appendChild(this.editModeDiv)}if(this.closeDiv===undefined){this.closeDiv=document.createElement(\"div\");this.closeDiv.className=\"vis-close\";this.closeDiv.style.display=this.manipulationDiv.style.display;this.canvas.frame.appendChild(this.closeDiv)}}},{key:\"_getNewTargetNode\",value:function _getNewTargetNode(x,y){var controlNodeStyle=util.deepExtend({},this.options.controlNodeStyle);controlNodeStyle.id=\"targetNode\"+util.randomUUID();controlNodeStyle.hidden=false;controlNodeStyle.physics=false;controlNodeStyle.x=x;controlNodeStyle.y=y;return this.body.functions.createNode(controlNodeStyle)}},{key:\"_createEditButton\",value:function _createEditButton(){this._clean();this.manipulationDOM={};util.recursiveDOMDelete(this.editModeDiv);var locale=this.options.locales[this.options.locale];var button=this._createButton(\"editMode\",\"vis-button vis-edit vis-edit-mode\",locale[\"edit\"]||this.options.locales[\"en\"][\"edit\"]);this.editModeDiv.appendChild(button);this._bindHammerToDiv(button,this.toggleEditMode.bind(this))}},{key:\"_clean\",value:function _clean(){this.inMode=false;if(this.guiEnabled===true){util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.manipulationDiv);this._cleanManipulatorHammers()}this._cleanupTemporaryNodesAndEdges();this._unbindTemporaryUIs();this._unbindTemporaryEvents();this.body.emitter.emit(\"restorePhysics\")}},{key:\"_cleanManipulatorHammers\",value:function _cleanManipulatorHammers(){if(this.manipulationHammers.length!=0){for(var i=0;i<this.manipulationHammers.length;i++){this.manipulationHammers[i].destroy()}this.manipulationHammers=[]}}},{key:\"_removeManipulationDOM\",value:function _removeManipulationDOM(){this._clean();util.recursiveDOMDelete(this.manipulationDiv);util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.closeDiv);if(this.manipulationDiv){this.canvas.frame.removeChild(this.manipulationDiv)}if(this.editModeDiv){this.canvas.frame.removeChild(this.editModeDiv)}if(this.closeDiv){this.canvas.frame.removeChild(this.manipulationDiv)}this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined}},{key:\"_createSeperator\",value:function _createSeperator(){var index=arguments.length<=0||arguments[0]===undefined?1:arguments[0];this.manipulationDOM[\"seperatorLineDiv\"+index]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv\"+index].className=\"vis-separator-line\";this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv\"+index])}},{key:\"_createAddNodeButton\",value:function _createAddNodeButton(locale){var button=this._createButton(\"addNode\",\"vis-button vis-add\",locale[\"addNode\"]||this.options.locales[\"en\"][\"addNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addNodeMode.bind(this))}},{key:\"_createAddEdgeButton\",value:function _createAddEdgeButton(locale){var button=this._createButton(\"addEdge\",\"vis-button vis-connect\",locale[\"addEdge\"]||this.options.locales[\"en\"][\"addEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addEdgeMode.bind(this))}},{key:\"_createEditNodeButton\",value:function _createEditNodeButton(locale){var button=this._createButton(\"editNode\",\"vis-button vis-edit\",locale[\"editNode\"]||this.options.locales[\"en\"][\"editNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editNode.bind(this))}},{key:\"_createEditEdgeButton\",value:function _createEditEdgeButton(locale){var button=this._createButton(\"editEdge\",\"vis-button vis-edit\",locale[\"editEdge\"]||this.options.locales[\"en\"][\"editEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editEdgeMode.bind(this))}},{key:\"_createDeleteButton\",value:function _createDeleteButton(locale){var button=this._createButton(\"delete\",\"vis-button vis-delete\",locale[\"del\"]||this.options.locales[\"en\"][\"del\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.deleteSelected.bind(this))}},{key:\"_createBackButton\",value:function _createBackButton(locale){var button=this._createButton(\"back\",\"vis-button vis-back\",locale[\"back\"]||this.options.locales[\"en\"][\"back\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.showManipulatorToolbar.bind(this))}},{key:\"_createButton\",value:function _createButton(id,className,label){var labelClassName=arguments.length<=3||arguments[3]===undefined?\"vis-label\":arguments[3];this.manipulationDOM[id+\"Div\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Div\"].className=className;this.manipulationDOM[id+\"Label\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Label\"].className=labelClassName;this.manipulationDOM[id+\"Label\"].innerHTML=label;this.manipulationDOM[id+\"Div\"].appendChild(this.manipulationDOM[id+\"Label\"]);return this.manipulationDOM[id+\"Div\"]}},{key:\"_createDescription\",value:function _createDescription(label){this.manipulationDiv.appendChild(this._createButton(\"description\",\"vis-button vis-none\",label))}},{key:\"_temporaryBindEvent\",value:function _temporaryBindEvent(event,newFunction){this.temporaryEventFunctions.push({event:event,boundFunction:newFunction});this.body.emitter.on(event,newFunction)}},{key:\"_temporaryBindUI\",value:function _temporaryBindUI(UIfunctionName,newFunction){if(this.body.eventListeners[UIfunctionName]!==undefined){this.temporaryUIFunctions[UIfunctionName]=this.body.eventListeners[UIfunctionName];this.body.eventListeners[UIfunctionName]=newFunction}else{throw new Error(\"This UI function does not exist. Typo? You tried: \"+UIfunctionName+\" possible are: \"+JSON.stringify(Object.keys(this.body.eventListeners)))}}},{key:\"_unbindTemporaryUIs\",value:function _unbindTemporaryUIs(){for(var functionName in this.temporaryUIFunctions){if(this.temporaryUIFunctions.hasOwnProperty(functionName)){this.body.eventListeners[functionName]=this.temporaryUIFunctions[functionName];delete this.temporaryUIFunctions[functionName]}}this.temporaryUIFunctions={}}},{key:\"_unbindTemporaryEvents\",value:function _unbindTemporaryEvents(){for(var i=0;i<this.temporaryEventFunctions.length;i++){var eventName=this.temporaryEventFunctions[i].event;var boundFunction=this.temporaryEventFunctions[i].boundFunction;this.body.emitter.off(eventName,boundFunction)}this.temporaryEventFunctions=[]}},{key:\"_bindHammerToDiv\",value:function _bindHammerToDiv(domElement,boundFunction){var hammer=new Hammer(domElement,{});hammerUtil.onTouch(hammer,boundFunction);this.manipulationHammers.push(hammer)}},{key:\"_cleanupTemporaryNodesAndEdges\",value:function _cleanupTemporaryNodesAndEdges(){for(var i=0;i<this.temporaryIds.edges.length;i++){this.body.edges[this.temporaryIds.edges[i]].disconnect();delete this.body.edges[this.temporaryIds.edges[i]];var indexTempEdge=this.body.edgeIndices.indexOf(this.temporaryIds.edges[i]);if(indexTempEdge!==-1){this.body.edgeIndices.splice(indexTempEdge,1)}}for(var i=0;i<this.temporaryIds.nodes.length;i++){delete this.body.nodes[this.temporaryIds.nodes[i]];var indexTempNode=this.body.nodeIndices.indexOf(this.temporaryIds.nodes[i]);if(indexTempNode!==-1){this.body.nodeIndices.splice(indexTempNode,1)}}this.temporaryIds={nodes:[],edges:[]}}},{key:\"_controlNodeTouch\",value:function _controlNodeTouch(event){this.selectionHandler.unselectAll();this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation)}},{key:\"_controlNodeDragStart\",value:function _controlNodeDragStart(event){var pointer=this.lastTouch;var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var from=this.body.nodes[this.temporaryIds.nodes[0]];var to=this.body.nodes[this.temporaryIds.nodes[1]];var edge=this.body.edges[this.edgeBeingEditedId];this.selectedControlNode=undefined;var fromSelect=from.isOverlappingWith(pointerObj);var toSelect=to.isOverlappingWith(pointerObj);if(fromSelect===true){this.selectedControlNode=from;edge.edgeType.from=from}else if(toSelect===true){this.selectedControlNode=to;edge.edgeType.to=to}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDrag\",value:function _controlNodeDrag(event){this.body.emitter.emit(\"disablePhysics\");var pointer=this.body.functions.getPointer(event.center);var pos=this.canvas.DOMtoCanvas(pointer);if(this.selectedControlNode!==undefined){this.selectedControlNode.x=pos.x;this.selectedControlNode.y=pos.y}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDragEnd\",value:function _controlNodeDragEnd(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var edge=this.body.edges[this.edgeBeingEditedId];if(this.selectedControlNode===undefined){return}var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;for(var i=overlappingNodeIds.length-1;i>=0;i--){if(overlappingNodeIds[i]!==this.selectedControlNode.id){node=this.body.nodes[overlappingNodeIds[i]];break}}if(node!==undefined&&this.selectedControlNode!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var from=this.body.nodes[this.temporaryIds.nodes[0]];if(this.selectedControlNode.id===from.id){this._performEditEdge(node.id,edge.to.id)}else{this._performEditEdge(edge.from.id,node.id)}}}else{edge.updateEdgeType();this.body.emitter.emit(\"restorePhysics\")}this.body.emitter.emit(\"_redraw\")}},{key:\"_handleConnect\",value:function _handleConnect(event){if((new Date).valueOf()-this.touchTime>100){this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation);var pointer=this.lastTouch;var node=this.selectionHandler.getNodeAt(pointer);if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var targetNode=this._getNewTargetNode(node.x,node.y);this.body.nodes[targetNode.id]=targetNode;this.body.nodeIndices.push(targetNode.id);var connectionEdge=this.body.functions.createEdge({id:\"connectionEdge\"+util.randomUUID(),from:node.id,to:targetNode.id,physics:false,smooth:{enabled:true,type:\"continuous\",roundness:.5}});this.body.edges[connectionEdge.id]=connectionEdge;this.body.edgeIndices.push(connectionEdge.id);this.temporaryIds.nodes.push(targetNode.id);this.temporaryIds.edges.push(connectionEdge.id)}}this.touchTime=(new Date).valueOf()}}},{key:\"_dragControlNode\",value:function _dragControlNode(event){var pointer=this.body.functions.getPointer(event.center);if(this.temporaryIds.nodes[0]!==undefined){var targetNode=this.body.nodes[this.temporaryIds.nodes[0]];targetNode.x=this.canvas._XconvertDOMtoCanvas(pointer.x);targetNode.y=this.canvas._YconvertDOMtoCanvas(pointer.y);this.body.emitter.emit(\"_redraw\")}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}}},{key:\"_finishConnect\",value:function _finishConnect(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var connectFromId=undefined;if(this.temporaryIds.edges[0]!==undefined){connectFromId=this.body.edges[this.temporaryIds.edges[0]].fromId}var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;for(var i=overlappingNodeIds.length-1;i>=0;i--){if(this.temporaryIds.nodes.indexOf(overlappingNodeIds[i])===-1){node=this.body.nodes[overlappingNodeIds[i]];break}}this._cleanupTemporaryNodesAndEdges();if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{if(this.body.nodes[connectFromId]!==undefined&&this.body.nodes[node.id]!==undefined){this._performAddEdge(connectFromId,node.id)}}}this.body.emitter.emit(\"_redraw\")}},{key:\"_performAddNode\",value:function _performAddNode(clickData){var _this5=this;var defaultData={id:util.randomUUID(),x:clickData.pointer.canvas.x,y:clickData.pointer.canvas.y,label:\"new\"};if(typeof this.options.addNode===\"function\"){if(this.options.addNode.length===2){this.options.addNode(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this5.inMode===\"addNode\"){_this5.body.data.nodes.getDataSet().add(finalizedData);_this5.showManipulatorToolbar()}})}else{throw new Error(\"The function for add does not support two arguments (data,callback)\");this.showManipulatorToolbar()}}else{this.body.data.nodes.getDataSet().add(defaultData);this.showManipulatorToolbar()}}},{key:\"_performAddEdge\",value:function _performAddEdge(sourceNodeId,targetNodeId){var _this6=this;var defaultData={from:sourceNodeId,to:targetNodeId};if(typeof this.options.addEdge===\"function\"){if(this.options.addEdge.length===2){this.options.addEdge(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this6.inMode===\"addEdge\"){_this6.body.data.edges.getDataSet().add(finalizedData);_this6.selectionHandler.unselectAll();_this6.showManipulatorToolbar()}})}else{throw new Error(\"The function for connect does not support two arguments (data,callback)\")}}else{this.body.data.edges.getDataSet().add(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}},{key:\"_performEditEdge\",value:function _performEditEdge(sourceNodeId,targetNodeId){var _this7=this;var defaultData={id:this.edgeBeingEditedId,from:sourceNodeId,to:targetNodeId};if(typeof this.options.editEdge===\"function\"){if(this.options.editEdge.length===2){this.options.editEdge(defaultData,function(finalizedData){if(finalizedData===null||finalizedData===undefined||_this7.inMode!==\"editEdge\"){_this7.body.edges[defaultData.id].updateEdgeType();_this7.body.emitter.emit(\"_redraw\")}else{_this7.body.data.edges.getDataSet().update(finalizedData);_this7.selectionHandler.unselectAll();_this7.showManipulatorToolbar()}})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().update(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}}]);return ManipulationSystem}();exports[\"default\"]=ManipulationSystem;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var object=\"object\";var dom=\"dom\";var any=\"any\";var allOptions={configure:{enabled:{\"boolean\":boolean},filter:{\"boolean\":boolean,string:string,array:array,\"function\":\"function\"},container:{dom:dom},showButton:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean,string:string,array:array,\"function\":\"function\"}},edges:{arrows:{to:{enabled:{\"boolean\":boolean},scaleFactor:{number:number},__type__:{object:object,\"boolean\":boolean}},middle:{enabled:{\"boolean\":boolean},scaleFactor:{number:number},__type__:{object:object,\"boolean\":boolean}},from:{enabled:{\"boolean\":boolean},scaleFactor:{number:number},__type__:{object:object,\"boolean\":boolean}},__type__:{string:[\"from\",\"to\",\"middle\"],object:object}},color:{color:{string:string},highlight:{string:string},hover:{string:string},inherit:{string:[\"from\",\"to\",\"both\"],\"boolean\":boolean},opacity:{number:number},__type__:{object:object,string:string}},dashes:{\"boolean\":boolean,array:array},font:{color:{string:string},size:{number:number},face:{string:string},background:{string:string},strokeWidth:{number:number},strokeColor:{string:string},align:{string:[\"horizontal\",\"top\",\"middle\",\"bottom\"]},__type__:{object:object,string:string}},hidden:{\"boolean\":boolean},hoverWidth:{\"function\":\"function\",number:number},label:{string:string,undefined:\"undefined\"},labelHighlightBold:{\"boolean\":boolean},length:{number:number,undefined:\"undefined\"},physics:{\"boolean\":boolean},scaling:{min:{number:number},max:{number:number},label:{enabled:{\"boolean\":boolean},min:{number:number},max:{number:number},maxVisible:{number:number},drawThreshold:{number:number},__type__:{object:object,\"boolean\":boolean}},customScalingFunction:{\"function\":\"function\"},__type__:{object:object}},selectionWidth:{\"function\":\"function\",number:number},selfReferenceSize:{number:number},shadow:{enabled:{\"boolean\":boolean},size:{number:number},x:{number:number},y:{number:number},__type__:{object:object,\"boolean\":boolean}},smooth:{enabled:{\"boolean\":boolean},type:{string:[\"dynamic\",\"continuous\",\"discrete\",\"diagonalCross\",\"straightCross\",\"horizontal\",\"vertical\",\"curvedCW\",\"curvedCCW\",\"cubicBezier\"]},roundness:{number:number},forceDirection:{string:[\"horizontal\",\"vertical\",\"none\"],\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},title:{string:string,undefined:\"undefined\"},width:{number:number},value:{number:number,undefined:\"undefined\"},__type__:{object:object}},groups:{useDefaultGroups:{\"boolean\":boolean},__any__:\"get from nodes, will be overwritten below\",__type__:{object:object}},interaction:{dragNodes:{\"boolean\":boolean},dragView:{\"boolean\":boolean},hideEdgesOnDrag:{\"boolean\":boolean},hideNodesOnDrag:{\"boolean\":boolean},hover:{\"boolean\":boolean},keyboard:{enabled:{\"boolean\":boolean},speed:{x:{number:number},y:{number:number},zoom:{number:number},__type__:{object:object}},bindToWindow:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},multiselect:{\"boolean\":boolean},navigationButtons:{\"boolean\":boolean},selectable:{\"boolean\":boolean},selectConnectedEdges:{\"boolean\":boolean},hoverConnectedEdges:{\"boolean\":boolean},tooltipDelay:{number:number},zoomView:{\"boolean\":boolean},__type__:{object:object}},layout:{randomSeed:{undefined:\"undefined\",number:number},improvedLayout:{\"boolean\":boolean},hierarchical:{enabled:{\"boolean\":boolean},levelSeparation:{number:number},direction:{string:[\"UD\",\"DU\",\"LR\",\"RL\"]},sortMethod:{string:[\"hubsize\",\"directed\"]},__type__:{object:object,\"boolean\":boolean}},__type__:{object:object}},manipulation:{enabled:{\"boolean\":boolean},initiallyActive:{\"boolean\":boolean},addNode:{\"boolean\":boolean,\"function\":\"function\"},addEdge:{\"boolean\":boolean,\"function\":\"function\"},editNode:{\"function\":\"function\"},editEdge:{\"boolean\":boolean,\"function\":\"function\"},deleteNode:{\"boolean\":boolean,\"function\":\"function\"},deleteEdge:{\"boolean\":boolean,\"function\":\"function\"},controlNodeStyle:\"get from nodes, will be overwritten below\",__type__:{object:object,\"boolean\":boolean}},nodes:{borderWidth:{number:number},borderWidthSelected:{number:number,undefined:\"undefined\"},brokenImage:{string:string,undefined:\"undefined\"},color:{border:{string:string},background:{string:string},highlight:{border:{string:string},background:{string:string},__type__:{object:object,string:string}},hover:{border:{string:string},background:{string:string},__type__:{object:object,string:string}},__type__:{object:object,string:string}},fixed:{x:{\"boolean\":boolean},y:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},font:{color:{string:string},size:{number:number},face:{string:string},background:{string:string},strokeWidth:{number:number},strokeColor:{string:string},__type__:{object:object,string:string}},group:{string:string,number:number,undefined:\"undefined\"},hidden:{\"boolean\":boolean},icon:{face:{string:string},code:{string:string},size:{number:number},color:{string:string},__type__:{object:object}},id:{string:string,number:number},image:{string:string,undefined:\"undefined\"},label:{string:string,undefined:\"undefined\"},labelHighlightBold:{\"boolean\":boolean},level:{number:number,undefined:\"undefined\"},mass:{number:number},physics:{\"boolean\":boolean},scaling:{min:{number:number},max:{number:number},label:{enabled:{\"boolean\":boolean},min:{number:number},max:{number:number},maxVisible:{number:number},drawThreshold:{number:number},__type__:{object:object,\"boolean\":boolean}},customScalingFunction:{\"function\":\"function\"},__type__:{object:object}},shadow:{enabled:{\"boolean\":boolean},size:{number:number},x:{number:number},y:{number:number},__type__:{object:object,\"boolean\":boolean}},shape:{string:[\"ellipse\",\"circle\",\"database\",\"box\",\"text\",\"image\",\"circularImage\",\"diamond\",\"dot\",\"star\",\"triangle\",\"triangleDown\",\"square\",\"icon\"]},shapeProperties:{borderDashes:{\"boolean\":boolean,array:array},borderRadius:{number:number},useImageSize:{\"boolean\":boolean},useBorderWithImage:{\"boolean\":boolean},__type__:{object:object}},size:{number:number},title:{string:string,undefined:\"undefined\"},value:{number:number,undefined:\"undefined\"},x:{number:number},y:{number:number},__type__:{object:object}},physics:{enabled:{\"boolean\":boolean},barnesHut:{gravitationalConstant:{number:number},centralGravity:{number:number},springLength:{number:number},springConstant:{number:number\n},damping:{number:number},avoidOverlap:{number:number},__type__:{object:object}},forceAtlas2Based:{gravitationalConstant:{number:number},centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},damping:{number:number},avoidOverlap:{number:number},__type__:{object:object}},repulsion:{centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},nodeDistance:{number:number},damping:{number:number},__type__:{object:object}},hierarchicalRepulsion:{centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},nodeDistance:{number:number},damping:{number:number},__type__:{object:object}},maxVelocity:{number:number},minVelocity:{number:number},solver:{string:[\"barnesHut\",\"repulsion\",\"hierarchicalRepulsion\",\"forceAtlas2Based\"]},stabilization:{enabled:{\"boolean\":boolean},iterations:{number:number},updateInterval:{number:number},onlyDynamicEdges:{\"boolean\":boolean},fit:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},timestep:{number:number},adaptiveTimestep:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},autoResize:{\"boolean\":boolean},clickToUse:{\"boolean\":boolean},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},height:{string:string},width:{string:string},__type__:{object:object}};allOptions.groups.__any__=allOptions.nodes;allOptions.manipulation.controlNodeStyle=allOptions.nodes;var configureOptions={nodes:{borderWidth:[1,0,10,1],borderWidthSelected:[2,0,10,1],color:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#97C2FC\"],highlight:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#D2E5FF\"]},hover:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#D2E5FF\"]}},fixed:{x:false,y:false},font:{color:[\"color\",\"#343434\"],size:[14,0,100,1],face:[\"arial\",\"verdana\",\"tahoma\"],background:[\"color\",\"none\"],strokeWidth:[0,0,50,1],strokeColor:[\"color\",\"#ffffff\"]},hidden:false,labelHighlightBold:true,physics:true,scaling:{min:[10,0,200,1],max:[30,0,200,1],label:{enabled:false,min:[14,0,200,1],max:[30,0,200,1],maxVisible:[30,0,200,1],drawThreshold:[5,0,20,1]}},shadow:{enabled:false,size:[10,0,20,1],x:[5,-30,30,1],y:[5,-30,30,1]},shape:[\"ellipse\",\"box\",\"circle\",\"database\",\"diamond\",\"dot\",\"square\",\"star\",\"text\",\"triangle\",\"triangleDown\"],shapeProperties:{borderDashes:false,borderRadius:[6,0,20,1],useImageSize:false},size:[25,0,200,1]},edges:{arrows:{to:{enabled:false,scaleFactor:[1,0,3,.05]},middle:{enabled:false,scaleFactor:[1,0,3,.05]},from:{enabled:false,scaleFactor:[1,0,3,.05]}},color:{color:[\"color\",\"#848484\"],highlight:[\"color\",\"#848484\"],hover:[\"color\",\"#848484\"],inherit:[\"from\",\"to\",\"both\",true,false],opacity:[1,0,1,.05]},dashes:false,font:{color:[\"color\",\"#343434\"],size:[14,0,100,1],face:[\"arial\",\"verdana\",\"tahoma\"],background:[\"color\",\"none\"],strokeWidth:[2,0,50,1],strokeColor:[\"color\",\"#ffffff\"],align:[\"horizontal\",\"top\",\"middle\",\"bottom\"]},hidden:false,hoverWidth:[1.5,0,5,.1],labelHighlightBold:true,physics:true,scaling:{min:[1,0,100,1],max:[15,0,100,1],label:{enabled:true,min:[14,0,200,1],max:[30,0,200,1],maxVisible:[30,0,200,1],drawThreshold:[5,0,20,1]}},selectionWidth:[1.5,0,5,.1],selfReferenceSize:[20,0,200,1],shadow:{enabled:false,size:[10,0,20,1],x:[5,-30,30,1],y:[5,-30,30,1]},smooth:{enabled:true,type:[\"dynamic\",\"continuous\",\"discrete\",\"diagonalCross\",\"straightCross\",\"horizontal\",\"vertical\",\"curvedCW\",\"curvedCCW\",\"cubicBezier\"],forceDirection:[\"horizontal\",\"vertical\",\"none\"],roundness:[.5,0,1,.05]},width:[1,0,30,1]},layout:{hierarchical:{enabled:false,levelSeparation:[150,20,500,5],direction:[\"UD\",\"DU\",\"LR\",\"RL\"],sortMethod:[\"hubsize\",\"directed\"]}},interaction:{dragNodes:true,dragView:true,hideEdgesOnDrag:false,hideNodesOnDrag:false,hover:false,keyboard:{enabled:false,speed:{x:[10,0,40,1],y:[10,0,40,1],zoom:[.02,0,.1,.005]},bindToWindow:true},multiselect:false,navigationButtons:false,selectable:true,selectConnectedEdges:true,hoverConnectedEdges:true,tooltipDelay:[300,0,1e3,25],zoomView:true},manipulation:{enabled:false,initiallyActive:false},physics:{enabled:true,barnesHut:{gravitationalConstant:[-2e3,-3e4,0,50],centralGravity:[.3,0,10,.05],springLength:[95,0,500,5],springConstant:[.04,0,1.2,.005],damping:[.09,0,1,.01],avoidOverlap:[0,0,1,.01]},forceAtlas2Based:{gravitationalConstant:[-50,-500,0,1],centralGravity:[.01,0,1,.005],springLength:[95,0,500,5],springConstant:[.08,0,1.2,.005],damping:[.4,0,1,.01],avoidOverlap:[0,0,1,.01]},repulsion:{centralGravity:[.2,0,10,.05],springLength:[200,0,500,5],springConstant:[.05,0,1.2,.005],nodeDistance:[100,0,500,5],damping:[.09,0,1,.01]},hierarchicalRepulsion:{centralGravity:[.2,0,10,.05],springLength:[100,0,500,5],springConstant:[.01,0,1.2,.005],nodeDistance:[120,0,500,5],damping:[.09,0,1,.01]},maxVelocity:[50,0,150,1],minVelocity:[.1,.01,.5,.01],solver:[\"barnesHut\",\"forceAtlas2Based\",\"repulsion\",\"hierarchicalRepulsion\"],timestep:[.5,.01,1,.01]},global:{locale:[\"en\",\"nl\"]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsAlgorithmsFloydWarshallJs=__webpack_require__(113);var _componentsAlgorithmsFloydWarshallJs2=_interopRequireDefault(_componentsAlgorithmsFloydWarshallJs);var KamadaKawai=function(){function KamadaKawai(body,edgeLength,edgeStrength){_classCallCheck(this,KamadaKawai);this.body=body;this.springLength=edgeLength;this.springConstant=edgeStrength;this.distanceSolver=new _componentsAlgorithmsFloydWarshallJs2[\"default\"]}_createClass(KamadaKawai,[{key:\"setOptions\",value:function setOptions(options){if(options){if(options.springLength){this.springLength=options.springLength}if(options.springConstant){this.springConstant=options.springConstant}}}},{key:\"solve\",value:function solve(nodesArray,edgesArray){var ignoreClusters=arguments.length<=2||arguments[2]===undefined?false:arguments[2];var D_matrix=this.distanceSolver.getDistances(this.body,nodesArray,edgesArray);this._createL_matrix(D_matrix);this._createK_matrix(D_matrix);var threshold=.01;var innerThreshold=1;var iterations=0;var maxIterations=Math.max(1e3,Math.min(10*this.body.nodeIndices.length,6e3));var maxInnerIterations=5;var maxEnergy=1e9;var highE_nodeId=0,dE_dx=0,dE_dy=0,delta_m=0,subIterations=0;while(maxEnergy>threshold&&iterations<maxIterations){iterations+=1;var _getHighestEnergyNode2=this._getHighestEnergyNode(ignoreClusters);var _getHighestEnergyNode22=_slicedToArray(_getHighestEnergyNode2,4);highE_nodeId=_getHighestEnergyNode22[0];maxEnergy=_getHighestEnergyNode22[1];dE_dx=_getHighestEnergyNode22[2];dE_dy=_getHighestEnergyNode22[3];delta_m=maxEnergy;subIterations=0;while(delta_m>innerThreshold&&subIterations<maxInnerIterations){subIterations+=1;this._moveNode(highE_nodeId,dE_dx,dE_dy);var _getEnergy2=this._getEnergy(highE_nodeId);var _getEnergy22=_slicedToArray(_getEnergy2,3);delta_m=_getEnergy22[0];dE_dx=_getEnergy22[1];dE_dy=_getEnergy22[2]}}}},{key:\"_getHighestEnergyNode\",value:function _getHighestEnergyNode(ignoreClusters){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var maxEnergy=0;var maxEnergyNodeId=nodesArray[0];var dE_dx_max=0,dE_dy_max=0;for(var nodeIdx=0;nodeIdx<nodesArray.length;nodeIdx++){var m=nodesArray[nodeIdx];if(nodes[m].predefinedPosition===false||nodes[m].isCluster===true&&ignoreClusters===true||nodes[m].options.fixed.x===true||nodes[m].options.fixed.y===true){var _getEnergy3=this._getEnergy(m);var _getEnergy32=_slicedToArray(_getEnergy3,3);var delta_m=_getEnergy32[0];var dE_dx=_getEnergy32[1];var dE_dy=_getEnergy32[2];if(maxEnergy<delta_m){maxEnergy=delta_m;maxEnergyNodeId=m;dE_dx_max=dE_dx;dE_dy_max=dE_dy}}}return[maxEnergyNodeId,maxEnergy,dE_dx_max,dE_dy_max]}},{key:\"_getEnergy\",value:function _getEnergy(m){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var x_m=nodes[m].x;var y_m=nodes[m].y;var dE_dx=0;var dE_dy=0;for(var iIdx=0;iIdx<nodesArray.length;iIdx++){var i=nodesArray[iIdx];if(i!==m){var x_i=nodes[i].x;var y_i=nodes[i].y;var denominator=1/Math.sqrt(Math.pow(x_m-x_i,2)+Math.pow(y_m-y_i,2));dE_dx+=this.K_matrix[m][i]*(x_m-x_i-this.L_matrix[m][i]*(x_m-x_i)*denominator);dE_dy+=this.K_matrix[m][i]*(y_m-y_i-this.L_matrix[m][i]*(y_m-y_i)*denominator)}}var delta_m=Math.sqrt(Math.pow(dE_dx,2)+Math.pow(dE_dy,2));return[delta_m,dE_dx,dE_dy]}},{key:\"_moveNode\",value:function _moveNode(m,dE_dx,dE_dy){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var d2E_dx2=0;var d2E_dxdy=0;var d2E_dy2=0;var x_m=nodes[m].x;var y_m=nodes[m].y;for(var iIdx=0;iIdx<nodesArray.length;iIdx++){var i=nodesArray[iIdx];if(i!==m){var x_i=nodes[i].x;var y_i=nodes[i].y;var denominator=1/Math.pow(Math.pow(x_m-x_i,2)+Math.pow(y_m-y_i,2),1.5);d2E_dx2+=this.K_matrix[m][i]*(1-this.L_matrix[m][i]*Math.pow(y_m-y_i,2)*denominator);d2E_dxdy+=this.K_matrix[m][i]*(this.L_matrix[m][i]*(x_m-x_i)*(y_m-y_i)*denominator);d2E_dy2+=this.K_matrix[m][i]*(1-this.L_matrix[m][i]*Math.pow(x_m-x_i,2)*denominator)}}var A=d2E_dx2,B=d2E_dxdy,C=dE_dx,D=d2E_dy2,E=dE_dy;var dy=(C/A+E/B)/(B/A-D/B);var dx=-(B*dy+C)/A;nodes[m].x+=dx;nodes[m].y+=dy}},{key:\"_createL_matrix\",value:function _createL_matrix(D_matrix){var nodesArray=this.body.nodeIndices;var edgeLength=this.springLength;this.L_matrix=[];for(var i=0;i<nodesArray.length;i++){this.L_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){this.L_matrix[nodesArray[i]][nodesArray[j]]=edgeLength*D_matrix[nodesArray[i]][nodesArray[j]]}}}},{key:\"_createK_matrix\",value:function _createK_matrix(D_matrix){var nodesArray=this.body.nodeIndices;var edgeStrength=this.springConstant;this.K_matrix=[];for(var i=0;i<nodesArray.length;i++){this.K_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){this.K_matrix[nodesArray[i]][nodesArray[j]]=edgeStrength*Math.pow(D_matrix[nodesArray[i]][nodesArray[j]],-2)}}}}]);return KamadaKawai}();exports[\"default\"]=KamadaKawai;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var FloydWarshall=function(){function FloydWarshall(){_classCallCheck(this,FloydWarshall)}_createClass(FloydWarshall,[{key:\"getDistances\",value:function getDistances(body,nodesArray,edgesArray){var D_matrix={};var edges=body.edges;for(var i=0;i<nodesArray.length;i++){D_matrix[nodesArray[i]]={};D_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){D_matrix[nodesArray[i]][nodesArray[j]]=i==j?0:1e9;D_matrix[nodesArray[i]][nodesArray[j]]=i==j?0:1e9}}for(var i=0;i<edgesArray.length;i++){var edge=edges[edgesArray[i]];if(edge.connected===true){D_matrix[edge.fromId][edge.toId]=1;D_matrix[edge.toId][edge.fromId]=1}}var nodeCount=nodesArray.length;for(var k=0;k<nodeCount;k++){for(var i=0;i<nodeCount-1;i++){for(var j=i+1;j<nodeCount;j++){D_matrix[nodesArray[i]][nodesArray[j]]=Math.min(D_matrix[nodesArray[i]][nodesArray[j]],D_matrix[nodesArray[i]][nodesArray[k]]+D_matrix[nodesArray[k]][nodesArray[j]]);D_matrix[nodesArray[j]][nodesArray[i]]=D_matrix[nodesArray[i]][nodesArray[j]]}}}return D_matrix}}]);return FloydWarshall}();exports[\"default\"]=FloydWarshall;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";if(typeof CanvasRenderingContext2D!==\"undefined\"){CanvasRenderingContext2D.prototype.circle=function(x,y,r){this.beginPath();this.arc(x,y,r,0,2*Math.PI,false);this.closePath()};CanvasRenderingContext2D.prototype.square=function(x,y,r){this.beginPath();this.rect(x-r,y-r,r*2,r*2);this.closePath()};CanvasRenderingContext2D.prototype.triangle=function(x,y,r){this.beginPath();r*=1.15;y+=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y-(h-ir));this.lineTo(x+s2,y+ir);this.lineTo(x-s2,y+ir);this.lineTo(x,y-(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.triangleDown=function(x,y,r){this.beginPath();r*=1.15;y-=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y+(h-ir));this.lineTo(x+s2,y-ir);this.lineTo(x-s2,y-ir);this.lineTo(x,y+(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.star=function(x,y,r){this.beginPath();r*=.82;y+=.1*r;for(var n=0;n<10;n++){var radius=n%2===0?r*1.3:r*.5;this.lineTo(x+radius*Math.sin(n*2*Math.PI/10),y-radius*Math.cos(n*2*Math.PI/10))}this.closePath()};CanvasRenderingContext2D.prototype.diamond=function(x,y,r){this.beginPath();this.lineTo(x,y+r);this.lineTo(x+r,y);this.lineTo(x,y-r);this.lineTo(x-r,y);this.closePath()};CanvasRenderingContext2D.prototype.roundRect=function(x,y,w,h,r){var r2d=Math.PI/180;if(w-2*r<0){r=w/2}if(h-2*r<0){r=h/2}this.beginPath();this.moveTo(x+r,y);this.lineTo(x+w-r,y);this.arc(x+w-r,y+r,r,r2d*270,r2d*360,false);this.lineTo(x+w,y+h-r);this.arc(x+w-r,y+h-r,r,0,r2d*90,false);this.lineTo(x+r,y+h);this.arc(x+r,y+h-r,r,r2d*90,r2d*180,false);this.lineTo(x,y+r);this.arc(x+r,y+r,r,r2d*180,r2d*270,false);this.closePath()};CanvasRenderingContext2D.prototype.ellipse=function(x,y,w,h){var kappa=.5522848,ox=w/2*kappa,oy=h/2*kappa,xe=x+w,ye=y+h,xm=x+w/2,ym=y+h/2;this.beginPath();this.moveTo(x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.closePath()};CanvasRenderingContext2D.prototype.database=function(x,y,w,h){var f=1/3;var wEllipse=w;var hEllipse=h*f;var kappa=.5522848,ox=wEllipse/2*kappa,oy=hEllipse/2*kappa,xe=x+wEllipse,ye=y+hEllipse,xm=x+wEllipse/2,ym=y+hEllipse/2,ymb=y+(h-hEllipse/2),yeb=y+h;this.beginPath();this.moveTo(xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.lineTo(xe,ymb);this.bezierCurveTo(xe,ymb+oy,xm+ox,yeb,xm,yeb);this.bezierCurveTo(xm-ox,yeb,x,ymb+oy,x,ymb);this.lineTo(x,ym)};CanvasRenderingContext2D.prototype.arrow=function(x,y,angle,length){var xt=x-length*Math.cos(angle);var yt=y-length*Math.sin(angle);var xi=x-length*.9*Math.cos(angle);var yi=y-length*.9*Math.sin(angle);var xl=xt+length/3*Math.cos(angle+.5*Math.PI);var yl=yt+length/3*Math.sin(angle+.5*Math.PI);var xr=xt+length/3*Math.cos(angle-.5*Math.PI);var yr=yt+length/3*Math.sin(angle-.5*Math.PI);this.beginPath();this.moveTo(x,y);this.lineTo(xl,yl);this.lineTo(xi,yi);this.lineTo(xr,yr);this.closePath()};CanvasRenderingContext2D.prototype.dashedLine=function(x,y,x2,y2,pattern){this.beginPath();this.moveTo(x,y);var patternLength=pattern.length;var dx=x2-x;var dy=y2-y;var slope=dy/dx;var distRemaining=Math.sqrt(dx*dx+dy*dy);var patternIndex=0;var draw=true;var xStep=0;var dashLength=pattern[0];while(distRemaining>=.1){dashLength=pattern[patternIndex++%patternLength];if(dashLength>distRemaining){dashLength=distRemaining}xStep=Math.sqrt(dashLength*dashLength/(1+slope*slope));xStep=dx<0?-xStep:xStep;x+=xStep;y+=slope*xStep;if(draw===true){this.lineTo(x,y)}else{this.moveTo(x,y)}distRemaining-=dashLength;draw=!draw}}}},function(module,exports){\"use strict\";function parseDOT(data){dot=data;return parseGraph()}var NODE_ATTR_MAPPING={fontsize:\"font.size\",fontcolor:\"font.color\",labelfontcolor:\"font.color\",fontname:\"font.face\",color:[\"color.border\",\"color.background\"],fillcolor:\"color.background\",tooltip:\"title\",labeltooltip:\"title\"};var EDGE_ATTR_MAPPING=Object.create(NODE_ATTR_MAPPING);EDGE_ATTR_MAPPING.color=\"color.color\";var TOKENTYPE={NULL:0,DELIMITER:1,IDENTIFIER:2,UNKNOWN:3};var DELIMITERS={\"{\":true,\"}\":true,\"[\":true,\"]\":true,\";\":true,\"=\":true,\",\":true,\"->\":true,\"--\":true};var dot=\"\";var index=0;var c=\"\";var token=\"\";var tokenType=TOKENTYPE.NULL;function first(){index=0;c=dot.charAt(0)}function next(){index++;c=dot.charAt(index)}function nextPreview(){return dot.charAt(index+1)}var regexAlphaNumeric=/[a-zA-Z_0-9.:#]/;function isAlphaNumeric(c){return regexAlphaNumeric.test(c)}function merge(a,b){if(!a){a={}}if(b){for(var name in b){if(b.hasOwnProperty(name)){a[name]=b[name]}}}return a}function setValue(obj,path,value){var keys=path.split(\".\");var o=obj;while(keys.length){var key=keys.shift();if(keys.length){if(!o[key]){o[key]={}}o=o[key]}else{o[key]=value}}}function addNode(graph,node){var i,len;var current=null;var graphs=[graph];var root=graph;while(root.parent){graphs.push(root.parent);root=root.parent}if(root.nodes){for(i=0,len=root.nodes.length;i<len;i++){if(node.id===root.nodes[i].id){current=root.nodes[i];break}}}if(!current){current={id:node.id};if(graph.node){current.attr=merge(current.attr,graph.node)}}for(i=graphs.length-1;i>=0;i--){var g=graphs[i];if(!g.nodes){g.nodes=[]}if(g.nodes.indexOf(current)===-1){g.nodes.push(current)}}if(node.attr){current.attr=merge(current.attr,node.attr)}}function addEdge(graph,edge){if(!graph.edges){graph.edges=[]}graph.edges.push(edge);if(graph.edge){var attr=merge({},graph.edge);edge.attr=merge(attr,edge.attr)}}function createEdge(graph,from,to,type,attr){var edge={from:from,to:to,type:type};if(graph.edge){edge.attr=merge({},graph.edge)}edge.attr=merge(edge.attr||{},attr);return edge}function getToken(){tokenType=TOKENTYPE.NULL;token=\"\";while(c===\" \"||c===\"\t\"||c===\"\\n\"||c===\"\\r\"){next()}do{var isComment=false;if(c===\"#\"){var i=index-1;while(dot.charAt(i)===\" \"||dot.charAt(i)===\"\t\"){i--}if(dot.charAt(i)===\"\\n\"||dot.charAt(i)===\"\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}}if(c===\"/\"&&nextPreview()===\"/\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}if(c===\"/\"&&nextPreview()===\"*\"){while(c!=\"\"){if(c===\"*\"&&nextPreview()===\"/\"){next();next();break}else{next()}}isComment=true}while(c===\" \"||c===\"\t\"||c===\"\\n\"||c===\"\\r\"){next()}}while(isComment);if(c===\"\"){tokenType=TOKENTYPE.DELIMITER;return}var c2=c+nextPreview();if(DELIMITERS[c2]){tokenType=TOKENTYPE.DELIMITER;token=c2;next();next();return}if(DELIMITERS[c]){tokenType=TOKENTYPE.DELIMITER;token=c;next();return}if(isAlphaNumeric(c)||c===\"-\"){token+=c;next();while(isAlphaNumeric(c)){token+=c;next()}if(token===\"false\"){token=false}else if(token===\"true\"){token=true}else if(!isNaN(Number(token))){token=Number(token)}tokenType=TOKENTYPE.IDENTIFIER;return}if(c==='\"'){next();while(c!=\"\"&&(c!='\"'||c==='\"'&&nextPreview()==='\"')){token+=c;if(c==='\"'){next()}next()}if(c!='\"'){throw newSyntaxError('End of string \" expected')}next();tokenType=TOKENTYPE.IDENTIFIER;return}tokenType=TOKENTYPE.UNKNOWN;while(c!=\"\"){token+=c;next()}throw new SyntaxError('Syntax error in part \"'+chop(token,30)+'\"')}function parseGraph(){var graph={};first();getToken();if(token===\"strict\"){graph.strict=true;getToken()}if(token===\"graph\"||token===\"digraph\"){graph.type=token;getToken()}if(tokenType===TOKENTYPE.IDENTIFIER){graph.id=token;getToken()}if(token!=\"{\"){throw newSyntaxError(\"Angle bracket { expected\")}getToken();parseStatements(graph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();if(token!==\"\"){throw newSyntaxError(\"End of file expected\")}getToken();delete graph.node;delete graph.edge;delete graph.graph;return graph}function parseStatements(graph){while(token!==\"\"&&token!=\"}\"){parseStatement(graph);if(token===\";\"){getToken()}}}function parseStatement(graph){var subgraph=parseSubgraph(graph);if(subgraph){parseEdge(graph,subgraph);return}var attr=parseAttributeStatement(graph);if(attr){return}if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}var id=token;getToken();if(token===\"=\"){getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}graph[id]=token;getToken()}else{parseNodeStatement(graph,id)}}function parseSubgraph(graph){var subgraph=null;if(token===\"subgraph\"){subgraph={};subgraph.type=\"subgraph\";getToken();if(tokenType===TOKENTYPE.IDENTIFIER){subgraph.id=token;getToken()}}if(token===\"{\"){getToken();if(!subgraph){subgraph={}}subgraph.parent=graph;subgraph.node=graph.node;subgraph.edge=graph.edge;subgraph.graph=graph.graph;parseStatements(subgraph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();delete subgraph.node;delete subgraph.edge;delete subgraph.graph;delete subgraph.parent;if(!graph.subgraphs){graph.subgraphs=[]}graph.subgraphs.push(subgraph)}return subgraph}function parseAttributeStatement(graph){if(token===\"node\"){getToken();graph.node=parseAttributeList();return\"node\"}else if(token===\"edge\"){getToken();graph.edge=parseAttributeList();return\"edge\"}else if(token===\"graph\"){getToken();graph.graph=parseAttributeList();return\"graph\"}return null}function parseNodeStatement(graph,id){var node={id:id};var attr=parseAttributeList();if(attr){node.attr=attr}addNode(graph,node);parseEdge(graph,id)}function parseEdge(graph,from){while(token===\"->\"||token===\"--\"){var to;var type=token;getToken();var subgraph=parseSubgraph(graph);if(subgraph){to=subgraph}else{if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier or subgraph expected\")}to=token;addNode(graph,{id:to});getToken()}var attr=parseAttributeList();var edge=createEdge(graph,from,to,type,attr);addEdge(graph,edge);from=to}}function parseAttributeList(){var attr=null;while(token===\"[\"){getToken();attr={};while(token!==\"\"&&token!=\"]\"){if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute name expected\")}var name=token;getToken();if(token!=\"=\"){throw newSyntaxError(\"Equal sign = expected\")}getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute value expected\")}var value=token;setValue(attr,name,value);getToken();if(token==\",\"){getToken()}}if(token!=\"]\"){throw newSyntaxError(\"Bracket ] expected\")}getToken()}return attr}function newSyntaxError(message){return new SyntaxError(message+', got \"'+chop(token,30)+'\" (char '+index+\")\")}function chop(text,maxLength){return text.length<=maxLength?text:text.substr(0,27)+\"...\"}function forEach2(array1,array2,fn){if(Array.isArray(array1)){array1.forEach(function(elem1){if(Array.isArray(array2)){array2.forEach(function(elem2){fn(elem1,elem2)})}else{fn(elem1,array2)}})}else{if(Array.isArray(array2)){array2.forEach(function(elem2){fn(array1,elem2)})}else{fn(array1,array2)}}}function setProp(object,path,value){var names=path.split(\".\");var prop=names.pop();var obj=object;for(var i=0;i<names.length;i++){var name=names[i];if(!(name in obj)){obj[name]={}}obj=obj[name]}obj[prop]=value;return object}function convertAttr(attr,mapping){var converted={};for(var prop in attr){if(attr.hasOwnProperty(prop)){var visProp=mapping[prop];if(Array.isArray(visProp)){visProp.forEach(function(visPropI){setProp(converted,visPropI,attr[prop])})}else if(typeof visProp===\"string\"){setProp(converted,visProp,attr[prop])}else{setProp(converted,prop,attr[prop])}}}return converted}function DOTToGraph(data){var dotData=parseDOT(data);var graphData={nodes:[],edges:[],options:{}};if(dotData.nodes){dotData.nodes.forEach(function(dotNode){var graphNode={id:dotNode.id,label:String(dotNode.label||dotNode.id)};merge(graphNode,convertAttr(dotNode.attr,NODE_ATTR_MAPPING));if(graphNode.image){graphNode.shape=\"image\"}graphData.nodes.push(graphNode)})}if(dotData.edges){var convertEdge=function convertEdge(dotEdge){var graphEdge={from:dotEdge.from,to:dotEdge.to};merge(graphEdge,convertAttr(dotEdge.attr,EDGE_ATTR_MAPPING));graphEdge.arrows=dotEdge.type===\"->\"?\"to\":undefined;return graphEdge};dotData.edges.forEach(function(dotEdge){var from,to;if(dotEdge.from instanceof Object){from=dotEdge.from.nodes}else{from={id:dotEdge.from}}if(dotEdge.to instanceof Object){to=dotEdge.to.nodes}else{to={id:dotEdge.to}}if(dotEdge.from instanceof Object&&dotEdge.from.edges){dotEdge.from.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}forEach2(from,to,function(from,to){var subEdge=createEdge(graphData,from.id,to.id,dotEdge.type,dotEdge.attr);var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)});if(dotEdge.to instanceof Object&&dotEdge.to.edges){dotEdge.to.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}})}if(dotData.attr){graphData.options=dotData.attr}return graphData}exports.parseDOT=parseDOT;exports.DOTToGraph=DOTToGraph},function(module,exports){\"use strict\";function parseGephi(gephiJSON,optionsObj){var edges=[];var nodes=[];var options={edges:{inheritColor:false},nodes:{fixed:false,parseColor:false}};if(optionsObj!==undefined){if(optionsObj.fixed!==undefined){options.nodes.fixed=optionsObj.fixed}if(optionsObj.parseColor!==undefined){options.nodes.parseColor=optionsObj.parseColor}if(optionsObj.inheritColor!==undefined){options.edges.inheritColor=optionsObj.inheritColor}}var gEdges=gephiJSON.edges;var gNodes=gephiJSON.nodes;for(var i=0;i<gEdges.length;i++){var edge={};var gEdge=gEdges[i];edge[\"id\"]=gEdge.id;edge[\"from\"]=gEdge.source;edge[\"to\"]=gEdge.target;edge[\"attributes\"]=gEdge.attributes;edge[\"label\"]=gEdge.label;edge[\"title\"]=gEdge.attributes!==undefined?gEdge.attributes.title:undefined;if(gEdge[\"type\"]===\"Directed\"){edge[\"arrows\"]=\"to\"}if(gEdge.color&&options.inheritColor===false){edge[\"color\"]=gEdge.color}edges.push(edge)}for(var i=0;i<gNodes.length;i++){var node={};var gNode=gNodes[i];node[\"id\"]=gNode.id;node[\"attributes\"]=gNode.attributes;node[\"title\"]=gNode.title;node[\"x\"]=gNode.x;node[\"y\"]=gNode.y;node[\"label\"]=gNode.label;node[\"title\"]=gNode.attributes!==undefined?gNode.attributes.title:undefined;if(options.nodes.parseColor===true){node[\"color\"]=gNode.color}else{node[\"color\"]=gNode.color!==undefined?{background:gNode.color,border:gNode.color,highlight:{background:gNode.color,border:gNode.color},hover:{background:gNode.color,border:gNode.color}}:undefined}node[\"size\"]=gNode.size;node[\"fixed\"]=options.nodes.fixed&&gNode.x!==undefined&&gNode.y!==undefined;nodes.push(node)}return{nodes:nodes,edges:edges}}exports.parseGephi=parseGephi},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Images=function(){function Images(callback){_classCallCheck(this,Images);this.images={};this.imageBroken={};this.callback=callback}_createClass(Images,[{key:\"_addImageToCache\",value:function 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Image;img.onload=function(){_this2._addImageToCache(url,img);_this2._redrawWithImage(img)};img.onerror=function(){console.error(\"Could not load image:\",url);_this2._tryloadBrokenUrl(url,brokenUrl,img)};img.src=url;return img}}]);return Images}();exports[\"default\"]=Images;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";exports[\"en\"]={edit:\"Edit\",del:\"Delete selected\",back:\"Back\",addNode:\"Add Node\",addEdge:\"Add Edge\",editNode:\"Edit Node\",editEdge:\"Edit Edge\",addDescription:\"Click in an empty space to place a new node.\",edgeDescription:\"Click on a node and drag the edge to another node to connect them.\",editEdgeDescription:\"Click on the control points and drag them to a node to connect to it.\",createEdgeError:\"Cannot link edges to a cluster.\",deleteClusterError:\"Clusters cannot be deleted.\",editClusterError:\"Clusters cannot be edited.\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"de\"]={edit:\"Editieren\",del:\"Lösche Auswahl\",back:\"Zurück\",addNode:\"Knoten hinzufügen\",addEdge:\"Kante hinzufügen\",editNode:\"Knoten editieren\",editEdge:\"Kante editieren\",addDescription:\"Klicke auf eine freie Stelle, um einen neuen Knoten zu plazieren.\",edgeDescription:\"Klicke auf einen Knoten und ziehe die Kante zu einem anderen Knoten, um diese zu verbinden.\",editEdgeDescription:\"Klicke auf die Verbindungspunkte und ziehe diese auf einen Knoten, um sie zu verbinden.\",createEdgeError:\"Es ist nicht möglich, Kanten mit Clustern zu verbinden.\",deleteClusterError:\"Cluster können nicht gelöscht werden.\",editClusterError:\"Cluster können nicht editiert werden.\"};exports[\"de_DE\"]=exports[\"de\"];exports[\"es\"]={edit:\"Editar\",del:\"Eliminar selección\",back:\"Átras\",addNode:\"Añadir nodo\",addEdge:\"Añadir arista\",editNode:\"Editar nodo\",editEdge:\"Editar arista\",addDescription:\"Haga clic en un lugar vacío para colocar un nuevo nodo.\",edgeDescription:\"Haga clic en un nodo y arrastre la arista hacia otro nodo para conectarlos.\",editEdgeDescription:\"Haga clic en un punto de control y arrastrelo a un nodo para conectarlo.\",createEdgeError:\"No se puede conectar una arista a un grupo.\",deleteClusterError:\"No es posible eliminar grupos.\",editClusterError:\"No es posible editar grupos.\"};exports[\"es_ES\"]=exports[\"es\"];exports[\"nl\"]={edit:\"Wijzigen\",del:\"Selectie verwijderen\",back:\"Terug\",addNode:\"Node toevoegen\",addEdge:\"Link toevoegen\",editNode:\"Node wijzigen\",editEdge:\"Link wijzigen\",addDescription:\"Klik op een leeg gebied om een nieuwe node te maken.\",edgeDescription:\"Klik op een node en sleep de link naar een andere node om ze te verbinden.\",\neditEdgeDescription:\"Klik op de verbindingspunten en sleep ze naar een node om daarmee te verbinden.\",createEdgeError:\"Kan geen link maken naar een cluster.\",deleteClusterError:\"Clusters kunnen niet worden verwijderd.\",editClusterError:\"Clusters kunnen niet worden aangepast.\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"]}])});\n",
            "title": "$:/plugins/felixhayashi/vis/vis.js",
            "type": "application/javascript",
            "module-type": "library"
        }
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}

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g?(0>g?\"-\":\"\")+\"P\"+(a?a+\"Y\":\"\")+(b?b+\"M\":\"\")+(c?c+\"D\":\"\")+(d||e||f?\"T\":\"\")+(d?d+\"H\":\"\")+(e?e+\"M\":\"\")+(f?f+\"S\":\"\"):\"P0D\"}\n//! moment.js locale configuration\n//! locale : belarusian (be)\n//! author : Dmitry Demidov : https://github.com/demidov91\n//! author: Praleska: http://praleska.pro/\n//! Author : Menelion Elensúle : https://github.com/Oire\nfunction Dc(a,b){var c=a.split(\"_\");return b%10===1&&b%100!==11?c[0]:b%10>=2&&4>=b%10&&(10>b%100||b%100>=20)?c[1]:c[2]}function Ec(a,b,c){var d={mm:b?\"хвіліна_хвіліны_хвілін\":\"хвіліну_хвіліны_хвілін\",hh:b?\"гадзіна_гадзіны_гадзін\":\"гадзіну_гадзіны_гадзін\",dd:\"дзень_дні_дзён\",MM:\"месяц_месяцы_месяцаў\",yy:\"год_гады_гадоў\"};return\"m\"===c?b?\"хвіліна\":\"хвіліну\":\"h\"===c?b?\"гадзіна\":\"гадзіну\":a+\" \"+Dc(d[c],+a)}function Fc(a,b){var c={nominative:\"студзень_люты_сакавік_красавік_травень_чэрвень_ліпень_жнівень_верасень_кастрычнік_лістапад_снежань\".split(\"_\"),accusative:\"студзеня_лютага_сакавіка_красавіка_траўня_чэрвеня_ліпеня_жніўня_верасня_кастрычніка_лістапада_снежня\".split(\"_\")},d=/D[oD]?(\\[[^\\[\\]]*\\]|\\s+)+MMMM?/.test(b)?\"accusative\":\"nominative\";return c[d][a.month()]}function Gc(a,b){var c={nominative:\"нядзеля_панядзелак_аўторак_серада_чацвер_пятніца_субота\".split(\"_\"),accusative:\"нядзелю_панядзелак_аўторак_сераду_чацвер_пятніцу_суботу\".split(\"_\")},d=/\\[ ?[Вв] ?(?:мінулую|наступную)? ?\\] ?dddd/.test(b)?\"accusative\":\"nominative\";return c[d][a.day()]}\n//! moment.js locale configuration\n//! locale : breton (br)\n//! author : Jean-Baptiste Le Duigou : https://github.com/jbleduigou\nfunction Hc(a,b,c){var d={mm:\"munutenn\",MM:\"miz\",dd:\"devezh\"};return a+\" \"+Kc(d[c],a)}function Ic(a){switch(Jc(a)){case 1:case 3:case 4:case 5:case 9:return a+\" bloaz\";default:return a+\" vloaz\"}}function Jc(a){return a>9?Jc(a%10):a}function Kc(a,b){return 2===b?Lc(a):a}function Lc(a){var b={m:\"v\",b:\"v\",d:\"z\"};return void 0===b[a.charAt(0)]?a:b[a.charAt(0)]+a.substring(1)}\n//! moment.js locale configuration\n//! locale : bosnian (bs)\n//! author : Nedim Cholich : https://github.com/frontyard\n//! based on (hr) translation by Bojan Marković\nfunction Mc(a,b,c){var d=a+\" \";switch(c){case\"m\":return b?\"jedna minuta\":\"jedne minute\";case\"mm\":return d+=1===a?\"minuta\":2===a||3===a||4===a?\"minute\":\"minuta\";case\"h\":return b?\"jedan sat\":\"jednog sata\";case\"hh\":return d+=1===a?\"sat\":2===a||3===a||4===a?\"sata\":\"sati\";case\"dd\":return d+=1===a?\"dan\":\"dana\";case\"MM\":return d+=1===a?\"mjesec\":2===a||3===a||4===a?\"mjeseca\":\"mjeseci\";case\"yy\":return d+=1===a?\"godina\":2===a||3===a||4===a?\"godine\":\"godina\"}}function Nc(a){return a>1&&5>a&&1!==~~(a/10)}function Oc(a,b,c,d){var e=a+\" \";switch(c){case\"s\":return b||d?\"pár sekund\":\"pár sekundami\";case\"m\":return b?\"minuta\":d?\"minutu\":\"minutou\";case\"mm\":return b||d?e+(Nc(a)?\"minuty\":\"minut\"):e+\"minutami\";break;case\"h\":return b?\"hodina\":d?\"hodinu\":\"hodinou\";case\"hh\":return b||d?e+(Nc(a)?\"hodiny\":\"hodin\"):e+\"hodinami\";break;case\"d\":return b||d?\"den\":\"dnem\";case\"dd\":return b||d?e+(Nc(a)?\"dny\":\"dní\"):e+\"dny\";break;case\"M\":return b||d?\"měsíc\":\"měsícem\";case\"MM\":return b||d?e+(Nc(a)?\"měsíce\":\"měsíců\"):e+\"měsíci\";break;case\"y\":return b||d?\"rok\":\"rokem\";case\"yy\":return b||d?e+(Nc(a)?\"roky\":\"let\"):e+\"lety\"}}\n//! moment.js locale configuration\n//! locale : austrian german (de-at)\n//! author : lluchs : https://github.com/lluchs\n//! author: Menelion Elensúle: https://github.com/Oire\n//! author : Martin Groller : https://github.com/MadMG\nfunction Pc(a,b,c,d){var e={m:[\"eine Minute\",\"einer Minute\"],h:[\"eine Stunde\",\"einer Stunde\"],d:[\"ein Tag\",\"einem Tag\"],dd:[a+\" Tage\",a+\" Tagen\"],M:[\"ein Monat\",\"einem Monat\"],MM:[a+\" Monate\",a+\" Monaten\"],y:[\"ein Jahr\",\"einem Jahr\"],yy:[a+\" Jahre\",a+\" Jahren\"]};return b?e[c][0]:e[c][1]}\n//! moment.js locale configuration\n//! locale : german (de)\n//! author : lluchs : https://github.com/lluchs\n//! author: Menelion Elensúle: https://github.com/Oire\nfunction Qc(a,b,c,d){var e={m:[\"eine Minute\",\"einer Minute\"],h:[\"eine Stunde\",\"einer Stunde\"],d:[\"ein Tag\",\"einem Tag\"],dd:[a+\" Tage\",a+\" Tagen\"],M:[\"ein Monat\",\"einem Monat\"],MM:[a+\" Monate\",a+\" Monaten\"],y:[\"ein Jahr\",\"einem Jahr\"],yy:[a+\" Jahre\",a+\" Jahren\"]};return b?e[c][0]:e[c][1]}\n//! moment.js locale configuration\n//! locale : estonian (et)\n//! author : Henry Kehlmann : https://github.com/madhenry\n//! improvements : Illimar Tambek : https://github.com/ragulka\nfunction Rc(a,b,c,d){var e={s:[\"mõne sekundi\",\"mõni sekund\",\"paar sekundit\"],m:[\"ühe minuti\",\"üks minut\"],mm:[a+\" minuti\",a+\" minutit\"],h:[\"ühe tunni\",\"tund aega\",\"üks tund\"],hh:[a+\" tunni\",a+\" tundi\"],d:[\"ühe päeva\",\"üks päev\"],M:[\"kuu aja\",\"kuu aega\",\"üks kuu\"],MM:[a+\" kuu\",a+\" kuud\"],y:[\"ühe aasta\",\"aasta\",\"üks aasta\"],yy:[a+\" aasta\",a+\" aastat\"]};return b?e[c][2]?e[c][2]:e[c][1]:d?e[c][0]:e[c][1]}function Sc(a,b,c,d){var e=\"\";switch(c){case\"s\":return d?\"muutaman sekunnin\":\"muutama sekunti\";case\"m\":return d?\"minuutin\":\"minuutti\";case\"mm\":e=d?\"minuutin\":\"minuuttia\";break;case\"h\":return d?\"tunnin\":\"tunti\";case\"hh\":e=d?\"tunnin\":\"tuntia\";break;case\"d\":return d?\"päivän\":\"päivä\";case\"dd\":e=d?\"päivän\":\"päivää\";break;case\"M\":return d?\"kuukauden\":\"kuukausi\";case\"MM\":e=d?\"kuukauden\":\"kuukautta\";break;case\"y\":return d?\"vuoden\":\"vuosi\";case\"yy\":e=d?\"vuoden\":\"vuotta\"}return e=Tc(a,d)+\" \"+e}function Tc(a,b){return 10>a?b?If[a]:Hf[a]:a}\n//! moment.js locale configuration\n//! locale : hrvatski (hr)\n//! author : Bojan Marković : https://github.com/bmarkovic\nfunction Uc(a,b,c){var d=a+\" \";switch(c){case\"m\":return b?\"jedna minuta\":\"jedne minute\";case\"mm\":return d+=1===a?\"minuta\":2===a||3===a||4===a?\"minute\":\"minuta\";case\"h\":return b?\"jedan sat\":\"jednog sata\";case\"hh\":return d+=1===a?\"sat\":2===a||3===a||4===a?\"sata\":\"sati\";case\"dd\":return d+=1===a?\"dan\":\"dana\";case\"MM\":return d+=1===a?\"mjesec\":2===a||3===a||4===a?\"mjeseca\":\"mjeseci\";case\"yy\":return d+=1===a?\"godina\":2===a||3===a||4===a?\"godine\":\"godina\"}}function Vc(a,b,c,d){var e=a;switch(c){case\"s\":return d||b?\"néhány másodperc\":\"néhány másodperce\";case\"m\":return\"egy\"+(d||b?\" perc\":\" perce\");case\"mm\":return e+(d||b?\" perc\":\" perce\");case\"h\":return\"egy\"+(d||b?\" óra\":\" órája\");case\"hh\":return e+(d||b?\" óra\":\" órája\");case\"d\":return\"egy\"+(d||b?\" nap\":\" napja\");case\"dd\":return e+(d||b?\" nap\":\" napja\");case\"M\":return\"egy\"+(d||b?\" hónap\":\" hónapja\");case\"MM\":return e+(d||b?\" hónap\":\" hónapja\");case\"y\":return\"egy\"+(d||b?\" év\":\" éve\");case\"yy\":return e+(d||b?\" év\":\" éve\")}return\"\"}function Wc(a){return(a?\"\":\"[múlt] \")+\"[\"+Nf[this.day()]+\"] LT[-kor]\"}\n//! moment.js locale configuration\n//! locale : Armenian (hy-am)\n//! author : Armendarabyan : https://github.com/armendarabyan\nfunction Xc(a,b){var c={nominative:\"հունվար_փետրվար_մարտ_ապրիլ_մայիս_հունիս_հուլիս_օգոստոս_սեպտեմբեր_հոկտեմբեր_նոյեմբեր_դեկտեմբեր\".split(\"_\"),accusative:\"հունվարի_փետրվարի_մարտի_ապրիլի_մայիսի_հունիսի_հուլիսի_օգոստոսի_սեպտեմբերի_հոկտեմբերի_նոյեմբերի_դեկտեմբերի\".split(\"_\")},d=/D[oD]?(\\[[^\\[\\]]*\\]|\\s+)+MMMM?/.test(b)?\"accusative\":\"nominative\";return c[d][a.month()]}function Yc(a,b){var c=\"հնվ_փտր_մրտ_ապր_մյս_հնս_հլս_օգս_սպտ_հկտ_նմբ_դկտ\".split(\"_\");return c[a.month()]}function Zc(a,b){var c=\"կիրակի_երկուշաբթի_երեքշաբթի_չորեքշաբթի_հինգշաբթի_ուրբաթ_շաբաթ\".split(\"_\");return c[a.day()]}\n//! moment.js locale configuration\n//! locale : icelandic (is)\n//! author : Hinrik Örn Sigurðsson : https://github.com/hinrik\nfunction $c(a){return a%100===11?!0:a%10===1?!1:!0}function _c(a,b,c,d){var e=a+\" \";switch(c){case\"s\":return b||d?\"nokkrar sekúndur\":\"nokkrum sekúndum\";case\"m\":return b?\"mínúta\":\"mínútu\";case\"mm\":return $c(a)?e+(b||d?\"mínútur\":\"mínútum\"):b?e+\"mínúta\":e+\"mínútu\";case\"hh\":return $c(a)?e+(b||d?\"klukkustundir\":\"klukkustundum\"):e+\"klukkustund\";case\"d\":return b?\"dagur\":d?\"dag\":\"degi\";case\"dd\":return $c(a)?b?e+\"dagar\":e+(d?\"daga\":\"dögum\"):b?e+\"dagur\":e+(d?\"dag\":\"degi\");case\"M\":return b?\"mánuður\":d?\"mánuð\":\"mánuði\";case\"MM\":return $c(a)?b?e+\"mánuðir\":e+(d?\"mánuði\":\"mánuðum\"):b?e+\"mánuður\":e+(d?\"mánuð\":\"mánuði\");case\"y\":return b||d?\"ár\":\"ári\";case\"yy\":return $c(a)?e+(b||d?\"ár\":\"árum\"):e+(b||d?\"ár\":\"ári\")}}\n//! moment.js locale configuration\n//! locale : Georgian (ka)\n//! author : Irakli Janiashvili : https://github.com/irakli-janiashvili\nfunction ad(a,b){var c={nominative:\"იანვარი_თებერვალი_მარტი_აპრილი_მაისი_ივნისი_ივლისი_აგვისტო_სექტემბერი_ოქტომბერი_ნოემბერი_დეკემბერი\".split(\"_\"),accusative:\"იანვარს_თებერვალს_მარტს_აპრილის_მაისს_ივნისს_ივლისს_აგვისტს_სექტემბერს_ოქტომბერს_ნოემბერს_დეკემბერს\".split(\"_\")},d=/D[oD] *MMMM?/.test(b)?\"accusative\":\"nominative\";return c[d][a.month()]}function bd(a,b){var c={nominative:\"კვირა_ორშაბათი_სამშაბათი_ოთხშაბათი_ხუთშაბათი_პარასკევი_შაბათი\".split(\"_\"),accusative:\"კვირას_ორშაბათს_სამშაბათს_ოთხშაბათს_ხუთშაბათს_პარასკევს_შაბათს\".split(\"_\")},d=/(წინა|შემდეგ)/.test(b)?\"accusative\":\"nominative\";return c[d][a.day()]}\n//! moment.js locale configuration\n//! locale : Luxembourgish (lb)\n//! author : mweimerskirch : https://github.com/mweimerskirch, David Raison : https://github.com/kwisatz\nfunction cd(a,b,c,d){var e={m:[\"eng Minutt\",\"enger Minutt\"],h:[\"eng Stonn\",\"enger Stonn\"],d:[\"een Dag\",\"engem Dag\"],M:[\"ee Mount\",\"engem Mount\"],y:[\"ee Joer\",\"engem Joer\"]};return b?e[c][0]:e[c][1]}function dd(a){var b=a.substr(0,a.indexOf(\" \"));return fd(b)?\"a \"+a:\"an \"+a}function ed(a){var b=a.substr(0,a.indexOf(\" \"));return fd(b)?\"viru \"+a:\"virun \"+a}function fd(a){if(a=parseInt(a,10),isNaN(a))return!1;if(0>a)return!0;if(10>a)return a>=4&&7>=a?!0:!1;if(100>a){var b=a%10,c=a/10;return fd(0===b?c:b)}if(1e4>a){for(;a>=10;)a/=10;return fd(a)}return a/=1e3,fd(a)}function gd(a,b,c,d){return b?\"kelios sekundės\":d?\"kelių sekundžių\":\"kelias sekundes\"}function hd(a,b,c,d){return b?jd(c)[0]:d?jd(c)[1]:jd(c)[2]}function id(a){return a%10===0||a>10&&20>a}function jd(a){return Of[a].split(\"_\")}function kd(a,b,c,d){var e=a+\" \";return 1===a?e+hd(a,b,c[0],d):b?e+(id(a)?jd(c)[1]:jd(c)[0]):d?e+jd(c)[1]:e+(id(a)?jd(c)[1]:jd(c)[2])}function ld(a,b){var c=-1===b.indexOf(\"dddd HH:mm\"),d=Pf[a.day()];return c?d:d.substring(0,d.length-2)+\"į\"}function md(a,b,c){return c?b%10===1&&11!==b?a[2]:a[3]:b%10===1&&11!==b?a[0]:a[1]}function nd(a,b,c){return a+\" \"+md(Qf[c],a,b)}function od(a,b,c){return md(Qf[c],a,b)}function pd(a,b){return b?\"dažas sekundes\":\"dažām sekundēm\"}function qd(a){return 5>a%10&&a%10>1&&~~(a/10)%10!==1}function rd(a,b,c){var d=a+\" \";switch(c){case\"m\":return b?\"minuta\":\"minutę\";case\"mm\":return d+(qd(a)?\"minuty\":\"minut\");case\"h\":return b?\"godzina\":\"godzinę\";case\"hh\":return d+(qd(a)?\"godziny\":\"godzin\");case\"MM\":return d+(qd(a)?\"miesiące\":\"miesięcy\");case\"yy\":return d+(qd(a)?\"lata\":\"lat\")}}\n//! moment.js locale configuration\n//! locale : romanian (ro)\n//! author : Vlad Gurdiga : https://github.com/gurdiga\n//! author : Valentin Agachi : https://github.com/avaly\nfunction sd(a,b,c){var d={mm:\"minute\",hh:\"ore\",dd:\"zile\",MM:\"luni\",yy:\"ani\"},e=\" \";return(a%100>=20||a>=100&&a%100===0)&&(e=\" de \"),a+e+d[c]}\n//! moment.js locale configuration\n//! locale : russian (ru)\n//! author : Viktorminator : https://github.com/Viktorminator\n//! Author : Menelion Elensúle : https://github.com/Oire\nfunction td(a,b){var c=a.split(\"_\");return b%10===1&&b%100!==11?c[0]:b%10>=2&&4>=b%10&&(10>b%100||b%100>=20)?c[1]:c[2]}function ud(a,b,c){var d={mm:b?\"минута_минуты_минут\":\"минуту_минуты_минут\",hh:\"час_часа_часов\",dd:\"день_дня_дней\",MM:\"месяц_месяца_месяцев\",yy:\"год_года_лет\"};return\"m\"===c?b?\"минута\":\"минуту\":a+\" \"+td(d[c],+a)}function vd(a,b){var c={nominative:\"январь_февраль_март_апрель_май_июнь_июль_август_сентябрь_октябрь_ноябрь_декабрь\".split(\"_\"),accusative:\"января_февраля_марта_апреля_мая_июня_июля_августа_сентября_октября_ноября_декабря\".split(\"_\")},d=/D[oD]?(\\[[^\\[\\]]*\\]|\\s+)+MMMM?/.test(b)?\"accusative\":\"nominative\";return c[d][a.month()]}function wd(a,b){var c={nominative:\"янв_фев_март_апр_май_июнь_июль_авг_сен_окт_ноя_дек\".split(\"_\"),accusative:\"янв_фев_мар_апр_мая_июня_июля_авг_сен_окт_ноя_дек\".split(\"_\")},d=/D[oD]?(\\[[^\\[\\]]*\\]|\\s+)+MMMM?/.test(b)?\"accusative\":\"nominative\";return c[d][a.month()]}function xd(a,b){var c={nominative:\"воскресенье_понедельник_вторник_среда_четверг_пятница_суббота\".split(\"_\"),accusative:\"воскресенье_понедельник_вторник_среду_четверг_пятницу_субботу\".split(\"_\")},d=/\\[ ?[Вв] ?(?:прошлую|следующую|эту)? ?\\] ?dddd/.test(b)?\"accusative\":\"nominative\";return c[d][a.day()]}function yd(a){return a>1&&5>a}function zd(a,b,c,d){var e=a+\" \";switch(c){case\"s\":return b||d?\"pár sekúnd\":\"pár sekundami\";case\"m\":return b?\"minúta\":d?\"minútu\":\"minútou\";case\"mm\":return b||d?e+(yd(a)?\"minúty\":\"minút\"):e+\"minútami\";break;case\"h\":return b?\"hodina\":d?\"hodinu\":\"hodinou\";case\"hh\":return b||d?e+(yd(a)?\"hodiny\":\"hodín\"):e+\"hodinami\";break;case\"d\":return b||d?\"deň\":\"dňom\";case\"dd\":return b||d?e+(yd(a)?\"dni\":\"dní\"):e+\"dňami\";break;case\"M\":return b||d?\"mesiac\":\"mesiacom\";case\"MM\":return b||d?e+(yd(a)?\"mesiace\":\"mesiacov\"):e+\"mesiacmi\";break;case\"y\":return b||d?\"rok\":\"rokom\";case\"yy\":return b||d?e+(yd(a)?\"roky\":\"rokov\"):e+\"rokmi\"}}\n//! moment.js locale configuration\n//! locale : slovenian (sl)\n//! author : Robert Sedovšek : https://github.com/sedovsek\nfunction Ad(a,b,c,d){var e=a+\" \";switch(c){case\"s\":return b||d?\"nekaj sekund\":\"nekaj sekundami\";case\"m\":return b?\"ena minuta\":\"eno minuto\";case\"mm\":return e+=1===a?b?\"minuta\":\"minuto\":2===a?b||d?\"minuti\":\"minutama\":5>a?b||d?\"minute\":\"minutami\":b||d?\"minut\":\"minutami\";case\"h\":return b?\"ena ura\":\"eno uro\";case\"hh\":return e+=1===a?b?\"ura\":\"uro\":2===a?b||d?\"uri\":\"urama\":5>a?b||d?\"ure\":\"urami\":b||d?\"ur\":\"urami\";case\"d\":return b||d?\"en dan\":\"enim dnem\";case\"dd\":return e+=1===a?b||d?\"dan\":\"dnem\":2===a?b||d?\"dni\":\"dnevoma\":b||d?\"dni\":\"dnevi\";case\"M\":return b||d?\"en mesec\":\"enim mesecem\";case\"MM\":return e+=1===a?b||d?\"mesec\":\"mesecem\":2===a?b||d?\"meseca\":\"mesecema\":5>a?b||d?\"mesece\":\"meseci\":b||d?\"mesecev\":\"meseci\";case\"y\":return b||d?\"eno leto\":\"enim letom\";case\"yy\":return e+=1===a?b||d?\"leto\":\"letom\":2===a?b||d?\"leti\":\"letoma\":5>a?b||d?\"leta\":\"leti\":b||d?\"let\":\"leti\"}}\n//! moment.js locale configuration\n//! locale : ukrainian (uk)\n//! author : zemlanin : https://github.com/zemlanin\n//! 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        "$:/plugins/kixam/moment/icon": {
            "title": "$:/plugins/kixam/moment/icon",
            "tags": "$:/tags/Image",
            "type": "text/vnd.tiddlywiki",
            "text": "<svg height=\"22pt\" width=\"22pt\" viewBox=\"0 0 128 128\">\n<path d=\"m 64.116816,0 -54.4965957,31.959746 0.00139,63.919491 54.4965967,31.959743 54.496603,-31.959743 0,-63.919491 L 64.118211,0 Z M 63.842544,28.318892 A 35.326327,35.326327 0 0 1 99.17259,63.645219 35.326327,35.326327 0 0 1 63.842544,98.975265 35.326327,35.326327 0 0 1 28.516216,63.645219 35.326327,35.326327 0 0 1 63.842544,28.318892 Z m 0,4.775599 c -16.870097,0 -30.550728,13.680631 -30.550728,30.550728 0,16.874746 13.680631,30.555841 30.550728,30.555841 16.874745,0 30.555841,-13.681095 30.555841,-30.555841 0,-16.870097 -13.681096,-30.550728 -30.555841,-30.550728 z m 0,1.906893 c 1.06455,0 1.910611,0.860008 1.910611,1.915725 l 0,28.638722 -17.190856,0 c -1.027361,0 -1.905499,-0.85536 -1.905499,-1.910612 0,-1.059902 0.854895,-1.905963 1.905499,-1.905963 l 13.374282,0 0,-24.81285 c 0,-1.06362 0.855359,-1.925022 1.905963,-1.925022 z\"/>\n</svg>\n"
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        "$:/plugins/kixam/moment/readme": {
            "title": "$:/plugins/kixam/moment/readme",
            "text": "! moment.js\n\nA plugin for [[TiddlyWiki|http://tiddlywiki.com]] 5, that provides the [[moment.js library|http://momentjs.com]].\n"
        },
        "$:/plugins/kixam/moment/license": {
            "title": "$:/plugins/kixam/moment/license",
            "text": "!! moment.js licence: [[MIT|http://mit-license.org/]]\n```\nCopyright (c) 2011-2015 Tim Wood, Iskren Chernev, Moment.js contributors\n\nPermission is hereby granted, free of charge, to any person\nobtaining a copy of this software and associated documentation\nfiles (the \"Software\"), to deal in the Software without\nrestriction, including without limitation the rights to use,\ncopy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the\nSoftware is furnished to do so, subject to the following\nconditions:\n\nThe above copyright notice and this permission notice shall be\nincluded in all copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND,\nEXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES\nOF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND\nNONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT\nHOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,\nWHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\nFROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR\nOTHER DEALINGS IN THE SOFTWARE.\n```\n\n!! Plugin license: [[BSD 2-clause simplified license|http://www.freebsd.org/copyright/freebsd-license.html]]\n```\nCopyright (c) 2015, kixam\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n1. Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n```\n"
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}

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    "tiddlers": {
        "$:/plugins/kixam/timeline/widget.utils.js": {
            "text": "/*\\\ntitle: $:/plugins/kixam/timeline/widget.utils.js\ntype: application/javascript\nmodule-type: library\n\n  A library of reusable functions, used in the TW5-visjsTimeline plugin\n\n\\*/\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\n\n(function() {\n  'use strict';\n\n  // parseWidgetAttributes\n  //\n  // Utility to handle configuration attributes for a widget.\n  // It handles validation, coercion and assignment of attribute values to the current widgets fields.\n  // Parent and nextSibling are required so that any errors can be reported\n  //\n  // The attributeDefns are a object representing with a field for each attribute expected by the widget\n  //\n  // Each definition field is an object with two fields\n  // type - This is used to coerce values before assignment (only string and integer are currently supported)\n  // defaultValue - When an attribute is not provided in the plugin call, then this value should be used instead\n  //\n  // If an attribute is passed to the plugin that is not expected (i.e. in the attributeDefns object), then this function returns false\n  // and an error message is output on the parent.  This should be shown instead of the widget's usual view.\n  //\n  function parseWidgetAttributes(self, attributeDefns) {\n    var errors = [];\n    for (var attr in self.attributes) {\n      if (attributeDefns[attr] === undefined) {\n        errors.push(attr);\n      } else {\n        if (attributeDefns[attr].type == \"string\") {\n          self[attr] = self.attributes[attr];\n        } else if (attributeDefns[attr].type == \"integer\") {\n          self[attr] = parseInt(self.attributes[attr] );\n          if (isNaN(self[attr])) {\n            delete self[attr];\n          }\n        }\n      }\n    }\n    if (errors.length !== 0) {\n      return errors;\n    }\n    for (var attrDefn in attributeDefns) {\n      if (self[attrDefn] === undefined) {\n        self[attrDefn] = attributeDefns[attrDefn].defaultValue;\n      }\n    }\n    return undefined;\n  }\n\n  function displayTiddler(self,toTiddlerTitle){\n    var domTiddler = self.parentDomNode.parentNode;\n    var bounds = domTiddler.getBoundingClientRect();\n    var e = {\n      type: \"tm-navigate\",\n      navigateTo: toTiddlerTitle,\n      navigateFromTitle: self.getVariable(\"currentTiddler\"),\n      navigateFromNode: domTiddler,\n      navigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n      }\n    };\n    self.dispatchEvent(e);\n  }\n\n  function enhancedColorStyle(csscolor) {\n    var color = $tw.utils.parseCSSColor(csscolor);\n    var style = null;\n    if(color !== null) {\n      for(var i=0;i<3;i++) color[i] = Math.floor(240 + color[i] / 17);\n\n      style = \"border-color: \" + csscolor + \";\"\n            + \"background-color: rgb(\" + (color[0]).toString()+\",\"\n                                       + (color[1]).toString()+\",\"\n                                       + (color[2]).toString()+\");\";\n    }\n    return style;\n  }\n\n  // adapted from $tw.utils.error of $:/boot/boot.js\n  function dispError(message, title, subtitle) {\n    console.error($tw.node ? \"\\x1b[1;31m\" + message + \"\\x1b[0m\" : message);\n    if($tw.browser && !$tw.node) {\n        // Display an error message to the user\n        var dm = $tw.utils.domMaker,\n            heading = dm(\"h1\",{text: (title || \"Error with vis.js Timeline\")}),\n            prompt = dm(\"div\",{text: (subtitle || \"Please check the following:\"), \"class\": \"tc-error-prompt\"}),\n            message = dm(\"div\",{innerHTML: message, attributes: {style: \"text-align: left;\"}}),\n            button = dm(\"button\",{text: \"close\"}),\n            form = dm(\"form\",{children: [heading,prompt,message,button], \"class\": \"tc-error-form\", attributes: {style: \"background-color: rgb(75, 75, 255); border: 8px solid rgb(0, 0, 255);\"}});\n        document.body.insertBefore(form,document.body.firstChild);\n        form.addEventListener(\"submit\",function(event) {\n            document.body.removeChild(form);\n            event.preventDefault();\n            return false;\n        },true);\n        return null;\n    } else if(!$tw.browser) {\n        // Exit if we're under node.js\n        process.exit(1);\n    }\n  }\n\n  function setTiddlerField(tiddlerTitle, field, value) {\n     if(tiddlerTitle && field) {\n       var fields = {\n         title: tiddlerTitle\n       };\n       fields[field] = value;\n       var tiddler = $tw.wiki.getTiddler(tiddlerTitle, true);\n       $tw.wiki.addTiddler(new $tw.Tiddler(tiddler, fields));\n     }\n   }\n\n  exports.parseWidgetAttributes = parseWidgetAttributes;\n  exports.displayTiddler = displayTiddler;\n  exports.enhancedColorStyle = enhancedColorStyle;\n  exports.dispError = dispError;\n  exports.setTiddlerField = setTiddlerField;\n}\n());\n",
            "title": "$:/plugins/kixam/timeline/widget.utils.js",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/kixam/timeline/icon": {
            "title": "$:/plugins/kixam/timeline/icon",
            "tags": "$:/tags/Image",
            "text": "<svg height=\"22pt\" width=\"22pt\" viewBox=\"0 0 128 128\">\n<path fill-rule=\"evenodd\" d=\"m64 0 54.56 32v64l-54.56 32-54.56-32v-64zm-48.429 75.635c8.5524 1.5516 29.568 7.708 27.545 6.755-10.977-5.172-27.059-20.046-27.059-20.046l26.814-23.294s12.652-15.314 29.23-16.023c3.6806-.15747 13.92-7.5832 19.605-5.2303 4.0461 1.6746 7.6113 13.276 9.3244 19.035 4.6497 15.63 3.1019 46.52 3.1019 46.52s6.4391-.30692 7.0193 6.8629c.18694 2.3102-.0602 10.297-9.1531 10.615-28.973 1.01-61.939-6.115-86.429-25.195zm57.684-31.244a17.066 17.066 0 0 0 -17.073 17.073 17.066 17.066 0 0 0 17.073 17.063 17.066 17.066 0 0 0 17.063 -17.063 17.066 17.066 0 0 0 -17.063 -17.073zm4.6 17.455a5.3692 5.3692 0 0 1 5.3727 5.3636 5.3692 5.3692 0 0 1 -5.3727 5.3727 5.3692 5.3692 0 0 1 -5.3727 -5.3727 5.3692 5.3692 0 0 1 5.3727 -5.3636z\"/>\n</svg>\n"
        },
        "$:/plugins/kixam/timeline/styles.css": {
            "title": "$:/plugins/kixam/timeline/styles.css",
            "tags": "[[$:/tags/Stylesheet]]",
            "type": "text/css",
            "text": ".vis-item .vis-dot {\n  border-color: inherit;\n}\n\n.vis-item .vis-range {\n  background-color: #f0f0ff;\n}\n\n.vis-labelset .vis-label {\n  background-color: #fffff0;\n}\n\n.vis-labelset .vis-label .vis-inner {\n  font-weight: bold;\n  width: 100%;\n  text-align: center;\n}\n\n.visjstimeline-navpad {\n  position: relative;\n}\n\n.visjstimeline-navpad div, .visjstimeline-warning {\n  z-index: 9999;\n  -moz-user-select: none;\n}\n\n.visjstimeline-warning {\n  fill: #FFFFFF;\n  background-color: #EE0000;\n  box-shadow: 0 0 5px rgba(0, 0, 0, 0.75);\n  top: 15px;\n  right: 15px;\n  width: 34px;\n  height: 34px;\n  position: absolute;\n  display: inline-block;\n  cursor: pointer;\n}\n\n.visjstimeline-warning:hover {\n  background-color: #FF0000;\n}\n\n.visjstimeline-warning svg {\n  width: 32px;\n  height: 32px;\n  margin: 1px;\n}\n\n.item-icon svg, .item-icon img {\n  max-height: 14px;\n  max-width: 14px;\n}\n\n.group-icon svg, .group-icon img {\n  max-height: 16px;\n  max-width: 16px;\n}\n"
        },
        "$:/plugins/kixam/timeline/license": {
            "title": "$:/plugins/kixam/timeline/license",
            "text": "! [[BSD 2-clause simplified license|http://www.freebsd.org/copyright/freebsd-license.html]]\n```\nCopyright (c) 2015, kixam\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n# Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n# Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n```\n"
        },
        "$:/plugins/kixam/timeline/readme": {
            "title": "$:/plugins/kixam/timeline/readme",
            "text": "! vis.js Timeline\n\nA timeline plugin for [[TiddlyWiki|http://tiddlywiki.com]] 5, using [[vis.js|http://visjs.org]].\n\n---\n\nContinued from [[emkay's plugin|https://github.com/emkayonline/tw5visjs]].\n\nDepends on [[felixhayashi's vis.js plugin|https://github.com/felixhayashi/TW5-Vis.js]] and [[moment.js plugin|https://github.com/kixam/TW5-moment.js]], which are available, along with installation instructions, on the [[demo site|http://kixam.github.io/TW5-visjsTimeline]].\n"
        },
        "$:/plugins/kixam/timeline/usage": {
            "title": "$:/plugins/kixam/timeline/usage",
            "text": "\\define createSaveCloseTiddler(title,text)\n<$action-sendmessage $message=\"tm-new-tiddler\" title=\"$title$\" text=\"$text$\" />\n<$action-sendmessage $message=\"tm-save-tiddler\" $param=\"Draft of '$title$'\" />\n<$action-sendmessage $message=\"tm-close-tiddler\" $param=\"$title$\" />\n\\end\n\n\\define demoTiddlerContents(option)\nValue for option ''$option$'' : <$edit-text tag=input tiddler='$(optionValueTiddler)$'/>\n\n!!Result\n<$visjstimeline $option$={{$(optionValueTiddler)$}} />\n\\end\n\n\\define tryit(option,value:\"\")\n<$set name=optionValueTiddler value=\"$:/temp/visjstimeline-demo-option-$option$\">\n<$set name=optionDemoTiddler value=\"Testing option '$option$'\">\n<$button>\n<$macrocall $name=createSaveCloseTiddler title=<<optionValueTiddler>> text=\"$value$\" />\n<$macrocall $name=createSaveCloseTiddler title=<<optionDemoTiddler>> text=<<demoTiddlerContents \"$option$\">> />\n<$action-navigate $to=<<optionDemoTiddler>> />\nTry it!\n</$button>\n</$set>\n</$set>\n\\end\n\n!Introduction\n\nThis project is a direct continuation of [[emkay's plugin|https://github.com/emkayonline/tw5visjs]].\n\nThe `<$visjstimeline>` widget shows a set of tiddlers on a graphical timeline. The timeline is interactive and dynamic, and can be zoomed and moved around by dragging.\n\n!Content and Attributes\n\nA list of tiddlers is specified using a filter.\n\nEach matching tiddler is shown on the timeline using its specified start date and, if provided, end date fields. The start date defaults to the 'created' field.\n\n!! Valid date format on tiddlers\n* By default dates are parsed using the [[TiddlyWiki|http://tiddlywiki.com/#TiddlyWiki]] date parser (which will handle the `created` and `modified` fields)\n* An override date format can be specified.\n* This format will apply to both the start and end dates, `customTime`, as well as `timeline.start` and `timeline.end` fields if set manually.\n* Additionally the start date or end date field on a tiddler, or the `customTime` attribute, can be set to the word `now`: this will set the date in the timeline to the date at the time the timeline is displayed.\n* Finally, any date field can use `moment`'s [[relative date calculation functions|http://momentjs.com/docs/#/manipulating/add/]] `add` or `subtract`, overloading the provided format. For instance, if `persistent` option is used, one can manually set `timeline.start` field to `moment().subtract(2,days)`, which will result in the timeline start date to be 2 days before 'now', that is 2 days before the date when the timeline is rendered. The syntax `moment(2015-10-14).add(1,days)` would compute into one day after Wednesday, 14th October, 2015, that is, Thursday, 15th. In this particular case, it is advised to set `vis.js` option `moveable` to `false`, see this plugin's `config` option.\n\n!! Relevant tiddler fields\n|!Field|!Interpretation|\n| `caption` |Used to represent the tiddler instead of the `title`.|\n| `description` |Used instead of `caption` or `title` to render description text when mouse hovers over the item.|\n| `icon` |Link to a image tiddler that will be used as the item's icon.|\n| `color` |Used to render the corresponding item or group on the timeline.|\n| `timeline.start` and `timeline.end` |If the `persistent` attribute is present, used to initialize the start and end of the contained timeline x-axis, respectively. When in use, `persistent` option will use a temporary tiddler at `$:/temp/kixam/visjstimeline/persistent/<titleOfTiddlerContainingTimeline>`. Note that, if `vis.js` option `moveable` is set to `true`, which is the default, these fields at the temporary tiddler will be silently overwritten by this plugin whenever the user zooms or moves the timeline. You can also change them manually.|\n\n!! Attributes\n\nAll attributes are optional.\n\n|!Attribute|!Description|!Default value|! |\n| `filter` |The [[TiddlerFilter|http://tiddlywiki.com/#Filters]] used to generate the list of tiddlers to display.|`!is[system]`|<<tryit filter \"[all[tiddlers]tag[Group A]]\">>|\n| `startDateField` |A field on each tiddler that defines the start date of a tiddler in the timeline.|`created`|<<tryit startDateField modified>>|\n| `endDateField` |A field on each tiddler that defines the end date of a tiddler in the timeline.|//undefined//|<<tryit endDateField created>>|\n| `format` |The format for parsing the dates, using the moment.js [[Parse string+format|http://momentjs.com/docs/#/parsing/string-format/]]. If unset, uses [[TW5 date format|http://tiddlywiki.com/#DateFormat]].|//undefined//||\n| `groupField` |A field whose value will be used to group tiddlers on the timeline.|//undefined//|<<tryit groupField color>>|\n| `customTime` |A date at which a vertical bar will be shown on the timeline. Affected by `format`. It can be moved by the user, but the new position will not be saved.|//undefined//|<<tryit customTime \"20150619\">>|\n| `groupTags` |If `groupField` field is not used and if a filtered tiddler has a tag among the given [[Title List|http://tiddlywiki.com/#Title%20List]], this tag will be used as the item's group.|//undefined//|<<tryit groupTags \"[[Group A]]\">>|\n| `boxing` |If set to `static`, the containing box will be static. If set to `auto`, the timeline will dynamically adjust its height to the items to show.|`static`|<<tryit boxing auto>>|\n| `navpad` |If set, a navpad will be shown.|//undefined//|<<tryit navpad>>|\n| `config` |Title of a tiddler which contains configuration options for the timeline in [[JSON format|http://tiddlywiki.com/#JSONTiddlers]], as per [[vis.js documentation|http://visjs.org/docs/timeline/#Configuration_Options]].|//undefined//||\n| `persistent` |If set, the x-axis range will become persistent. Uses (creates, if needed) 2 fields of the tiddler containing the timeline, namely `timeline.start` and `timeline.end`.|//undefined//|<<tryit persistent>>|\n\n!!!Notes about the `config` attribute\n* for the sake of integration, not all the options are available, please see [[the whitelist|$:/plugins/kixam/timeline/validOptions]];\n* the `navpad` is not affected by options passed through this mechanism, except for these listed below the `whitelist` under the name `navbarReactOptions`;\n* if you create or change options in your config tiddler after the timeline was drawn, you may need to have it redrawn, e.g. by editing/canceling the tiddler containing the timeline, or by changing sidebar panel back and forth.\n\n!!!Notes about the `groupField` and `groupTags` attributes\n* if the `filter` finds tiddlers that cannot be grouped according to the criteria given by either of these attributes, these tiddlers will be shown in a dedicated generic group called `Global`\n* if a tiddler representing a tag is listed by the `groupTags` attribute and has any of the relevant tiddler fields listed in the previous section, they will be used to render the group in the group margin\n\nThe content of the `<$visjstimeline>` widget is ignored.\n\n! Example Usage\n\nShow all non-system tiddlers, using their created date as the start date:\n\n`<$visjstimeline/>`\n\nShow all Tiddlers with a name starting 'Tiddler', using the born and died fields with a custom format:\n\n`<$visjstimeline filter=\"[prefix[Tiddler]]\" startDateField=\"born\" endDateField=\"died\" format=\"YYYY MMM\"/>`\n"
        },
        "$:/plugins/kixam/timeline/validOptions": {
            "title": "$:/plugins/kixam/timeline/validOptions",
            "type": "application/json",
            "text": "{\n\t\"whitelist\": [\"align\",\"clickToUse\",\"end\",\"format\",\"hiddenDates\",\"margin\",\"max\",\"min\",\"moveable\",\"orientation\",\"showCurrentTime\",\"showMajorLabels\",\"showMinorLabels\",\"stack\",\"start\",\"timeAxis\",\"zoomable\",\"zoomMin\",\"zoomMax\"],\n\t\"navbarReactOptions\": [\"clickToUse\",\"max\",\"min\",\"zoomMin\",\"zoomMax\"]\n}\n"
        },
        "$:/plugins/kixam/timeline/widget.timeline.js": {
            "text": "/*\\\ntitle: $:/plugins/kixam/timeline/widget.timeline.js\ntype: application/javascript\nmodule-type: widget\n\n  A widget for displaying timelines using Vis.js.  http://visjs.org\n  Continued from emkay's plugin at https://github.com/emkayonline/tw5visjs\n\n  For full help see $:/plugins/kixam/timeline/help\n\n\\*/\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\n(function() {\n  'use strict';\n\n  var Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n  var moment = require(\"$:/plugins/kixam/moment/moment.js\");\n  if(typeof window !== 'undefined' && typeof window.moment !== 'function') {\n    window.moment = moment;\n  }\n  var utils = require(\"$:/plugins/kixam/timeline/widget.utils.js\");\n  var vis = require(\"$:/plugins/felixhayashi/vis/vis.js\");\n\n  var TimelineWidget = function(parseTreeNode,options) {\n    Widget.call(this);\n    this.initialise(parseTreeNode,options);\n  };\n\n  TimelineWidget.prototype = new Widget();\n\n  TimelineWidget.prototype.render = function(parent,nextSibling) {\n    this.parentDomNode = parent;\n    this.computeAttributes();\n    this.options = {};\n    this.tiddler = this.parentWidget;\n    while(this.tiddler.parentWidget !== undefined && this.tiddler.tiddlerTitle === undefined && this.tiddler.transcludeTitle === undefined) {\n      this.tiddler = this.tiddler.parentWidget;\n    }\n    this.tiddler = $tw.wiki.getTiddler(this.tiddler.tiddlerTitle || this.tiddler.transcludeTitle);\n    this.warningTiddlerTitle = \"$:/temp/visjstimeline/warning/\" + this.tiddler.fields.title;\n    this.persistentTiddlerTitle = \"$:/temp/visjstimeline/persistent/\" + this.tiddler.fields.title;\n    this.hasCustomTime = false;\n\n    var attrParseWorked = this.execute();\n    if (attrParseWorked === undefined) {\n      this.timelineHolder = $tw.utils.domMaker(\"div\",{attributes:{style: \"position: relative;\"}});\n      parent.insertBefore(this.timelineHolder,nextSibling);\n      this.domNodes.push(this.timelineHolder);\n\n      if(this.attributes[\"boxing\"] !== \"auto\") {\n        this.timelineHolder.style[\"height\"]=\"100%\";\n        // -- adapted from felixhayashi's tiddlymap in widget.map.js\n        this.sidebar = document.getElementsByClassName(\"tc-sidebar-scrollable\")[0];\n        this.isContainedInSidebar = (this.sidebar && this.sidebar.contains(this.parentDomNode));\n        if(this.isContainedInSidebar) {\n          this.parentDomNode.style[\"margin-top\"]=\"-14px\";\n          this.parentDomNode.style[\"padding-right\"]=\"2px\";\n        } else {\n          this.parentDomNode.style[\"height\"] = \"auto\";\n        }\n        parent.style[\"width\"] = this.getAttribute(\"width\", \"100%\");\n        this.handleResizeEvent = this.handleResizeEvent.bind(this);\n        window.addEventListener(\"resize\", this.handleResizeEvent, false);\n        this.handleResizeEvent();\n        // --\n        this.options[\"height\"] = \"100%\";\n      }\n\n      this.createWarningButton();\n\n      this.createTimeline();\n\n      if(this.attributes[\"navpad\"] !== undefined) {\n        this.options[\"orientation\"] = \"top\";\n      }\n      // default options must be set at this point, as we might add/change options from user through 'config'\n      this.updateTimeline();\n\n      if(this.attributes[\"navpad\"] !== undefined) {\n        this.createNavpad(); // must be created only after all options were processed\n                             // e.g. for clickToUse, we observe vis-overlay, which will not exist if option is not processed\n      }\n\n\n    } else {\n      utils.dispError(this.parseTreeNode.type+\": Unexpected attribute(s) \"+attrParseWorked.join(\", \"));\n      this.refresh = function() {}; // disable refresh of this as it won't work with incorrrect attributes\n    }\n  };\n\n\n  TimelineWidget.prototype.execute = function() {\n    var attrParseWorked = utils.parseWidgetAttributes(this,{\n           filter: { type: \"string\", defaultValue: \"[!is[system]]\"},\n           groupField: { type: \"string\", defaultValue: undefined},\n           startDateField: { type: \"string\", defaultValue: \"created\"},\n           endDateField:  { type: \"string\", defaultValue: undefined},\n           format:  { type: \"string\", defaultValue: undefined},\n           customTime:  { type: \"string\", defaultValue: undefined},\n           groupTags: {type: \"string\", defaultValue: undefined},\n           boxing: {type: \"string\", defaultValue: \"static\"},\n           navpad: {type: \"string\", defaultValue: undefined},\n           config: {type: \"string\", defaultValue: undefined},\n           persistent: {type: \"string\", defaultValue: undefined},\n           });\n\n    if ((attrParseWorked === undefined) && (this.filter)) {\n      this.compiledFilter = this.wiki.compileFilter(this.filter);\n    }\n\n    return attrParseWorked;\n  };\n\n  TimelineWidget.prototype.getTimepointList = function(changedTiddlers) {\n    var tiddlerList = [];\n    // process the filter into an array of tiddler titles\n    tiddlerList = this.compiledFilter.call(null, changedTiddlers, null);\n    // If filter is a list of tiddlers it will return tiddlers even if they are not in changed Tiddlers\n    if (changedTiddlers !== undefined) {\n      tiddlerList = tiddlerList.filter(function (e) { return changedTiddlers[e];});\n    }\n    var self = this;\n    var withoutDraftsList = tiddlerList.filter(function(optionTitle) {\n      var optionTiddler = self.wiki.getTiddler(optionTitle);\n      if (optionTiddler === undefined) {\n        // tiddler may not exist if list attribute provided to widget, so exclude\n        return true;\n      } else {\n        var isDraft = optionTiddler && optionTiddler.hasField(\"draft.of\");\n        return !isDraft;\n      }\n    });\n    return withoutDraftsList;\n  };\n  /*\n     Selectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n     */\n  TimelineWidget.prototype.refresh = function(changedTiddlers) {\n    var changedAttributes = this.computeAttributes();\n    if(changedAttributes.filter\n    || changedAttributes.startDateField\n    || changedAttributes.endDateField\n    || changedAttributes.groupField\n    || changedAttributes.customTime\n    || changedAttributes.groupTags\n    || changedAttributes.boxing\n    || changedAttributes.navpad\n    || changedAttributes.config) {\n      this.refreshSelf();\n      this.updateTimeline();\n      return true;\n    }\n    if (this.displayedTiddlers.some(function (e) { return changedTiddlers[e.id]; })) {\n      this.updateTimeline();\n      return true;\n    }\n    var anyRelevantChanges = this.getTimepointList(changedTiddlers);\n    if (anyRelevantChanges.length !== 0) {\n      this.updateTimeline();\n      return true;\n    }\n    this.handleResizeEvent();\n  };\n\n  TimelineWidget.prototype.createTimeline = function() {\n    var data = [];\n    this.timeline = new vis.Timeline(this.timelineHolder, data);\n\n    var self = this;\n    this.timeline.on('click', function(properties) {\n      // Check if background or a tiddler is selected\n      if (properties.item !== null) {\n        var toTiddlerTitle = properties.item;\n        utils.displayTiddler(self, toTiddlerTitle);\n      }\n      else if(properties.group !== null && properties.what === \"group-label\") {\n        var toTiddlerTitle = properties.group;\n        if($tw.wiki.getTiddler(toTiddlerTitle)) {\n          utils.displayTiddler(self, toTiddlerTitle);\n        }\n      }\n    });\n\n    if(this.attributes[\"persistent\"] !== undefined) {\n      // duplicate initial settings to working tiddler if it does not exist\n      var tiddler = $tw.wiki.getTiddler(this.persistentTiddlerTitle);\n      if(tiddler === undefined) {\n        var rawstart = this.tiddler.fields[\"timeline.start\"],\n            tstart = moment(dateFieldToDate(rawstart, this.format)),\n            rawend = this.tiddler.fields[\"timeline.end\"],\n            tend = moment(dateFieldToDate(rawend, this.format)),\n            fields = {title: this.persistentTiddlerTitle,\n                      text: \"Timeline in [[\" + this.tiddler.fields.title + \"]] starts from {{!!timeline.start}} and ends at {{!!timeline.end}}\"};\n        if(tstart.isValid() && tend.isValid() && tstart.isBefore(tend)) {\n          fields[\"timeline.start\"] = rawstart;\n          fields[\"timeline.end\"] = rawend;\n        }\n        $tw.wiki.addTiddler(new $tw.Tiddler(fields));\n      }\n\n      // apply saved x-axis range from the working tiddler\n      tiddler = $tw.wiki.getTiddler(this.persistentTiddlerTitle);\n      var start = moment(dateFieldToDate(tiddler.fields[\"timeline.start\"], this.format)),\n          end = moment(dateFieldToDate(tiddler.fields[\"timeline.end\"], this.format));\n      if(start.isValid() && end.isValid() && start.isBefore(end)) {\n        this.options.start = start.toDate();\n        this.options.end = end.toDate();\n      }\n\n      // monitor and save changes in x-axis range\n      this.writeRange = false;\n      this.handleRangeChanged = this.handleRangeChanged.bind(this);\n      this.timeline.on('rangechanged', this.handleRangeChanged);\n    }\n  };\n\n  TimelineWidget.prototype.handleRangeChanged = function(properties) {\n    if(properties.byUser || this.writeRange) {\n      var start = moment(properties.start);\n      var end = moment(properties.end);\n      if(start.isValid() && end.isValid()) {\n        utils.setTiddlerField(this.persistentTiddlerTitle, \"timeline.start\", start.format());\n        utils.setTiddlerField(this.persistentTiddlerTitle, \"timeline.end\", end.format());\n      }\n    }\n    this.writeRange = false;\n  }\n\n  // -- adapted from felixhayashi's tiddlymap in widget.map.js\n  TimelineWidget.prototype.handleResizeEvent = function(event) {\n    if(this.isContainedInSidebar) {\n      var windowHeight = window.innerHeight;\n      var canvasOffset = this.parentDomNode.getBoundingClientRect().top;\n      var distanceBottom = this.getAttribute(\"bottom-spacing\", \"0px\");\n      var calculatedHeight = (windowHeight - canvasOffset - (this.isContainedInSidebar?3:0)) + \"px\";\n      this.parentDomNode.style[\"height\"] = \"calc(\" + calculatedHeight + \" - \" + distanceBottom + \")\";\n    } else if(this.attributes[\"boxing\"] === \"auto\") {\n      this.parentDomNode.style[\"height\"] = \"auto\";\n    } else {\n      var height = this.getAttribute(\"height\");\n      this.parentDomNode.style[\"height\"] = (height ? height : \"300px\");\n    }\n    if(this.timeline) {\n      this.timeline.redraw(); // redraw timeline\n    }\n  };\n  // --\n\n  TimelineWidget.prototype.createWarningButton = function() {\n    var button = $tw.utils.domMaker(\"div\", {innerHTML: $tw.wiki.getTiddlerText(\"$:/core/images/warning\",\"Warning\"), class: \"visjstimeline-warning\", attributes: {title: \"Not all tiddlers could be rendered\",  style: \"visibility: hidden\"}});\n\n    this.timelineHolder.appendChild(button);\n    this.domNodes.push(button);\n\n    this.handleWarningClick = this.handleWarningClick.bind(this);\n    button.addEventListener(\"click\", this.handleWarningClick, false);\n  }\n\n  TimelineWidget.prototype.handleWarningClick = function(event) {\n    utils.displayTiddler(this, this.warningTiddlerTitle);\n  }\n\n  TimelineWidget.prototype.appendWarning = function(message) {\n    if($tw.wiki.getTiddler(this.warningTiddlerTitle) === undefined) {\n      var format = \"Using \";\n      if(this.format === undefined) {\n        format += \"[[TW5 date format|http://tiddlywiki.com/#DateFormat]]\";\n      } else {\n        format += \"[[moment.js format|http://momentjs.com/docs/#/parsing/string-format/]]: `\" + this.format + \"`\";\n      }\n      var fields = {title: this.warningTiddlerTitle, text: \"!!!Problems found while rendering `<$visjstimeline/>` in [[\"+this.tiddler.fields.title+\"]]\\n\\n\" + format + \"\\n\\n|!Tiddler|!Problem|!Result|\\n\"};\n      $tw.wiki.addTiddler(new $tw.Tiddler(fields));\n    }\n    utils.setTiddlerField(this.warningTiddlerTitle,\"text\", $tw.wiki.getTiddlerText(this.warningTiddlerTitle) + message + \"\\n\");\n    var button = this.timelineHolder.getElementsByClassName(\"visjstimeline-warning\")[0];\n    button.style[\"visibility\"] = \"visible\";\n  }\n\n  TimelineWidget.prototype.resetWarning = function() {\n    $tw.wiki.deleteTiddler(this.warningTiddlerTitle);\n    var button = this.timelineHolder.getElementsByClassName(\"visjstimeline-warning\")[0];\n    button.style[\"visibility\"] = \"hidden\";\n  }\n\n  TimelineWidget.prototype.createNavpad = function() {\n    var navpad = $tw.utils.domMaker(\"div\",{class: \"vis-navigation visjstimeline-navpad\"});\n\n    this.timelineHolder.className = \"vis-network\";\n    this.timelineHolder.appendChild(navpad);\n    this.domNodes.push(navpad);\n\n    navpad.appendChild($tw.utils.domMaker(\"div\",{attributes:{class: \"vis-button vis-up\", id: \"up\", style: \"visibility: hidden\"}}));\n    navpad.appendChild($tw.utils.domMaker(\"div\",{attributes:{class: \"vis-button vis-down\", id: \"down\", style: \"visibility: hidden\"}}));\n    navpad.appendChild($tw.utils.domMaker(\"div\",{attributes:{class: \"vis-button vis-left\", id: \"left\"}}));\n    navpad.appendChild($tw.utils.domMaker(\"div\",{attributes:{class: \"vis-button vis-right\", id: \"right\"}}));\n    navpad.appendChild($tw.utils.domMaker(\"div\",{attributes:{class: \"vis-button vis-zoomIn\", id: \"zoomIn\"}}));\n    navpad.appendChild($tw.utils.domMaker(\"div\",{attributes:{class: \"vis-button vis-zoomOut\", id: \"zoomOut\"}}));\n    navpad.appendChild($tw.utils.domMaker(\"div\",{attributes:{class: \"vis-button vis-zoomExtends\", id: \"zoomExtends\"}}));\n\n    this.handleNavpadClick = this.handleNavpadClick.bind(this);\n    for(var i=0; i<navpad.childNodes.length; i++) {\n      this.domNodes.push(navpad.childNodes[i]);\n      navpad.childNodes[i].addEventListener(\"click\", this.handleNavpadClick, false);\n    }\n\n    var panel = this.timelineHolder.getElementsByClassName(\"vis-panel vis-center\")[0];\n    var top = panel.getElementsByClassName(\"vis-shadow vis-top\")[0];\n    var bottom = panel.getElementsByClassName(\"vis-shadow vis-bottom\")[0];\n    var overlay = this.timelineHolder.getElementsByClassName(\"vis-overlay\")[0];\n\n    this.handleItemsVisibilityChanged = this.handleItemsVisibilityChanged.bind(this);\n    var self = this;\n    var observer = new MutationObserver(function(mutations) {\n      for(var i=0; i<mutations.length; i++) {\n        self.handleItemsVisibilityChanged(mutations[i]);\n      }});\n    observer.observe(top, {attributes: true, subtree: false});\n    observer.observe(bottom, {attributes: true, subtree: false});\n    if(overlay !== undefined) { // clickToUse === true\n      observer.observe(overlay, {attributes: true, subtree: false});\n      navpad.style[\"visibility\"] = \"hidden\";\n    }\n  }\n\n  TimelineWidget.prototype.handleItemsVisibilityChanged = function(mutation) {\n    if(mutation.attributeName === \"style\") {\n      if((' ' + mutation.target.className + ' ').indexOf(' vis-overlay ') > -1) {\n        // whole navpad visibility\n        var timeline = this.timelineHolder.getElementsByClassName(\"vis-timeline\")[0];\n        var navpad = this.timelineHolder.getElementsByClassName(\"navpad\")[0];\n        if(navpad !== undefined) {\n          navpad.style[\"visibility\"] = (mutation.target.style[\"display\"] === \"none\" ? \"visible\":\"hidden\");\n        }\n      } else {\n        // up and down buttons visibility\n        var cls = \"vis-button \" + ( (' ' + mutation.target.className + ' ').indexOf(' vis-top ') > -1 ? \"vis-up\":\"vis-down\" );\n        var button = this.timelineHolder.getElementsByClassName(cls)[0];\n        if(button !== undefined) {\n          button.style[\"visibility\"] = mutation.target.style[\"visibility\"];\n        }\n      }\n    }\n  }\n\n  TimelineWidget.prototype.handleNavpadClick = function(event) {\n    var range = this.timeline.getWindow();\n    var interval = range.end - range.start;\n    var ratio = 0.2; // horizontal movement\n    var step = 10; // vertical movement\n\n    var centerdiv = this.timelineHolder.getElementsByClassName(\"vis-panel vis-center\")[0];\n    var contentdiv = centerdiv.getElementsByClassName(\"vis-content\")[0];\n    this.writeRange = true; // handle persistence\n    switch (event.target.id) {\n      case \"up\":\n        centerdiv.getElementsByClassName(\"vis-shadow vis-bottom\")[0].style[\"visibility\"] = \"visible\";\n        contentdiv.style[\"top\"] = parseInt(contentdiv.style[\"top\"]) + step + \"px\";\n        if(parseInt(contentdiv.style[\"top\"]) >= 0) {\n          contentdiv.style[\"top\"] = \"0px\";\n          centerdiv.getElementsByClassName(\"vis-shadow vis-top\")[0].style[\"visibility\"] = \"hidden\";\n        }\n        break;\n      case \"down\":\n        centerdiv.getElementsByClassName(\"vis-shadow vis-top\")[0].style[\"visibility\"] = \"visible\";\n        contentdiv.style[\"top\"] = parseInt(contentdiv.style[\"top\"]) - step + \"px\";\n        if( Math.abs(parseInt(contentdiv.style[\"top\"])) > contentdiv.getBoundingClientRect().height - centerdiv.getBoundingClientRect().height ) {\n          contentdiv.style[\"top\"] = contentdiv.getBoundingClientRect().height - centerdiv.getBoundingClientRect().height;\n          centerdiv.getElementsByClassName(\"vis-shadow vis-bottom\")[0].style[\"visibility\"] = \"hidden\";\n        }\n        break;\n      case \"left\":\n        this.timeline.setWindow({\n          start: range.start.valueOf() - interval * ratio,\n          end  : range.end.valueOf()   - interval * ratio,\n        });\n        break;\n      case \"right\":\n        this.timeline.setWindow({\n          start: range.start.valueOf() + interval * ratio,\n          end  : range.end.valueOf()   + interval * ratio,\n        });\n        break;\n      case \"zoomIn\":\n        this.timeline.setWindow({\n          start: range.start.valueOf() + interval * ratio,\n          end  : range.end.valueOf()   - interval * ratio,\n        });\n        break;\n      case \"zoomOut\":\n        this.timeline.setWindow({\n          start: range.start.valueOf() - interval * ratio,\n          end  : range.end.valueOf()   + interval * ratio,\n        });\n        break;\n      case \"zoomExtends\":\n        this.timeline.fit();\n        break;\n      default:\n        this.dispError(\"No such navtab action: \" + action);\n    }\n  }\n\n  function dateFieldToDate(dateField, dateFormat) {\n    if(dateField === undefined) return;\n    dateField = dateField.trim();\n    var re = /moment\\([\"' ]*([^)\"']*)[\"' ]*\\)\\.(add|subtract)\\( *([^,]+) *,[\"' ]*([^)\"']+)[\"' ]*\\)/i;\n    if (re.test(dateField)) {\n      var res = re.exec(dateField),\n          def = res[1],\n          operation = res[2],\n          qty = parseInt(res[3]),\n          unit = res[4],\n          m = (def.trim() === \"\" ? moment() : moment(def));\n      if (operation === \"add\") {\n        m.add(qty, unit);\n      } else if(operation === \"subtract\"){\n        m.subtract(qty, unit);\n      }\n      else m = moment.invalid();\n      if (m.isValid()) {\n        return m.toDate();\n      }\n    }\n    else if (dateField === \"now\") {\n        return new Date();\n    }\n    else if (dateField !== \"\") {\n      if (dateFormat === undefined) {\n        return $tw.utils.parseDate(dateField);\n      } else {\n        var m = moment(dateField, dateFormat, true);\n        if (m.isValid()) {\n          return m.toDate();\n        }\n      }\n    }\n  }\n\n  function iconPrefix(icon, color, spanclass)\n  {\n    var text = \"\",\n        iconTiddler = $tw.wiki.getTiddler(icon);\n    if(iconTiddler !== undefined) {\n      text = \"</span>&nbsp;\";\n      var type = iconTiddler.fields.type || \"image/svg+xml\";\n      if(type === \"image/svg+xml\") {\n        text = iconTiddler.fields.text + text;\n      } else {\n        $tw.Wiki.parsers[type](type, iconTiddler.fields.text, iconTiddler.fields);\n        var obj  = $tw.Wiki.parsers.tree[0];\n        text = \"></\" + obj.tag + \">\" + text;\n        for(var k in obj.attributes) {\n          text = \" \" + k + \" = '\" + obj.attributes[k].value + \"'\" + text;\n        }\n        text = \"<\" + obj.tag + text;\n      }\n      text = \"<span class='\" + spanclass + \"'\" + (color?\" style='fill:\"+color+\"';\":\"\") + \">\" + text;\n    }\n    return text;\n  }\n\n  function addTimeData(self) {\n    return function(current, tiddlerName) {\n      var currentData = current.data;\n      var currentGroups = current.groups;\n      var currentErrors = current.errors;\n      var theTiddler = self.wiki.getTiddler(tiddlerName);\n      // tiddler may not exist if list attribute provided to widget\n      if (theTiddler !== undefined) {\n        var tiddlerStartDate = theTiddler.getFieldString(self.startDateField);\n        var startDate = dateFieldToDate(tiddlerStartDate, self.format);\n        if (!isNaN(startDate)) {\n          var caption = theTiddler.fields.caption || tiddlerName,\n              description = theTiddler.fields.description || caption,\n              color = theTiddler.fields.color || false,\n              style = \"border-color: \" + color + \";\" || \"\",\n              icon = theTiddler.fields.icon;\n          caption = iconPrefix(icon, color, \"item-icon\") + caption;\n        var newTimepoint = {id: tiddlerName, content: caption, title: description, style: style, start: startDate, type: 'point'};\n          var tiddlerGroup = \"\";\n          if (self.groupField !== undefined) {\n            tiddlerGroup = theTiddler.getFieldString(self.groupField);\n          } else if(self.groupTags !== undefined) {\n            $tw.utils.each($tw.wiki.filterTiddlers(self.groupTags),\n              function(tag) {if(theTiddler.hasTag(tag)) tiddlerGroup = tag;});\n          }\n          if(self.groupTags !== undefined || self.groupField !== undefined) {\n            if (tiddlerGroup !== \"\") {\n              newTimepoint.group = tiddlerGroup;\n              currentGroups[tiddlerGroup] = true;\n            } else {\n              newTimepoint.group = \"Global\";\n              currentGroups.Global = true;\n            }\n          }\n          if (self.endDateField !== undefined ) {\n            var tiddlerEndDate = theTiddler.getFieldString(self.endDateField);\n            var endDate = dateFieldToDate(tiddlerEndDate, self.format);\n            if(!isNaN(endDate) && endDate < startDate) {\n              currentErrors.push(\"| [[\" + tiddlerName + \"]] |End date \\\"\" + tiddlerEndDate + \"\\\" (field `\" + self.endDateField + \"`) is before start date \\\"\" + tiddlerStartDate + \"\\\" (field `\" + self.startDateField + \"`)|Used start date as end date|\");\n              endDate = startDate;\n            }\n            else if(isNaN(endDate)) {\n              if(tiddlerEndDate === \"\") {\n                currentErrors.push(\"| [[\" + tiddlerName + \"]] |End date field `\" + self.endDateField + \"` is empty or does not exist|Used start date as end date|\");\n              } else {\n                currentErrors.push(\"| [[\" + tiddlerName + \"]] |Could not parse end date \\\"\" + tiddlerEndDate + \"\\\" from field `\" + self.endDateField + \"`|Used start date as end date|\");\n              }\n              endDate = startDate;\n            }\n\n            newTimepoint.end = endDate;\n            if (newTimepoint.end.getTime() != newTimepoint.start.getTime()) {\n              newTimepoint.type = 'range';\n              if(theTiddler.getFieldString(\"color\") !== \"\") {\n                newTimepoint.style += \"border-width: 3px;\" + utils.enhancedColorStyle(theTiddler.getFieldString(\"color\"));\n              }\n            }\n          }\n          currentData.push(newTimepoint);\n        } else {\n          if(tiddlerStartDate === \"\") {\n            currentErrors.push(\"| [[\" + tiddlerName + \"]] |Start date field `\" + self.startDateField + \"` is empty or does not exist|Not rendered|\");\n          } else {\n            currentErrors.push(\"| [[\" + tiddlerName + \"]] |Could not parse start date \\\"\" + tiddlerStartDate + \"\\\" from field `\" + self.startDateField + \"`|Not rendered|\");\n          }\n        }\n      } else {\n        currentErrors.push(\"| [[\" + tiddlerName + \"]] |Tiddler was not found|Not rendered|\");\n      }\n      return {data: currentData, groups: currentGroups, errors: currentErrors};\n    };\n  }\n\n  TimelineWidget.prototype.updateTimeline = function() {\n    this.resetWarning();\n\n    var langprefix = \"$:/languages/\".length,\n        lang = $tw.wiki.getTiddlerText(\"$:/language\").substring(langprefix, langprefix + 2);\n    if(lang === \"zh\") {\n      // TW5 does not use standard codes for Chinese\n      var suffix = $tw.wiki.getTiddlerText(\"$:/language\");\n      suffix = suffix.substring(suffix.length-1);\n      if(suffix === \"s\") {\n        lang = \"zh-cn\"; //simplified\n      } else {\n        lang = \"zh-tw\"; //traditional\n      }\n    }\n    this.options[\"locale\"] = moment.locale([lang, \"en\"]);\n\n    var timepointList = this.getTimepointList();\n    var groups = {};\n    if(this.groupTags !== undefined) {\n      $tw.utils.each($tw.wiki.filterTiddlers(this.groupTags),\n        function(tag) {groups[tag] = false;});\n    }\n    var result = timepointList.reduce(addTimeData(this), {data: [], groups: groups, errors: []});\n    this.displayedTiddlers = result.data;\n    this.timeline.setItems(result.data);\n    if (this.customTime !== undefined) {\n      if(this.hasCustomTime) {\n        this.timeline.removeCustomTime();\n        this.hasCustomTime = false;\n      }\n      var d = dateFieldToDate(this.customTime, this.format);\n      if (d !== undefined) {\n        this.timeline.addCustomTime(d);\n        this.hasCustomTime = true;\n      }\n    }\n    // override default options with these provided by the user, if any\n    var config = $tw.wiki.getTiddlerData(this.attributes[\"config\"], {});\n    var whitelist = $tw.wiki.getTiddlerData(\"$:/plugins/kixam/timeline/validOptions\", {\"whitelist\":[]}).whitelist;\n    if(this.attributes[\"persistent\"] !== undefined) {\n      whitelist.start = undefined;\n      whitelist.end = undefined;\n    }\n    for(var opt in config) {\n      if(whitelist.indexOf(opt) > -1) this.options[opt] = config[opt];\n    }\n    this.timeline.setOptions(this.options);\n    if (Object.keys(result.groups).length !== 0) {\n      var theGroups = [];\n      for (var group in result.groups) {\n        if(result.groups[group]) {\n          if(group === \"Global\") {\n            theGroups.splice(0,0,{id: group,\n                             content: \"&mdash; Global &mdash;\",\n                               title: \"(Global)\",\n                               style: \"background-color:rgba(0,0,0,0); font-style:italic;\"});\n          } else {\n            theGroups.push({id: group, content: group, title: group});\n            var tiddler = $tw.wiki.getTiddler(group);\n            if(tiddler !== undefined) {\n              var icon = tiddler.fields.icon,\n                  color = tiddler.fields.color || false,\n                  caption = iconPrefix(icon, color, \"group-icon\") + \"<p>\" + (tiddler.fields.caption || group) + \"</p>\",\n                  description = tiddler.fields.description || tiddler.fields.caption || group;\n              if(color) {\n                theGroups[theGroups.length-1].style = \"border-width:3px; border-style:solid;\"\n                                                    + \"border-bottom-width:3px; border-bottom-style:solid;\"\n                                                    + utils.enhancedColorStyle(color);\n              }\n              theGroups[theGroups.length-1].content = caption;\n              theGroups[theGroups.length-1].title = description;\n            }\n          }\n        }\n      }\n      this.timeline.setGroups(theGroups);\n    }\n    for(var i=0; i<result.errors.length; i++) {\n      this.appendWarning(result.errors[i]);\n    }\n    if(this.attributes[\"persistent\"] === undefined) {\n      this.timeline.fit();\n    }\n  };\n\n  exports.visjstimeline = TimelineWidget;\n\n  }\n  ());\n",
            "title": "$:/plugins/kixam/timeline/widget.timeline.js",
            "type": "application/javascript",
            "module-type": "widget"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/matabele/setfield.js": {
            "text": "/*\\\ntitle: $:/plugins/matabele/setfield.js\ntype: application/javascript\nmodule-type: widget\n\nSetFieldWidget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tw-set-field\", handler: \"handleSetField\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTiddler = this.getAttribute(\"tiddler\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchParam = this.getAttribute(\"param\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\telse {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tw-set-field event\n*/\nSetFieldWidget.prototype.handleSetField = function(event) { \n\t// Set defaults\n\tthis.targetTiddler = this.getVariable(\"currentTiddler\");\n\tif(event.param) {\n\t\tthis.sendParam = event.param;\n\t\tthis.targetTiddler = event.param;\n\t}        \n\tif(this.catchTiddler) {\n\t\t// new modification\n\t\tthis.sendParam = this.catchTiddler;\n\t\t// end\n\t\tthis.targetTiddler = this.catchTiddler;\n\t}\n\tif(this.catchParam) {\n\t\tthis.sendParam = this.catchParam;\n\t}\n\t// Set the value of the text-reference\n\tif(this.catchSet) {\n\t\tthis.wiki.setTextReference(this.catchSet,this.catchSetTo,\n\t\tthis.targetTiddler);\n\t}\n\t// Send another message or return true\n\tif(this.catchMessage && (this.catchMessage != \"tw-set-field\")) {\n\t\tthis.dispatchEvent({type: this.catchMessage,param: this.sendParam});\n\t}\n\telse {\n\t\treturn true;\n\t}\n};\n\nexports.setfield = SetFieldWidget;\n\n})();\n",
            "type": "application/javascript",
            "title": "$:/plugins/matabele/setfield.js",
            "revision": "2",
            "module-type": "widget",
            "modifier": "Matabele",
            "modified": "20140604160652715",
            "creator": "Matabele",
            "created": "20140521135322148",
            "bag": "default"
        }
    }
}

/*\
title: $:/plugins/matabele/setfield.js
type: application/javascript
module-type: widget

SetFieldWidget

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

var Widget = require("$:/core/modules/widgets/widget.js").widget;

var SetFieldWidget = function(parseTreeNode,options) {
	this.initialise(parseTreeNode,options);
	this.addEventListeners([
		{type: "tw-set-field", handler: "handleSetField"}
	]);
};

/*
Inherit from the base widget class
*/
SetFieldWidget.prototype = new Widget();

/*
Render this widget into the DOM
*/
SetFieldWidget.prototype.render = function(parent,nextSibling) {
	this.parentDomNode = parent;
	this.computeAttributes();
	this.execute();
	this.renderChildren(parent,nextSibling);
};

/*
Compute the internal state of the widget
*/
SetFieldWidget.prototype.execute = function() {
	// Get our parameters
	this.catchTiddler = this.getAttribute("tiddler");
	this.catchSet = this.getAttribute("set");
	this.catchSetTo = this.getAttribute("setTo");
	this.catchMessage = this.getAttribute("message");
	this.catchParam = this.getAttribute("param");
	// Construct the child widgets
	this.makeChildWidgets();
};

/*
Selectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering
*/
SetFieldWidget.prototype.refresh = function(changedTiddlers) {
	var changedAttributes = this.computeAttributes();
	if(changedAttributes.tiddler || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo) {
		this.refreshSelf();
		return true;
	}
	else {
		return this.refreshChildren(changedTiddlers);		
	}
};

/*
Handle a tw-set-field event
*/
SetFieldWidget.prototype.handleSetField = function(event) { 
	// Set defaults
	this.targetTiddler = this.getVariable("currentTiddler");
	if(event.param) {
		this.sendParam = event.param;
		this.targetTiddler = event.param;
	}        
	if(this.catchTiddler) {
		// new modification
		this.sendParam = this.catchTiddler;
		// end
		this.targetTiddler = this.catchTiddler;
	}
	if(this.catchParam) {
		this.sendParam = this.catchParam;
	}
	// Set the value of the text-reference
	if(this.catchSet) {
		this.wiki.setTextReference(this.catchSet,this.catchSetTo,
		this.targetTiddler);
	}
	// Send another message or return true
	if(this.catchMessage && (this.catchMessage != "tw-set-field")) {
		this.dispatchEvent({type: this.catchMessage,param: this.sendParam});
	}
	else {
		return true;
	}
};

exports.setfield = SetFieldWidget;

})();

{
    "tiddlers": {
        "$:/config/EditorTypeMappings/application/javascript": {
            "title": "$:/config/EditorTypeMappings/application/javascript",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/application/json": {
            "title": "$:/config/EditorTypeMappings/application/json",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/application/x-tiddler-dictionary": {
            "title": "$:/config/EditorTypeMappings/application/x-tiddler-dictionary",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/css": {
            "title": "$:/config/EditorTypeMappings/text/css",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/html": {
            "title": "$:/config/EditorTypeMappings/text/html",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/plain": {
            "title": "$:/config/EditorTypeMappings/text/plain",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
            "title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/x-tiddlywiki": {
            "title": "$:/config/EditorTypeMappings/text/x-tiddlywiki",
            "text": "codemirror"
        },
        "$:/core/modules/widgets/edit-codemirror.js": {
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-codemirror.js\ntype: application/javascript\nmodule-type: widget\n\nCodemirror-based text editor widget\n\nConfig options \"$:/config/CodeMirror\" e.g. to allow vim key bindings\n {\n\t\"require\": [\n\t\t\"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n\t\t\"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n\t\t\"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\"\n\t],\n\t\"configuration\": {\n\t\t\t\"keyMap\": \"vim\",\n\t\t\t\"showCursorWhenSelecting\": true\n\t}\n}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CODEMIRROR_OPTIONS = \"$:/config/CodeMirror\";\n\n// Install CodeMirror\nif($tw.browser && !window.CodeMirror) {\n\twindow.CodeMirror = require(\"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js\");\n\t// Install required CodeMirror plugins\n\tvar configOptions = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}),\n\t\treq = configOptions.require;\n\tif(req) {\n\t\tif($tw.utils.isArray(req)) {\n\t\t\tfor(var index=0; index<req.length; index++) {\n\t\t\t\trequire(req[index]);\n\t\t\t}\n\t\t} else {\n\t\t\trequire(req);\n\t\t}\n\t}\n}\n\nvar MIN_TEXT_AREA_HEIGHT = 100; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditCodeMirrorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditCodeMirrorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditCodeMirrorWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the configuration options for the CodeMirror object\n\tvar config = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}).configuration || {},\n\t\teditInfo = this.getEditInfo();\n\tif(!(\"lineWrapping\" in config)) {\n\t\tconfig.lineWrapping = true;\n\t}\n\tif(!(\"lineNumbers\" in config)) {\n\t\tconfig.lineNumbers = true;\n\t}\n\tconfig.mode = editInfo.type;\n\tconfig.value = editInfo.value;\n\t// Create the CodeMirror instance\n\tvar cm = window.CodeMirror(function(domNode) {\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tself.domNodes.push(domNode);\n\t},config);\n\t// Set up a change event handler\n\tcm.on(\"change\",function() {\n\t\tself.saveChanges(cm.getValue());\n\t});\n\tthis.codeMirrorInstance = cm;\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditCodeMirrorWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\ttype = \"text/plain\",\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\tif(this.editField === \"text\") {\n\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t}\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\tif(this.editType) {\n\t\ttype = this.editType;\n\t}\n\treturn {value: value || \"\", type: type, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditCodeMirrorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editDefault = this.getAttribute(\"default\");\n\tthis.editType = this.getAttribute(\"type\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditCodeMirrorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text and type. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditCodeMirrorWidget.prototype.updateEditor = function(text,type) {\n\tthis.updateEditorDomNode(text);\n\tthis.codeMirrorInstance.setOption(\"mode\",type);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditCodeMirrorWidget.prototype.updateEditorDomNode = function(text) {\n\tif(this.codeMirrorInstance) {\n\t\tif(!this.codeMirrorInstance.hasFocus()) {\n\t\t\tthis.codeMirrorInstance.setValue(text);\n\t\t}\n\t}\n};\n\nEditCodeMirrorWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-codemirror\"] = EditCodeMirrorWidget;\n\n})();\n",
            "title": "$:/core/modules/widgets/edit-codemirror.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js": {
            "text": "// This is CodeMirror (http://codemirror.net), a code editor\n// implemented in JavaScript on top of the browser's DOM.\n//\n// You can find some technical background for some of the code below\n// at http://marijnhaverbeke.nl/blog/#cm-internals .\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    module.exports = mod();\n  else if (typeof define == \"function\" && define.amd) // AMD\n    return define([], mod);\n  else // Plain browser env\n    this.CodeMirror = mod();\n})(function() {\n  \"use strict\";\n\n  // BROWSER SNIFFING\n\n  // Kludges for bugs and behavior differences that can't be feature\n  // detected are enabled based on userAgent etc sniffing.\n\n  var gecko = /gecko\\/\\d/i.test(navigator.userAgent);\n  // ie_uptoN means Internet Explorer version N or lower\n  var ie_upto10 = /MSIE \\d/.test(navigator.userAgent);\n  var ie_upto7 = ie_upto10 && (document.documentMode == null || document.documentMode < 8);\n  var ie_upto8 = ie_upto10 && (document.documentMode == null || document.documentMode < 9);\n  var ie_upto9 = ie_upto10 && (document.documentMode == null || document.documentMode < 10);\n  var ie_11up = /Trident\\/([7-9]|\\d{2,})\\./.test(navigator.userAgent);\n  var ie = ie_upto10 || ie_11up;\n  var webkit = /WebKit\\//.test(navigator.userAgent);\n  var qtwebkit = webkit && /Qt\\/\\d+\\.\\d+/.test(navigator.userAgent);\n  var chrome = /Chrome\\//.test(navigator.userAgent);\n  var presto = /Opera\\//.test(navigator.userAgent);\n  var safari = /Apple Computer/.test(navigator.vendor);\n  var khtml = /KHTML\\//.test(navigator.userAgent);\n  var mac_geMountainLion = /Mac OS X 1\\d\\D([8-9]|\\d\\d)\\D/.test(navigator.userAgent);\n  var phantom = /PhantomJS/.test(navigator.userAgent);\n\n  var ios = /AppleWebKit/.test(navigator.userAgent) && /Mobile\\/\\w+/.test(navigator.userAgent);\n  // This is woefully incomplete. Suggestions for alternative methods welcome.\n  var mobile = ios || /Android|webOS|BlackBerry|Opera Mini|Opera Mobi|IEMobile/i.test(navigator.userAgent);\n  var mac = ios || /Mac/.test(navigator.platform);\n  var windows = /win/i.test(navigator.platform);\n\n  var presto_version = presto && navigator.userAgent.match(/Version\\/(\\d*\\.\\d*)/);\n  if (presto_version) presto_version = Number(presto_version[1]);\n  if (presto_version && presto_version >= 15) { presto = false; webkit = true; }\n  // Some browsers use the wrong event properties to signal cmd/ctrl on OS X\n  var flipCtrlCmd = mac && (qtwebkit || presto && (presto_version == null || presto_version < 12.11));\n  var captureRightClick = gecko || (ie && !ie_upto8);\n\n  // Optimize some code when these features are not used.\n  var sawReadOnlySpans = false, sawCollapsedSpans = false;\n\n  // EDITOR CONSTRUCTOR\n\n  // A CodeMirror instance represents an editor. This is the object\n  // that user code is usually dealing with.\n\n  function CodeMirror(place, options) {\n    if (!(this instanceof CodeMirror)) return new CodeMirror(place, options);\n\n    this.options = options = options || {};\n    // Determine effective options based on given values and defaults.\n    copyObj(defaults, options, false);\n    setGuttersForLineNumbers(options);\n\n    var doc = options.value;\n    if (typeof doc == \"string\") doc = new Doc(doc, options.mode);\n    this.doc = doc;\n\n    var display = this.display = new Display(place, doc);\n    display.wrapper.CodeMirror = this;\n    updateGutters(this);\n    themeChanged(this);\n    if (options.lineWrapping)\n      this.display.wrapper.className += \" CodeMirror-wrap\";\n    if (options.autofocus && !mobile) focusInput(this);\n\n    this.state = {\n      keyMaps: [],  // stores maps added by addKeyMap\n      overlays: [], // highlighting overlays, as added by addOverlay\n      modeGen: 0,   // bumped when mode/overlay changes, used to invalidate highlighting info\n      overwrite: false, focused: false,\n      suppressEdits: false, // used to disable editing during key handlers when in readOnly mode\n      pasteIncoming: false, cutIncoming: false, // help recognize paste/cut edits in readInput\n      draggingText: false,\n      highlight: new Delayed() // stores highlight worker timeout\n    };\n\n    // Override magic textarea content restore that IE sometimes does\n    // on our hidden textarea on reload\n    if (ie_upto10) setTimeout(bind(resetInput, this, true), 20);\n\n    registerEventHandlers(this);\n    ensureGlobalHandlers();\n\n    var cm = this;\n    runInOp(this, function() {\n      cm.curOp.forceUpdate = true;\n      attachDoc(cm, doc);\n\n      if ((options.autofocus && !mobile) || activeElt() == display.input)\n        setTimeout(bind(onFocus, cm), 20);\n      else\n        onBlur(cm);\n\n      for (var opt in optionHandlers) if (optionHandlers.hasOwnProperty(opt))\n        optionHandlers[opt](cm, options[opt], Init);\n      for (var i = 0; i < initHooks.length; ++i) initHooks[i](cm);\n    });\n  }\n\n  // DISPLAY CONSTRUCTOR\n\n  // The display handles the DOM integration, both for input reading\n  // and content drawing. It holds references to DOM nodes and\n  // display-related state.\n\n  function Display(place, doc) {\n    var d = this;\n\n    // The semihidden textarea that is focused when the editor is\n    // focused, and receives input.\n    var input = d.input = elt(\"textarea\", null, null, \"position: absolute; padding: 0; width: 1px; height: 1em; outline: none\");\n    // The textarea is kept positioned near the cursor to prevent the\n    // fact that it'll be scrolled into view on input from scrolling\n    // our fake cursor out of view. On webkit, when wrap=off, paste is\n    // very slow. So make the area wide instead.\n    if (webkit) input.style.width = \"1000px\";\n    else input.setAttribute(\"wrap\", \"off\");\n    // If border: 0; -- iOS fails to open keyboard (issue #1287)\n    if (ios) input.style.border = \"1px solid black\";\n    input.setAttribute(\"autocorrect\", \"off\"); input.setAttribute(\"autocapitalize\", \"off\"); input.setAttribute(\"spellcheck\", \"false\");\n\n    // Wraps and hides input textarea\n    d.inputDiv = elt(\"div\", [input], null, \"overflow: hidden; position: relative; width: 3px; height: 0px;\");\n    // The fake scrollbar elements.\n    d.scrollbarH = elt(\"div\", [elt(\"div\", null, null, \"height: 100%; min-height: 1px\")], \"CodeMirror-hscrollbar\");\n    d.scrollbarV = elt(\"div\", [elt(\"div\", null, null, \"min-width: 1px\")], \"CodeMirror-vscrollbar\");\n    // Covers bottom-right square when both scrollbars are present.\n    d.scrollbarFiller = elt(\"div\", null, \"CodeMirror-scrollbar-filler\");\n    // Covers bottom of gutter when coverGutterNextToScrollbar is on\n    // and h scrollbar is present.\n    d.gutterFiller = elt(\"div\", null, \"CodeMirror-gutter-filler\");\n    // Will contain the actual code, positioned to cover the viewport.\n    d.lineDiv = elt(\"div\", null, \"CodeMirror-code\");\n    // Elements are added to these to represent selection and cursors.\n    d.selectionDiv = elt(\"div\", null, null, \"position: relative; z-index: 1\");\n    d.cursorDiv = elt(\"div\", null, \"CodeMirror-cursors\");\n    // A visibility: hidden element used to find the size of things.\n    d.measure = elt(\"div\", null, \"CodeMirror-measure\");\n    // When lines outside of the viewport are measured, they are drawn in this.\n    d.lineMeasure = elt(\"div\", null, \"CodeMirror-measure\");\n    // Wraps everything that needs to exist inside the vertically-padded coordinate system\n    d.lineSpace = elt(\"div\", [d.measure, d.lineMeasure, d.selectionDiv, d.cursorDiv, d.lineDiv],\n                      null, \"position: relative; outline: none\");\n    // Moved around its parent to cover visible view.\n    d.mover = elt(\"div\", [elt(\"div\", [d.lineSpace], \"CodeMirror-lines\")], null, \"position: relative\");\n    // Set to the height of the document, allowing scrolling.\n    d.sizer = elt(\"div\", [d.mover], \"CodeMirror-sizer\");\n    // Behavior of elts with overflow: auto and padding is\n    // inconsistent across browsers. This is used to ensure the\n    // scrollable area is big enough.\n    d.heightForcer = elt(\"div\", null, null, \"position: absolute; height: \" + scrollerCutOff + \"px; width: 1px;\");\n    // Will contain the gutters, if any.\n    d.gutters = elt(\"div\", null, \"CodeMirror-gutters\");\n    d.lineGutter = null;\n    // Actual scrollable element.\n    d.scroller = elt(\"div\", [d.sizer, d.heightForcer, d.gutters], \"CodeMirror-scroll\");\n    d.scroller.setAttribute(\"tabIndex\", \"-1\");\n    // The element in which the editor lives.\n    d.wrapper = elt(\"div\", [d.inputDiv, d.scrollbarH, d.scrollbarV,\n                            d.scrollbarFiller, d.gutterFiller, d.scroller], \"CodeMirror\");\n\n    // Work around IE7 z-index bug (not perfect, hence IE7 not really being supported)\n    if (ie_upto7) { d.gutters.style.zIndex = -1; d.scroller.style.paddingRight = 0; }\n    // Needed to hide big blue blinking cursor on Mobile Safari\n    if (ios) input.style.width = \"0px\";\n    if (!webkit) d.scroller.draggable = true;\n    // Needed to handle Tab key in KHTML\n    if (khtml) { d.inputDiv.style.height = \"1px\"; d.inputDiv.style.position = \"absolute\"; }\n    // Need to set a minimum width to see the scrollbar on IE7 (but must not set it on IE8).\n    if (ie_upto7) d.scrollbarH.style.minHeight = d.scrollbarV.style.minWidth = \"18px\";\n\n    if (place.appendChild) place.appendChild(d.wrapper);\n    else place(d.wrapper);\n\n    // Current rendered range (may be bigger than the view window).\n    d.viewFrom = d.viewTo = doc.first;\n    // Information about the rendered lines.\n    d.view = [];\n    // Holds info about a single rendered line when it was rendered\n    // for measurement, while not in view.\n    d.externalMeasured = null;\n    // Empty space (in pixels) above the view\n    d.viewOffset = 0;\n    d.lastSizeC = 0;\n    d.updateLineNumbers = null;\n\n    // Used to only resize the line number gutter when necessary (when\n    // the amount of lines crosses a boundary that makes its width change)\n    d.lineNumWidth = d.lineNumInnerWidth = d.lineNumChars = null;\n    // See readInput and resetInput\n    d.prevInput = \"\";\n    // Set to true when a non-horizontal-scrolling line widget is\n    // added. As an optimization, line widget aligning is skipped when\n    // this is false.\n    d.alignWidgets = false;\n    // Flag that indicates whether we expect input to appear real soon\n    // now (after some event like 'keypress' or 'input') and are\n    // polling intensively.\n    d.pollingFast = false;\n    // Self-resetting timeout for the poller\n    d.poll = new Delayed();\n\n    d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n\n    // Tracks when resetInput has punted to just putting a short\n    // string into the textarea instead of the full selection.\n    d.inaccurateSelection = false;\n\n    // Tracks the maximum line length so that the horizontal scrollbar\n    // can be kept static when scrolling.\n    d.maxLine = null;\n    d.maxLineLength = 0;\n    d.maxLineChanged = false;\n\n    // Used for measuring wheel scrolling granularity\n    d.wheelDX = d.wheelDY = d.wheelStartX = d.wheelStartY = null;\n\n    // True when shift is held down.\n    d.shift = false;\n\n    // Used to track whether anything happened since the context menu\n    // was opened.\n    d.selForContextMenu = null;\n  }\n\n  // STATE UPDATES\n\n  // Used to get the editor into a consistent state again when options change.\n\n  function loadMode(cm) {\n    cm.doc.mode = CodeMirror.getMode(cm.options, cm.doc.modeOption);\n    resetModeState(cm);\n  }\n\n  function resetModeState(cm) {\n    cm.doc.iter(function(line) {\n      if (line.stateAfter) line.stateAfter = null;\n      if (line.styles) line.styles = null;\n    });\n    cm.doc.frontier = cm.doc.first;\n    startWorker(cm, 100);\n    cm.state.modeGen++;\n    if (cm.curOp) regChange(cm);\n  }\n\n  function wrappingChanged(cm) {\n    if (cm.options.lineWrapping) {\n      addClass(cm.display.wrapper, \"CodeMirror-wrap\");\n      cm.display.sizer.style.minWidth = \"\";\n    } else {\n      rmClass(cm.display.wrapper, \"CodeMirror-wrap\");\n      findMaxLine(cm);\n    }\n    estimateLineHeights(cm);\n    regChange(cm);\n    clearCaches(cm);\n    setTimeout(function(){updateScrollbars(cm);}, 100);\n  }\n\n  // Returns a function that estimates the height of a line, to use as\n  // first approximation until the line becomes visible (and is thus\n  // properly measurable).\n  function estimateHeight(cm) {\n    var th = textHeight(cm.display), wrapping = cm.options.lineWrapping;\n    var perLine = wrapping && Math.max(5, cm.display.scroller.clientWidth / charWidth(cm.display) - 3);\n    return function(line) {\n      if (lineIsHidden(cm.doc, line)) return 0;\n\n      var widgetsHeight = 0;\n      if (line.widgets) for (var i = 0; i < line.widgets.length; i++) {\n        if (line.widgets[i].height) widgetsHeight += line.widgets[i].height;\n      }\n\n      if (wrapping)\n        return widgetsHeight + (Math.ceil(line.text.length / perLine) || 1) * th;\n      else\n        return widgetsHeight + th;\n    };\n  }\n\n  function estimateLineHeights(cm) {\n    var doc = cm.doc, est = estimateHeight(cm);\n    doc.iter(function(line) {\n      var estHeight = est(line);\n      if (estHeight != line.height) updateLineHeight(line, estHeight);\n    });\n  }\n\n  function keyMapChanged(cm) {\n    var map = keyMap[cm.options.keyMap], style = map.style;\n    cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-keymap-\\S+/g, \"\") +\n      (style ? \" cm-keymap-\" + style : \"\");\n  }\n\n  function themeChanged(cm) {\n    cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-s-\\S+/g, \"\") +\n      cm.options.theme.replace(/(^|\\s)\\s*/g, \" cm-s-\");\n    clearCaches(cm);\n  }\n\n  function guttersChanged(cm) {\n    updateGutters(cm);\n    regChange(cm);\n    setTimeout(function(){alignHorizontally(cm);}, 20);\n  }\n\n  // Rebuild the gutter elements, ensure the margin to the left of the\n  // code matches their width.\n  function updateGutters(cm) {\n    var gutters = cm.display.gutters, specs = cm.options.gutters;\n    removeChildren(gutters);\n    for (var i = 0; i < specs.length; ++i) {\n      var gutterClass = specs[i];\n      var gElt = gutters.appendChild(elt(\"div\", null, \"CodeMirror-gutter \" + gutterClass));\n      if (gutterClass == \"CodeMirror-linenumbers\") {\n        cm.display.lineGutter = gElt;\n        gElt.style.width = (cm.display.lineNumWidth || 1) + \"px\";\n      }\n    }\n    gutters.style.display = i ? \"\" : \"none\";\n    updateGutterSpace(cm);\n  }\n\n  function updateGutterSpace(cm) {\n    var width = cm.display.gutters.offsetWidth;\n    cm.display.sizer.style.marginLeft = width + \"px\";\n    cm.display.scrollbarH.style.left = cm.options.fixedGutter ? width + \"px\" : 0;\n  }\n\n  // Compute the character length of a line, taking into account\n  // collapsed ranges (see markText) that might hide parts, and join\n  // other lines onto it.\n  function lineLength(line) {\n    if (line.height == 0) return 0;\n    var len = line.text.length, merged, cur = line;\n    while (merged = collapsedSpanAtStart(cur)) {\n      var found = merged.find(0, true);\n      cur = found.from.line;\n      len += found.from.ch - found.to.ch;\n    }\n    cur = line;\n    while (merged = collapsedSpanAtEnd(cur)) {\n      var found = merged.find(0, true);\n      len -= cur.text.length - found.from.ch;\n      cur = found.to.line;\n      len += cur.text.length - found.to.ch;\n    }\n    return len;\n  }\n\n  // Find the longest line in the document.\n  function findMaxLine(cm) {\n    var d = cm.display, doc = cm.doc;\n    d.maxLine = getLine(doc, doc.first);\n    d.maxLineLength = lineLength(d.maxLine);\n    d.maxLineChanged = true;\n    doc.iter(function(line) {\n      var len = lineLength(line);\n      if (len > d.maxLineLength) {\n        d.maxLineLength = len;\n        d.maxLine = line;\n      }\n    });\n  }\n\n  // Make sure the gutters options contains the element\n  // \"CodeMirror-linenumbers\" when the lineNumbers option is true.\n  function setGuttersForLineNumbers(options) {\n    var found = indexOf(options.gutters, \"CodeMirror-linenumbers\");\n    if (found == -1 && options.lineNumbers) {\n      options.gutters = options.gutters.concat([\"CodeMirror-linenumbers\"]);\n    } else if (found > -1 && !options.lineNumbers) {\n      options.gutters = options.gutters.slice(0);\n      options.gutters.splice(found, 1);\n    }\n  }\n\n  // SCROLLBARS\n\n  // Prepare DOM reads needed to update the scrollbars. Done in one\n  // shot to minimize update/measure roundtrips.\n  function measureForScrollbars(cm) {\n    var scroll = cm.display.scroller;\n    return {\n      clientHeight: scroll.clientHeight,\n      barHeight: cm.display.scrollbarV.clientHeight,\n      scrollWidth: scroll.scrollWidth, clientWidth: scroll.clientWidth,\n      barWidth: cm.display.scrollbarH.clientWidth,\n      docHeight: Math.round(cm.doc.height + paddingVert(cm.display))\n    };\n  }\n\n  // Re-synchronize the fake scrollbars with the actual size of the\n  // content.\n  function updateScrollbars(cm, measure) {\n    if (!measure) measure = measureForScrollbars(cm);\n    var d = cm.display;\n    var scrollHeight = measure.docHeight + scrollerCutOff;\n    var needsH = measure.scrollWidth > measure.clientWidth;\n    var needsV = scrollHeight > measure.clientHeight;\n    if (needsV) {\n      d.scrollbarV.style.display = \"block\";\n      d.scrollbarV.style.bottom = needsH ? scrollbarWidth(d.measure) + \"px\" : \"0\";\n      // A bug in IE8 can cause this value to be negative, so guard it.\n      d.scrollbarV.firstChild.style.height =\n        Math.max(0, scrollHeight - measure.clientHeight + (measure.barHeight || d.scrollbarV.clientHeight)) + \"px\";\n    } else {\n      d.scrollbarV.style.display = \"\";\n      d.scrollbarV.firstChild.style.height = \"0\";\n    }\n    if (needsH) {\n      d.scrollbarH.style.display = \"block\";\n      d.scrollbarH.style.right = needsV ? scrollbarWidth(d.measure) + \"px\" : \"0\";\n      d.scrollbarH.firstChild.style.width =\n        (measure.scrollWidth - measure.clientWidth + (measure.barWidth || d.scrollbarH.clientWidth)) + \"px\";\n    } else {\n      d.scrollbarH.style.display = \"\";\n      d.scrollbarH.firstChild.style.width = \"0\";\n    }\n    if (needsH && needsV) {\n      d.scrollbarFiller.style.display = \"block\";\n      d.scrollbarFiller.style.height = d.scrollbarFiller.style.width = scrollbarWidth(d.measure) + \"px\";\n    } else d.scrollbarFiller.style.display = \"\";\n    if (needsH && cm.options.coverGutterNextToScrollbar && cm.options.fixedGutter) {\n      d.gutterFiller.style.display = \"block\";\n      d.gutterFiller.style.height = scrollbarWidth(d.measure) + \"px\";\n      d.gutterFiller.style.width = d.gutters.offsetWidth + \"px\";\n    } else d.gutterFiller.style.display = \"\";\n\n    if (!cm.state.checkedOverlayScrollbar && measure.clientHeight > 0) {\n      if (scrollbarWidth(d.measure) === 0) {\n        var w = mac && !mac_geMountainLion ? \"12px\" : \"18px\";\n        d.scrollbarV.style.minWidth = d.scrollbarH.style.minHeight = w;\n        var barMouseDown = function(e) {\n          if (e_target(e) != d.scrollbarV && e_target(e) != d.scrollbarH)\n            operation(cm, onMouseDown)(e);\n        };\n        on(d.scrollbarV, \"mousedown\", barMouseDown);\n        on(d.scrollbarH, \"mousedown\", barMouseDown);\n      }\n      cm.state.checkedOverlayScrollbar = true;\n    }\n  }\n\n  // Compute the lines that are visible in a given viewport (defaults\n  // the the current scroll position). viewPort may contain top,\n  // height, and ensure (see op.scrollToPos) properties.\n  function visibleLines(display, doc, viewPort) {\n    var top = viewPort && viewPort.top != null ? viewPort.top : display.scroller.scrollTop;\n    top = Math.floor(top - paddingTop(display));\n    var bottom = viewPort && viewPort.bottom != null ? viewPort.bottom : top + display.wrapper.clientHeight;\n\n    var from = lineAtHeight(doc, top), to = lineAtHeight(doc, bottom);\n    // Ensure is a {from: {line, ch}, to: {line, ch}} object, and\n    // forces those lines into the viewport (if possible).\n    if (viewPort && viewPort.ensure) {\n      var ensureFrom = viewPort.ensure.from.line, ensureTo = viewPort.ensure.to.line;\n      if (ensureFrom < from)\n        return {from: ensureFrom,\n                to: lineAtHeight(doc, heightAtLine(getLine(doc, ensureFrom)) + display.wrapper.clientHeight)};\n      if (Math.min(ensureTo, doc.lastLine()) >= to)\n        return {from: lineAtHeight(doc, heightAtLine(getLine(doc, ensureTo)) - display.wrapper.clientHeight),\n                to: ensureTo};\n    }\n    return {from: from, to: to};\n  }\n\n  // LINE NUMBERS\n\n  // Re-align line numbers and gutter marks to compensate for\n  // horizontal scrolling.\n  function alignHorizontally(cm) {\n    var display = cm.display, view = display.view;\n    if (!display.alignWidgets && (!display.gutters.firstChild || !cm.options.fixedGutter)) return;\n    var comp = compensateForHScroll(display) - display.scroller.scrollLeft + cm.doc.scrollLeft;\n    var gutterW = display.gutters.offsetWidth, left = comp + \"px\";\n    for (var i = 0; i < view.length; i++) if (!view[i].hidden) {\n      if (cm.options.fixedGutter && view[i].gutter)\n        view[i].gutter.style.left = left;\n      var align = view[i].alignable;\n      if (align) for (var j = 0; j < align.length; j++)\n        align[j].style.left = left;\n    }\n    if (cm.options.fixedGutter)\n      display.gutters.style.left = (comp + gutterW) + \"px\";\n  }\n\n  // Used to ensure that the line number gutter is still the right\n  // size for the current document size. Returns true when an update\n  // is needed.\n  function maybeUpdateLineNumberWidth(cm) {\n    if (!cm.options.lineNumbers) return false;\n    var doc = cm.doc, last = lineNumberFor(cm.options, doc.first + doc.size - 1), display = cm.display;\n    if (last.length != display.lineNumChars) {\n      var test = display.measure.appendChild(elt(\"div\", [elt(\"div\", last)],\n                                                 \"CodeMirror-linenumber CodeMirror-gutter-elt\"));\n      var innerW = test.firstChild.offsetWidth, padding = test.offsetWidth - innerW;\n      display.lineGutter.style.width = \"\";\n      display.lineNumInnerWidth = Math.max(innerW, display.lineGutter.offsetWidth - padding);\n      display.lineNumWidth = display.lineNumInnerWidth + padding;\n      display.lineNumChars = display.lineNumInnerWidth ? last.length : -1;\n      display.lineGutter.style.width = display.lineNumWidth + \"px\";\n      updateGutterSpace(cm);\n      return true;\n    }\n    return false;\n  }\n\n  function lineNumberFor(options, i) {\n    return String(options.lineNumberFormatter(i + options.firstLineNumber));\n  }\n\n  // Computes display.scroller.scrollLeft + display.gutters.offsetWidth,\n  // but using getBoundingClientRect to get a sub-pixel-accurate\n  // result.\n  function compensateForHScroll(display) {\n    return display.scroller.getBoundingClientRect().left - display.sizer.getBoundingClientRect().left;\n  }\n\n  // DISPLAY DRAWING\n\n  // Updates the display, selection, and scrollbars, using the\n  // information in display.view to find out which nodes are no longer\n  // up-to-date. Tries to bail out early when no changes are needed,\n  // unless forced is true.\n  // Returns true if an actual update happened, false otherwise.\n  function updateDisplay(cm, viewPort, forced) {\n    var oldFrom = cm.display.viewFrom, oldTo = cm.display.viewTo, updated;\n    var visible = visibleLines(cm.display, cm.doc, viewPort);\n    for (var first = true;; first = false) {\n      var oldWidth = cm.display.scroller.clientWidth;\n      if (!updateDisplayInner(cm, visible, forced)) break;\n      updated = true;\n\n      // If the max line changed since it was last measured, measure it,\n      // and ensure the document's width matches it.\n      if (cm.display.maxLineChanged && !cm.options.lineWrapping)\n        adjustContentWidth(cm);\n\n      var barMeasure = measureForScrollbars(cm);\n      updateSelection(cm);\n      setDocumentHeight(cm, barMeasure);\n      updateScrollbars(cm, barMeasure);\n      if (webkit && cm.options.lineWrapping)\n        checkForWebkitWidthBug(cm, barMeasure); // (Issue #2420)\n      if (first && cm.options.lineWrapping && oldWidth != cm.display.scroller.clientWidth) {\n        forced = true;\n        continue;\n      }\n      forced = false;\n\n      // Clip forced viewport to actual scrollable area.\n      if (viewPort && viewPort.top != null)\n        viewPort = {top: Math.min(barMeasure.docHeight - scrollerCutOff - barMeasure.clientHeight, viewPort.top)};\n      // Updated line heights might result in the drawn area not\n      // actually covering the viewport. Keep looping until it does.\n      visible = visibleLines(cm.display, cm.doc, viewPort);\n      if (visible.from >= cm.display.viewFrom && visible.to <= cm.display.viewTo)\n        break;\n    }\n\n    cm.display.updateLineNumbers = null;\n    if (updated) {\n      signalLater(cm, \"update\", cm);\n      if (cm.display.viewFrom != oldFrom || cm.display.viewTo != oldTo)\n        signalLater(cm, \"viewportChange\", cm, cm.display.viewFrom, cm.display.viewTo);\n    }\n    return updated;\n  }\n\n  // Does the actual updating of the line display. Bails out\n  // (returning false) when there is nothing to be done and forced is\n  // false.\n  function updateDisplayInner(cm, visible, forced) {\n    var display = cm.display, doc = cm.doc;\n    if (!display.wrapper.offsetWidth) {\n      resetView(cm);\n      return;\n    }\n\n    // Bail out if the visible area is already rendered and nothing changed.\n    if (!forced && visible.from >= display.viewFrom && visible.to <= display.viewTo &&\n        countDirtyView(cm) == 0)\n      return;\n\n    if (maybeUpdateLineNumberWidth(cm))\n      resetView(cm);\n    var dims = getDimensions(cm);\n\n    // Compute a suitable new viewport (from & to)\n    var end = doc.first + doc.size;\n    var from = Math.max(visible.from - cm.options.viewportMargin, doc.first);\n    var to = Math.min(end, visible.to + cm.options.viewportMargin);\n    if (display.viewFrom < from && from - display.viewFrom < 20) from = Math.max(doc.first, display.viewFrom);\n    if (display.viewTo > to && display.viewTo - to < 20) to = Math.min(end, display.viewTo);\n    if (sawCollapsedSpans) {\n      from = visualLineNo(cm.doc, from);\n      to = visualLineEndNo(cm.doc, to);\n    }\n\n    var different = from != display.viewFrom || to != display.viewTo ||\n      display.lastSizeC != display.wrapper.clientHeight;\n    adjustView(cm, from, to);\n\n    display.viewOffset = heightAtLine(getLine(cm.doc, display.viewFrom));\n    // Position the mover div to align with the current scroll position\n    cm.display.mover.style.top = display.viewOffset + \"px\";\n\n    var toUpdate = countDirtyView(cm);\n    if (!different && toUpdate == 0 && !forced) return;\n\n    // For big changes, we hide the enclosing element during the\n    // update, since that speeds up the operations on most browsers.\n    var focused = activeElt();\n    if (toUpdate > 4) display.lineDiv.style.display = \"none\";\n    patchDisplay(cm, display.updateLineNumbers, dims);\n    if (toUpdate > 4) display.lineDiv.style.display = \"\";\n    // There might have been a widget with a focused element that got\n    // hidden or updated, if so re-focus it.\n    if (focused && activeElt() != focused && focused.offsetHeight) focused.focus();\n\n    // Prevent selection and cursors from interfering with the scroll\n    // width.\n    removeChildren(display.cursorDiv);\n    removeChildren(display.selectionDiv);\n\n    if (different) {\n      display.lastSizeC = display.wrapper.clientHeight;\n      startWorker(cm, 400);\n    }\n\n    updateHeightsInViewport(cm);\n\n    return true;\n  }\n\n  function adjustContentWidth(cm) {\n    var display = cm.display;\n    var width = measureChar(cm, display.maxLine, display.maxLine.text.length).left;\n    display.maxLineChanged = false;\n    var minWidth = Math.max(0, width + 3);\n    var maxScrollLeft = Math.max(0, display.sizer.offsetLeft + minWidth + scrollerCutOff - display.scroller.clientWidth);\n    display.sizer.style.minWidth = minWidth + \"px\";\n    if (maxScrollLeft < cm.doc.scrollLeft)\n      setScrollLeft(cm, Math.min(display.scroller.scrollLeft, maxScrollLeft), true);\n  }\n\n  function setDocumentHeight(cm, measure) {\n    cm.display.sizer.style.minHeight = cm.display.heightForcer.style.top = measure.docHeight + \"px\";\n    cm.display.gutters.style.height = Math.max(measure.docHeight, measure.clientHeight - scrollerCutOff) + \"px\";\n  }\n\n\n  function checkForWebkitWidthBug(cm, measure) {\n    // Work around Webkit bug where it sometimes reserves space for a\n    // non-existing phantom scrollbar in the scroller (Issue #2420)\n    if (cm.display.sizer.offsetWidth + cm.display.gutters.offsetWidth < cm.display.scroller.clientWidth - 1) {\n      cm.display.sizer.style.minHeight = cm.display.heightForcer.style.top = \"0px\";\n      cm.display.gutters.style.height = measure.docHeight + \"px\";\n    }\n  }\n\n  // Read the actual heights of the rendered lines, and update their\n  // stored heights to match.\n  function updateHeightsInViewport(cm) {\n    var display = cm.display;\n    var prevBottom = display.lineDiv.offsetTop;\n    for (var i = 0; i < display.view.length; i++) {\n      var cur = display.view[i], height;\n      if (cur.hidden) continue;\n      if (ie_upto7) {\n        var bot = cur.node.offsetTop + cur.node.offsetHeight;\n        height = bot - prevBottom;\n        prevBottom = bot;\n      } else {\n        var box = cur.node.getBoundingClientRect();\n        height = box.bottom - box.top;\n      }\n      var diff = cur.line.height - height;\n      if (height < 2) height = textHeight(display);\n      if (diff > .001 || diff < -.001) {\n        updateLineHeight(cur.line, height);\n        updateWidgetHeight(cur.line);\n        if (cur.rest) for (var j = 0; j < cur.rest.length; j++)\n          updateWidgetHeight(cur.rest[j]);\n      }\n    }\n  }\n\n  // Read and store the height of line widgets associated with the\n  // given line.\n  function updateWidgetHeight(line) {\n    if (line.widgets) for (var i = 0; i < line.widgets.length; ++i)\n      line.widgets[i].height = line.widgets[i].node.offsetHeight;\n  }\n\n  // Do a bulk-read of the DOM positions and sizes needed to draw the\n  // view, so that we don't interleave reading and writing to the DOM.\n  function getDimensions(cm) {\n    var d = cm.display, left = {}, width = {};\n    for (var n = d.gutters.firstChild, i = 0; n; n = n.nextSibling, ++i) {\n      left[cm.options.gutters[i]] = n.offsetLeft;\n      width[cm.options.gutters[i]] = n.offsetWidth;\n    }\n    return {fixedPos: compensateForHScroll(d),\n            gutterTotalWidth: d.gutters.offsetWidth,\n            gutterLeft: left,\n            gutterWidth: width,\n            wrapperWidth: d.wrapper.clientWidth};\n  }\n\n  // Sync the actual display DOM structure with display.view, removing\n  // nodes for lines that are no longer in view, and creating the ones\n  // that are not there yet, and updating the ones that are out of\n  // date.\n  function patchDisplay(cm, updateNumbersFrom, dims) {\n    var display = cm.display, lineNumbers = cm.options.lineNumbers;\n    var container = display.lineDiv, cur = container.firstChild;\n\n    function rm(node) {\n      var next = node.nextSibling;\n      // Works around a throw-scroll bug in OS X Webkit\n      if (webkit && mac && cm.display.currentWheelTarget == node)\n        node.style.display = \"none\";\n      else\n        node.parentNode.removeChild(node);\n      return next;\n    }\n\n    var view = display.view, lineN = display.viewFrom;\n    // Loop over the elements in the view, syncing cur (the DOM nodes\n    // in display.lineDiv) with the view as we go.\n    for (var i = 0; i < view.length; i++) {\n      var lineView = view[i];\n      if (lineView.hidden) {\n      } else if (!lineView.node) { // Not drawn yet\n        var node = buildLineElement(cm, lineView, lineN, dims);\n        container.insertBefore(node, cur);\n      } else { // Already drawn\n        while (cur != lineView.node) cur = rm(cur);\n        var updateNumber = lineNumbers && updateNumbersFrom != null &&\n          updateNumbersFrom <= lineN && lineView.lineNumber;\n        if (lineView.changes) {\n          if (indexOf(lineView.changes, \"gutter\") > -1) updateNumber = false;\n          updateLineForChanges(cm, lineView, lineN, dims);\n        }\n        if (updateNumber) {\n          removeChildren(lineView.lineNumber);\n          lineView.lineNumber.appendChild(document.createTextNode(lineNumberFor(cm.options, lineN)));\n        }\n        cur = lineView.node.nextSibling;\n      }\n      lineN += lineView.size;\n    }\n    while (cur) cur = rm(cur);\n  }\n\n  // When an aspect of a line changes, a string is added to\n  // lineView.changes. This updates the relevant part of the line's\n  // DOM structure.\n  function updateLineForChanges(cm, lineView, lineN, dims) {\n    for (var j = 0; j < lineView.changes.length; j++) {\n      var type = lineView.changes[j];\n      if (type == \"text\") updateLineText(cm, lineView);\n      else if (type == \"gutter\") updateLineGutter(cm, lineView, lineN, dims);\n      else if (type == \"class\") updateLineClasses(lineView);\n      else if (type == \"widget\") updateLineWidgets(lineView, dims);\n    }\n    lineView.changes = null;\n  }\n\n  // Lines with gutter elements, widgets or a background class need to\n  // be wrapped, and have the extra elements added to the wrapper div\n  function ensureLineWrapped(lineView) {\n    if (lineView.node == lineView.text) {\n      lineView.node = elt(\"div\", null, null, \"position: relative\");\n      if (lineView.text.parentNode)\n        lineView.text.parentNode.replaceChild(lineView.node, lineView.text);\n      lineView.node.appendChild(lineView.text);\n      if (ie_upto7) lineView.node.style.zIndex = 2;\n    }\n    return lineView.node;\n  }\n\n  function updateLineBackground(lineView) {\n    var cls = lineView.bgClass ? lineView.bgClass + \" \" + (lineView.line.bgClass || \"\") : lineView.line.bgClass;\n    if (cls) cls += \" CodeMirror-linebackground\";\n    if (lineView.background) {\n      if (cls) lineView.background.className = cls;\n      else { lineView.background.parentNode.removeChild(lineView.background); lineView.background = null; }\n    } else if (cls) {\n      var wrap = ensureLineWrapped(lineView);\n      lineView.background = wrap.insertBefore(elt(\"div\", null, cls), wrap.firstChild);\n    }\n  }\n\n  // Wrapper around buildLineContent which will reuse the structure\n  // in display.externalMeasured when possible.\n  function getLineContent(cm, lineView) {\n    var ext = cm.display.externalMeasured;\n    if (ext && ext.line == lineView.line) {\n      cm.display.externalMeasured = null;\n      lineView.measure = ext.measure;\n      return ext.built;\n    }\n    return buildLineContent(cm, lineView);\n  }\n\n  // Redraw the line's text. Interacts with the background and text\n  // classes because the mode may output tokens that influence these\n  // classes.\n  function updateLineText(cm, lineView) {\n    var cls = lineView.text.className;\n    var built = getLineContent(cm, lineView);\n    if (lineView.text == lineView.node) lineView.node = built.pre;\n    lineView.text.parentNode.replaceChild(built.pre, lineView.text);\n    lineView.text = built.pre;\n    if (built.bgClass != lineView.bgClass || built.textClass != lineView.textClass) {\n      lineView.bgClass = built.bgClass;\n      lineView.textClass = built.textClass;\n      updateLineClasses(lineView);\n    } else if (cls) {\n      lineView.text.className = cls;\n    }\n  }\n\n  function updateLineClasses(lineView) {\n    updateLineBackground(lineView);\n    if (lineView.line.wrapClass)\n      ensureLineWrapped(lineView).className = lineView.line.wrapClass;\n    else if (lineView.node != lineView.text)\n      lineView.node.className = \"\";\n    var textClass = lineView.textClass ? lineView.textClass + \" \" + (lineView.line.textClass || \"\") : lineView.line.textClass;\n    lineView.text.className = textClass || \"\";\n  }\n\n  function updateLineGutter(cm, lineView, lineN, dims) {\n    if (lineView.gutter) {\n      lineView.node.removeChild(lineView.gutter);\n      lineView.gutter = null;\n    }\n    var markers = lineView.line.gutterMarkers;\n    if (cm.options.lineNumbers || markers) {\n      var wrap = ensureLineWrapped(lineView);\n      var gutterWrap = lineView.gutter =\n        wrap.insertBefore(elt(\"div\", null, \"CodeMirror-gutter-wrapper\", \"position: absolute; left: \" +\n                              (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) + \"px\"),\n                          lineView.text);\n      if (cm.options.lineNumbers && (!markers || !markers[\"CodeMirror-linenumbers\"]))\n        lineView.lineNumber = gutterWrap.appendChild(\n          elt(\"div\", lineNumberFor(cm.options, lineN),\n              \"CodeMirror-linenumber CodeMirror-gutter-elt\",\n              \"left: \" + dims.gutterLeft[\"CodeMirror-linenumbers\"] + \"px; width: \"\n              + cm.display.lineNumInnerWidth + \"px\"));\n      if (markers) for (var k = 0; k < cm.options.gutters.length; ++k) {\n        var id = cm.options.gutters[k], found = markers.hasOwnProperty(id) && markers[id];\n        if (found)\n          gutterWrap.appendChild(elt(\"div\", [found], \"CodeMirror-gutter-elt\", \"left: \" +\n                                     dims.gutterLeft[id] + \"px; width: \" + dims.gutterWidth[id] + \"px\"));\n      }\n    }\n  }\n\n  function updateLineWidgets(lineView, dims) {\n    if (lineView.alignable) lineView.alignable = null;\n    for (var node = lineView.node.firstChild, next; node; node = next) {\n      var next = node.nextSibling;\n      if (node.className == \"CodeMirror-linewidget\")\n        lineView.node.removeChild(node);\n    }\n    insertLineWidgets(lineView, dims);\n  }\n\n  // Build a line's DOM representation from scratch\n  function buildLineElement(cm, lineView, lineN, dims) {\n    var built = getLineContent(cm, lineView);\n    lineView.text = lineView.node = built.pre;\n    if (built.bgClass) lineView.bgClass = built.bgClass;\n    if (built.textClass) lineView.textClass = built.textClass;\n\n    updateLineClasses(lineView);\n    updateLineGutter(cm, lineView, lineN, dims);\n    insertLineWidgets(lineView, dims);\n    return lineView.node;\n  }\n\n  // A lineView may contain multiple logical lines (when merged by\n  // collapsed spans). The widgets for all of them need to be drawn.\n  function insertLineWidgets(lineView, dims) {\n    insertLineWidgetsFor(lineView.line, lineView, dims, true);\n    if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n      insertLineWidgetsFor(lineView.rest[i], lineView, dims, false);\n  }\n\n  function insertLineWidgetsFor(line, lineView, dims, allowAbove) {\n    if (!line.widgets) return;\n    var wrap = ensureLineWrapped(lineView);\n    for (var i = 0, ws = line.widgets; i < ws.length; ++i) {\n      var widget = ws[i], node = elt(\"div\", [widget.node], \"CodeMirror-linewidget\");\n      if (!widget.handleMouseEvents) node.ignoreEvents = true;\n      positionLineWidget(widget, node, lineView, dims);\n      if (allowAbove && widget.above)\n        wrap.insertBefore(node, lineView.gutter || lineView.text);\n      else\n        wrap.appendChild(node);\n      signalLater(widget, \"redraw\");\n    }\n  }\n\n  function positionLineWidget(widget, node, lineView, dims) {\n    if (widget.noHScroll) {\n      (lineView.alignable || (lineView.alignable = [])).push(node);\n      var width = dims.wrapperWidth;\n      node.style.left = dims.fixedPos + \"px\";\n      if (!widget.coverGutter) {\n        width -= dims.gutterTotalWidth;\n        node.style.paddingLeft = dims.gutterTotalWidth + \"px\";\n      }\n      node.style.width = width + \"px\";\n    }\n    if (widget.coverGutter) {\n      node.style.zIndex = 5;\n      node.style.position = \"relative\";\n      if (!widget.noHScroll) node.style.marginLeft = -dims.gutterTotalWidth + \"px\";\n    }\n  }\n\n  // POSITION OBJECT\n\n  // A Pos instance represents a position within the text.\n  var Pos = CodeMirror.Pos = function(line, ch) {\n    if (!(this instanceof Pos)) return new Pos(line, ch);\n    this.line = line; this.ch = ch;\n  };\n\n  // Compare two positions, return 0 if they are the same, a negative\n  // number when a is less, and a positive number otherwise.\n  var cmp = CodeMirror.cmpPos = function(a, b) { return a.line - b.line || a.ch - b.ch; };\n\n  function copyPos(x) {return Pos(x.line, x.ch);}\n  function maxPos(a, b) { return cmp(a, b) < 0 ? b : a; }\n  function minPos(a, b) { return cmp(a, b) < 0 ? a : b; }\n\n  // SELECTION / CURSOR\n\n  // Selection objects are immutable. A new one is created every time\n  // the selection changes. A selection is one or more non-overlapping\n  // (and non-touching) ranges, sorted, and an integer that indicates\n  // which one is the primary selection (the one that's scrolled into\n  // view, that getCursor returns, etc).\n  function Selection(ranges, primIndex) {\n    this.ranges = ranges;\n    this.primIndex = primIndex;\n  }\n\n  Selection.prototype = {\n    primary: function() { return this.ranges[this.primIndex]; },\n    equals: function(other) {\n      if (other == this) return true;\n      if (other.primIndex != this.primIndex || other.ranges.length != this.ranges.length) return false;\n      for (var i = 0; i < this.ranges.length; i++) {\n        var here = this.ranges[i], there = other.ranges[i];\n        if (cmp(here.anchor, there.anchor) != 0 || cmp(here.head, there.head) != 0) return false;\n      }\n      return true;\n    },\n    deepCopy: function() {\n      for (var out = [], i = 0; i < this.ranges.length; i++)\n        out[i] = new Range(copyPos(this.ranges[i].anchor), copyPos(this.ranges[i].head));\n      return new Selection(out, this.primIndex);\n    },\n    somethingSelected: function() {\n      for (var i = 0; i < this.ranges.length; i++)\n        if (!this.ranges[i].empty()) return true;\n      return false;\n    },\n    contains: function(pos, end) {\n      if (!end) end = pos;\n      for (var i = 0; i < this.ranges.length; i++) {\n        var range = this.ranges[i];\n        if (cmp(end, range.from()) >= 0 && cmp(pos, range.to()) <= 0)\n          return i;\n      }\n      return -1;\n    }\n  };\n\n  function Range(anchor, head) {\n    this.anchor = anchor; this.head = head;\n  }\n\n  Range.prototype = {\n    from: function() { return minPos(this.anchor, this.head); },\n    to: function() { return maxPos(this.anchor, this.head); },\n    empty: function() {\n      return this.head.line == this.anchor.line && this.head.ch == this.anchor.ch;\n    }\n  };\n\n  // Take an unsorted, potentially overlapping set of ranges, and\n  // build a selection out of it. 'Consumes' ranges array (modifying\n  // it).\n  function normalizeSelection(ranges, primIndex) {\n    var prim = ranges[primIndex];\n    ranges.sort(function(a, b) { return cmp(a.from(), b.from()); });\n    primIndex = indexOf(ranges, prim);\n    for (var i = 1; i < ranges.length; i++) {\n      var cur = ranges[i], prev = ranges[i - 1];\n      if (cmp(prev.to(), cur.from()) >= 0) {\n        var from = minPos(prev.from(), cur.from()), to = maxPos(prev.to(), cur.to());\n        var inv = prev.empty() ? cur.from() == cur.head : prev.from() == prev.head;\n        if (i <= primIndex) --primIndex;\n        ranges.splice(--i, 2, new Range(inv ? to : from, inv ? from : to));\n      }\n    }\n    return new Selection(ranges, primIndex);\n  }\n\n  function simpleSelection(anchor, head) {\n    return new Selection([new Range(anchor, head || anchor)], 0);\n  }\n\n  // Most of the external API clips given positions to make sure they\n  // actually exist within the document.\n  function clipLine(doc, n) {return Math.max(doc.first, Math.min(n, doc.first + doc.size - 1));}\n  function clipPos(doc, pos) {\n    if (pos.line < doc.first) return Pos(doc.first, 0);\n    var last = doc.first + doc.size - 1;\n    if (pos.line > last) return Pos(last, getLine(doc, last).text.length);\n    return clipToLen(pos, getLine(doc, pos.line).text.length);\n  }\n  function clipToLen(pos, linelen) {\n    var ch = pos.ch;\n    if (ch == null || ch > linelen) return Pos(pos.line, linelen);\n    else if (ch < 0) return Pos(pos.line, 0);\n    else return pos;\n  }\n  function isLine(doc, l) {return l >= doc.first && l < doc.first + doc.size;}\n  function clipPosArray(doc, array) {\n    for (var out = [], i = 0; i < array.length; i++) out[i] = clipPos(doc, array[i]);\n    return out;\n  }\n\n  // SELECTION UPDATES\n\n  // The 'scroll' parameter given to many of these indicated whether\n  // the new cursor position should be scrolled into view after\n  // modifying the selection.\n\n  // If shift is held or the extend flag is set, extends a range to\n  // include a given position (and optionally a second position).\n  // Otherwise, simply returns the range between the given positions.\n  // Used for cursor motion and such.\n  function extendRange(doc, range, head, other) {\n    if (doc.cm && doc.cm.display.shift || doc.extend) {\n      var anchor = range.anchor;\n      if (other) {\n        var posBefore = cmp(head, anchor) < 0;\n        if (posBefore != (cmp(other, anchor) < 0)) {\n          anchor = head;\n          head = other;\n        } else if (posBefore != (cmp(head, other) < 0)) {\n          head = other;\n        }\n      }\n      return new Range(anchor, head);\n    } else {\n      return new Range(other || head, head);\n    }\n  }\n\n  // Extend the primary selection range, discard the rest.\n  function extendSelection(doc, head, other, options) {\n    setSelection(doc, new Selection([extendRange(doc, doc.sel.primary(), head, other)], 0), options);\n  }\n\n  // Extend all selections (pos is an array of selections with length\n  // equal the number of selections)\n  function extendSelections(doc, heads, options) {\n    for (var out = [], i = 0; i < doc.sel.ranges.length; i++)\n      out[i] = extendRange(doc, doc.sel.ranges[i], heads[i], null);\n    var newSel = normalizeSelection(out, doc.sel.primIndex);\n    setSelection(doc, newSel, options);\n  }\n\n  // Updates a single range in the selection.\n  function replaceOneSelection(doc, i, range, options) {\n    var ranges = doc.sel.ranges.slice(0);\n    ranges[i] = range;\n    setSelection(doc, normalizeSelection(ranges, doc.sel.primIndex), options);\n  }\n\n  // Reset the selection to a single range.\n  function setSimpleSelection(doc, anchor, head, options) {\n    setSelection(doc, simpleSelection(anchor, head), options);\n  }\n\n  // Give beforeSelectionChange handlers a change to influence a\n  // selection update.\n  function filterSelectionChange(doc, sel) {\n    var obj = {\n      ranges: sel.ranges,\n      update: function(ranges) {\n        this.ranges = [];\n        for (var i = 0; i < ranges.length; i++)\n          this.ranges[i] = new Range(clipPos(doc, ranges[i].anchor),\n                                     clipPos(doc, ranges[i].head));\n      }\n    };\n    signal(doc, \"beforeSelectionChange\", doc, obj);\n    if (doc.cm) signal(doc.cm, \"beforeSelectionChange\", doc.cm, obj);\n    if (obj.ranges != sel.ranges) return normalizeSelection(obj.ranges, obj.ranges.length - 1);\n    else return sel;\n  }\n\n  function setSelectionReplaceHistory(doc, sel, options) {\n    var done = doc.history.done, last = lst(done);\n    if (last && last.ranges) {\n      done[done.length - 1] = sel;\n      setSelectionNoUndo(doc, sel, options);\n    } else {\n      setSelection(doc, sel, options);\n    }\n  }\n\n  // Set a new selection.\n  function setSelection(doc, sel, options) {\n    setSelectionNoUndo(doc, sel, options);\n    addSelectionToHistory(doc, doc.sel, doc.cm ? doc.cm.curOp.id : NaN, options);\n  }\n\n  function setSelectionNoUndo(doc, sel, options) {\n    if (hasHandler(doc, \"beforeSelectionChange\") || doc.cm && hasHandler(doc.cm, \"beforeSelectionChange\"))\n      sel = filterSelectionChange(doc, sel);\n\n    var bias = cmp(sel.primary().head, doc.sel.primary().head) < 0 ? -1 : 1;\n    setSelectionInner(doc, skipAtomicInSelection(doc, sel, bias, true));\n\n    if (!(options && options.scroll === false) && doc.cm)\n      ensureCursorVisible(doc.cm);\n  }\n\n  function setSelectionInner(doc, sel) {\n    if (sel.equals(doc.sel)) return;\n\n    doc.sel = sel;\n\n    if (doc.cm) {\n      doc.cm.curOp.updateInput = doc.cm.curOp.selectionChanged = true;\n      signalCursorActivity(doc.cm);\n    }\n    signalLater(doc, \"cursorActivity\", doc);\n  }\n\n  // Verify that the selection does not partially select any atomic\n  // marked ranges.\n  function reCheckSelection(doc) {\n    setSelectionInner(doc, skipAtomicInSelection(doc, doc.sel, null, false), sel_dontScroll);\n  }\n\n  // Return a selection that does not partially select any atomic\n  // ranges.\n  function skipAtomicInSelection(doc, sel, bias, mayClear) {\n    var out;\n    for (var i = 0; i < sel.ranges.length; i++) {\n      var range = sel.ranges[i];\n      var newAnchor = skipAtomic(doc, range.anchor, bias, mayClear);\n      var newHead = skipAtomic(doc, range.head, bias, mayClear);\n      if (out || newAnchor != range.anchor || newHead != range.head) {\n        if (!out) out = sel.ranges.slice(0, i);\n        out[i] = new Range(newAnchor, newHead);\n      }\n    }\n    return out ? normalizeSelection(out, sel.primIndex) : sel;\n  }\n\n  // Ensure a given position is not inside an atomic range.\n  function skipAtomic(doc, pos, bias, mayClear) {\n    var flipped = false, curPos = pos;\n    var dir = bias || 1;\n    doc.cantEdit = false;\n    search: for (;;) {\n      var line = getLine(doc, curPos.line);\n      if (line.markedSpans) {\n        for (var i = 0; i < line.markedSpans.length; ++i) {\n          var sp = line.markedSpans[i], m = sp.marker;\n          if ((sp.from == null || (m.inclusiveLeft ? sp.from <= curPos.ch : sp.from < curPos.ch)) &&\n              (sp.to == null || (m.inclusiveRight ? sp.to >= curPos.ch : sp.to > curPos.ch))) {\n            if (mayClear) {\n              signal(m, \"beforeCursorEnter\");\n              if (m.explicitlyCleared) {\n                if (!line.markedSpans) break;\n                else {--i; continue;}\n              }\n            }\n            if (!m.atomic) continue;\n            var newPos = m.find(dir < 0 ? -1 : 1);\n            if (cmp(newPos, curPos) == 0) {\n              newPos.ch += dir;\n              if (newPos.ch < 0) {\n                if (newPos.line > doc.first) newPos = clipPos(doc, Pos(newPos.line - 1));\n                else newPos = null;\n              } else if (newPos.ch > line.text.length) {\n                if (newPos.line < doc.first + doc.size - 1) newPos = Pos(newPos.line + 1, 0);\n                else newPos = null;\n              }\n              if (!newPos) {\n                if (flipped) {\n                  // Driven in a corner -- no valid cursor position found at all\n                  // -- try again *with* clearing, if we didn't already\n                  if (!mayClear) return skipAtomic(doc, pos, bias, true);\n                  // Otherwise, turn off editing until further notice, and return the start of the doc\n                  doc.cantEdit = true;\n                  return Pos(doc.first, 0);\n                }\n                flipped = true; newPos = pos; dir = -dir;\n              }\n            }\n            curPos = newPos;\n            continue search;\n          }\n        }\n      }\n      return curPos;\n    }\n  }\n\n  // SELECTION DRAWING\n\n  // Redraw the selection and/or cursor\n  function updateSelection(cm) {\n    var display = cm.display, doc = cm.doc;\n    var curFragment = document.createDocumentFragment();\n    var selFragment = document.createDocumentFragment();\n\n    for (var i = 0; i < doc.sel.ranges.length; i++) {\n      var range = doc.sel.ranges[i];\n      var collapsed = range.empty();\n      if (collapsed || cm.options.showCursorWhenSelecting)\n        drawSelectionCursor(cm, range, curFragment);\n      if (!collapsed)\n        drawSelectionRange(cm, range, selFragment);\n    }\n\n    // Move the hidden textarea near the cursor to prevent scrolling artifacts\n    if (cm.options.moveInputWithCursor) {\n      var headPos = cursorCoords(cm, doc.sel.primary().head, \"div\");\n      var wrapOff = display.wrapper.getBoundingClientRect(), lineOff = display.lineDiv.getBoundingClientRect();\n      var top = Math.max(0, Math.min(display.wrapper.clientHeight - 10,\n                                     headPos.top + lineOff.top - wrapOff.top));\n      var left = Math.max(0, Math.min(display.wrapper.clientWidth - 10,\n                                      headPos.left + lineOff.left - wrapOff.left));\n      display.inputDiv.style.top = top + \"px\";\n      display.inputDiv.style.left = left + \"px\";\n    }\n\n    removeChildrenAndAdd(display.cursorDiv, curFragment);\n    removeChildrenAndAdd(display.selectionDiv, selFragment);\n  }\n\n  // Draws a cursor for the given range\n  function drawSelectionCursor(cm, range, output) {\n    var pos = cursorCoords(cm, range.head, \"div\");\n\n    var cursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor\"));\n    cursor.style.left = pos.left + \"px\";\n    cursor.style.top = pos.top + \"px\";\n    cursor.style.height = Math.max(0, pos.bottom - pos.top) * cm.options.cursorHeight + \"px\";\n\n    if (pos.other) {\n      // Secondary cursor, shown when on a 'jump' in bi-directional text\n      var otherCursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor CodeMirror-secondarycursor\"));\n      otherCursor.style.display = \"\";\n      otherCursor.style.left = pos.other.left + \"px\";\n      otherCursor.style.top = pos.other.top + \"px\";\n      otherCursor.style.height = (pos.other.bottom - pos.other.top) * .85 + \"px\";\n    }\n  }\n\n  // Draws the given range as a highlighted selection\n  function drawSelectionRange(cm, range, output) {\n    var display = cm.display, doc = cm.doc;\n    var fragment = document.createDocumentFragment();\n    var padding = paddingH(cm.display), leftSide = padding.left, rightSide = display.lineSpace.offsetWidth - padding.right;\n\n    function add(left, top, width, bottom) {\n      if (top < 0) top = 0;\n      top = Math.round(top);\n      bottom = Math.round(bottom);\n      fragment.appendChild(elt(\"div\", null, \"CodeMirror-selected\", \"position: absolute; left: \" + left +\n                               \"px; top: \" + top + \"px; width: \" + (width == null ? rightSide - left : width) +\n                               \"px; height: \" + (bottom - top) + \"px\"));\n    }\n\n    function drawForLine(line, fromArg, toArg) {\n      var lineObj = getLine(doc, line);\n      var lineLen = lineObj.text.length;\n      var start, end;\n      function coords(ch, bias) {\n        return charCoords(cm, Pos(line, ch), \"div\", lineObj, bias);\n      }\n\n      iterateBidiSections(getOrder(lineObj), fromArg || 0, toArg == null ? lineLen : toArg, function(from, to, dir) {\n        var leftPos = coords(from, \"left\"), rightPos, left, right;\n        if (from == to) {\n          rightPos = leftPos;\n          left = right = leftPos.left;\n        } else {\n          rightPos = coords(to - 1, \"right\");\n          if (dir == \"rtl\") { var tmp = leftPos; leftPos = rightPos; rightPos = tmp; }\n          left = leftPos.left;\n          right = rightPos.right;\n        }\n        if (fromArg == null && from == 0) left = leftSide;\n        if (rightPos.top - leftPos.top > 3) { // Different lines, draw top part\n          add(left, leftPos.top, null, leftPos.bottom);\n          left = leftSide;\n          if (leftPos.bottom < rightPos.top) add(left, leftPos.bottom, null, rightPos.top);\n        }\n        if (toArg == null && to == lineLen) right = rightSide;\n        if (!start || leftPos.top < start.top || leftPos.top == start.top && leftPos.left < start.left)\n          start = leftPos;\n        if (!end || rightPos.bottom > end.bottom || rightPos.bottom == end.bottom && rightPos.right > end.right)\n          end = rightPos;\n        if (left < leftSide + 1) left = leftSide;\n        add(left, rightPos.top, right - left, rightPos.bottom);\n      });\n      return {start: start, end: end};\n    }\n\n    var sFrom = range.from(), sTo = range.to();\n    if (sFrom.line == sTo.line) {\n      drawForLine(sFrom.line, sFrom.ch, sTo.ch);\n    } else {\n      var fromLine = getLine(doc, sFrom.line), toLine = getLine(doc, sTo.line);\n      var singleVLine = visualLine(fromLine) == visualLine(toLine);\n      var leftEnd = drawForLine(sFrom.line, sFrom.ch, singleVLine ? fromLine.text.length + 1 : null).end;\n      var rightStart = drawForLine(sTo.line, singleVLine ? 0 : null, sTo.ch).start;\n      if (singleVLine) {\n        if (leftEnd.top < rightStart.top - 2) {\n          add(leftEnd.right, leftEnd.top, null, leftEnd.bottom);\n          add(leftSide, rightStart.top, rightStart.left, rightStart.bottom);\n        } else {\n          add(leftEnd.right, leftEnd.top, rightStart.left - leftEnd.right, leftEnd.bottom);\n        }\n      }\n      if (leftEnd.bottom < rightStart.top)\n        add(leftSide, leftEnd.bottom, null, rightStart.top);\n    }\n\n    output.appendChild(fragment);\n  }\n\n  // Cursor-blinking\n  function restartBlink(cm) {\n    if (!cm.state.focused) return;\n    var display = cm.display;\n    clearInterval(display.blinker);\n    var on = true;\n    display.cursorDiv.style.visibility = \"\";\n    if (cm.options.cursorBlinkRate > 0)\n      display.blinker = setInterval(function() {\n        display.cursorDiv.style.visibility = (on = !on) ? \"\" : \"hidden\";\n      }, cm.options.cursorBlinkRate);\n  }\n\n  // HIGHLIGHT WORKER\n\n  function startWorker(cm, time) {\n    if (cm.doc.mode.startState && cm.doc.frontier < cm.display.viewTo)\n      cm.state.highlight.set(time, bind(highlightWorker, cm));\n  }\n\n  function highlightWorker(cm) {\n    var doc = cm.doc;\n    if (doc.frontier < doc.first) doc.frontier = doc.first;\n    if (doc.frontier >= cm.display.viewTo) return;\n    var end = +new Date + cm.options.workTime;\n    var state = copyState(doc.mode, getStateBefore(cm, doc.frontier));\n\n    runInOp(cm, function() {\n    doc.iter(doc.frontier, Math.min(doc.first + doc.size, cm.display.viewTo + 500), function(line) {\n      if (doc.frontier >= cm.display.viewFrom) { // Visible\n        var oldStyles = line.styles;\n        var highlighted = highlightLine(cm, line, state, true);\n        line.styles = highlighted.styles;\n        if (highlighted.classes) line.styleClasses = highlighted.classes;\n        else if (line.styleClasses) line.styleClasses = null;\n        var ischange = !oldStyles || oldStyles.length != line.styles.length;\n        for (var i = 0; !ischange && i < oldStyles.length; ++i) ischange = oldStyles[i] != line.styles[i];\n        if (ischange) regLineChange(cm, doc.frontier, \"text\");\n        line.stateAfter = copyState(doc.mode, state);\n      } else {\n        processLine(cm, line.text, state);\n        line.stateAfter = doc.frontier % 5 == 0 ? copyState(doc.mode, state) : null;\n      }\n      ++doc.frontier;\n      if (+new Date > end) {\n        startWorker(cm, cm.options.workDelay);\n        return true;\n      }\n    });\n    });\n  }\n\n  // Finds the line to start with when starting a parse. Tries to\n  // find a line with a stateAfter, so that it can start with a\n  // valid state. If that fails, it returns the line with the\n  // smallest indentation, which tends to need the least context to\n  // parse correctly.\n  function findStartLine(cm, n, precise) {\n    var minindent, minline, doc = cm.doc;\n    var lim = precise ? -1 : n - (cm.doc.mode.innerMode ? 1000 : 100);\n    for (var search = n; search > lim; --search) {\n      if (search <= doc.first) return doc.first;\n      var line = getLine(doc, search - 1);\n      if (line.stateAfter && (!precise || search <= doc.frontier)) return search;\n      var indented = countColumn(line.text, null, cm.options.tabSize);\n      if (minline == null || minindent > indented) {\n        minline = search - 1;\n        minindent = indented;\n      }\n    }\n    return minline;\n  }\n\n  function getStateBefore(cm, n, precise) {\n    var doc = cm.doc, display = cm.display;\n    if (!doc.mode.startState) return true;\n    var pos = findStartLine(cm, n, precise), state = pos > doc.first && getLine(doc, pos-1).stateAfter;\n    if (!state) state = startState(doc.mode);\n    else state = copyState(doc.mode, state);\n    doc.iter(pos, n, function(line) {\n      processLine(cm, line.text, state);\n      var save = pos == n - 1 || pos % 5 == 0 || pos >= display.viewFrom && pos < display.viewTo;\n      line.stateAfter = save ? copyState(doc.mode, state) : null;\n      ++pos;\n    });\n    if (precise) doc.frontier = pos;\n    return state;\n  }\n\n  // POSITION MEASUREMENT\n\n  function paddingTop(display) {return display.lineSpace.offsetTop;}\n  function paddingVert(display) {return display.mover.offsetHeight - display.lineSpace.offsetHeight;}\n  function paddingH(display) {\n    if (display.cachedPaddingH) return display.cachedPaddingH;\n    var e = removeChildrenAndAdd(display.measure, elt(\"pre\", \"x\"));\n    var style = window.getComputedStyle ? window.getComputedStyle(e) : e.currentStyle;\n    var data = {left: parseInt(style.paddingLeft), right: parseInt(style.paddingRight)};\n    if (!isNaN(data.left) && !isNaN(data.right)) display.cachedPaddingH = data;\n    return data;\n  }\n\n  // Ensure the lineView.wrapping.heights array is populated. This is\n  // an array of bottom offsets for the lines that make up a drawn\n  // line. When lineWrapping is on, there might be more than one\n  // height.\n  function ensureLineHeights(cm, lineView, rect) {\n    var wrapping = cm.options.lineWrapping;\n    var curWidth = wrapping && cm.display.scroller.clientWidth;\n    if (!lineView.measure.heights || wrapping && lineView.measure.width != curWidth) {\n      var heights = lineView.measure.heights = [];\n      if (wrapping) {\n        lineView.measure.width = curWidth;\n        var rects = lineView.text.firstChild.getClientRects();\n        for (var i = 0; i < rects.length - 1; i++) {\n          var cur = rects[i], next = rects[i + 1];\n          if (Math.abs(cur.bottom - next.bottom) > 2)\n            heights.push((cur.bottom + next.top) / 2 - rect.top);\n        }\n      }\n      heights.push(rect.bottom - rect.top);\n    }\n  }\n\n  // Find a line map (mapping character offsets to text nodes) and a\n  // measurement cache for the given line number. (A line view might\n  // contain multiple lines when collapsed ranges are present.)\n  function mapFromLineView(lineView, line, lineN) {\n    if (lineView.line == line)\n      return {map: lineView.measure.map, cache: lineView.measure.cache};\n    for (var i = 0; i < lineView.rest.length; i++)\n      if (lineView.rest[i] == line)\n        return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i]};\n    for (var i = 0; i < lineView.rest.length; i++)\n      if (lineNo(lineView.rest[i]) > lineN)\n        return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i], before: true};\n  }\n\n  // Render a line into the hidden node display.externalMeasured. Used\n  // when measurement is needed for a line that's not in the viewport.\n  function updateExternalMeasurement(cm, line) {\n    line = visualLine(line);\n    var lineN = lineNo(line);\n    var view = cm.display.externalMeasured = new LineView(cm.doc, line, lineN);\n    view.lineN = lineN;\n    var built = view.built = buildLineContent(cm, view);\n    view.text = built.pre;\n    removeChildrenAndAdd(cm.display.lineMeasure, built.pre);\n    return view;\n  }\n\n  // Get a {top, bottom, left, right} box (in line-local coordinates)\n  // for a given character.\n  function measureChar(cm, line, ch, bias) {\n    return measureCharPrepared(cm, prepareMeasureForLine(cm, line), ch, bias);\n  }\n\n  // Find a line view that corresponds to the given line number.\n  function findViewForLine(cm, lineN) {\n    if (lineN >= cm.display.viewFrom && lineN < cm.display.viewTo)\n      return cm.display.view[findViewIndex(cm, lineN)];\n    var ext = cm.display.externalMeasured;\n    if (ext && lineN >= ext.lineN && lineN < ext.lineN + ext.size)\n      return ext;\n  }\n\n  // Measurement can be split in two steps, the set-up work that\n  // applies to the whole line, and the measurement of the actual\n  // character. Functions like coordsChar, that need to do a lot of\n  // measurements in a row, can thus ensure that the set-up work is\n  // only done once.\n  function prepareMeasureForLine(cm, line) {\n    var lineN = lineNo(line);\n    var view = findViewForLine(cm, lineN);\n    if (view && !view.text)\n      view = null;\n    else if (view && view.changes)\n      updateLineForChanges(cm, view, lineN, getDimensions(cm));\n    if (!view)\n      view = updateExternalMeasurement(cm, line);\n\n    var info = mapFromLineView(view, line, lineN);\n    return {\n      line: line, view: view, rect: null,\n      map: info.map, cache: info.cache, before: info.before,\n      hasHeights: false\n    };\n  }\n\n  // Given a prepared measurement object, measures the position of an\n  // actual character (or fetches it from the cache).\n  function measureCharPrepared(cm, prepared, ch, bias) {\n    if (prepared.before) ch = -1;\n    var key = ch + (bias || \"\"), found;\n    if (prepared.cache.hasOwnProperty(key)) {\n      found = prepared.cache[key];\n    } else {\n      if (!prepared.rect)\n        prepared.rect = prepared.view.text.getBoundingClientRect();\n      if (!prepared.hasHeights) {\n        ensureLineHeights(cm, prepared.view, prepared.rect);\n        prepared.hasHeights = true;\n      }\n      found = measureCharInner(cm, prepared, ch, bias);\n      if (!found.bogus) prepared.cache[key] = found;\n    }\n    return {left: found.left, right: found.right, top: found.top, bottom: found.bottom};\n  }\n\n  var nullRect = {left: 0, right: 0, top: 0, bottom: 0};\n\n  function measureCharInner(cm, prepared, ch, bias) {\n    var map = prepared.map;\n\n    var node, start, end, collapse;\n    // First, search the line map for the text node corresponding to,\n    // or closest to, the target character.\n    for (var i = 0; i < map.length; i += 3) {\n      var mStart = map[i], mEnd = map[i + 1];\n      if (ch < mStart) {\n        start = 0; end = 1;\n        collapse = \"left\";\n      } else if (ch < mEnd) {\n        start = ch - mStart;\n        end = start + 1;\n      } else if (i == map.length - 3 || ch == mEnd && map[i + 3] > ch) {\n        end = mEnd - mStart;\n        start = end - 1;\n        if (ch >= mEnd) collapse = \"right\";\n      }\n      if (start != null) {\n        node = map[i + 2];\n        if (mStart == mEnd && bias == (node.insertLeft ? \"left\" : \"right\"))\n          collapse = bias;\n        if (bias == \"left\" && start == 0)\n          while (i && map[i - 2] == map[i - 3] && map[i - 1].insertLeft) {\n            node = map[(i -= 3) + 2];\n            collapse = \"left\";\n          }\n        if (bias == \"right\" && start == mEnd - mStart)\n          while (i < map.length - 3 && map[i + 3] == map[i + 4] && !map[i + 5].insertLeft) {\n            node = map[(i += 3) + 2];\n            collapse = \"right\";\n          }\n        break;\n      }\n    }\n\n    var rect;\n    if (node.nodeType == 3) { // If it is a text node, use a range to retrieve the coordinates.\n      while (start && isExtendingChar(prepared.line.text.charAt(mStart + start))) --start;\n      while (mStart + end < mEnd && isExtendingChar(prepared.line.text.charAt(mStart + end))) ++end;\n      if (ie_upto8 && start == 0 && end == mEnd - mStart) {\n        rect = node.parentNode.getBoundingClientRect();\n      } else if (ie && cm.options.lineWrapping) {\n        var rects = range(node, start, end).getClientRects();\n        if (rects.length)\n          rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n        else\n          rect = nullRect;\n      } else {\n        rect = range(node, start, end).getBoundingClientRect() || nullRect;\n      }\n    } else { // If it is a widget, simply get the box for the whole widget.\n      if (start > 0) collapse = bias = \"right\";\n      var rects;\n      if (cm.options.lineWrapping && (rects = node.getClientRects()).length > 1)\n        rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n      else\n        rect = node.getBoundingClientRect();\n    }\n    if (ie_upto8 && !start && (!rect || !rect.left && !rect.right)) {\n      var rSpan = node.parentNode.getClientRects()[0];\n      if (rSpan)\n        rect = {left: rSpan.left, right: rSpan.left + charWidth(cm.display), top: rSpan.top, bottom: rSpan.bottom};\n      else\n        rect = nullRect;\n    }\n\n    var top, bot = (rect.bottom + rect.top) / 2 - prepared.rect.top;\n    var heights = prepared.view.measure.heights;\n    for (var i = 0; i < heights.length - 1; i++)\n      if (bot < heights[i]) break;\n    top = i ? heights[i - 1] : 0; bot = heights[i];\n    var result = {left: (collapse == \"right\" ? rect.right : rect.left) - prepared.rect.left,\n                  right: (collapse == \"left\" ? rect.left : rect.right) - prepared.rect.left,\n                  top: top, bottom: bot};\n    if (!rect.left && !rect.right) result.bogus = true;\n    return result;\n  }\n\n  function clearLineMeasurementCacheFor(lineView) {\n    if (lineView.measure) {\n      lineView.measure.cache = {};\n      lineView.measure.heights = null;\n      if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n        lineView.measure.caches[i] = {};\n    }\n  }\n\n  function clearLineMeasurementCache(cm) {\n    cm.display.externalMeasure = null;\n    removeChildren(cm.display.lineMeasure);\n    for (var i = 0; i < cm.display.view.length; i++)\n      clearLineMeasurementCacheFor(cm.display.view[i]);\n  }\n\n  function clearCaches(cm) {\n    clearLineMeasurementCache(cm);\n    cm.display.cachedCharWidth = cm.display.cachedTextHeight = cm.display.cachedPaddingH = null;\n    if (!cm.options.lineWrapping) cm.display.maxLineChanged = true;\n    cm.display.lineNumChars = null;\n  }\n\n  function pageScrollX() { return window.pageXOffset || (document.documentElement || document.body).scrollLeft; }\n  function pageScrollY() { return window.pageYOffset || (document.documentElement || document.body).scrollTop; }\n\n  // Converts a {top, bottom, left, right} box from line-local\n  // coordinates into another coordinate system. Context may be one of\n  // \"line\", \"div\" (display.lineDiv), \"local\"/null (editor), or \"page\".\n  function intoCoordSystem(cm, lineObj, rect, context) {\n    if (lineObj.widgets) for (var i = 0; i < lineObj.widgets.length; ++i) if (lineObj.widgets[i].above) {\n      var size = widgetHeight(lineObj.widgets[i]);\n      rect.top += size; rect.bottom += size;\n    }\n    if (context == \"line\") return rect;\n    if (!context) context = \"local\";\n    var yOff = heightAtLine(lineObj);\n    if (context == \"local\") yOff += paddingTop(cm.display);\n    else yOff -= cm.display.viewOffset;\n    if (context == \"page\" || context == \"window\") {\n      var lOff = cm.display.lineSpace.getBoundingClientRect();\n      yOff += lOff.top + (context == \"window\" ? 0 : pageScrollY());\n      var xOff = lOff.left + (context == \"window\" ? 0 : pageScrollX());\n      rect.left += xOff; rect.right += xOff;\n    }\n    rect.top += yOff; rect.bottom += yOff;\n    return rect;\n  }\n\n  // Coverts a box from \"div\" coords to another coordinate system.\n  // Context may be \"window\", \"page\", \"div\", or \"local\"/null.\n  function fromCoordSystem(cm, coords, context) {\n    if (context == \"div\") return coords;\n    var left = coords.left, top = coords.top;\n    // First move into \"page\" coordinate system\n    if (context == \"page\") {\n      left -= pageScrollX();\n      top -= pageScrollY();\n    } else if (context == \"local\" || !context) {\n      var localBox = cm.display.sizer.getBoundingClientRect();\n      left += localBox.left;\n      top += localBox.top;\n    }\n\n    var lineSpaceBox = cm.display.lineSpace.getBoundingClientRect();\n    return {left: left - lineSpaceBox.left, top: top - lineSpaceBox.top};\n  }\n\n  function charCoords(cm, pos, context, lineObj, bias) {\n    if (!lineObj) lineObj = getLine(cm.doc, pos.line);\n    return intoCoordSystem(cm, lineObj, measureChar(cm, lineObj, pos.ch, bias), context);\n  }\n\n  // Returns a box for a given cursor position, which may have an\n  // 'other' property containing the position of the secondary cursor\n  // on a bidi boundary.\n  function cursorCoords(cm, pos, context, lineObj, preparedMeasure) {\n    lineObj = lineObj || getLine(cm.doc, pos.line);\n    if (!preparedMeasure) preparedMeasure = prepareMeasureForLine(cm, lineObj);\n    function get(ch, right) {\n      var m = measureCharPrepared(cm, preparedMeasure, ch, right ? \"right\" : \"left\");\n      if (right) m.left = m.right; else m.right = m.left;\n      return intoCoordSystem(cm, lineObj, m, context);\n    }\n    function getBidi(ch, partPos) {\n      var part = order[partPos], right = part.level % 2;\n      if (ch == bidiLeft(part) && partPos && part.level < order[partPos - 1].level) {\n        part = order[--partPos];\n        ch = bidiRight(part) - (part.level % 2 ? 0 : 1);\n        right = true;\n      } else if (ch == bidiRight(part) && partPos < order.length - 1 && part.level < order[partPos + 1].level) {\n        part = order[++partPos];\n        ch = bidiLeft(part) - part.level % 2;\n        right = false;\n      }\n      if (right && ch == part.to && ch > part.from) return get(ch - 1);\n      return get(ch, right);\n    }\n    var order = getOrder(lineObj), ch = pos.ch;\n    if (!order) return get(ch);\n    var partPos = getBidiPartAt(order, ch);\n    var val = getBidi(ch, partPos);\n    if (bidiOther != null) val.other = getBidi(ch, bidiOther);\n    return val;\n  }\n\n  // Used to cheaply estimate the coordinates for a position. Used for\n  // intermediate scroll updates.\n  function estimateCoords(cm, pos) {\n    var left = 0, pos = clipPos(cm.doc, pos);\n    if (!cm.options.lineWrapping) left = charWidth(cm.display) * pos.ch;\n    var lineObj = getLine(cm.doc, pos.line);\n    var top = heightAtLine(lineObj) + paddingTop(cm.display);\n    return {left: left, right: left, top: top, bottom: top + lineObj.height};\n  }\n\n  // Positions returned by coordsChar contain some extra information.\n  // xRel is the relative x position of the input coordinates compared\n  // to the found position (so xRel > 0 means the coordinates are to\n  // the right of the character position, for example). When outside\n  // is true, that means the coordinates lie outside the line's\n  // vertical range.\n  function PosWithInfo(line, ch, outside, xRel) {\n    var pos = Pos(line, ch);\n    pos.xRel = xRel;\n    if (outside) pos.outside = true;\n    return pos;\n  }\n\n  // Compute the character position closest to the given coordinates.\n  // Input must be lineSpace-local (\"div\" coordinate system).\n  function coordsChar(cm, x, y) {\n    var doc = cm.doc;\n    y += cm.display.viewOffset;\n    if (y < 0) return PosWithInfo(doc.first, 0, true, -1);\n    var lineN = lineAtHeight(doc, y), last = doc.first + doc.size - 1;\n    if (lineN > last)\n      return PosWithInfo(doc.first + doc.size - 1, getLine(doc, last).text.length, true, 1);\n    if (x < 0) x = 0;\n\n    var lineObj = getLine(doc, lineN);\n    for (;;) {\n      var found = coordsCharInner(cm, lineObj, lineN, x, y);\n      var merged = collapsedSpanAtEnd(lineObj);\n      var mergedPos = merged && merged.find(0, true);\n      if (merged && (found.ch > mergedPos.from.ch || found.ch == mergedPos.from.ch && found.xRel > 0))\n        lineN = lineNo(lineObj = mergedPos.to.line);\n      else\n        return found;\n    }\n  }\n\n  function coordsCharInner(cm, lineObj, lineNo, x, y) {\n    var innerOff = y - heightAtLine(lineObj);\n    var wrongLine = false, adjust = 2 * cm.display.wrapper.clientWidth;\n    var preparedMeasure = prepareMeasureForLine(cm, lineObj);\n\n    function getX(ch) {\n      var sp = cursorCoords(cm, Pos(lineNo, ch), \"line\", lineObj, preparedMeasure);\n      wrongLine = true;\n      if (innerOff > sp.bottom) return sp.left - adjust;\n      else if (innerOff < sp.top) return sp.left + adjust;\n      else wrongLine = false;\n      return sp.left;\n    }\n\n    var bidi = getOrder(lineObj), dist = lineObj.text.length;\n    var from = lineLeft(lineObj), to = lineRight(lineObj);\n    var fromX = getX(from), fromOutside = wrongLine, toX = getX(to), toOutside = wrongLine;\n\n    if (x > toX) return PosWithInfo(lineNo, to, toOutside, 1);\n    // Do a binary search between these bounds.\n    for (;;) {\n      if (bidi ? to == from || to == moveVisually(lineObj, from, 1) : to - from <= 1) {\n        var ch = x < fromX || x - fromX <= toX - x ? from : to;\n        var xDiff = x - (ch == from ? fromX : toX);\n        while (isExtendingChar(lineObj.text.charAt(ch))) ++ch;\n        var pos = PosWithInfo(lineNo, ch, ch == from ? fromOutside : toOutside,\n                              xDiff < -1 ? -1 : xDiff > 1 ? 1 : 0);\n        return pos;\n      }\n      var step = Math.ceil(dist / 2), middle = from + step;\n      if (bidi) {\n        middle = from;\n        for (var i = 0; i < step; ++i) middle = moveVisually(lineObj, middle, 1);\n      }\n      var middleX = getX(middle);\n      if (middleX > x) {to = middle; toX = middleX; if (toOutside = wrongLine) toX += 1000; dist = step;}\n      else {from = middle; fromX = middleX; fromOutside = wrongLine; dist -= step;}\n    }\n  }\n\n  var measureText;\n  // Compute the default text height.\n  function textHeight(display) {\n    if (display.cachedTextHeight != null) return display.cachedTextHeight;\n    if (measureText == null) {\n      measureText = elt(\"pre\");\n      // Measure a bunch of lines, for browsers that compute\n      // fractional heights.\n      for (var i = 0; i < 49; ++i) {\n        measureText.appendChild(document.createTextNode(\"x\"));\n        measureText.appendChild(elt(\"br\"));\n      }\n      measureText.appendChild(document.createTextNode(\"x\"));\n    }\n    removeChildrenAndAdd(display.measure, measureText);\n    var height = measureText.offsetHeight / 50;\n    if (height > 3) display.cachedTextHeight = height;\n    removeChildren(display.measure);\n    return height || 1;\n  }\n\n  // Compute the default character width.\n  function charWidth(display) {\n    if (display.cachedCharWidth != null) return display.cachedCharWidth;\n    var anchor = elt(\"span\", \"xxxxxxxxxx\");\n    var pre = elt(\"pre\", [anchor]);\n    removeChildrenAndAdd(display.measure, pre);\n    var rect = anchor.getBoundingClientRect(), width = (rect.right - rect.left) / 10;\n    if (width > 2) display.cachedCharWidth = width;\n    return width || 10;\n  }\n\n  // OPERATIONS\n\n  // Operations are used to wrap a series of changes to the editor\n  // state in such a way that each change won't have to update the\n  // cursor and display (which would be awkward, slow, and\n  // error-prone). Instead, display updates are batched and then all\n  // combined and executed at once.\n\n  var nextOpId = 0;\n  // Start a new operation.\n  function startOperation(cm) {\n    cm.curOp = {\n      viewChanged: false,      // Flag that indicates that lines might need to be redrawn\n      startHeight: cm.doc.height, // Used to detect need to update scrollbar\n      forceUpdate: false,      // Used to force a redraw\n      updateInput: null,       // Whether to reset the input textarea\n      typing: false,           // Whether this reset should be careful to leave existing text (for compositing)\n      changeObjs: null,        // Accumulated changes, for firing change events\n      cursorActivityHandlers: null, // Set of handlers to fire cursorActivity on\n      selectionChanged: false, // Whether the selection needs to be redrawn\n      updateMaxLine: false,    // Set when the widest line needs to be determined anew\n      scrollLeft: null, scrollTop: null, // Intermediate scroll position, not pushed to DOM yet\n      scrollToPos: null,       // Used to scroll to a specific position\n      id: ++nextOpId           // Unique ID\n    };\n    if (!delayedCallbackDepth++) delayedCallbacks = [];\n  }\n\n  // Finish an operation, updating the display and signalling delayed events\n  function endOperation(cm) {\n    var op = cm.curOp, doc = cm.doc, display = cm.display;\n    cm.curOp = null;\n\n    if (op.updateMaxLine) findMaxLine(cm);\n\n    // If it looks like an update might be needed, call updateDisplay\n    if (op.viewChanged || op.forceUpdate || op.scrollTop != null ||\n        op.scrollToPos && (op.scrollToPos.from.line < display.viewFrom ||\n                           op.scrollToPos.to.line >= display.viewTo) ||\n        display.maxLineChanged && cm.options.lineWrapping) {\n      var updated = updateDisplay(cm, {top: op.scrollTop, ensure: op.scrollToPos}, op.forceUpdate);\n      if (cm.display.scroller.offsetHeight) cm.doc.scrollTop = cm.display.scroller.scrollTop;\n    }\n    // If no update was run, but the selection changed, redraw that.\n    if (!updated && op.selectionChanged) updateSelection(cm);\n    if (!updated && op.startHeight != cm.doc.height) updateScrollbars(cm);\n\n    // Propagate the scroll position to the actual DOM scroller\n    if (op.scrollTop != null && display.scroller.scrollTop != op.scrollTop) {\n      var top = Math.max(0, Math.min(display.scroller.scrollHeight - display.scroller.clientHeight, op.scrollTop));\n      display.scroller.scrollTop = display.scrollbarV.scrollTop = doc.scrollTop = top;\n    }\n    if (op.scrollLeft != null && display.scroller.scrollLeft != op.scrollLeft) {\n      var left = Math.max(0, Math.min(display.scroller.scrollWidth - display.scroller.clientWidth, op.scrollLeft));\n      display.scroller.scrollLeft = display.scrollbarH.scrollLeft = doc.scrollLeft = left;\n      alignHorizontally(cm);\n    }\n    // If we need to scroll a specific position into view, do so.\n    if (op.scrollToPos) {\n      var coords = scrollPosIntoView(cm, clipPos(cm.doc, op.scrollToPos.from),\n                                     clipPos(cm.doc, op.scrollToPos.to), op.scrollToPos.margin);\n      if (op.scrollToPos.isCursor && cm.state.focused) maybeScrollWindow(cm, coords);\n    }\n\n    if (op.selectionChanged) restartBlink(cm);\n\n    if (cm.state.focused && op.updateInput)\n      resetInput(cm, op.typing);\n\n    // Fire events for markers that are hidden/unidden by editing or\n    // undoing\n    var hidden = op.maybeHiddenMarkers, unhidden = op.maybeUnhiddenMarkers;\n    if (hidden) for (var i = 0; i < hidden.length; ++i)\n      if (!hidden[i].lines.length) signal(hidden[i], \"hide\");\n    if (unhidden) for (var i = 0; i < unhidden.length; ++i)\n      if (unhidden[i].lines.length) signal(unhidden[i], \"unhide\");\n\n    var delayed;\n    if (!--delayedCallbackDepth) {\n      delayed = delayedCallbacks;\n      delayedCallbacks = null;\n    }\n    // Fire change events, and delayed event handlers\n    if (op.changeObjs)\n      signal(cm, \"changes\", cm, op.changeObjs);\n    if (delayed) for (var i = 0; i < delayed.length; ++i) delayed[i]();\n    if (op.cursorActivityHandlers)\n      for (var i = 0; i < op.cursorActivityHandlers.length; i++)\n        op.cursorActivityHandlers[i](cm);\n  }\n\n  // Run the given function in an operation\n  function runInOp(cm, f) {\n    if (cm.curOp) return f();\n    startOperation(cm);\n    try { return f(); }\n    finally { endOperation(cm); }\n  }\n  // Wraps a function in an operation. Returns the wrapped function.\n  function operation(cm, f) {\n    return function() {\n      if (cm.curOp) return f.apply(cm, arguments);\n      startOperation(cm);\n      try { return f.apply(cm, arguments); }\n      finally { endOperation(cm); }\n    };\n  }\n  // Used to add methods to editor and doc instances, wrapping them in\n  // operations.\n  function methodOp(f) {\n    return function() {\n      if (this.curOp) return f.apply(this, arguments);\n      startOperation(this);\n      try { return f.apply(this, arguments); }\n      finally { endOperation(this); }\n    };\n  }\n  function docMethodOp(f) {\n    return function() {\n      var cm = this.cm;\n      if (!cm || cm.curOp) return f.apply(this, arguments);\n      startOperation(cm);\n      try { return f.apply(this, arguments); }\n      finally { endOperation(cm); }\n    };\n  }\n\n  // VIEW TRACKING\n\n  // These objects are used to represent the visible (currently drawn)\n  // part of the document. A LineView may correspond to multiple\n  // logical lines, if those are connected by collapsed ranges.\n  function LineView(doc, line, lineN) {\n    // The starting line\n    this.line = line;\n    // Continuing lines, if any\n    this.rest = visualLineContinued(line);\n    // Number of logical lines in this visual line\n    this.size = this.rest ? lineNo(lst(this.rest)) - lineN + 1 : 1;\n    this.node = this.text = null;\n    this.hidden = lineIsHidden(doc, line);\n  }\n\n  // Create a range of LineView objects for the given lines.\n  function buildViewArray(cm, from, to) {\n    var array = [], nextPos;\n    for (var pos = from; pos < to; pos = nextPos) {\n      var view = new LineView(cm.doc, getLine(cm.doc, pos), pos);\n      nextPos = pos + view.size;\n      array.push(view);\n    }\n    return array;\n  }\n\n  // Updates the display.view data structure for a given change to the\n  // document. From and to are in pre-change coordinates. Lendiff is\n  // the amount of lines added or subtracted by the change. This is\n  // used for changes that span multiple lines, or change the way\n  // lines are divided into visual lines. regLineChange (below)\n  // registers single-line changes.\n  function regChange(cm, from, to, lendiff) {\n    if (from == null) from = cm.doc.first;\n    if (to == null) to = cm.doc.first + cm.doc.size;\n    if (!lendiff) lendiff = 0;\n\n    var display = cm.display;\n    if (lendiff && to < display.viewTo &&\n        (display.updateLineNumbers == null || display.updateLineNumbers > from))\n      display.updateLineNumbers = from;\n\n    cm.curOp.viewChanged = true;\n\n    if (from >= display.viewTo) { // Change after\n      if (sawCollapsedSpans && visualLineNo(cm.doc, from) < display.viewTo)\n        resetView(cm);\n    } else if (to <= display.viewFrom) { // Change before\n      if (sawCollapsedSpans && visualLineEndNo(cm.doc, to + lendiff) > display.viewFrom) {\n        resetView(cm);\n      } else {\n        display.viewFrom += lendiff;\n        display.viewTo += lendiff;\n      }\n    } else if (from <= display.viewFrom && to >= display.viewTo) { // Full overlap\n      resetView(cm);\n    } else if (from <= display.viewFrom) { // Top overlap\n      var cut = viewCuttingPoint(cm, to, to + lendiff, 1);\n      if (cut) {\n        display.view = display.view.slice(cut.index);\n        display.viewFrom = cut.lineN;\n        display.viewTo += lendiff;\n      } else {\n        resetView(cm);\n      }\n    } else if (to >= display.viewTo) { // Bottom overlap\n      var cut = viewCuttingPoint(cm, from, from, -1);\n      if (cut) {\n        display.view = display.view.slice(0, cut.index);\n        display.viewTo = cut.lineN;\n      } else {\n        resetView(cm);\n      }\n    } else { // Gap in the middle\n      var cutTop = viewCuttingPoint(cm, from, from, -1);\n      var cutBot = viewCuttingPoint(cm, to, to + lendiff, 1);\n      if (cutTop && cutBot) {\n        display.view = display.view.slice(0, cutTop.index)\n          .concat(buildViewArray(cm, cutTop.lineN, cutBot.lineN))\n          .concat(display.view.slice(cutBot.index));\n        display.viewTo += lendiff;\n      } else {\n        resetView(cm);\n      }\n    }\n\n    var ext = display.externalMeasured;\n    if (ext) {\n      if (to < ext.lineN)\n        ext.lineN += lendiff;\n      else if (from < ext.lineN + ext.size)\n        display.externalMeasured = null;\n    }\n  }\n\n  // Register a change to a single line. Type must be one of \"text\",\n  // \"gutter\", \"class\", \"widget\"\n  function regLineChange(cm, line, type) {\n    cm.curOp.viewChanged = true;\n    var display = cm.display, ext = cm.display.externalMeasured;\n    if (ext && line >= ext.lineN && line < ext.lineN + ext.size)\n      display.externalMeasured = null;\n\n    if (line < display.viewFrom || line >= display.viewTo) return;\n    var lineView = display.view[findViewIndex(cm, line)];\n    if (lineView.node == null) return;\n    var arr = lineView.changes || (lineView.changes = []);\n    if (indexOf(arr, type) == -1) arr.push(type);\n  }\n\n  // Clear the view.\n  function resetView(cm) {\n    cm.display.viewFrom = cm.display.viewTo = cm.doc.first;\n    cm.display.view = [];\n    cm.display.viewOffset = 0;\n  }\n\n  // Find the view element corresponding to a given line. Return null\n  // when the line isn't visible.\n  function findViewIndex(cm, n) {\n    if (n >= cm.display.viewTo) return null;\n    n -= cm.display.viewFrom;\n    if (n < 0) return null;\n    var view = cm.display.view;\n    for (var i = 0; i < view.length; i++) {\n      n -= view[i].size;\n      if (n < 0) return i;\n    }\n  }\n\n  function viewCuttingPoint(cm, oldN, newN, dir) {\n    var index = findViewIndex(cm, oldN), diff, view = cm.display.view;\n    if (!sawCollapsedSpans || newN == cm.doc.first + cm.doc.size)\n      return {index: index, lineN: newN};\n    for (var i = 0, n = cm.display.viewFrom; i < index; i++)\n      n += view[i].size;\n    if (n != oldN) {\n      if (dir > 0) {\n        if (index == view.length - 1) return null;\n        diff = (n + view[index].size) - oldN;\n        index++;\n      } else {\n        diff = n - oldN;\n      }\n      oldN += diff; newN += diff;\n    }\n    while (visualLineNo(cm.doc, newN) != newN) {\n      if (index == (dir < 0 ? 0 : view.length - 1)) return null;\n      newN += dir * view[index - (dir < 0 ? 1 : 0)].size;\n      index += dir;\n    }\n    return {index: index, lineN: newN};\n  }\n\n  // Force the view to cover a given range, adding empty view element\n  // or clipping off existing ones as needed.\n  function adjustView(cm, from, to) {\n    var display = cm.display, view = display.view;\n    if (view.length == 0 || from >= display.viewTo || to <= display.viewFrom) {\n      display.view = buildViewArray(cm, from, to);\n      display.viewFrom = from;\n    } else {\n      if (display.viewFrom > from)\n        display.view = buildViewArray(cm, from, display.viewFrom).concat(display.view);\n      else if (display.viewFrom < from)\n        display.view = display.view.slice(findViewIndex(cm, from));\n      display.viewFrom = from;\n      if (display.viewTo < to)\n        display.view = display.view.concat(buildViewArray(cm, display.viewTo, to));\n      else if (display.viewTo > to)\n        display.view = display.view.slice(0, findViewIndex(cm, to));\n    }\n    display.viewTo = to;\n  }\n\n  // Count the number of lines in the view whose DOM representation is\n  // out of date (or nonexistent).\n  function countDirtyView(cm) {\n    var view = cm.display.view, dirty = 0;\n    for (var i = 0; i < view.length; i++) {\n      var lineView = view[i];\n      if (!lineView.hidden && (!lineView.node || lineView.changes)) ++dirty;\n    }\n    return dirty;\n  }\n\n  // INPUT HANDLING\n\n  // Poll for input changes, using the normal rate of polling. This\n  // runs as long as the editor is focused.\n  function slowPoll(cm) {\n    if (cm.display.pollingFast) return;\n    cm.display.poll.set(cm.options.pollInterval, function() {\n      readInput(cm);\n      if (cm.state.focused) slowPoll(cm);\n    });\n  }\n\n  // When an event has just come in that is likely to add or change\n  // something in the input textarea, we poll faster, to ensure that\n  // the change appears on the screen quickly.\n  function fastPoll(cm) {\n    var missed = false;\n    cm.display.pollingFast = true;\n    function p() {\n      var changed = readInput(cm);\n      if (!changed && !missed) {missed = true; cm.display.poll.set(60, p);}\n      else {cm.display.pollingFast = false; slowPoll(cm);}\n    }\n    cm.display.poll.set(20, p);\n  }\n\n  // Read input from the textarea, and update the document to match.\n  // When something is selected, it is present in the textarea, and\n  // selected (unless it is huge, in which case a placeholder is\n  // used). When nothing is selected, the cursor sits after previously\n  // seen text (can be empty), which is stored in prevInput (we must\n  // not reset the textarea when typing, because that breaks IME).\n  function readInput(cm) {\n    var input = cm.display.input, prevInput = cm.display.prevInput, doc = cm.doc;\n    // Since this is called a *lot*, try to bail out as cheaply as\n    // possible when it is clear that nothing happened. hasSelection\n    // will be the case when there is a lot of text in the textarea,\n    // in which case reading its value would be expensive.\n    if (!cm.state.focused || (hasSelection(input) && !prevInput) || isReadOnly(cm) || cm.options.disableInput)\n      return false;\n    // See paste handler for more on the fakedLastChar kludge\n    if (cm.state.pasteIncoming && cm.state.fakedLastChar) {\n      input.value = input.value.substring(0, input.value.length - 1);\n      cm.state.fakedLastChar = false;\n    }\n    var text = input.value;\n    // If nothing changed, bail.\n    if (text == prevInput && !cm.somethingSelected()) return false;\n    // Work around nonsensical selection resetting in IE9/10\n    if (ie && !ie_upto8 && cm.display.inputHasSelection === text) {\n      resetInput(cm);\n      return false;\n    }\n\n    var withOp = !cm.curOp;\n    if (withOp) startOperation(cm);\n    cm.display.shift = false;\n\n    if (text.charCodeAt(0) == 0x200b && doc.sel == cm.display.selForContextMenu && !prevInput)\n      prevInput = \"\\u200b\";\n    // Find the part of the input that is actually new\n    var same = 0, l = Math.min(prevInput.length, text.length);\n    while (same < l && prevInput.charCodeAt(same) == text.charCodeAt(same)) ++same;\n    var inserted = text.slice(same), textLines = splitLines(inserted);\n\n    // When pasing N lines into N selections, insert one line per selection\n    var multiPaste = cm.state.pasteIncoming && textLines.length > 1 && doc.sel.ranges.length == textLines.length;\n\n    // Normal behavior is to insert the new text into every selection\n    for (var i = doc.sel.ranges.length - 1; i >= 0; i--) {\n      var range = doc.sel.ranges[i];\n      var from = range.from(), to = range.to();\n      // Handle deletion\n      if (same < prevInput.length)\n        from = Pos(from.line, from.ch - (prevInput.length - same));\n      // Handle overwrite\n      else if (cm.state.overwrite && range.empty() && !cm.state.pasteIncoming)\n        to = Pos(to.line, Math.min(getLine(doc, to.line).text.length, to.ch + lst(textLines).length));\n      var updateInput = cm.curOp.updateInput;\n      var changeEvent = {from: from, to: to, text: multiPaste ? [textLines[i]] : textLines,\n                         origin: cm.state.pasteIncoming ? \"paste\" : cm.state.cutIncoming ? \"cut\" : \"+input\"};\n      makeChange(cm.doc, changeEvent);\n      signalLater(cm, \"inputRead\", cm, changeEvent);\n      // When an 'electric' character is inserted, immediately trigger a reindent\n      if (inserted && !cm.state.pasteIncoming && cm.options.electricChars &&\n          cm.options.smartIndent && range.head.ch < 100 &&\n          (!i || doc.sel.ranges[i - 1].head.line != range.head.line)) {\n        var mode = cm.getModeAt(range.head);\n        if (mode.electricChars) {\n          for (var j = 0; j < mode.electricChars.length; j++)\n            if (inserted.indexOf(mode.electricChars.charAt(j)) > -1) {\n              indentLine(cm, range.head.line, \"smart\");\n              break;\n            }\n        } else if (mode.electricInput) {\n          var end = changeEnd(changeEvent);\n          if (mode.electricInput.test(getLine(doc, end.line).text.slice(0, end.ch)))\n            indentLine(cm, range.head.line, \"smart\");\n        }\n      }\n    }\n    ensureCursorVisible(cm);\n    cm.curOp.updateInput = updateInput;\n    cm.curOp.typing = true;\n\n    // Don't leave long text in the textarea, since it makes further polling slow\n    if (text.length > 1000 || text.indexOf(\"\\n\") > -1) input.value = cm.display.prevInput = \"\";\n    else cm.display.prevInput = text;\n    if (withOp) endOperation(cm);\n    cm.state.pasteIncoming = cm.state.cutIncoming = false;\n    return true;\n  }\n\n  // Reset the input to correspond to the selection (or to be empty,\n  // when not typing and nothing is selected)\n  function resetInput(cm, typing) {\n    var minimal, selected, doc = cm.doc;\n    if (cm.somethingSelected()) {\n      cm.display.prevInput = \"\";\n      var range = doc.sel.primary();\n      minimal = hasCopyEvent &&\n        (range.to().line - range.from().line > 100 || (selected = cm.getSelection()).length > 1000);\n      var content = minimal ? \"-\" : selected || cm.getSelection();\n      cm.display.input.value = content;\n      if (cm.state.focused) selectInput(cm.display.input);\n      if (ie && !ie_upto8) cm.display.inputHasSelection = content;\n    } else if (!typing) {\n      cm.display.prevInput = cm.display.input.value = \"\";\n      if (ie && !ie_upto8) cm.display.inputHasSelection = null;\n    }\n    cm.display.inaccurateSelection = minimal;\n  }\n\n  function focusInput(cm) {\n    if (cm.options.readOnly != \"nocursor\" && (!mobile || activeElt() != cm.display.input))\n      cm.display.input.focus();\n  }\n\n  function ensureFocus(cm) {\n    if (!cm.state.focused) { focusInput(cm); onFocus(cm); }\n  }\n\n  function isReadOnly(cm) {\n    return cm.options.readOnly || cm.doc.cantEdit;\n  }\n\n  // EVENT HANDLERS\n\n  // Attach the necessary event handlers when initializing the editor\n  function registerEventHandlers(cm) {\n    var d = cm.display;\n    on(d.scroller, \"mousedown\", operation(cm, onMouseDown));\n    // Older IE's will not fire a second mousedown for a double click\n    if (ie_upto10)\n      on(d.scroller, \"dblclick\", operation(cm, function(e) {\n        if (signalDOMEvent(cm, e)) return;\n        var pos = posFromMouse(cm, e);\n        if (!pos || clickInGutter(cm, e) || eventInWidget(cm.display, e)) return;\n        e_preventDefault(e);\n        var word = findWordAt(cm, pos);\n        extendSelection(cm.doc, word.anchor, word.head);\n      }));\n    else\n      on(d.scroller, \"dblclick\", function(e) { signalDOMEvent(cm, e) || e_preventDefault(e); });\n    // Prevent normal selection in the editor (we handle our own)\n    on(d.lineSpace, \"selectstart\", function(e) {\n      if (!eventInWidget(d, e)) e_preventDefault(e);\n    });\n    // Some browsers fire contextmenu *after* opening the menu, at\n    // which point we can't mess with it anymore. Context menu is\n    // handled in onMouseDown for these browsers.\n    if (!captureRightClick) on(d.scroller, \"contextmenu\", function(e) {onContextMenu(cm, e);});\n\n    // Sync scrolling between fake scrollbars and real scrollable\n    // area, ensure viewport is updated when scrolling.\n    on(d.scroller, \"scroll\", function() {\n      if (d.scroller.clientHeight) {\n        setScrollTop(cm, d.scroller.scrollTop);\n        setScrollLeft(cm, d.scroller.scrollLeft, true);\n        signal(cm, \"scroll\", cm);\n      }\n    });\n    on(d.scrollbarV, \"scroll\", function() {\n      if (d.scroller.clientHeight) setScrollTop(cm, d.scrollbarV.scrollTop);\n    });\n    on(d.scrollbarH, \"scroll\", function() {\n      if (d.scroller.clientHeight) setScrollLeft(cm, d.scrollbarH.scrollLeft);\n    });\n\n    // Listen to wheel events in order to try and update the viewport on time.\n    on(d.scroller, \"mousewheel\", function(e){onScrollWheel(cm, e);});\n    on(d.scroller, \"DOMMouseScroll\", function(e){onScrollWheel(cm, e);});\n\n    // Prevent clicks in the scrollbars from killing focus\n    function reFocus() { if (cm.state.focused) setTimeout(bind(focusInput, cm), 0); }\n    on(d.scrollbarH, \"mousedown\", reFocus);\n    on(d.scrollbarV, \"mousedown\", reFocus);\n    // Prevent wrapper from ever scrolling\n    on(d.wrapper, \"scroll\", function() { d.wrapper.scrollTop = d.wrapper.scrollLeft = 0; });\n\n    on(d.input, \"keyup\", operation(cm, onKeyUp));\n    on(d.input, \"input\", function() {\n      if (ie && !ie_upto8 && cm.display.inputHasSelection) cm.display.inputHasSelection = null;\n      fastPoll(cm);\n    });\n    on(d.input, \"keydown\", operation(cm, onKeyDown));\n    on(d.input, \"keypress\", operation(cm, onKeyPress));\n    on(d.input, \"focus\", bind(onFocus, cm));\n    on(d.input, \"blur\", bind(onBlur, cm));\n\n    function drag_(e) {\n      if (!signalDOMEvent(cm, e)) e_stop(e);\n    }\n    if (cm.options.dragDrop) {\n      on(d.scroller, \"dragstart\", function(e){onDragStart(cm, e);});\n      on(d.scroller, \"dragenter\", drag_);\n      on(d.scroller, \"dragover\", drag_);\n      on(d.scroller, \"drop\", operation(cm, onDrop));\n    }\n    on(d.scroller, \"paste\", function(e) {\n      if (eventInWidget(d, e)) return;\n      cm.state.pasteIncoming = true;\n      focusInput(cm);\n      fastPoll(cm);\n    });\n    on(d.input, \"paste\", function() {\n      // Workaround for webkit bug https://bugs.webkit.org/show_bug.cgi?id=90206\n      // Add a char to the end of textarea before paste occur so that\n      // selection doesn't span to the end of textarea.\n      if (webkit && !cm.state.fakedLastChar && !(new Date - cm.state.lastMiddleDown < 200)) {\n        var start = d.input.selectionStart, end = d.input.selectionEnd;\n        d.input.value += \"$\";\n        d.input.selectionStart = start;\n        d.input.selectionEnd = end;\n        cm.state.fakedLastChar = true;\n      }\n      cm.state.pasteIncoming = true;\n      fastPoll(cm);\n    });\n\n    function prepareCopyCut(e) {\n      if (cm.somethingSelected()) {\n        if (d.inaccurateSelection) {\n          d.prevInput = \"\";\n          d.inaccurateSelection = false;\n          d.input.value = cm.getSelection();\n          selectInput(d.input);\n        }\n      } else {\n        var text = \"\", ranges = [];\n        for (var i = 0; i < cm.doc.sel.ranges.length; i++) {\n          var line = cm.doc.sel.ranges[i].head.line;\n          var lineRange = {anchor: Pos(line, 0), head: Pos(line + 1, 0)};\n          ranges.push(lineRange);\n          text += cm.getRange(lineRange.anchor, lineRange.head);\n        }\n        if (e.type == \"cut\") {\n          cm.setSelections(ranges, null, sel_dontScroll);\n        } else {\n          d.prevInput = \"\";\n          d.input.value = text;\n          selectInput(d.input);\n        }\n      }\n      if (e.type == \"cut\") cm.state.cutIncoming = true;\n    }\n    on(d.input, \"cut\", prepareCopyCut);\n    on(d.input, \"copy\", prepareCopyCut);\n\n    // Needed to handle Tab key in KHTML\n    if (khtml) on(d.sizer, \"mouseup\", function() {\n      if (activeElt() == d.input) d.input.blur();\n      focusInput(cm);\n    });\n  }\n\n  // Called when the window resizes\n  function onResize(cm) {\n    // Might be a text scaling operation, clear size caches.\n    var d = cm.display;\n    d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n    cm.setSize();\n  }\n\n  // MOUSE EVENTS\n\n  // Return true when the given mouse event happened in a widget\n  function eventInWidget(display, e) {\n    for (var n = e_target(e); n != display.wrapper; n = n.parentNode) {\n      if (!n || n.ignoreEvents || n.parentNode == display.sizer && n != display.mover) return true;\n    }\n  }\n\n  // Given a mouse event, find the corresponding position. If liberal\n  // is false, it checks whether a gutter or scrollbar was clicked,\n  // and returns null if it was. forRect is used by rectangular\n  // selections, and tries to estimate a character position even for\n  // coordinates beyond the right of the text.\n  function posFromMouse(cm, e, liberal, forRect) {\n    var display = cm.display;\n    if (!liberal) {\n      var target = e_target(e);\n      if (target == display.scrollbarH || target == display.scrollbarV ||\n          target == display.scrollbarFiller || target == display.gutterFiller) return null;\n    }\n    var x, y, space = display.lineSpace.getBoundingClientRect();\n    // Fails unpredictably on IE[67] when mouse is dragged around quickly.\n    try { x = e.clientX - space.left; y = e.clientY - space.top; }\n    catch (e) { return null; }\n    var coords = coordsChar(cm, x, y), line;\n    if (forRect && coords.xRel == 1 && (line = getLine(cm.doc, coords.line).text).length == coords.ch) {\n      var colDiff = countColumn(line, line.length, cm.options.tabSize) - line.length;\n      coords = Pos(coords.line, Math.max(0, Math.round((x - paddingH(cm.display).left) / charWidth(cm.display)) - colDiff));\n    }\n    return coords;\n  }\n\n  // A mouse down can be a single click, double click, triple click,\n  // start of selection drag, start of text drag, new cursor\n  // (ctrl-click), rectangle drag (alt-drag), or xwin\n  // middle-click-paste. Or it might be a click on something we should\n  // not interfere with, such as a scrollbar or widget.\n  function onMouseDown(e) {\n    if (signalDOMEvent(this, e)) return;\n    var cm = this, display = cm.display;\n    display.shift = e.shiftKey;\n\n    if (eventInWidget(display, e)) {\n      if (!webkit) {\n        // Briefly turn off draggability, to allow widgets to do\n        // normal dragging things.\n        display.scroller.draggable = false;\n        setTimeout(function(){display.scroller.draggable = true;}, 100);\n      }\n      return;\n    }\n    if (clickInGutter(cm, e)) return;\n    var start = posFromMouse(cm, e);\n    window.focus();\n\n    switch (e_button(e)) {\n    case 1:\n      if (start)\n        leftButtonDown(cm, e, start);\n      else if (e_target(e) == display.scroller)\n        e_preventDefault(e);\n      break;\n    case 2:\n      if (webkit) cm.state.lastMiddleDown = +new Date;\n      if (start) extendSelection(cm.doc, start);\n      setTimeout(bind(focusInput, cm), 20);\n      e_preventDefault(e);\n      break;\n    case 3:\n      if (captureRightClick) onContextMenu(cm, e);\n      break;\n    }\n  }\n\n  var lastClick, lastDoubleClick;\n  function leftButtonDown(cm, e, start) {\n    setTimeout(bind(ensureFocus, cm), 0);\n\n    var now = +new Date, type;\n    if (lastDoubleClick && lastDoubleClick.time > now - 400 && cmp(lastDoubleClick.pos, start) == 0) {\n      type = \"triple\";\n    } else if (lastClick && lastClick.time > now - 400 && cmp(lastClick.pos, start) == 0) {\n      type = \"double\";\n      lastDoubleClick = {time: now, pos: start};\n    } else {\n      type = \"single\";\n      lastClick = {time: now, pos: start};\n    }\n\n    var sel = cm.doc.sel, addNew = mac ? e.metaKey : e.ctrlKey;\n    if (cm.options.dragDrop && dragAndDrop && !addNew && !isReadOnly(cm) &&\n        type == \"single\" && sel.contains(start) > -1 && sel.somethingSelected())\n      leftButtonStartDrag(cm, e, start);\n    else\n      leftButtonSelect(cm, e, start, type, addNew);\n  }\n\n  // Start a text drag. When it ends, see if any dragging actually\n  // happen, and treat as a click if it didn't.\n  function leftButtonStartDrag(cm, e, start) {\n    var display = cm.display;\n    var dragEnd = operation(cm, function(e2) {\n      if (webkit) display.scroller.draggable = false;\n      cm.state.draggingText = false;\n      off(document, \"mouseup\", dragEnd);\n      off(display.scroller, \"drop\", dragEnd);\n      if (Math.abs(e.clientX - e2.clientX) + Math.abs(e.clientY - e2.clientY) < 10) {\n        e_preventDefault(e2);\n        extendSelection(cm.doc, start);\n        focusInput(cm);\n        // Work around unexplainable focus problem in IE9 (#2127)\n        if (ie_upto10 && !ie_upto8)\n          setTimeout(function() {document.body.focus(); focusInput(cm);}, 20);\n      }\n    });\n    // Let the drag handler handle this.\n    if (webkit) display.scroller.draggable = true;\n    cm.state.draggingText = dragEnd;\n    // IE's approach to draggable\n    if (display.scroller.dragDrop) display.scroller.dragDrop();\n    on(document, \"mouseup\", dragEnd);\n    on(display.scroller, \"drop\", dragEnd);\n  }\n\n  // Normal selection, as opposed to text dragging.\n  function leftButtonSelect(cm, e, start, type, addNew) {\n    var display = cm.display, doc = cm.doc;\n    e_preventDefault(e);\n\n    var ourRange, ourIndex, startSel = doc.sel;\n    if (addNew && !e.shiftKey) {\n      ourIndex = doc.sel.contains(start);\n      if (ourIndex > -1)\n        ourRange = doc.sel.ranges[ourIndex];\n      else\n        ourRange = new Range(start, start);\n    } else {\n      ourRange = doc.sel.primary();\n    }\n\n    if (e.altKey) {\n      type = \"rect\";\n      if (!addNew) ourRange = new Range(start, start);\n      start = posFromMouse(cm, e, true, true);\n      ourIndex = -1;\n    } else if (type == \"double\") {\n      var word = findWordAt(cm, start);\n      if (cm.display.shift || doc.extend)\n        ourRange = extendRange(doc, ourRange, word.anchor, word.head);\n      else\n        ourRange = word;\n    } else if (type == \"triple\") {\n      var line = new Range(Pos(start.line, 0), clipPos(doc, Pos(start.line + 1, 0)));\n      if (cm.display.shift || doc.extend)\n        ourRange = extendRange(doc, ourRange, line.anchor, line.head);\n      else\n        ourRange = line;\n    } else {\n      ourRange = extendRange(doc, ourRange, start);\n    }\n\n    if (!addNew) {\n      ourIndex = 0;\n      setSelection(doc, new Selection([ourRange], 0), sel_mouse);\n      startSel = doc.sel;\n    } else if (ourIndex > -1) {\n      replaceOneSelection(doc, ourIndex, ourRange, sel_mouse);\n    } else {\n      ourIndex = doc.sel.ranges.length;\n      setSelection(doc, normalizeSelection(doc.sel.ranges.concat([ourRange]), ourIndex),\n                   {scroll: false, origin: \"*mouse\"});\n    }\n\n    var lastPos = start;\n    function extendTo(pos) {\n      if (cmp(lastPos, pos) == 0) return;\n      lastPos = pos;\n\n      if (type == \"rect\") {\n        var ranges = [], tabSize = cm.options.tabSize;\n        var startCol = countColumn(getLine(doc, start.line).text, start.ch, tabSize);\n        var posCol = countColumn(getLine(doc, pos.line).text, pos.ch, tabSize);\n        var left = Math.min(startCol, posCol), right = Math.max(startCol, posCol);\n        for (var line = Math.min(start.line, pos.line), end = Math.min(cm.lastLine(), Math.max(start.line, pos.line));\n             line <= end; line++) {\n          var text = getLine(doc, line).text, leftPos = findColumn(text, left, tabSize);\n          if (left == right)\n            ranges.push(new Range(Pos(line, leftPos), Pos(line, leftPos)));\n          else if (text.length > leftPos)\n            ranges.push(new Range(Pos(line, leftPos), Pos(line, findColumn(text, right, tabSize))));\n        }\n        if (!ranges.length) ranges.push(new Range(start, start));\n        setSelection(doc, normalizeSelection(startSel.ranges.slice(0, ourIndex).concat(ranges), ourIndex),\n                     {origin: \"*mouse\", scroll: false});\n        cm.scrollIntoView(pos);\n      } else {\n        var oldRange = ourRange;\n        var anchor = oldRange.anchor, head = pos;\n        if (type != \"single\") {\n          if (type == \"double\")\n            var range = findWordAt(cm, pos);\n          else\n            var range = new Range(Pos(pos.line, 0), clipPos(doc, Pos(pos.line + 1, 0)));\n          if (cmp(range.anchor, anchor) > 0) {\n            head = range.head;\n            anchor = minPos(oldRange.from(), range.anchor);\n          } else {\n            head = range.anchor;\n            anchor = maxPos(oldRange.to(), range.head);\n          }\n        }\n        var ranges = startSel.ranges.slice(0);\n        ranges[ourIndex] = new Range(clipPos(doc, anchor), head);\n        setSelection(doc, normalizeSelection(ranges, ourIndex), sel_mouse);\n      }\n    }\n\n    var editorSize = display.wrapper.getBoundingClientRect();\n    // Used to ensure timeout re-tries don't fire when another extend\n    // happened in the meantime (clearTimeout isn't reliable -- at\n    // least on Chrome, the timeouts still happen even when cleared,\n    // if the clear happens after their scheduled firing time).\n    var counter = 0;\n\n    function extend(e) {\n      var curCount = ++counter;\n      var cur = posFromMouse(cm, e, true, type == \"rect\");\n      if (!cur) return;\n      if (cmp(cur, lastPos) != 0) {\n        ensureFocus(cm);\n        extendTo(cur);\n        var visible = visibleLines(display, doc);\n        if (cur.line >= visible.to || cur.line < visible.from)\n          setTimeout(operation(cm, function(){if (counter == curCount) extend(e);}), 150);\n      } else {\n        var outside = e.clientY < editorSize.top ? -20 : e.clientY > editorSize.bottom ? 20 : 0;\n        if (outside) setTimeout(operation(cm, function() {\n          if (counter != curCount) return;\n          display.scroller.scrollTop += outside;\n          extend(e);\n        }), 50);\n      }\n    }\n\n    function done(e) {\n      counter = Infinity;\n      e_preventDefault(e);\n      focusInput(cm);\n      off(document, \"mousemove\", move);\n      off(document, \"mouseup\", up);\n      doc.history.lastSelOrigin = null;\n    }\n\n    var move = operation(cm, function(e) {\n      if ((ie && !ie_upto9) ?  !e.buttons : !e_button(e)) done(e);\n      else extend(e);\n    });\n    var up = operation(cm, done);\n    on(document, \"mousemove\", move);\n    on(document, \"mouseup\", up);\n  }\n\n  // Determines whether an event happened in the gutter, and fires the\n  // handlers for the corresponding event.\n  function gutterEvent(cm, e, type, prevent, signalfn) {\n    try { var mX = e.clientX, mY = e.clientY; }\n    catch(e) { return false; }\n    if (mX >= Math.floor(cm.display.gutters.getBoundingClientRect().right)) return false;\n    if (prevent) e_preventDefault(e);\n\n    var display = cm.display;\n    var lineBox = display.lineDiv.getBoundingClientRect();\n\n    if (mY > lineBox.bottom || !hasHandler(cm, type)) return e_defaultPrevented(e);\n    mY -= lineBox.top - display.viewOffset;\n\n    for (var i = 0; i < cm.options.gutters.length; ++i) {\n      var g = display.gutters.childNodes[i];\n      if (g && g.getBoundingClientRect().right >= mX) {\n        var line = lineAtHeight(cm.doc, mY);\n        var gutter = cm.options.gutters[i];\n        signalfn(cm, type, cm, line, gutter, e);\n        return e_defaultPrevented(e);\n      }\n    }\n  }\n\n  function clickInGutter(cm, e) {\n    return gutterEvent(cm, e, \"gutterClick\", true, signalLater);\n  }\n\n  // Kludge to work around strange IE behavior where it'll sometimes\n  // re-fire a series of drag-related events right after the drop (#1551)\n  var lastDrop = 0;\n\n  function onDrop(e) {\n    var cm = this;\n    if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e))\n      return;\n    e_preventDefault(e);\n    if (ie) lastDrop = +new Date;\n    var pos = posFromMouse(cm, e, true), files = e.dataTransfer.files;\n    if (!pos || isReadOnly(cm)) return;\n    // Might be a file drop, in which case we simply extract the text\n    // and insert it.\n    if (files && files.length && window.FileReader && window.File) {\n      var n = files.length, text = Array(n), read = 0;\n      var loadFile = function(file, i) {\n        var reader = new FileReader;\n        reader.onload = operation(cm, function() {\n          text[i] = reader.result;\n          if (++read == n) {\n            pos = clipPos(cm.doc, pos);\n            var change = {from: pos, to: pos, text: splitLines(text.join(\"\\n\")), origin: \"paste\"};\n            makeChange(cm.doc, change);\n            setSelectionReplaceHistory(cm.doc, simpleSelection(pos, changeEnd(change)));\n          }\n        });\n        reader.readAsText(file);\n      };\n      for (var i = 0; i < n; ++i) loadFile(files[i], i);\n    } else { // Normal drop\n      // Don't do a replace if the drop happened inside of the selected text.\n      if (cm.state.draggingText && cm.doc.sel.contains(pos) > -1) {\n        cm.state.draggingText(e);\n        // Ensure the editor is re-focused\n        setTimeout(bind(focusInput, cm), 20);\n        return;\n      }\n      try {\n        var text = e.dataTransfer.getData(\"Text\");\n        if (text) {\n          var selected = cm.state.draggingText && cm.listSelections();\n          setSelectionNoUndo(cm.doc, simpleSelection(pos, pos));\n          if (selected) for (var i = 0; i < selected.length; ++i)\n            replaceRange(cm.doc, \"\", selected[i].anchor, selected[i].head, \"drag\");\n          cm.replaceSelection(text, \"around\", \"paste\");\n          focusInput(cm);\n        }\n      }\n      catch(e){}\n    }\n  }\n\n  function onDragStart(cm, e) {\n    if (ie && (!cm.state.draggingText || +new Date - lastDrop < 100)) { e_stop(e); return; }\n    if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e)) return;\n\n    e.dataTransfer.setData(\"Text\", cm.getSelection());\n\n    // Use dummy image instead of default browsers image.\n    // Recent Safari (~6.0.2) have a tendency to segfault when this happens, so we don't do it there.\n    if (e.dataTransfer.setDragImage && !safari) {\n      var img = elt(\"img\", null, null, \"position: fixed; left: 0; top: 0;\");\n      img.src = \"data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==\";\n      if (presto) {\n        img.width = img.height = 1;\n        cm.display.wrapper.appendChild(img);\n        // Force a relayout, or Opera won't use our image for some obscure reason\n        img._top = img.offsetTop;\n      }\n      e.dataTransfer.setDragImage(img, 0, 0);\n      if (presto) img.parentNode.removeChild(img);\n    }\n  }\n\n  // SCROLL EVENTS\n\n  // Sync the scrollable area and scrollbars, ensure the viewport\n  // covers the visible area.\n  function setScrollTop(cm, val) {\n    if (Math.abs(cm.doc.scrollTop - val) < 2) return;\n    cm.doc.scrollTop = val;\n    if (!gecko) updateDisplay(cm, {top: val});\n    if (cm.display.scroller.scrollTop != val) cm.display.scroller.scrollTop = val;\n    if (cm.display.scrollbarV.scrollTop != val) cm.display.scrollbarV.scrollTop = val;\n    if (gecko) updateDisplay(cm);\n    startWorker(cm, 100);\n  }\n  // Sync scroller and scrollbar, ensure the gutter elements are\n  // aligned.\n  function setScrollLeft(cm, val, isScroller) {\n    if (isScroller ? val == cm.doc.scrollLeft : Math.abs(cm.doc.scrollLeft - val) < 2) return;\n    val = Math.min(val, cm.display.scroller.scrollWidth - cm.display.scroller.clientWidth);\n    cm.doc.scrollLeft = val;\n    alignHorizontally(cm);\n    if (cm.display.scroller.scrollLeft != val) cm.display.scroller.scrollLeft = val;\n    if (cm.display.scrollbarH.scrollLeft != val) cm.display.scrollbarH.scrollLeft = val;\n  }\n\n  // Since the delta values reported on mouse wheel events are\n  // unstandardized between browsers and even browser versions, and\n  // generally horribly unpredictable, this code starts by measuring\n  // the scroll effect that the first few mouse wheel events have,\n  // and, from that, detects the way it can convert deltas to pixel\n  // offsets afterwards.\n  //\n  // The reason we want to know the amount a wheel event will scroll\n  // is that it gives us a chance to update the display before the\n  // actual scrolling happens, reducing flickering.\n\n  var wheelSamples = 0, wheelPixelsPerUnit = null;\n  // Fill in a browser-detected starting value on browsers where we\n  // know one. These don't have to be accurate -- the result of them\n  // being wrong would just be a slight flicker on the first wheel\n  // scroll (if it is large enough).\n  if (ie) wheelPixelsPerUnit = -.53;\n  else if (gecko) wheelPixelsPerUnit = 15;\n  else if (chrome) wheelPixelsPerUnit = -.7;\n  else if (safari) wheelPixelsPerUnit = -1/3;\n\n  function onScrollWheel(cm, e) {\n    var dx = e.wheelDeltaX, dy = e.wheelDeltaY;\n    if (dx == null && e.detail && e.axis == e.HORIZONTAL_AXIS) dx = e.detail;\n    if (dy == null && e.detail && e.axis == e.VERTICAL_AXIS) dy = e.detail;\n    else if (dy == null) dy = e.wheelDelta;\n\n    var display = cm.display, scroll = display.scroller;\n    // Quit if there's nothing to scroll here\n    if (!(dx && scroll.scrollWidth > scroll.clientWidth ||\n          dy && scroll.scrollHeight > scroll.clientHeight)) return;\n\n    // Webkit browsers on OS X abort momentum scrolls when the target\n    // of the scroll event is removed from the scrollable element.\n    // This hack (see related code in patchDisplay) makes sure the\n    // element is kept around.\n    if (dy && mac && webkit) {\n      outer: for (var cur = e.target, view = display.view; cur != scroll; cur = cur.parentNode) {\n        for (var i = 0; i < view.length; i++) {\n          if (view[i].node == cur) {\n            cm.display.currentWheelTarget = cur;\n            break outer;\n          }\n        }\n      }\n    }\n\n    // On some browsers, horizontal scrolling will cause redraws to\n    // happen before the gutter has been realigned, causing it to\n    // wriggle around in a most unseemly way. When we have an\n    // estimated pixels/delta value, we just handle horizontal\n    // scrolling entirely here. It'll be slightly off from native, but\n    // better than glitching out.\n    if (dx && !gecko && !presto && wheelPixelsPerUnit != null) {\n      if (dy)\n        setScrollTop(cm, Math.max(0, Math.min(scroll.scrollTop + dy * wheelPixelsPerUnit, scroll.scrollHeight - scroll.clientHeight)));\n      setScrollLeft(cm, Math.max(0, Math.min(scroll.scrollLeft + dx * wheelPixelsPerUnit, scroll.scrollWidth - scroll.clientWidth)));\n      e_preventDefault(e);\n      display.wheelStartX = null; // Abort measurement, if in progress\n      return;\n    }\n\n    // 'Project' the visible viewport to cover the area that is being\n    // scrolled into view (if we know enough to estimate it).\n    if (dy && wheelPixelsPerUnit != null) {\n      var pixels = dy * wheelPixelsPerUnit;\n      var top = cm.doc.scrollTop, bot = top + display.wrapper.clientHeight;\n      if (pixels < 0) top = Math.max(0, top + pixels - 50);\n      else bot = Math.min(cm.doc.height, bot + pixels + 50);\n      updateDisplay(cm, {top: top, bottom: bot});\n    }\n\n    if (wheelSamples < 20) {\n      if (display.wheelStartX == null) {\n        display.wheelStartX = scroll.scrollLeft; display.wheelStartY = scroll.scrollTop;\n        display.wheelDX = dx; display.wheelDY = dy;\n        setTimeout(function() {\n          if (display.wheelStartX == null) return;\n          var movedX = scroll.scrollLeft - display.wheelStartX;\n          var movedY = scroll.scrollTop - display.wheelStartY;\n          var sample = (movedY && display.wheelDY && movedY / display.wheelDY) ||\n            (movedX && display.wheelDX && movedX / display.wheelDX);\n          display.wheelStartX = display.wheelStartY = null;\n          if (!sample) return;\n          wheelPixelsPerUnit = (wheelPixelsPerUnit * wheelSamples + sample) / (wheelSamples + 1);\n          ++wheelSamples;\n        }, 200);\n      } else {\n        display.wheelDX += dx; display.wheelDY += dy;\n      }\n    }\n  }\n\n  // KEY EVENTS\n\n  // Run a handler that was bound to a key.\n  function doHandleBinding(cm, bound, dropShift) {\n    if (typeof bound == \"string\") {\n      bound = commands[bound];\n      if (!bound) return false;\n    }\n    // Ensure previous input has been read, so that the handler sees a\n    // consistent view of the document\n    if (cm.display.pollingFast && readInput(cm)) cm.display.pollingFast = false;\n    var prevShift = cm.display.shift, done = false;\n    try {\n      if (isReadOnly(cm)) cm.state.suppressEdits = true;\n      if (dropShift) cm.display.shift = false;\n      done = bound(cm) != Pass;\n    } finally {\n      cm.display.shift = prevShift;\n      cm.state.suppressEdits = false;\n    }\n    return done;\n  }\n\n  // Collect the currently active keymaps.\n  function allKeyMaps(cm) {\n    var maps = cm.state.keyMaps.slice(0);\n    if (cm.options.extraKeys) maps.push(cm.options.extraKeys);\n    maps.push(cm.options.keyMap);\n    return maps;\n  }\n\n  var maybeTransition;\n  // Handle a key from the keydown event.\n  function handleKeyBinding(cm, e) {\n    // Handle automatic keymap transitions\n    var startMap = getKeyMap(cm.options.keyMap), next = startMap.auto;\n    clearTimeout(maybeTransition);\n    if (next && !isModifierKey(e)) maybeTransition = setTimeout(function() {\n      if (getKeyMap(cm.options.keyMap) == startMap) {\n        cm.options.keyMap = (next.call ? next.call(null, cm) : next);\n        keyMapChanged(cm);\n      }\n    }, 50);\n\n    var name = keyName(e, true), handled = false;\n    if (!name) return false;\n    var keymaps = allKeyMaps(cm);\n\n    if (e.shiftKey) {\n      // First try to resolve full name (including 'Shift-'). Failing\n      // that, see if there is a cursor-motion command (starting with\n      // 'go') bound to the keyname without 'Shift-'.\n      handled = lookupKey(\"Shift-\" + name, keymaps, function(b) {return doHandleBinding(cm, b, true);})\n             || lookupKey(name, keymaps, function(b) {\n                  if (typeof b == \"string\" ? /^go[A-Z]/.test(b) : b.motion)\n                    return doHandleBinding(cm, b);\n                });\n    } else {\n      handled = lookupKey(name, keymaps, function(b) { return doHandleBinding(cm, b); });\n    }\n\n    if (handled) {\n      e_preventDefault(e);\n      restartBlink(cm);\n      signalLater(cm, \"keyHandled\", cm, name, e);\n    }\n    return handled;\n  }\n\n  // Handle a key from the keypress event\n  function handleCharBinding(cm, e, ch) {\n    var handled = lookupKey(\"'\" + ch + \"'\", allKeyMaps(cm),\n                            function(b) { return doHandleBinding(cm, b, true); });\n    if (handled) {\n      e_preventDefault(e);\n      restartBlink(cm);\n      signalLater(cm, \"keyHandled\", cm, \"'\" + ch + \"'\", e);\n    }\n    return handled;\n  }\n\n  var lastStoppedKey = null;\n  function onKeyDown(e) {\n    var cm = this;\n    ensureFocus(cm);\n    if (signalDOMEvent(cm, e)) return;\n    // IE does strange things with escape.\n    if (ie_upto10 && e.keyCode == 27) e.returnValue = false;\n    var code = e.keyCode;\n    cm.display.shift = code == 16 || e.shiftKey;\n    var handled = handleKeyBinding(cm, e);\n    if (presto) {\n      lastStoppedKey = handled ? code : null;\n      // Opera has no cut event... we try to at least catch the key combo\n      if (!handled && code == 88 && !hasCopyEvent && (mac ? e.metaKey : e.ctrlKey))\n        cm.replaceSelection(\"\", null, \"cut\");\n    }\n\n    // Turn mouse into crosshair when Alt is held on Mac.\n    if (code == 18 && !/\\bCodeMirror-crosshair\\b/.test(cm.display.lineDiv.className))\n      showCrossHair(cm);\n  }\n\n  function showCrossHair(cm) {\n    var lineDiv = cm.display.lineDiv;\n    addClass(lineDiv, \"CodeMirror-crosshair\");\n\n    function up(e) {\n      if (e.keyCode == 18 || !e.altKey) {\n        rmClass(lineDiv, \"CodeMirror-crosshair\");\n        off(document, \"keyup\", up);\n        off(document, \"mouseover\", up);\n      }\n    }\n    on(document, \"keyup\", up);\n    on(document, \"mouseover\", up);\n  }\n\n  function onKeyUp(e) {\n    if (signalDOMEvent(this, e)) return;\n    if (e.keyCode == 16) this.doc.sel.shift = false;\n  }\n\n  function onKeyPress(e) {\n    var cm = this;\n    if (signalDOMEvent(cm, e)) return;\n    var keyCode = e.keyCode, charCode = e.charCode;\n    if (presto && keyCode == lastStoppedKey) {lastStoppedKey = null; e_preventDefault(e); return;}\n    if (((presto && (!e.which || e.which < 10)) || khtml) && handleKeyBinding(cm, e)) return;\n    var ch = String.fromCharCode(charCode == null ? keyCode : charCode);\n    if (handleCharBinding(cm, e, ch)) return;\n    if (ie && !ie_upto8) cm.display.inputHasSelection = null;\n    fastPoll(cm);\n  }\n\n  // FOCUS/BLUR EVENTS\n\n  function onFocus(cm) {\n    if (cm.options.readOnly == \"nocursor\") return;\n    if (!cm.state.focused) {\n      signal(cm, \"focus\", cm);\n      cm.state.focused = true;\n      addClass(cm.display.wrapper, \"CodeMirror-focused\");\n      // The prevInput test prevents this from firing when a context\n      // menu is closed (since the resetInput would kill the\n      // select-all detection hack)\n      if (!cm.curOp && cm.display.selForContextMenu != cm.doc.sel) {\n        resetInput(cm);\n        if (webkit) setTimeout(bind(resetInput, cm, true), 0); // Issue #1730\n      }\n    }\n    slowPoll(cm);\n    restartBlink(cm);\n  }\n  function onBlur(cm) {\n    if (cm.state.focused) {\n      signal(cm, \"blur\", cm);\n      cm.state.focused = false;\n      rmClass(cm.display.wrapper, \"CodeMirror-focused\");\n    }\n    clearInterval(cm.display.blinker);\n    setTimeout(function() {if (!cm.state.focused) cm.display.shift = false;}, 150);\n  }\n\n  // CONTEXT MENU HANDLING\n\n  // To make the context menu work, we need to briefly unhide the\n  // textarea (making it as unobtrusive as possible) to let the\n  // right-click take effect on it.\n  function onContextMenu(cm, e) {\n    if (signalDOMEvent(cm, e, \"contextmenu\")) return;\n    var display = cm.display;\n    if (eventInWidget(display, e) || contextMenuInGutter(cm, e)) return;\n\n    var pos = posFromMouse(cm, e), scrollPos = display.scroller.scrollTop;\n    if (!pos || presto) return; // Opera is difficult.\n\n    // Reset the current text selection only if the click is done outside of the selection\n    // and 'resetSelectionOnContextMenu' option is true.\n    var reset = cm.options.resetSelectionOnContextMenu;\n    if (reset && cm.doc.sel.contains(pos) == -1)\n      operation(cm, setSelection)(cm.doc, simpleSelection(pos), sel_dontScroll);\n\n    var oldCSS = display.input.style.cssText;\n    display.inputDiv.style.position = \"absolute\";\n    display.input.style.cssText = \"position: fixed; width: 30px; height: 30px; top: \" + (e.clientY - 5) +\n      \"px; left: \" + (e.clientX - 5) + \"px; z-index: 1000; background: \" +\n      (ie ? \"rgba(255, 255, 255, .05)\" : \"transparent\") +\n      \"; outline: none; border-width: 0; outline: none; overflow: hidden; opacity: .05; filter: alpha(opacity=5);\";\n    focusInput(cm);\n    resetInput(cm);\n    // Adds \"Select all\" to context menu in FF\n    if (!cm.somethingSelected()) display.input.value = display.prevInput = \" \";\n    display.selForContextMenu = cm.doc.sel;\n    clearTimeout(display.detectingSelectAll);\n\n    // Select-all will be greyed out if there's nothing to select, so\n    // this adds a zero-width space so that we can later check whether\n    // it got selected.\n    function prepareSelectAllHack() {\n      if (display.input.selectionStart != null) {\n        var selected = cm.somethingSelected();\n        var extval = display.input.value = \"\\u200b\" + (selected ? display.input.value : \"\");\n        display.prevInput = selected ? \"\" : \"\\u200b\";\n        display.input.selectionStart = 1; display.input.selectionEnd = extval.length;\n      }\n    }\n    function rehide() {\n      display.inputDiv.style.position = \"relative\";\n      display.input.style.cssText = oldCSS;\n      if (ie_upto8) display.scrollbarV.scrollTop = display.scroller.scrollTop = scrollPos;\n      slowPoll(cm);\n\n      // Try to detect the user choosing select-all\n      if (display.input.selectionStart != null) {\n        if (!ie || ie_upto8) prepareSelectAllHack();\n        var i = 0, poll = function() {\n          if (display.selForContextMenu == cm.doc.sel && display.input.selectionStart == 0)\n            operation(cm, commands.selectAll)(cm);\n          else if (i++ < 10) display.detectingSelectAll = setTimeout(poll, 500);\n          else resetInput(cm);\n        };\n        display.detectingSelectAll = setTimeout(poll, 200);\n      }\n    }\n\n    if (ie && !ie_upto8) prepareSelectAllHack();\n    if (captureRightClick) {\n      e_stop(e);\n      var mouseup = function() {\n        off(window, \"mouseup\", mouseup);\n        setTimeout(rehide, 20);\n      };\n      on(window, \"mouseup\", mouseup);\n    } else {\n      setTimeout(rehide, 50);\n    }\n  }\n\n  function contextMenuInGutter(cm, e) {\n    if (!hasHandler(cm, \"gutterContextMenu\")) return false;\n    return gutterEvent(cm, e, \"gutterContextMenu\", false, signal);\n  }\n\n  // UPDATING\n\n  // Compute the position of the end of a change (its 'to' property\n  // refers to the pre-change end).\n  var changeEnd = CodeMirror.changeEnd = function(change) {\n    if (!change.text) return change.to;\n    return Pos(change.from.line + change.text.length - 1,\n               lst(change.text).length + (change.text.length == 1 ? change.from.ch : 0));\n  };\n\n  // Adjust a position to refer to the post-change position of the\n  // same text, or the end of the change if the change covers it.\n  function adjustForChange(pos, change) {\n    if (cmp(pos, change.from) < 0) return pos;\n    if (cmp(pos, change.to) <= 0) return changeEnd(change);\n\n    var line = pos.line + change.text.length - (change.to.line - change.from.line) - 1, ch = pos.ch;\n    if (pos.line == change.to.line) ch += changeEnd(change).ch - change.to.ch;\n    return Pos(line, ch);\n  }\n\n  function computeSelAfterChange(doc, change) {\n    var out = [];\n    for (var i = 0; i < doc.sel.ranges.length; i++) {\n      var range = doc.sel.ranges[i];\n      out.push(new Range(adjustForChange(range.anchor, change),\n                         adjustForChange(range.head, change)));\n    }\n    return normalizeSelection(out, doc.sel.primIndex);\n  }\n\n  function offsetPos(pos, old, nw) {\n    if (pos.line == old.line)\n      return Pos(nw.line, pos.ch - old.ch + nw.ch);\n    else\n      return Pos(nw.line + (pos.line - old.line), pos.ch);\n  }\n\n  // Used by replaceSelections to allow moving the selection to the\n  // start or around the replaced test. Hint may be \"start\" or \"around\".\n  function computeReplacedSel(doc, changes, hint) {\n    var out = [];\n    var oldPrev = Pos(doc.first, 0), newPrev = oldPrev;\n    for (var i = 0; i < changes.length; i++) {\n      var change = changes[i];\n      var from = offsetPos(change.from, oldPrev, newPrev);\n      var to = offsetPos(changeEnd(change), oldPrev, newPrev);\n      oldPrev = change.to;\n      newPrev = to;\n      if (hint == \"around\") {\n        var range = doc.sel.ranges[i], inv = cmp(range.head, range.anchor) < 0;\n        out[i] = new Range(inv ? to : from, inv ? from : to);\n      } else {\n        out[i] = new Range(from, from);\n      }\n    }\n    return new Selection(out, doc.sel.primIndex);\n  }\n\n  // Allow \"beforeChange\" event handlers to influence a change\n  function filterChange(doc, change, update) {\n    var obj = {\n      canceled: false,\n      from: change.from,\n      to: change.to,\n      text: change.text,\n      origin: change.origin,\n      cancel: function() { this.canceled = true; }\n    };\n    if (update) obj.update = function(from, to, text, origin) {\n      if (from) this.from = clipPos(doc, from);\n      if (to) this.to = clipPos(doc, to);\n      if (text) this.text = text;\n      if (origin !== undefined) this.origin = origin;\n    };\n    signal(doc, \"beforeChange\", doc, obj);\n    if (doc.cm) signal(doc.cm, \"beforeChange\", doc.cm, obj);\n\n    if (obj.canceled) return null;\n    return {from: obj.from, to: obj.to, text: obj.text, origin: obj.origin};\n  }\n\n  // Apply a change to a document, and add it to the document's\n  // history, and propagating it to all linked documents.\n  function makeChange(doc, change, ignoreReadOnly) {\n    if (doc.cm) {\n      if (!doc.cm.curOp) return operation(doc.cm, makeChange)(doc, change, ignoreReadOnly);\n      if (doc.cm.state.suppressEdits) return;\n    }\n\n    if (hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\")) {\n      change = filterChange(doc, change, true);\n      if (!change) return;\n    }\n\n    // Possibly split or suppress the update based on the presence\n    // of read-only spans in its range.\n    var split = sawReadOnlySpans && !ignoreReadOnly && removeReadOnlyRanges(doc, change.from, change.to);\n    if (split) {\n      for (var i = split.length - 1; i >= 0; --i)\n        makeChangeInner(doc, {from: split[i].from, to: split[i].to, text: i ? [\"\"] : change.text});\n    } else {\n      makeChangeInner(doc, change);\n    }\n  }\n\n  function makeChangeInner(doc, change) {\n    if (change.text.length == 1 && change.text[0] == \"\" && cmp(change.from, change.to) == 0) return;\n    var selAfter = computeSelAfterChange(doc, change);\n    addChangeToHistory(doc, change, selAfter, doc.cm ? doc.cm.curOp.id : NaN);\n\n    makeChangeSingleDoc(doc, change, selAfter, stretchSpansOverChange(doc, change));\n    var rebased = [];\n\n    linkedDocs(doc, function(doc, sharedHist) {\n      if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n        rebaseHist(doc.history, change);\n        rebased.push(doc.history);\n      }\n      makeChangeSingleDoc(doc, change, null, stretchSpansOverChange(doc, change));\n    });\n  }\n\n  // Revert a change stored in a document's history.\n  function makeChangeFromHistory(doc, type, allowSelectionOnly) {\n    if (doc.cm && doc.cm.state.suppressEdits) return;\n\n    var hist = doc.history, event, selAfter = doc.sel;\n    var source = type == \"undo\" ? hist.done : hist.undone, dest = type == \"undo\" ? hist.undone : hist.done;\n\n    // Verify that there is a useable event (so that ctrl-z won't\n    // needlessly clear selection events)\n    for (var i = 0; i < source.length; i++) {\n      event = source[i];\n      if (allowSelectionOnly ? event.ranges && !event.equals(doc.sel) : !event.ranges)\n        break;\n    }\n    if (i == source.length) return;\n    hist.lastOrigin = hist.lastSelOrigin = null;\n\n    for (;;) {\n      event = source.pop();\n      if (event.ranges) {\n        pushSelectionToHistory(event, dest);\n        if (allowSelectionOnly && !event.equals(doc.sel)) {\n          setSelection(doc, event, {clearRedo: false});\n          return;\n        }\n        selAfter = event;\n      }\n      else break;\n    }\n\n    // Build up a reverse change object to add to the opposite history\n    // stack (redo when undoing, and vice versa).\n    var antiChanges = [];\n    pushSelectionToHistory(selAfter, dest);\n    dest.push({changes: antiChanges, generation: hist.generation});\n    hist.generation = event.generation || ++hist.maxGeneration;\n\n    var filter = hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\");\n\n    for (var i = event.changes.length - 1; i >= 0; --i) {\n      var change = event.changes[i];\n      change.origin = type;\n      if (filter && !filterChange(doc, change, false)) {\n        source.length = 0;\n        return;\n      }\n\n      antiChanges.push(historyChangeFromChange(doc, change));\n\n      var after = i ? computeSelAfterChange(doc, change, null) : lst(source);\n      makeChangeSingleDoc(doc, change, after, mergeOldSpans(doc, change));\n      if (!i && doc.cm) doc.cm.scrollIntoView(change);\n      var rebased = [];\n\n      // Propagate to the linked documents\n      linkedDocs(doc, function(doc, sharedHist) {\n        if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n          rebaseHist(doc.history, change);\n          rebased.push(doc.history);\n        }\n        makeChangeSingleDoc(doc, change, null, mergeOldSpans(doc, change));\n      });\n    }\n  }\n\n  // Sub-views need their line numbers shifted when text is added\n  // above or below them in the parent document.\n  function shiftDoc(doc, distance) {\n    if (distance == 0) return;\n    doc.first += distance;\n    doc.sel = new Selection(map(doc.sel.ranges, function(range) {\n      return new Range(Pos(range.anchor.line + distance, range.anchor.ch),\n                       Pos(range.head.line + distance, range.head.ch));\n    }), doc.sel.primIndex);\n    if (doc.cm) {\n      regChange(doc.cm, doc.first, doc.first - distance, distance);\n      for (var d = doc.cm.display, l = d.viewFrom; l < d.viewTo; l++)\n        regLineChange(doc.cm, l, \"gutter\");\n    }\n  }\n\n  // More lower-level change function, handling only a single document\n  // (not linked ones).\n  function makeChangeSingleDoc(doc, change, selAfter, spans) {\n    if (doc.cm && !doc.cm.curOp)\n      return operation(doc.cm, makeChangeSingleDoc)(doc, change, selAfter, spans);\n\n    if (change.to.line < doc.first) {\n      shiftDoc(doc, change.text.length - 1 - (change.to.line - change.from.line));\n      return;\n    }\n    if (change.from.line > doc.lastLine()) return;\n\n    // Clip the change to the size of this doc\n    if (change.from.line < doc.first) {\n      var shift = change.text.length - 1 - (doc.first - change.from.line);\n      shiftDoc(doc, shift);\n      change = {from: Pos(doc.first, 0), to: Pos(change.to.line + shift, change.to.ch),\n                text: [lst(change.text)], origin: change.origin};\n    }\n    var last = doc.lastLine();\n    if (change.to.line > last) {\n      change = {from: change.from, to: Pos(last, getLine(doc, last).text.length),\n                text: [change.text[0]], origin: change.origin};\n    }\n\n    change.removed = getBetween(doc, change.from, change.to);\n\n    if (!selAfter) selAfter = computeSelAfterChange(doc, change, null);\n    if (doc.cm) makeChangeSingleDocInEditor(doc.cm, change, spans);\n    else updateDoc(doc, change, spans);\n    setSelectionNoUndo(doc, selAfter, sel_dontScroll);\n  }\n\n  // Handle the interaction of a change to a document with the editor\n  // that this document is part of.\n  function makeChangeSingleDocInEditor(cm, change, spans) {\n    var doc = cm.doc, display = cm.display, from = change.from, to = change.to;\n\n    var recomputeMaxLength = false, checkWidthStart = from.line;\n    if (!cm.options.lineWrapping) {\n      checkWidthStart = lineNo(visualLine(getLine(doc, from.line)));\n      doc.iter(checkWidthStart, to.line + 1, function(line) {\n        if (line == display.maxLine) {\n          recomputeMaxLength = true;\n          return true;\n        }\n      });\n    }\n\n    if (doc.sel.contains(change.from, change.to) > -1)\n      signalCursorActivity(cm);\n\n    updateDoc(doc, change, spans, estimateHeight(cm));\n\n    if (!cm.options.lineWrapping) {\n      doc.iter(checkWidthStart, from.line + change.text.length, function(line) {\n        var len = lineLength(line);\n        if (len > display.maxLineLength) {\n          display.maxLine = line;\n          display.maxLineLength = len;\n          display.maxLineChanged = true;\n          recomputeMaxLength = false;\n        }\n      });\n      if (recomputeMaxLength) cm.curOp.updateMaxLine = true;\n    }\n\n    // Adjust frontier, schedule worker\n    doc.frontier = Math.min(doc.frontier, from.line);\n    startWorker(cm, 400);\n\n    var lendiff = change.text.length - (to.line - from.line) - 1;\n    // Remember that these lines changed, for updating the display\n    if (from.line == to.line && change.text.length == 1 && !isWholeLineUpdate(cm.doc, change))\n      regLineChange(cm, from.line, \"text\");\n    else\n      regChange(cm, from.line, to.line + 1, lendiff);\n\n    var changesHandler = hasHandler(cm, \"changes\"), changeHandler = hasHandler(cm, \"change\");\n    if (changeHandler || changesHandler) {\n      var obj = {\n        from: from, to: to,\n        text: change.text,\n        removed: change.removed,\n        origin: change.origin\n      };\n      if (changeHandler) signalLater(cm, \"change\", cm, obj);\n      if (changesHandler) (cm.curOp.changeObjs || (cm.curOp.changeObjs = [])).push(obj);\n    }\n    cm.display.selForContextMenu = null;\n  }\n\n  function replaceRange(doc, code, from, to, origin) {\n    if (!to) to = from;\n    if (cmp(to, from) < 0) { var tmp = to; to = from; from = tmp; }\n    if (typeof code == \"string\") code = splitLines(code);\n    makeChange(doc, {from: from, to: to, text: code, origin: origin});\n  }\n\n  // SCROLLING THINGS INTO VIEW\n\n  // If an editor sits on the top or bottom of the window, partially\n  // scrolled out of view, this ensures that the cursor is visible.\n  function maybeScrollWindow(cm, coords) {\n    var display = cm.display, box = display.sizer.getBoundingClientRect(), doScroll = null;\n    if (coords.top + box.top < 0) doScroll = true;\n    else if (coords.bottom + box.top > (window.innerHeight || document.documentElement.clientHeight)) doScroll = false;\n    if (doScroll != null && !phantom) {\n      var scrollNode = elt(\"div\", \"\\u200b\", null, \"position: absolute; top: \" +\n                           (coords.top - display.viewOffset - paddingTop(cm.display)) + \"px; height: \" +\n                           (coords.bottom - coords.top + scrollerCutOff) + \"px; left: \" +\n                           coords.left + \"px; width: 2px;\");\n      cm.display.lineSpace.appendChild(scrollNode);\n      scrollNode.scrollIntoView(doScroll);\n      cm.display.lineSpace.removeChild(scrollNode);\n    }\n  }\n\n  // Scroll a given position into view (immediately), verifying that\n  // it actually became visible (as line heights are accurately\n  // measured, the position of something may 'drift' during drawing).\n  function scrollPosIntoView(cm, pos, end, margin) {\n    if (margin == null) margin = 0;\n    for (;;) {\n      var changed = false, coords = cursorCoords(cm, pos);\n      var endCoords = !end || end == pos ? coords : cursorCoords(cm, end);\n      var scrollPos = calculateScrollPos(cm, Math.min(coords.left, endCoords.left),\n                                         Math.min(coords.top, endCoords.top) - margin,\n                                         Math.max(coords.left, endCoords.left),\n                                         Math.max(coords.bottom, endCoords.bottom) + margin);\n      var startTop = cm.doc.scrollTop, startLeft = cm.doc.scrollLeft;\n      if (scrollPos.scrollTop != null) {\n        setScrollTop(cm, scrollPos.scrollTop);\n        if (Math.abs(cm.doc.scrollTop - startTop) > 1) changed = true;\n      }\n      if (scrollPos.scrollLeft != null) {\n        setScrollLeft(cm, scrollPos.scrollLeft);\n        if (Math.abs(cm.doc.scrollLeft - startLeft) > 1) changed = true;\n      }\n      if (!changed) return coords;\n    }\n  }\n\n  // Scroll a given set of coordinates into view (immediately).\n  function scrollIntoView(cm, x1, y1, x2, y2) {\n    var scrollPos = calculateScrollPos(cm, x1, y1, x2, y2);\n    if (scrollPos.scrollTop != null) setScrollTop(cm, scrollPos.scrollTop);\n    if (scrollPos.scrollLeft != null) setScrollLeft(cm, scrollPos.scrollLeft);\n  }\n\n  // Calculate a new scroll position needed to scroll the given\n  // rectangle into view. Returns an object with scrollTop and\n  // scrollLeft properties. When these are undefined, the\n  // vertical/horizontal position does not need to be adjusted.\n  function calculateScrollPos(cm, x1, y1, x2, y2) {\n    var display = cm.display, snapMargin = textHeight(cm.display);\n    if (y1 < 0) y1 = 0;\n    var screentop = cm.curOp && cm.curOp.scrollTop != null ? cm.curOp.scrollTop : display.scroller.scrollTop;\n    var screen = display.scroller.clientHeight - scrollerCutOff, result = {};\n    var docBottom = cm.doc.height + paddingVert(display);\n    var atTop = y1 < snapMargin, atBottom = y2 > docBottom - snapMargin;\n    if (y1 < screentop) {\n      result.scrollTop = atTop ? 0 : y1;\n    } else if (y2 > screentop + screen) {\n      var newTop = Math.min(y1, (atBottom ? docBottom : y2) - screen);\n      if (newTop != screentop) result.scrollTop = newTop;\n    }\n\n    var screenleft = cm.curOp && cm.curOp.scrollLeft != null ? cm.curOp.scrollLeft : display.scroller.scrollLeft;\n    var screenw = display.scroller.clientWidth - scrollerCutOff;\n    x1 += display.gutters.offsetWidth; x2 += display.gutters.offsetWidth;\n    var gutterw = display.gutters.offsetWidth;\n    var atLeft = x1 < gutterw + 10;\n    if (x1 < screenleft + gutterw || atLeft) {\n      if (atLeft) x1 = 0;\n      result.scrollLeft = Math.max(0, x1 - 10 - gutterw);\n    } else if (x2 > screenw + screenleft - 3) {\n      result.scrollLeft = x2 + 10 - screenw;\n    }\n    return result;\n  }\n\n  // Store a relative adjustment to the scroll position in the current\n  // operation (to be applied when the operation finishes).\n  function addToScrollPos(cm, left, top) {\n    if (left != null || top != null) resolveScrollToPos(cm);\n    if (left != null)\n      cm.curOp.scrollLeft = (cm.curOp.scrollLeft == null ? cm.doc.scrollLeft : cm.curOp.scrollLeft) + left;\n    if (top != null)\n      cm.curOp.scrollTop = (cm.curOp.scrollTop == null ? cm.doc.scrollTop : cm.curOp.scrollTop) + top;\n  }\n\n  // Make sure that at the end of the operation the current cursor is\n  // shown.\n  function ensureCursorVisible(cm) {\n    resolveScrollToPos(cm);\n    var cur = cm.getCursor(), from = cur, to = cur;\n    if (!cm.options.lineWrapping) {\n      from = cur.ch ? Pos(cur.line, cur.ch - 1) : cur;\n      to = Pos(cur.line, cur.ch + 1);\n    }\n    cm.curOp.scrollToPos = {from: from, to: to, margin: cm.options.cursorScrollMargin, isCursor: true};\n  }\n\n  // When an operation has its scrollToPos property set, and another\n  // scroll action is applied before the end of the operation, this\n  // 'simulates' scrolling that position into view in a cheap way, so\n  // that the effect of intermediate scroll commands is not ignored.\n  function resolveScrollToPos(cm) {\n    var range = cm.curOp.scrollToPos;\n    if (range) {\n      cm.curOp.scrollToPos = null;\n      var from = estimateCoords(cm, range.from), to = estimateCoords(cm, range.to);\n      var sPos = calculateScrollPos(cm, Math.min(from.left, to.left),\n                                    Math.min(from.top, to.top) - range.margin,\n                                    Math.max(from.right, to.right),\n                                    Math.max(from.bottom, to.bottom) + range.margin);\n      cm.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n    }\n  }\n\n  // API UTILITIES\n\n  // Indent the given line. The how parameter can be \"smart\",\n  // \"add\"/null, \"subtract\", or \"prev\". When aggressive is false\n  // (typically set to true for forced single-line indents), empty\n  // lines are not indented, and places where the mode returns Pass\n  // are left alone.\n  function indentLine(cm, n, how, aggressive) {\n    var doc = cm.doc, state;\n    if (how == null) how = \"add\";\n    if (how == \"smart\") {\n      // Fall back to \"prev\" when the mode doesn't have an indentation\n      // method.\n      if (!cm.doc.mode.indent) how = \"prev\";\n      else state = getStateBefore(cm, n);\n    }\n\n    var tabSize = cm.options.tabSize;\n    var line = getLine(doc, n), curSpace = countColumn(line.text, null, tabSize);\n    if (line.stateAfter) line.stateAfter = null;\n    var curSpaceString = line.text.match(/^\\s*/)[0], indentation;\n    if (!aggressive && !/\\S/.test(line.text)) {\n      indentation = 0;\n      how = \"not\";\n    } else if (how == \"smart\") {\n      indentation = cm.doc.mode.indent(state, line.text.slice(curSpaceString.length), line.text);\n      if (indentation == Pass) {\n        if (!aggressive) return;\n        how = \"prev\";\n      }\n    }\n    if (how == \"prev\") {\n      if (n > doc.first) indentation = countColumn(getLine(doc, n-1).text, null, tabSize);\n      else indentation = 0;\n    } else if (how == \"add\") {\n      indentation = curSpace + cm.options.indentUnit;\n    } else if (how == \"subtract\") {\n      indentation = curSpace - cm.options.indentUnit;\n    } else if (typeof how == \"number\") {\n      indentation = curSpace + how;\n    }\n    indentation = Math.max(0, indentation);\n\n    var indentString = \"\", pos = 0;\n    if (cm.options.indentWithTabs)\n      for (var i = Math.floor(indentation / tabSize); i; --i) {pos += tabSize; indentString += \"\\t\";}\n    if (pos < indentation) indentString += spaceStr(indentation - pos);\n\n    if (indentString != curSpaceString) {\n      replaceRange(cm.doc, indentString, Pos(n, 0), Pos(n, curSpaceString.length), \"+input\");\n    } else {\n      // Ensure that, if the cursor was in the whitespace at the start\n      // of the line, it is moved to the end of that space.\n      for (var i = 0; i < doc.sel.ranges.length; i++) {\n        var range = doc.sel.ranges[i];\n        if (range.head.line == n && range.head.ch < curSpaceString.length) {\n          var pos = Pos(n, curSpaceString.length);\n          replaceOneSelection(doc, i, new Range(pos, pos));\n          break;\n        }\n      }\n    }\n    line.stateAfter = null;\n  }\n\n  // Utility for applying a change to a line by handle or number,\n  // returning the number and optionally registering the line as\n  // changed.\n  function changeLine(cm, handle, changeType, op) {\n    var no = handle, line = handle, doc = cm.doc;\n    if (typeof handle == \"number\") line = getLine(doc, clipLine(doc, handle));\n    else no = lineNo(handle);\n    if (no == null) return null;\n    if (op(line, no)) regLineChange(cm, no, changeType);\n    return line;\n  }\n\n  // Helper for deleting text near the selection(s), used to implement\n  // backspace, delete, and similar functionality.\n  function deleteNearSelection(cm, compute) {\n    var ranges = cm.doc.sel.ranges, kill = [];\n    // Build up a set of ranges to kill first, merging overlapping\n    // ranges.\n    for (var i = 0; i < ranges.length; i++) {\n      var toKill = compute(ranges[i]);\n      while (kill.length && cmp(toKill.from, lst(kill).to) <= 0) {\n        var replaced = kill.pop();\n        if (cmp(replaced.from, toKill.from) < 0) {\n          toKill.from = replaced.from;\n          break;\n        }\n      }\n      kill.push(toKill);\n    }\n    // Next, remove those actual ranges.\n    runInOp(cm, function() {\n      for (var i = kill.length - 1; i >= 0; i--)\n        replaceRange(cm.doc, \"\", kill[i].from, kill[i].to, \"+delete\");\n      ensureCursorVisible(cm);\n    });\n  }\n\n  // Used for horizontal relative motion. Dir is -1 or 1 (left or\n  // right), unit can be \"char\", \"column\" (like char, but doesn't\n  // cross line boundaries), \"word\" (across next word), or \"group\" (to\n  // the start of next group of word or non-word-non-whitespace\n  // chars). The visually param controls whether, in right-to-left\n  // text, direction 1 means to move towards the next index in the\n  // string, or towards the character to the right of the current\n  // position. The resulting position will have a hitSide=true\n  // property if it reached the end of the document.\n  function findPosH(doc, pos, dir, unit, visually) {\n    var line = pos.line, ch = pos.ch, origDir = dir;\n    var lineObj = getLine(doc, line);\n    var possible = true;\n    function findNextLine() {\n      var l = line + dir;\n      if (l < doc.first || l >= doc.first + doc.size) return (possible = false);\n      line = l;\n      return lineObj = getLine(doc, l);\n    }\n    function moveOnce(boundToLine) {\n      var next = (visually ? moveVisually : moveLogically)(lineObj, ch, dir, true);\n      if (next == null) {\n        if (!boundToLine && findNextLine()) {\n          if (visually) ch = (dir < 0 ? lineRight : lineLeft)(lineObj);\n          else ch = dir < 0 ? lineObj.text.length : 0;\n        } else return (possible = false);\n      } else ch = next;\n      return true;\n    }\n\n    if (unit == \"char\") moveOnce();\n    else if (unit == \"column\") moveOnce(true);\n    else if (unit == \"word\" || unit == \"group\") {\n      var sawType = null, group = unit == \"group\";\n      var helper = doc.cm && doc.cm.getHelper(pos, \"wordChars\");\n      for (var first = true;; first = false) {\n        if (dir < 0 && !moveOnce(!first)) break;\n        var cur = lineObj.text.charAt(ch) || \"\\n\";\n        var type = isWordChar(cur, helper) ? \"w\"\n          : group && cur == \"\\n\" ? \"n\"\n          : !group || /\\s/.test(cur) ? null\n          : \"p\";\n        if (group && !first && !type) type = \"s\";\n        if (sawType && sawType != type) {\n          if (dir < 0) {dir = 1; moveOnce();}\n          break;\n        }\n\n        if (type) sawType = type;\n        if (dir > 0 && !moveOnce(!first)) break;\n      }\n    }\n    var result = skipAtomic(doc, Pos(line, ch), origDir, true);\n    if (!possible) result.hitSide = true;\n    return result;\n  }\n\n  // For relative vertical movement. Dir may be -1 or 1. Unit can be\n  // \"page\" or \"line\". The resulting position will have a hitSide=true\n  // property if it reached the end of the document.\n  function findPosV(cm, pos, dir, unit) {\n    var doc = cm.doc, x = pos.left, y;\n    if (unit == \"page\") {\n      var pageSize = Math.min(cm.display.wrapper.clientHeight, window.innerHeight || document.documentElement.clientHeight);\n      y = pos.top + dir * (pageSize - (dir < 0 ? 1.5 : .5) * textHeight(cm.display));\n    } else if (unit == \"line\") {\n      y = dir > 0 ? pos.bottom + 3 : pos.top - 3;\n    }\n    for (;;) {\n      var target = coordsChar(cm, x, y);\n      if (!target.outside) break;\n      if (dir < 0 ? y <= 0 : y >= doc.height) { target.hitSide = true; break; }\n      y += dir * 5;\n    }\n    return target;\n  }\n\n  // Find the word at the given position (as returned by coordsChar).\n  function findWordAt(cm, pos) {\n    var doc = cm.doc, line = getLine(doc, pos.line).text;\n    var start = pos.ch, end = pos.ch;\n    if (line) {\n      var helper = cm.getHelper(pos, \"wordChars\");\n      if ((pos.xRel < 0 || end == line.length) && start) --start; else ++end;\n      var startChar = line.charAt(start);\n      var check = isWordChar(startChar, helper)\n        ? function(ch) { return isWordChar(ch, helper); }\n        : /\\s/.test(startChar) ? function(ch) {return /\\s/.test(ch);}\n        : function(ch) {return !/\\s/.test(ch) && !isWordChar(ch);};\n      while (start > 0 && check(line.charAt(start - 1))) --start;\n      while (end < line.length && check(line.charAt(end))) ++end;\n    }\n    return new Range(Pos(pos.line, start), Pos(pos.line, end));\n  }\n\n  // EDITOR METHODS\n\n  // The publicly visible API. Note that methodOp(f) means\n  // 'wrap f in an operation, performed on its `this` parameter'.\n\n  // This is not the complete set of editor methods. Most of the\n  // methods defined on the Doc type are also injected into\n  // CodeMirror.prototype, for backwards compatibility and\n  // convenience.\n\n  CodeMirror.prototype = {\n    constructor: CodeMirror,\n    focus: function(){window.focus(); focusInput(this); fastPoll(this);},\n\n    setOption: function(option, value) {\n      var options = this.options, old = options[option];\n      if (options[option] == value && option != \"mode\") return;\n      options[option] = value;\n      if (optionHandlers.hasOwnProperty(option))\n        operation(this, optionHandlers[option])(this, value, old);\n    },\n\n    getOption: function(option) {return this.options[option];},\n    getDoc: function() {return this.doc;},\n\n    addKeyMap: function(map, bottom) {\n      this.state.keyMaps[bottom ? \"push\" : \"unshift\"](map);\n    },\n    removeKeyMap: function(map) {\n      var maps = this.state.keyMaps;\n      for (var i = 0; i < maps.length; ++i)\n        if (maps[i] == map || (typeof maps[i] != \"string\" && maps[i].name == map)) {\n          maps.splice(i, 1);\n          return true;\n        }\n    },\n\n    addOverlay: methodOp(function(spec, options) {\n      var mode = spec.token ? spec : CodeMirror.getMode(this.options, spec);\n      if (mode.startState) throw new Error(\"Overlays may not be stateful.\");\n      this.state.overlays.push({mode: mode, modeSpec: spec, opaque: options && options.opaque});\n      this.state.modeGen++;\n      regChange(this);\n    }),\n    removeOverlay: methodOp(function(spec) {\n      var overlays = this.state.overlays;\n      for (var i = 0; i < overlays.length; ++i) {\n        var cur = overlays[i].modeSpec;\n        if (cur == spec || typeof spec == \"string\" && cur.name == spec) {\n          overlays.splice(i, 1);\n          this.state.modeGen++;\n          regChange(this);\n          return;\n        }\n      }\n    }),\n\n    indentLine: methodOp(function(n, dir, aggressive) {\n      if (typeof dir != \"string\" && typeof dir != \"number\") {\n        if (dir == null) dir = this.options.smartIndent ? \"smart\" : \"prev\";\n        else dir = dir ? \"add\" : \"subtract\";\n      }\n      if (isLine(this.doc, n)) indentLine(this, n, dir, aggressive);\n    }),\n    indentSelection: methodOp(function(how) {\n      var ranges = this.doc.sel.ranges, end = -1;\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (!range.empty()) {\n          var start = Math.max(end, range.from().line);\n          var to = range.to();\n          end = Math.min(this.lastLine(), to.line - (to.ch ? 0 : 1)) + 1;\n          for (var j = start; j < end; ++j)\n            indentLine(this, j, how);\n        } else if (range.head.line > end) {\n          indentLine(this, range.head.line, how, true);\n          end = range.head.line;\n          if (i == this.doc.sel.primIndex) ensureCursorVisible(this);\n        }\n      }\n    }),\n\n    // Fetch the parser token for a given character. Useful for hacks\n    // that want to inspect the mode state (say, for completion).\n    getTokenAt: function(pos, precise) {\n      var doc = this.doc;\n      pos = clipPos(doc, pos);\n      var state = getStateBefore(this, pos.line, precise), mode = this.doc.mode;\n      var line = getLine(doc, pos.line);\n      var stream = new StringStream(line.text, this.options.tabSize);\n      while (stream.pos < pos.ch && !stream.eol()) {\n        stream.start = stream.pos;\n        var style = readToken(mode, stream, state);\n      }\n      return {start: stream.start,\n              end: stream.pos,\n              string: stream.current(),\n              type: style || null,\n              state: state};\n    },\n\n    getTokenTypeAt: function(pos) {\n      pos = clipPos(this.doc, pos);\n      var styles = getLineStyles(this, getLine(this.doc, pos.line));\n      var before = 0, after = (styles.length - 1) / 2, ch = pos.ch;\n      var type;\n      if (ch == 0) type = styles[2];\n      else for (;;) {\n        var mid = (before + after) >> 1;\n        if ((mid ? styles[mid * 2 - 1] : 0) >= ch) after = mid;\n        else if (styles[mid * 2 + 1] < ch) before = mid + 1;\n        else { type = styles[mid * 2 + 2]; break; }\n      }\n      var cut = type ? type.indexOf(\"cm-overlay \") : -1;\n      return cut < 0 ? type : cut == 0 ? null : type.slice(0, cut - 1);\n    },\n\n    getModeAt: function(pos) {\n      var mode = this.doc.mode;\n      if (!mode.innerMode) return mode;\n      return CodeMirror.innerMode(mode, this.getTokenAt(pos).state).mode;\n    },\n\n    getHelper: function(pos, type) {\n      return this.getHelpers(pos, type)[0];\n    },\n\n    getHelpers: function(pos, type) {\n      var found = [];\n      if (!helpers.hasOwnProperty(type)) return helpers;\n      var help = helpers[type], mode = this.getModeAt(pos);\n      if (typeof mode[type] == \"string\") {\n        if (help[mode[type]]) found.push(help[mode[type]]);\n      } else if (mode[type]) {\n        for (var i = 0; i < mode[type].length; i++) {\n          var val = help[mode[type][i]];\n          if (val) found.push(val);\n        }\n      } else if (mode.helperType && help[mode.helperType]) {\n        found.push(help[mode.helperType]);\n      } else if (help[mode.name]) {\n        found.push(help[mode.name]);\n      }\n      for (var i = 0; i < help._global.length; i++) {\n        var cur = help._global[i];\n        if (cur.pred(mode, this) && indexOf(found, cur.val) == -1)\n          found.push(cur.val);\n      }\n      return found;\n    },\n\n    getStateAfter: function(line, precise) {\n      var doc = this.doc;\n      line = clipLine(doc, line == null ? doc.first + doc.size - 1: line);\n      return getStateBefore(this, line + 1, precise);\n    },\n\n    cursorCoords: function(start, mode) {\n      var pos, range = this.doc.sel.primary();\n      if (start == null) pos = range.head;\n      else if (typeof start == \"object\") pos = clipPos(this.doc, start);\n      else pos = start ? range.from() : range.to();\n      return cursorCoords(this, pos, mode || \"page\");\n    },\n\n    charCoords: function(pos, mode) {\n      return charCoords(this, clipPos(this.doc, pos), mode || \"page\");\n    },\n\n    coordsChar: function(coords, mode) {\n      coords = fromCoordSystem(this, coords, mode || \"page\");\n      return coordsChar(this, coords.left, coords.top);\n    },\n\n    lineAtHeight: function(height, mode) {\n      height = fromCoordSystem(this, {top: height, left: 0}, mode || \"page\").top;\n      return lineAtHeight(this.doc, height + this.display.viewOffset);\n    },\n    heightAtLine: function(line, mode) {\n      var end = false, last = this.doc.first + this.doc.size - 1;\n      if (line < this.doc.first) line = this.doc.first;\n      else if (line > last) { line = last; end = true; }\n      var lineObj = getLine(this.doc, line);\n      return intoCoordSystem(this, lineObj, {top: 0, left: 0}, mode || \"page\").top +\n        (end ? this.doc.height - heightAtLine(lineObj) : 0);\n    },\n\n    defaultTextHeight: function() { return textHeight(this.display); },\n    defaultCharWidth: function() { return charWidth(this.display); },\n\n    setGutterMarker: methodOp(function(line, gutterID, value) {\n      return changeLine(this, line, \"gutter\", function(line) {\n        var markers = line.gutterMarkers || (line.gutterMarkers = {});\n        markers[gutterID] = value;\n        if (!value && isEmpty(markers)) line.gutterMarkers = null;\n        return true;\n      });\n    }),\n\n    clearGutter: methodOp(function(gutterID) {\n      var cm = this, doc = cm.doc, i = doc.first;\n      doc.iter(function(line) {\n        if (line.gutterMarkers && line.gutterMarkers[gutterID]) {\n          line.gutterMarkers[gutterID] = null;\n          regLineChange(cm, i, \"gutter\");\n          if (isEmpty(line.gutterMarkers)) line.gutterMarkers = null;\n        }\n        ++i;\n      });\n    }),\n\n    addLineClass: methodOp(function(handle, where, cls) {\n      return changeLine(this, handle, \"class\", function(line) {\n        var prop = where == \"text\" ? \"textClass\" : where == \"background\" ? \"bgClass\" : \"wrapClass\";\n        if (!line[prop]) line[prop] = cls;\n        else if (new RegExp(\"(?:^|\\\\s)\" + cls + \"(?:$|\\\\s)\").test(line[prop])) return false;\n        else line[prop] += \" \" + cls;\n        return true;\n      });\n    }),\n\n    removeLineClass: methodOp(function(handle, where, cls) {\n      return changeLine(this, handle, \"class\", function(line) {\n        var prop = where == \"text\" ? \"textClass\" : where == \"background\" ? \"bgClass\" : \"wrapClass\";\n        var cur = line[prop];\n        if (!cur) return false;\n        else if (cls == null) line[prop] = null;\n        else {\n          var found = cur.match(new RegExp(\"(?:^|\\\\s+)\" + cls + \"(?:$|\\\\s+)\"));\n          if (!found) return false;\n          var end = found.index + found[0].length;\n          line[prop] = cur.slice(0, found.index) + (!found.index || end == cur.length ? \"\" : \" \") + cur.slice(end) || null;\n        }\n        return true;\n      });\n    }),\n\n    addLineWidget: methodOp(function(handle, node, options) {\n      return addLineWidget(this, handle, node, options);\n    }),\n\n    removeLineWidget: function(widget) { widget.clear(); },\n\n    lineInfo: function(line) {\n      if (typeof line == \"number\") {\n        if (!isLine(this.doc, line)) return null;\n        var n = line;\n        line = getLine(this.doc, line);\n        if (!line) return null;\n      } else {\n        var n = lineNo(line);\n        if (n == null) return null;\n      }\n      return {line: n, handle: line, text: line.text, gutterMarkers: line.gutterMarkers,\n              textClass: line.textClass, bgClass: line.bgClass, wrapClass: line.wrapClass,\n              widgets: line.widgets};\n    },\n\n    getViewport: function() { return {from: this.display.viewFrom, to: this.display.viewTo};},\n\n    addWidget: function(pos, node, scroll, vert, horiz) {\n      var display = this.display;\n      pos = cursorCoords(this, clipPos(this.doc, pos));\n      var top = pos.bottom, left = pos.left;\n      node.style.position = \"absolute\";\n      display.sizer.appendChild(node);\n      if (vert == \"over\") {\n        top = pos.top;\n      } else if (vert == \"above\" || vert == \"near\") {\n        var vspace = Math.max(display.wrapper.clientHeight, this.doc.height),\n        hspace = Math.max(display.sizer.clientWidth, display.lineSpace.clientWidth);\n        // Default to positioning above (if specified and possible); otherwise default to positioning below\n        if ((vert == 'above' || pos.bottom + node.offsetHeight > vspace) && pos.top > node.offsetHeight)\n          top = pos.top - node.offsetHeight;\n        else if (pos.bottom + node.offsetHeight <= vspace)\n          top = pos.bottom;\n        if (left + node.offsetWidth > hspace)\n          left = hspace - node.offsetWidth;\n      }\n      node.style.top = top + \"px\";\n      node.style.left = node.style.right = \"\";\n      if (horiz == \"right\") {\n        left = display.sizer.clientWidth - node.offsetWidth;\n        node.style.right = \"0px\";\n      } else {\n        if (horiz == \"left\") left = 0;\n        else if (horiz == \"middle\") left = (display.sizer.clientWidth - node.offsetWidth) / 2;\n        node.style.left = left + \"px\";\n      }\n      if (scroll)\n        scrollIntoView(this, left, top, left + node.offsetWidth, top + node.offsetHeight);\n    },\n\n    triggerOnKeyDown: methodOp(onKeyDown),\n    triggerOnKeyPress: methodOp(onKeyPress),\n    triggerOnKeyUp: methodOp(onKeyUp),\n\n    execCommand: function(cmd) {\n      if (commands.hasOwnProperty(cmd))\n        return commands[cmd](this);\n    },\n\n    findPosH: function(from, amount, unit, visually) {\n      var dir = 1;\n      if (amount < 0) { dir = -1; amount = -amount; }\n      for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n        cur = findPosH(this.doc, cur, dir, unit, visually);\n        if (cur.hitSide) break;\n      }\n      return cur;\n    },\n\n    moveH: methodOp(function(dir, unit) {\n      var cm = this;\n      cm.extendSelectionsBy(function(range) {\n        if (cm.display.shift || cm.doc.extend || range.empty())\n          return findPosH(cm.doc, range.head, dir, unit, cm.options.rtlMoveVisually);\n        else\n          return dir < 0 ? range.from() : range.to();\n      }, sel_move);\n    }),\n\n    deleteH: methodOp(function(dir, unit) {\n      var sel = this.doc.sel, doc = this.doc;\n      if (sel.somethingSelected())\n        doc.replaceSelection(\"\", null, \"+delete\");\n      else\n        deleteNearSelection(this, function(range) {\n          var other = findPosH(doc, range.head, dir, unit, false);\n          return dir < 0 ? {from: other, to: range.head} : {from: range.head, to: other};\n        });\n    }),\n\n    findPosV: function(from, amount, unit, goalColumn) {\n      var dir = 1, x = goalColumn;\n      if (amount < 0) { dir = -1; amount = -amount; }\n      for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n        var coords = cursorCoords(this, cur, \"div\");\n        if (x == null) x = coords.left;\n        else coords.left = x;\n        cur = findPosV(this, coords, dir, unit);\n        if (cur.hitSide) break;\n      }\n      return cur;\n    },\n\n    moveV: methodOp(function(dir, unit) {\n      var cm = this, doc = this.doc, goals = [];\n      var collapse = !cm.display.shift && !doc.extend && doc.sel.somethingSelected();\n      doc.extendSelectionsBy(function(range) {\n        if (collapse)\n          return dir < 0 ? range.from() : range.to();\n        var headPos = cursorCoords(cm, range.head, \"div\");\n        if (range.goalColumn != null) headPos.left = range.goalColumn;\n        goals.push(headPos.left);\n        var pos = findPosV(cm, headPos, dir, unit);\n        if (unit == \"page\" && range == doc.sel.primary())\n          addToScrollPos(cm, null, charCoords(cm, pos, \"div\").top - headPos.top);\n        return pos;\n      }, sel_move);\n      if (goals.length) for (var i = 0; i < doc.sel.ranges.length; i++)\n        doc.sel.ranges[i].goalColumn = goals[i];\n    }),\n\n    toggleOverwrite: function(value) {\n      if (value != null && value == this.state.overwrite) return;\n      if (this.state.overwrite = !this.state.overwrite)\n        addClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n      else\n        rmClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n\n      signal(this, \"overwriteToggle\", this, this.state.overwrite);\n    },\n    hasFocus: function() { return activeElt() == this.display.input; },\n\n    scrollTo: methodOp(function(x, y) {\n      if (x != null || y != null) resolveScrollToPos(this);\n      if (x != null) this.curOp.scrollLeft = x;\n      if (y != null) this.curOp.scrollTop = y;\n    }),\n    getScrollInfo: function() {\n      var scroller = this.display.scroller, co = scrollerCutOff;\n      return {left: scroller.scrollLeft, top: scroller.scrollTop,\n              height: scroller.scrollHeight - co, width: scroller.scrollWidth - co,\n              clientHeight: scroller.clientHeight - co, clientWidth: scroller.clientWidth - co};\n    },\n\n    scrollIntoView: methodOp(function(range, margin) {\n      if (range == null) {\n        range = {from: this.doc.sel.primary().head, to: null};\n        if (margin == null) margin = this.options.cursorScrollMargin;\n      } else if (typeof range == \"number\") {\n        range = {from: Pos(range, 0), to: null};\n      } else if (range.from == null) {\n        range = {from: range, to: null};\n      }\n      if (!range.to) range.to = range.from;\n      range.margin = margin || 0;\n\n      if (range.from.line != null) {\n        resolveScrollToPos(this);\n        this.curOp.scrollToPos = range;\n      } else {\n        var sPos = calculateScrollPos(this, Math.min(range.from.left, range.to.left),\n                                      Math.min(range.from.top, range.to.top) - range.margin,\n                                      Math.max(range.from.right, range.to.right),\n                                      Math.max(range.from.bottom, range.to.bottom) + range.margin);\n        this.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n      }\n    }),\n\n    setSize: methodOp(function(width, height) {\n      function interpret(val) {\n        return typeof val == \"number\" || /^\\d+$/.test(String(val)) ? val + \"px\" : val;\n      }\n      if (width != null) this.display.wrapper.style.width = interpret(width);\n      if (height != null) this.display.wrapper.style.height = interpret(height);\n      if (this.options.lineWrapping) clearLineMeasurementCache(this);\n      this.curOp.forceUpdate = true;\n      signal(this, \"refresh\", this);\n    }),\n\n    operation: function(f){return runInOp(this, f);},\n\n    refresh: methodOp(function() {\n      var oldHeight = this.display.cachedTextHeight;\n      regChange(this);\n      this.curOp.forceUpdate = true;\n      clearCaches(this);\n      this.scrollTo(this.doc.scrollLeft, this.doc.scrollTop);\n      updateGutterSpace(this);\n      if (oldHeight == null || Math.abs(oldHeight - textHeight(this.display)) > .5)\n        estimateLineHeights(this);\n      signal(this, \"refresh\", this);\n    }),\n\n    swapDoc: methodOp(function(doc) {\n      var old = this.doc;\n      old.cm = null;\n      attachDoc(this, doc);\n      clearCaches(this);\n      resetInput(this);\n      this.scrollTo(doc.scrollLeft, doc.scrollTop);\n      signalLater(this, \"swapDoc\", this, old);\n      return old;\n    }),\n\n    getInputField: function(){return this.display.input;},\n    getWrapperElement: function(){return this.display.wrapper;},\n    getScrollerElement: function(){return this.display.scroller;},\n    getGutterElement: function(){return this.display.gutters;}\n  };\n  eventMixin(CodeMirror);\n\n  // OPTION DEFAULTS\n\n  // The default configuration options.\n  var defaults = CodeMirror.defaults = {};\n  // Functions to run when options are changed.\n  var optionHandlers = CodeMirror.optionHandlers = {};\n\n  function option(name, deflt, handle, notOnInit) {\n    CodeMirror.defaults[name] = deflt;\n    if (handle) optionHandlers[name] =\n      notOnInit ? function(cm, val, old) {if (old != Init) handle(cm, val, old);} : handle;\n  }\n\n  // Passed to option handlers when there is no old value.\n  var Init = CodeMirror.Init = {toString: function(){return \"CodeMirror.Init\";}};\n\n  // These two are, on init, called from the constructor because they\n  // have to be initialized before the editor can start at all.\n  option(\"value\", \"\", function(cm, val) {\n    cm.setValue(val);\n  }, true);\n  option(\"mode\", null, function(cm, val) {\n    cm.doc.modeOption = val;\n    loadMode(cm);\n  }, true);\n\n  option(\"indentUnit\", 2, loadMode, true);\n  option(\"indentWithTabs\", false);\n  option(\"smartIndent\", true);\n  option(\"tabSize\", 4, function(cm) {\n    resetModeState(cm);\n    clearCaches(cm);\n    regChange(cm);\n  }, true);\n  option(\"specialChars\", /[\\t\\u0000-\\u0019\\u00ad\\u200b\\u2028\\u2029\\ufeff]/g, function(cm, val) {\n    cm.options.specialChars = new RegExp(val.source + (val.test(\"\\t\") ? \"\" : \"|\\t\"), \"g\");\n    cm.refresh();\n  }, true);\n  option(\"specialCharPlaceholder\", defaultSpecialCharPlaceholder, function(cm) {cm.refresh();}, true);\n  option(\"electricChars\", true);\n  option(\"rtlMoveVisually\", !windows);\n  option(\"wholeLineUpdateBefore\", true);\n\n  option(\"theme\", \"default\", function(cm) {\n    themeChanged(cm);\n    guttersChanged(cm);\n  }, true);\n  option(\"keyMap\", \"default\", keyMapChanged);\n  option(\"extraKeys\", null);\n\n  option(\"lineWrapping\", false, wrappingChanged, true);\n  option(\"gutters\", [], function(cm) {\n    setGuttersForLineNumbers(cm.options);\n    guttersChanged(cm);\n  }, true);\n  option(\"fixedGutter\", true, function(cm, val) {\n    cm.display.gutters.style.left = val ? compensateForHScroll(cm.display) + \"px\" : \"0\";\n    cm.refresh();\n  }, true);\n  option(\"coverGutterNextToScrollbar\", false, updateScrollbars, true);\n  option(\"lineNumbers\", false, function(cm) {\n    setGuttersForLineNumbers(cm.options);\n    guttersChanged(cm);\n  }, true);\n  option(\"firstLineNumber\", 1, guttersChanged, true);\n  option(\"lineNumberFormatter\", function(integer) {return integer;}, guttersChanged, true);\n  option(\"showCursorWhenSelecting\", false, updateSelection, true);\n\n  option(\"resetSelectionOnContextMenu\", true);\n\n  option(\"readOnly\", false, function(cm, val) {\n    if (val == \"nocursor\") {\n      onBlur(cm);\n      cm.display.input.blur();\n      cm.display.disabled = true;\n    } else {\n      cm.display.disabled = false;\n      if (!val) resetInput(cm);\n    }\n  });\n  option(\"disableInput\", false, function(cm, val) {if (!val) resetInput(cm);}, true);\n  option(\"dragDrop\", true);\n\n  option(\"cursorBlinkRate\", 530);\n  option(\"cursorScrollMargin\", 0);\n  option(\"cursorHeight\", 1);\n  option(\"workTime\", 100);\n  option(\"workDelay\", 100);\n  option(\"flattenSpans\", true, resetModeState, true);\n  option(\"addModeClass\", false, resetModeState, true);\n  option(\"pollInterval\", 100);\n  option(\"undoDepth\", 200, function(cm, val){cm.doc.history.undoDepth = val;});\n  option(\"historyEventDelay\", 1250);\n  option(\"viewportMargin\", 10, function(cm){cm.refresh();}, true);\n  option(\"maxHighlightLength\", 10000, resetModeState, true);\n  option(\"moveInputWithCursor\", true, function(cm, val) {\n    if (!val) cm.display.inputDiv.style.top = cm.display.inputDiv.style.left = 0;\n  });\n\n  option(\"tabindex\", null, function(cm, val) {\n    cm.display.input.tabIndex = val || \"\";\n  });\n  option(\"autofocus\", null);\n\n  // MODE DEFINITION AND QUERYING\n\n  // Known modes, by name and by MIME\n  var modes = CodeMirror.modes = {}, mimeModes = CodeMirror.mimeModes = {};\n\n  // Extra arguments are stored as the mode's dependencies, which is\n  // used by (legacy) mechanisms like loadmode.js to automatically\n  // load a mode. (Preferred mechanism is the require/define calls.)\n  CodeMirror.defineMode = function(name, mode) {\n    if (!CodeMirror.defaults.mode && name != \"null\") CodeMirror.defaults.mode = name;\n    if (arguments.length > 2) {\n      mode.dependencies = [];\n      for (var i = 2; i < arguments.length; ++i) mode.dependencies.push(arguments[i]);\n    }\n    modes[name] = mode;\n  };\n\n  CodeMirror.defineMIME = function(mime, spec) {\n    mimeModes[mime] = spec;\n  };\n\n  // Given a MIME type, a {name, ...options} config object, or a name\n  // string, return a mode config object.\n  CodeMirror.resolveMode = function(spec) {\n    if (typeof spec == \"string\" && mimeModes.hasOwnProperty(spec)) {\n      spec = mimeModes[spec];\n    } else if (spec && typeof spec.name == \"string\" && mimeModes.hasOwnProperty(spec.name)) {\n      var found = mimeModes[spec.name];\n      if (typeof found == \"string\") found = {name: found};\n      spec = createObj(found, spec);\n      spec.name = found.name;\n    } else if (typeof spec == \"string\" && /^[\\w\\-]+\\/[\\w\\-]+\\+xml$/.test(spec)) {\n      return CodeMirror.resolveMode(\"application/xml\");\n    }\n    if (typeof spec == \"string\") return {name: spec};\n    else return spec || {name: \"null\"};\n  };\n\n  // Given a mode spec (anything that resolveMode accepts), find and\n  // initialize an actual mode object.\n  CodeMirror.getMode = function(options, spec) {\n    var spec = CodeMirror.resolveMode(spec);\n    var mfactory = modes[spec.name];\n    if (!mfactory) return CodeMirror.getMode(options, \"text/plain\");\n    var modeObj = mfactory(options, spec);\n    if (modeExtensions.hasOwnProperty(spec.name)) {\n      var exts = modeExtensions[spec.name];\n      for (var prop in exts) {\n        if (!exts.hasOwnProperty(prop)) continue;\n        if (modeObj.hasOwnProperty(prop)) modeObj[\"_\" + prop] = modeObj[prop];\n        modeObj[prop] = exts[prop];\n      }\n    }\n    modeObj.name = spec.name;\n    if (spec.helperType) modeObj.helperType = spec.helperType;\n    if (spec.modeProps) for (var prop in spec.modeProps)\n      modeObj[prop] = spec.modeProps[prop];\n\n    return modeObj;\n  };\n\n  // Minimal default mode.\n  CodeMirror.defineMode(\"null\", function() {\n    return {token: function(stream) {stream.skipToEnd();}};\n  });\n  CodeMirror.defineMIME(\"text/plain\", \"null\");\n\n  // This can be used to attach properties to mode objects from\n  // outside the actual mode definition.\n  var modeExtensions = CodeMirror.modeExtensions = {};\n  CodeMirror.extendMode = function(mode, properties) {\n    var exts = modeExtensions.hasOwnProperty(mode) ? modeExtensions[mode] : (modeExtensions[mode] = {});\n    copyObj(properties, exts);\n  };\n\n  // EXTENSIONS\n\n  CodeMirror.defineExtension = function(name, func) {\n    CodeMirror.prototype[name] = func;\n  };\n  CodeMirror.defineDocExtension = function(name, func) {\n    Doc.prototype[name] = func;\n  };\n  CodeMirror.defineOption = option;\n\n  var initHooks = [];\n  CodeMirror.defineInitHook = function(f) {initHooks.push(f);};\n\n  var helpers = CodeMirror.helpers = {};\n  CodeMirror.registerHelper = function(type, name, value) {\n    if (!helpers.hasOwnProperty(type)) helpers[type] = CodeMirror[type] = {_global: []};\n    helpers[type][name] = value;\n  };\n  CodeMirror.registerGlobalHelper = function(type, name, predicate, value) {\n    CodeMirror.registerHelper(type, name, value);\n    helpers[type]._global.push({pred: predicate, val: value});\n  };\n\n  // MODE STATE HANDLING\n\n  // Utility functions for working with state. Exported because nested\n  // modes need to do this for their inner modes.\n\n  var copyState = CodeMirror.copyState = function(mode, state) {\n    if (state === true) return state;\n    if (mode.copyState) return mode.copyState(state);\n    var nstate = {};\n    for (var n in state) {\n      var val = state[n];\n      if (val instanceof Array) val = val.concat([]);\n      nstate[n] = val;\n    }\n    return nstate;\n  };\n\n  var startState = CodeMirror.startState = function(mode, a1, a2) {\n    return mode.startState ? mode.startState(a1, a2) : true;\n  };\n\n  // Given a mode and a state (for that mode), find the inner mode and\n  // state at the position that the state refers to.\n  CodeMirror.innerMode = function(mode, state) {\n    while (mode.innerMode) {\n      var info = mode.innerMode(state);\n      if (!info || info.mode == mode) break;\n      state = info.state;\n      mode = info.mode;\n    }\n    return info || {mode: mode, state: state};\n  };\n\n  // STANDARD COMMANDS\n\n  // Commands are parameter-less actions that can be performed on an\n  // editor, mostly used for keybindings.\n  var commands = CodeMirror.commands = {\n    selectAll: function(cm) {cm.setSelection(Pos(cm.firstLine(), 0), Pos(cm.lastLine()), sel_dontScroll);},\n    singleSelection: function(cm) {\n      cm.setSelection(cm.getCursor(\"anchor\"), cm.getCursor(\"head\"), sel_dontScroll);\n    },\n    killLine: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        if (range.empty()) {\n          var len = getLine(cm.doc, range.head.line).text.length;\n          if (range.head.ch == len && range.head.line < cm.lastLine())\n            return {from: range.head, to: Pos(range.head.line + 1, 0)};\n          else\n            return {from: range.head, to: Pos(range.head.line, len)};\n        } else {\n          return {from: range.from(), to: range.to()};\n        }\n      });\n    },\n    deleteLine: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        return {from: Pos(range.from().line, 0),\n                to: clipPos(cm.doc, Pos(range.to().line + 1, 0))};\n      });\n    },\n    delLineLeft: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        return {from: Pos(range.from().line, 0), to: range.from()};\n      });\n    },\n    undo: function(cm) {cm.undo();},\n    redo: function(cm) {cm.redo();},\n    undoSelection: function(cm) {cm.undoSelection();},\n    redoSelection: function(cm) {cm.redoSelection();},\n    goDocStart: function(cm) {cm.extendSelection(Pos(cm.firstLine(), 0));},\n    goDocEnd: function(cm) {cm.extendSelection(Pos(cm.lastLine()));},\n    goLineStart: function(cm) {\n      cm.extendSelectionsBy(function(range) { return lineStart(cm, range.head.line); }, sel_move);\n    },\n    goLineStartSmart: function(cm) {\n      cm.extendSelectionsBy(function(range) {\n        var start = lineStart(cm, range.head.line);\n        var line = cm.getLineHandle(start.line);\n        var order = getOrder(line);\n        if (!order || order[0].level == 0) {\n          var firstNonWS = Math.max(0, line.text.search(/\\S/));\n          var inWS = range.head.line == start.line && range.head.ch <= firstNonWS && range.head.ch;\n          return Pos(start.line, inWS ? 0 : firstNonWS);\n        }\n        return start;\n      }, sel_move);\n    },\n    goLineEnd: function(cm) {\n      cm.extendSelectionsBy(function(range) { return lineEnd(cm, range.head.line); }, sel_move);\n    },\n    goLineRight: function(cm) {\n      cm.extendSelectionsBy(function(range) {\n        var top = cm.charCoords(range.head, \"div\").top + 5;\n        return cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n      }, sel_move);\n    },\n    goLineLeft: function(cm) {\n      cm.extendSelectionsBy(function(range) {\n        var top = cm.charCoords(range.head, \"div\").top + 5;\n        return cm.coordsChar({left: 0, top: top}, \"div\");\n      }, sel_move);\n    },\n    goLineUp: function(cm) {cm.moveV(-1, \"line\");},\n    goLineDown: function(cm) {cm.moveV(1, \"line\");},\n    goPageUp: function(cm) {cm.moveV(-1, \"page\");},\n    goPageDown: function(cm) {cm.moveV(1, \"page\");},\n    goCharLeft: function(cm) {cm.moveH(-1, \"char\");},\n    goCharRight: function(cm) {cm.moveH(1, \"char\");},\n    goColumnLeft: function(cm) {cm.moveH(-1, \"column\");},\n    goColumnRight: function(cm) {cm.moveH(1, \"column\");},\n    goWordLeft: function(cm) {cm.moveH(-1, \"word\");},\n    goGroupRight: function(cm) {cm.moveH(1, \"group\");},\n    goGroupLeft: function(cm) {cm.moveH(-1, \"group\");},\n    goWordRight: function(cm) {cm.moveH(1, \"word\");},\n    delCharBefore: function(cm) {cm.deleteH(-1, \"char\");},\n    delCharAfter: function(cm) {cm.deleteH(1, \"char\");},\n    delWordBefore: function(cm) {cm.deleteH(-1, \"word\");},\n    delWordAfter: function(cm) {cm.deleteH(1, \"word\");},\n    delGroupBefore: function(cm) {cm.deleteH(-1, \"group\");},\n    delGroupAfter: function(cm) {cm.deleteH(1, \"group\");},\n    indentAuto: function(cm) {cm.indentSelection(\"smart\");},\n    indentMore: function(cm) {cm.indentSelection(\"add\");},\n    indentLess: function(cm) {cm.indentSelection(\"subtract\");},\n    insertTab: function(cm) {cm.replaceSelection(\"\\t\");},\n    insertSoftTab: function(cm) {\n      var spaces = [], ranges = cm.listSelections(), tabSize = cm.options.tabSize;\n      for (var i = 0; i < ranges.length; i++) {\n        var pos = ranges[i].from();\n        var col = countColumn(cm.getLine(pos.line), pos.ch, tabSize);\n        spaces.push(new Array(tabSize - col % tabSize + 1).join(\" \"));\n      }\n      cm.replaceSelections(spaces);\n    },\n    defaultTab: function(cm) {\n      if (cm.somethingSelected()) cm.indentSelection(\"add\");\n      else cm.execCommand(\"insertTab\");\n    },\n    transposeChars: function(cm) {\n      runInOp(cm, function() {\n        var ranges = cm.listSelections(), newSel = [];\n        for (var i = 0; i < ranges.length; i++) {\n          var cur = ranges[i].head, line = getLine(cm.doc, cur.line).text;\n          if (line) {\n            if (cur.ch == line.length) cur = new Pos(cur.line, cur.ch - 1);\n            if (cur.ch > 0) {\n              cur = new Pos(cur.line, cur.ch + 1);\n              cm.replaceRange(line.charAt(cur.ch - 1) + line.charAt(cur.ch - 2),\n                              Pos(cur.line, cur.ch - 2), cur, \"+transpose\");\n            } else if (cur.line > cm.doc.first) {\n              var prev = getLine(cm.doc, cur.line - 1).text;\n              if (prev)\n                cm.replaceRange(line.charAt(0) + \"\\n\" + prev.charAt(prev.length - 1),\n                                Pos(cur.line - 1, prev.length - 1), Pos(cur.line, 1), \"+transpose\");\n            }\n          }\n          newSel.push(new Range(cur, cur));\n        }\n        cm.setSelections(newSel);\n      });\n    },\n    newlineAndIndent: function(cm) {\n      runInOp(cm, function() {\n        var len = cm.listSelections().length;\n        for (var i = 0; i < len; i++) {\n          var range = cm.listSelections()[i];\n          cm.replaceRange(\"\\n\", range.anchor, range.head, \"+input\");\n          cm.indentLine(range.from().line + 1, null, true);\n          ensureCursorVisible(cm);\n        }\n      });\n    },\n    toggleOverwrite: function(cm) {cm.toggleOverwrite();}\n  };\n\n  // STANDARD KEYMAPS\n\n  var keyMap = CodeMirror.keyMap = {};\n  keyMap.basic = {\n    \"Left\": \"goCharLeft\", \"Right\": \"goCharRight\", \"Up\": \"goLineUp\", \"Down\": \"goLineDown\",\n    \"End\": \"goLineEnd\", \"Home\": \"goLineStartSmart\", \"PageUp\": \"goPageUp\", \"PageDown\": \"goPageDown\",\n    \"Delete\": \"delCharAfter\", \"Backspace\": \"delCharBefore\", \"Shift-Backspace\": \"delCharBefore\",\n    \"Tab\": \"defaultTab\", \"Shift-Tab\": \"indentAuto\",\n    \"Enter\": \"newlineAndIndent\", \"Insert\": \"toggleOverwrite\",\n    \"Esc\": \"singleSelection\"\n  };\n  // Note that the save and find-related commands aren't defined by\n  // default. User code or addons can define them. Unknown commands\n  // are simply ignored.\n  keyMap.pcDefault = {\n    \"Ctrl-A\": \"selectAll\", \"Ctrl-D\": \"deleteLine\", \"Ctrl-Z\": \"undo\", \"Shift-Ctrl-Z\": \"redo\", \"Ctrl-Y\": \"redo\",\n    \"Ctrl-Home\": \"goDocStart\", \"Ctrl-Up\": \"goDocStart\", \"Ctrl-End\": \"goDocEnd\", \"Ctrl-Down\": \"goDocEnd\",\n    \"Ctrl-Left\": \"goGroupLeft\", \"Ctrl-Right\": \"goGroupRight\", \"Alt-Left\": \"goLineStart\", \"Alt-Right\": \"goLineEnd\",\n    \"Ctrl-Backspace\": \"delGroupBefore\", \"Ctrl-Delete\": \"delGroupAfter\", \"Ctrl-S\": \"save\", \"Ctrl-F\": \"find\",\n    \"Ctrl-G\": \"findNext\", \"Shift-Ctrl-G\": \"findPrev\", \"Shift-Ctrl-F\": \"replace\", \"Shift-Ctrl-R\": \"replaceAll\",\n    \"Ctrl-[\": \"indentLess\", \"Ctrl-]\": \"indentMore\",\n    \"Ctrl-U\": \"undoSelection\", \"Shift-Ctrl-U\": \"redoSelection\", \"Alt-U\": \"redoSelection\",\n    fallthrough: \"basic\"\n  };\n  keyMap.macDefault = {\n    \"Cmd-A\": \"selectAll\", \"Cmd-D\": \"deleteLine\", \"Cmd-Z\": \"undo\", \"Shift-Cmd-Z\": \"redo\", \"Cmd-Y\": \"redo\",\n    \"Cmd-Up\": \"goDocStart\", \"Cmd-End\": \"goDocEnd\", \"Cmd-Down\": \"goDocEnd\", \"Alt-Left\": \"goGroupLeft\",\n    \"Alt-Right\": \"goGroupRight\", \"Cmd-Left\": \"goLineStart\", \"Cmd-Right\": \"goLineEnd\", \"Alt-Backspace\": \"delGroupBefore\",\n    \"Ctrl-Alt-Backspace\": \"delGroupAfter\", \"Alt-Delete\": \"delGroupAfter\", \"Cmd-S\": \"save\", \"Cmd-F\": \"find\",\n    \"Cmd-G\": \"findNext\", \"Shift-Cmd-G\": \"findPrev\", \"Cmd-Alt-F\": \"replace\", \"Shift-Cmd-Alt-F\": \"replaceAll\",\n    \"Cmd-[\": \"indentLess\", \"Cmd-]\": \"indentMore\", \"Cmd-Backspace\": \"delLineLeft\",\n    \"Cmd-U\": \"undoSelection\", \"Shift-Cmd-U\": \"redoSelection\",\n    fallthrough: [\"basic\", \"emacsy\"]\n  };\n  // Very basic readline/emacs-style bindings, which are standard on Mac.\n  keyMap.emacsy = {\n    \"Ctrl-F\": \"goCharRight\", \"Ctrl-B\": \"goCharLeft\", \"Ctrl-P\": \"goLineUp\", \"Ctrl-N\": \"goLineDown\",\n    \"Alt-F\": \"goWordRight\", \"Alt-B\": \"goWordLeft\", \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n    \"Ctrl-V\": \"goPageDown\", \"Shift-Ctrl-V\": \"goPageUp\", \"Ctrl-D\": \"delCharAfter\", \"Ctrl-H\": \"delCharBefore\",\n    \"Alt-D\": \"delWordAfter\", \"Alt-Backspace\": \"delWordBefore\", \"Ctrl-K\": \"killLine\", \"Ctrl-T\": \"transposeChars\"\n  };\n  keyMap[\"default\"] = mac ? keyMap.macDefault : keyMap.pcDefault;\n\n  // KEYMAP DISPATCH\n\n  function getKeyMap(val) {\n    if (typeof val == \"string\") return keyMap[val];\n    else return val;\n  }\n\n  // Given an array of keymaps and a key name, call handle on any\n  // bindings found, until that returns a truthy value, at which point\n  // we consider the key handled. Implements things like binding a key\n  // to false stopping further handling and keymap fallthrough.\n  var lookupKey = CodeMirror.lookupKey = function(name, maps, handle) {\n    function lookup(map) {\n      map = getKeyMap(map);\n      var found = map[name];\n      if (found === false) return \"stop\";\n      if (found != null && handle(found)) return true;\n      if (map.nofallthrough) return \"stop\";\n\n      var fallthrough = map.fallthrough;\n      if (fallthrough == null) return false;\n      if (Object.prototype.toString.call(fallthrough) != \"[object Array]\")\n        return lookup(fallthrough);\n      for (var i = 0; i < fallthrough.length; ++i) {\n        var done = lookup(fallthrough[i]);\n        if (done) return done;\n      }\n      return false;\n    }\n\n    for (var i = 0; i < maps.length; ++i) {\n      var done = lookup(maps[i]);\n      if (done) return done != \"stop\";\n    }\n  };\n\n  // Modifier key presses don't count as 'real' key presses for the\n  // purpose of keymap fallthrough.\n  var isModifierKey = CodeMirror.isModifierKey = function(event) {\n    var name = keyNames[event.keyCode];\n    return name == \"Ctrl\" || name == \"Alt\" || name == \"Shift\" || name == \"Mod\";\n  };\n\n  // Look up the name of a key as indicated by an event object.\n  var keyName = CodeMirror.keyName = function(event, noShift) {\n    if (presto && event.keyCode == 34 && event[\"char\"]) return false;\n    var name = keyNames[event.keyCode];\n    if (name == null || event.altGraphKey) return false;\n    if (event.altKey) name = \"Alt-\" + name;\n    if (flipCtrlCmd ? event.metaKey : event.ctrlKey) name = \"Ctrl-\" + name;\n    if (flipCtrlCmd ? event.ctrlKey : event.metaKey) name = \"Cmd-\" + name;\n    if (!noShift && event.shiftKey) name = \"Shift-\" + name;\n    return name;\n  };\n\n  // FROMTEXTAREA\n\n  CodeMirror.fromTextArea = function(textarea, options) {\n    if (!options) options = {};\n    options.value = textarea.value;\n    if (!options.tabindex && textarea.tabindex)\n      options.tabindex = textarea.tabindex;\n    if (!options.placeholder && textarea.placeholder)\n      options.placeholder = textarea.placeholder;\n    // Set autofocus to true if this textarea is focused, or if it has\n    // autofocus and no other element is focused.\n    if (options.autofocus == null) {\n      var hasFocus = activeElt();\n      options.autofocus = hasFocus == textarea ||\n        textarea.getAttribute(\"autofocus\") != null && hasFocus == document.body;\n    }\n\n    function save() {textarea.value = cm.getValue();}\n    if (textarea.form) {\n      on(textarea.form, \"submit\", save);\n      // Deplorable hack to make the submit method do the right thing.\n      if (!options.leaveSubmitMethodAlone) {\n        var form = textarea.form, realSubmit = form.submit;\n        try {\n          var wrappedSubmit = form.submit = function() {\n            save();\n            form.submit = realSubmit;\n            form.submit();\n            form.submit = wrappedSubmit;\n          };\n        } catch(e) {}\n      }\n    }\n\n    textarea.style.display = \"none\";\n    var cm = CodeMirror(function(node) {\n      textarea.parentNode.insertBefore(node, textarea.nextSibling);\n    }, options);\n    cm.save = save;\n    cm.getTextArea = function() { return textarea; };\n    cm.toTextArea = function() {\n      save();\n      textarea.parentNode.removeChild(cm.getWrapperElement());\n      textarea.style.display = \"\";\n      if (textarea.form) {\n        off(textarea.form, \"submit\", save);\n        if (typeof textarea.form.submit == \"function\")\n          textarea.form.submit = realSubmit;\n      }\n    };\n    return cm;\n  };\n\n  // STRING STREAM\n\n  // Fed to the mode parsers, provides helper functions to make\n  // parsers more succinct.\n\n  var StringStream = CodeMirror.StringStream = function(string, tabSize) {\n    this.pos = this.start = 0;\n    this.string = string;\n    this.tabSize = tabSize || 8;\n    this.lastColumnPos = this.lastColumnValue = 0;\n    this.lineStart = 0;\n  };\n\n  StringStream.prototype = {\n    eol: function() {return this.pos >= this.string.length;},\n    sol: function() {return this.pos == this.lineStart;},\n    peek: function() {return this.string.charAt(this.pos) || undefined;},\n    next: function() {\n      if (this.pos < this.string.length)\n        return this.string.charAt(this.pos++);\n    },\n    eat: function(match) {\n      var ch = this.string.charAt(this.pos);\n      if (typeof match == \"string\") var ok = ch == match;\n      else var ok = ch && (match.test ? match.test(ch) : match(ch));\n      if (ok) {++this.pos; return ch;}\n    },\n    eatWhile: function(match) {\n      var start = this.pos;\n      while (this.eat(match)){}\n      return this.pos > start;\n    },\n    eatSpace: function() {\n      var start = this.pos;\n      while (/[\\s\\u00a0]/.test(this.string.charAt(this.pos))) ++this.pos;\n      return this.pos > start;\n    },\n    skipToEnd: function() {this.pos = this.string.length;},\n    skipTo: function(ch) {\n      var found = this.string.indexOf(ch, this.pos);\n      if (found > -1) {this.pos = found; return true;}\n    },\n    backUp: function(n) {this.pos -= n;},\n    column: function() {\n      if (this.lastColumnPos < this.start) {\n        this.lastColumnValue = countColumn(this.string, this.start, this.tabSize, this.lastColumnPos, this.lastColumnValue);\n        this.lastColumnPos = this.start;\n      }\n      return this.lastColumnValue - (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n    },\n    indentation: function() {\n      return countColumn(this.string, null, this.tabSize) -\n        (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n    },\n    match: function(pattern, consume, caseInsensitive) {\n      if (typeof pattern == \"string\") {\n        var cased = function(str) {return caseInsensitive ? str.toLowerCase() : str;};\n        var substr = this.string.substr(this.pos, pattern.length);\n        if (cased(substr) == cased(pattern)) {\n          if (consume !== false) this.pos += pattern.length;\n          return true;\n        }\n      } else {\n        var match = this.string.slice(this.pos).match(pattern);\n        if (match && match.index > 0) return null;\n        if (match && consume !== false) this.pos += match[0].length;\n        return match;\n      }\n    },\n    current: function(){return this.string.slice(this.start, this.pos);},\n    hideFirstChars: function(n, inner) {\n      this.lineStart += n;\n      try { return inner(); }\n      finally { this.lineStart -= n; }\n    }\n  };\n\n  // TEXTMARKERS\n\n  // Created with markText and setBookmark methods. A TextMarker is a\n  // handle that can be used to clear or find a marked position in the\n  // document. Line objects hold arrays (markedSpans) containing\n  // {from, to, marker} object pointing to such marker objects, and\n  // indicating that such a marker is present on that line. Multiple\n  // lines may point to the same marker when it spans across lines.\n  // The spans will have null for their from/to properties when the\n  // marker continues beyond the start/end of the line. Markers have\n  // links back to the lines they currently touch.\n\n  var TextMarker = CodeMirror.TextMarker = function(doc, type) {\n    this.lines = [];\n    this.type = type;\n    this.doc = doc;\n  };\n  eventMixin(TextMarker);\n\n  // Clear the marker.\n  TextMarker.prototype.clear = function() {\n    if (this.explicitlyCleared) return;\n    var cm = this.doc.cm, withOp = cm && !cm.curOp;\n    if (withOp) startOperation(cm);\n    if (hasHandler(this, \"clear\")) {\n      var found = this.find();\n      if (found) signalLater(this, \"clear\", found.from, found.to);\n    }\n    var min = null, max = null;\n    for (var i = 0; i < this.lines.length; ++i) {\n      var line = this.lines[i];\n      var span = getMarkedSpanFor(line.markedSpans, this);\n      if (cm && !this.collapsed) regLineChange(cm, lineNo(line), \"text\");\n      else if (cm) {\n        if (span.to != null) max = lineNo(line);\n        if (span.from != null) min = lineNo(line);\n      }\n      line.markedSpans = removeMarkedSpan(line.markedSpans, span);\n      if (span.from == null && this.collapsed && !lineIsHidden(this.doc, line) && cm)\n        updateLineHeight(line, textHeight(cm.display));\n    }\n    if (cm && this.collapsed && !cm.options.lineWrapping) for (var i = 0; i < this.lines.length; ++i) {\n      var visual = visualLine(this.lines[i]), len = lineLength(visual);\n      if (len > cm.display.maxLineLength) {\n        cm.display.maxLine = visual;\n        cm.display.maxLineLength = len;\n        cm.display.maxLineChanged = true;\n      }\n    }\n\n    if (min != null && cm && this.collapsed) regChange(cm, min, max + 1);\n    this.lines.length = 0;\n    this.explicitlyCleared = true;\n    if (this.atomic && this.doc.cantEdit) {\n      this.doc.cantEdit = false;\n      if (cm) reCheckSelection(cm.doc);\n    }\n    if (cm) signalLater(cm, \"markerCleared\", cm, this);\n    if (withOp) endOperation(cm);\n    if (this.parent) this.parent.clear();\n  };\n\n  // Find the position of the marker in the document. Returns a {from,\n  // to} object by default. Side can be passed to get a specific side\n  // -- 0 (both), -1 (left), or 1 (right). When lineObj is true, the\n  // Pos objects returned contain a line object, rather than a line\n  // number (used to prevent looking up the same line twice).\n  TextMarker.prototype.find = function(side, lineObj) {\n    if (side == null && this.type == \"bookmark\") side = 1;\n    var from, to;\n    for (var i = 0; i < this.lines.length; ++i) {\n      var line = this.lines[i];\n      var span = getMarkedSpanFor(line.markedSpans, this);\n      if (span.from != null) {\n        from = Pos(lineObj ? line : lineNo(line), span.from);\n        if (side == -1) return from;\n      }\n      if (span.to != null) {\n        to = Pos(lineObj ? line : lineNo(line), span.to);\n        if (side == 1) return to;\n      }\n    }\n    return from && {from: from, to: to};\n  };\n\n  // Signals that the marker's widget changed, and surrounding layout\n  // should be recomputed.\n  TextMarker.prototype.changed = function() {\n    var pos = this.find(-1, true), widget = this, cm = this.doc.cm;\n    if (!pos || !cm) return;\n    runInOp(cm, function() {\n      var line = pos.line, lineN = lineNo(pos.line);\n      var view = findViewForLine(cm, lineN);\n      if (view) {\n        clearLineMeasurementCacheFor(view);\n        cm.curOp.selectionChanged = cm.curOp.forceUpdate = true;\n      }\n      cm.curOp.updateMaxLine = true;\n      if (!lineIsHidden(widget.doc, line) && widget.height != null) {\n        var oldHeight = widget.height;\n        widget.height = null;\n        var dHeight = widgetHeight(widget) - oldHeight;\n        if (dHeight)\n          updateLineHeight(line, line.height + dHeight);\n      }\n    });\n  };\n\n  TextMarker.prototype.attachLine = function(line) {\n    if (!this.lines.length && this.doc.cm) {\n      var op = this.doc.cm.curOp;\n      if (!op.maybeHiddenMarkers || indexOf(op.maybeHiddenMarkers, this) == -1)\n        (op.maybeUnhiddenMarkers || (op.maybeUnhiddenMarkers = [])).push(this);\n    }\n    this.lines.push(line);\n  };\n  TextMarker.prototype.detachLine = function(line) {\n    this.lines.splice(indexOf(this.lines, line), 1);\n    if (!this.lines.length && this.doc.cm) {\n      var op = this.doc.cm.curOp;\n      (op.maybeHiddenMarkers || (op.maybeHiddenMarkers = [])).push(this);\n    }\n  };\n\n  // Collapsed markers have unique ids, in order to be able to order\n  // them, which is needed for uniquely determining an outer marker\n  // when they overlap (they may nest, but not partially overlap).\n  var nextMarkerId = 0;\n\n  // Create a marker, wire it up to the right lines, and\n  function markText(doc, from, to, options, type) {\n    // Shared markers (across linked documents) are handled separately\n    // (markTextShared will call out to this again, once per\n    // document).\n    if (options && options.shared) return markTextShared(doc, from, to, options, type);\n    // Ensure we are in an operation.\n    if (doc.cm && !doc.cm.curOp) return operation(doc.cm, markText)(doc, from, to, options, type);\n\n    var marker = new TextMarker(doc, type), diff = cmp(from, to);\n    if (options) copyObj(options, marker, false);\n    // Don't connect empty markers unless clearWhenEmpty is false\n    if (diff > 0 || diff == 0 && marker.clearWhenEmpty !== false)\n      return marker;\n    if (marker.replacedWith) {\n      // Showing up as a widget implies collapsed (widget replaces text)\n      marker.collapsed = true;\n      marker.widgetNode = elt(\"span\", [marker.replacedWith], \"CodeMirror-widget\");\n      if (!options.handleMouseEvents) marker.widgetNode.ignoreEvents = true;\n      if (options.insertLeft) marker.widgetNode.insertLeft = true;\n    }\n    if (marker.collapsed) {\n      if (conflictingCollapsedRange(doc, from.line, from, to, marker) ||\n          from.line != to.line && conflictingCollapsedRange(doc, to.line, from, to, marker))\n        throw new Error(\"Inserting collapsed marker partially overlapping an existing one\");\n      sawCollapsedSpans = true;\n    }\n\n    if (marker.addToHistory)\n      addChangeToHistory(doc, {from: from, to: to, origin: \"markText\"}, doc.sel, NaN);\n\n    var curLine = from.line, cm = doc.cm, updateMaxLine;\n    doc.iter(curLine, to.line + 1, function(line) {\n      if (cm && marker.collapsed && !cm.options.lineWrapping && visualLine(line) == cm.display.maxLine)\n        updateMaxLine = true;\n      if (marker.collapsed && curLine != from.line) updateLineHeight(line, 0);\n      addMarkedSpan(line, new MarkedSpan(marker,\n                                         curLine == from.line ? from.ch : null,\n                                         curLine == to.line ? to.ch : null));\n      ++curLine;\n    });\n    // lineIsHidden depends on the presence of the spans, so needs a second pass\n    if (marker.collapsed) doc.iter(from.line, to.line + 1, function(line) {\n      if (lineIsHidden(doc, line)) updateLineHeight(line, 0);\n    });\n\n    if (marker.clearOnEnter) on(marker, \"beforeCursorEnter\", function() { marker.clear(); });\n\n    if (marker.readOnly) {\n      sawReadOnlySpans = true;\n      if (doc.history.done.length || doc.history.undone.length)\n        doc.clearHistory();\n    }\n    if (marker.collapsed) {\n      marker.id = ++nextMarkerId;\n      marker.atomic = true;\n    }\n    if (cm) {\n      // Sync editor state\n      if (updateMaxLine) cm.curOp.updateMaxLine = true;\n      if (marker.collapsed)\n        regChange(cm, from.line, to.line + 1);\n      else if (marker.className || marker.title || marker.startStyle || marker.endStyle)\n        for (var i = from.line; i <= to.line; i++) regLineChange(cm, i, \"text\");\n      if (marker.atomic) reCheckSelection(cm.doc);\n      signalLater(cm, \"markerAdded\", cm, marker);\n    }\n    return marker;\n  }\n\n  // SHARED TEXTMARKERS\n\n  // A shared marker spans multiple linked documents. It is\n  // implemented as a meta-marker-object controlling multiple normal\n  // markers.\n  var SharedTextMarker = CodeMirror.SharedTextMarker = function(markers, primary) {\n    this.markers = markers;\n    this.primary = primary;\n    for (var i = 0; i < markers.length; ++i)\n      markers[i].parent = this;\n  };\n  eventMixin(SharedTextMarker);\n\n  SharedTextMarker.prototype.clear = function() {\n    if (this.explicitlyCleared) return;\n    this.explicitlyCleared = true;\n    for (var i = 0; i < this.markers.length; ++i)\n      this.markers[i].clear();\n    signalLater(this, \"clear\");\n  };\n  SharedTextMarker.prototype.find = function(side, lineObj) {\n    return this.primary.find(side, lineObj);\n  };\n\n  function markTextShared(doc, from, to, options, type) {\n    options = copyObj(options);\n    options.shared = false;\n    var markers = [markText(doc, from, to, options, type)], primary = markers[0];\n    var widget = options.widgetNode;\n    linkedDocs(doc, function(doc) {\n      if (widget) options.widgetNode = widget.cloneNode(true);\n      markers.push(markText(doc, clipPos(doc, from), clipPos(doc, to), options, type));\n      for (var i = 0; i < doc.linked.length; ++i)\n        if (doc.linked[i].isParent) return;\n      primary = lst(markers);\n    });\n    return new SharedTextMarker(markers, primary);\n  }\n\n  function findSharedMarkers(doc) {\n    return doc.findMarks(Pos(doc.first, 0), doc.clipPos(Pos(doc.lastLine())),\n                         function(m) { return m.parent; });\n  }\n\n  function copySharedMarkers(doc, markers) {\n    for (var i = 0; i < markers.length; i++) {\n      var marker = markers[i], pos = marker.find();\n      var mFrom = doc.clipPos(pos.from), mTo = doc.clipPos(pos.to);\n      if (cmp(mFrom, mTo)) {\n        var subMark = markText(doc, mFrom, mTo, marker.primary, marker.primary.type);\n        marker.markers.push(subMark);\n        subMark.parent = marker;\n      }\n    }\n  }\n\n  function detachSharedMarkers(markers) {\n    for (var i = 0; i < markers.length; i++) {\n      var marker = markers[i], linked = [marker.primary.doc];;\n      linkedDocs(marker.primary.doc, function(d) { linked.push(d); });\n      for (var j = 0; j < marker.markers.length; j++) {\n        var subMarker = marker.markers[j];\n        if (indexOf(linked, subMarker.doc) == -1) {\n          subMarker.parent = null;\n          marker.markers.splice(j--, 1);\n        }\n      }\n    }\n  }\n\n  // TEXTMARKER SPANS\n\n  function MarkedSpan(marker, from, to) {\n    this.marker = marker;\n    this.from = from; this.to = to;\n  }\n\n  // Search an array of spans for a span matching the given marker.\n  function getMarkedSpanFor(spans, marker) {\n    if (spans) for (var i = 0; i < spans.length; ++i) {\n      var span = spans[i];\n      if (span.marker == marker) return span;\n    }\n  }\n  // Remove a span from an array, returning undefined if no spans are\n  // left (we don't store arrays for lines without spans).\n  function removeMarkedSpan(spans, span) {\n    for (var r, i = 0; i < spans.length; ++i)\n      if (spans[i] != span) (r || (r = [])).push(spans[i]);\n    return r;\n  }\n  // Add a span to a line.\n  function addMarkedSpan(line, span) {\n    line.markedSpans = line.markedSpans ? line.markedSpans.concat([span]) : [span];\n    span.marker.attachLine(line);\n  }\n\n  // Used for the algorithm that adjusts markers for a change in the\n  // document. These functions cut an array of spans at a given\n  // character position, returning an array of remaining chunks (or\n  // undefined if nothing remains).\n  function markedSpansBefore(old, startCh, isInsert) {\n    if (old) for (var i = 0, nw; i < old.length; ++i) {\n      var span = old[i], marker = span.marker;\n      var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= startCh : span.from < startCh);\n      if (startsBefore || span.from == startCh && marker.type == \"bookmark\" && (!isInsert || !span.marker.insertLeft)) {\n        var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= startCh : span.to > startCh);\n        (nw || (nw = [])).push(new MarkedSpan(marker, span.from, endsAfter ? null : span.to));\n      }\n    }\n    return nw;\n  }\n  function markedSpansAfter(old, endCh, isInsert) {\n    if (old) for (var i = 0, nw; i < old.length; ++i) {\n      var span = old[i], marker = span.marker;\n      var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= endCh : span.to > endCh);\n      if (endsAfter || span.from == endCh && marker.type == \"bookmark\" && (!isInsert || span.marker.insertLeft)) {\n        var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= endCh : span.from < endCh);\n        (nw || (nw = [])).push(new MarkedSpan(marker, startsBefore ? null : span.from - endCh,\n                                              span.to == null ? null : span.to - endCh));\n      }\n    }\n    return nw;\n  }\n\n  // Given a change object, compute the new set of marker spans that\n  // cover the line in which the change took place. Removes spans\n  // entirely within the change, reconnects spans belonging to the\n  // same marker that appear on both sides of the change, and cuts off\n  // spans partially within the change. Returns an array of span\n  // arrays with one element for each line in (after) the change.\n  function stretchSpansOverChange(doc, change) {\n    var oldFirst = isLine(doc, change.from.line) && getLine(doc, change.from.line).markedSpans;\n    var oldLast = isLine(doc, change.to.line) && getLine(doc, change.to.line).markedSpans;\n    if (!oldFirst && !oldLast) return null;\n\n    var startCh = change.from.ch, endCh = change.to.ch, isInsert = cmp(change.from, change.to) == 0;\n    // Get the spans that 'stick out' on both sides\n    var first = markedSpansBefore(oldFirst, startCh, isInsert);\n    var last = markedSpansAfter(oldLast, endCh, isInsert);\n\n    // Next, merge those two ends\n    var sameLine = change.text.length == 1, offset = lst(change.text).length + (sameLine ? startCh : 0);\n    if (first) {\n      // Fix up .to properties of first\n      for (var i = 0; i < first.length; ++i) {\n        var span = first[i];\n        if (span.to == null) {\n          var found = getMarkedSpanFor(last, span.marker);\n          if (!found) span.to = startCh;\n          else if (sameLine) span.to = found.to == null ? null : found.to + offset;\n        }\n      }\n    }\n    if (last) {\n      // Fix up .from in last (or move them into first in case of sameLine)\n      for (var i = 0; i < last.length; ++i) {\n        var span = last[i];\n        if (span.to != null) span.to += offset;\n        if (span.from == null) {\n          var found = getMarkedSpanFor(first, span.marker);\n          if (!found) {\n            span.from = offset;\n            if (sameLine) (first || (first = [])).push(span);\n          }\n        } else {\n          span.from += offset;\n          if (sameLine) (first || (first = [])).push(span);\n        }\n      }\n    }\n    // Make sure we didn't create any zero-length spans\n    if (first) first = clearEmptySpans(first);\n    if (last && last != first) last = clearEmptySpans(last);\n\n    var newMarkers = [first];\n    if (!sameLine) {\n      // Fill gap with whole-line-spans\n      var gap = change.text.length - 2, gapMarkers;\n      if (gap > 0 && first)\n        for (var i = 0; i < first.length; ++i)\n          if (first[i].to == null)\n            (gapMarkers || (gapMarkers = [])).push(new MarkedSpan(first[i].marker, null, null));\n      for (var i = 0; i < gap; ++i)\n        newMarkers.push(gapMarkers);\n      newMarkers.push(last);\n    }\n    return newMarkers;\n  }\n\n  // Remove spans that are empty and don't have a clearWhenEmpty\n  // option of false.\n  function clearEmptySpans(spans) {\n    for (var i = 0; i < spans.length; ++i) {\n      var span = spans[i];\n      if (span.from != null && span.from == span.to && span.marker.clearWhenEmpty !== false)\n        spans.splice(i--, 1);\n    }\n    if (!spans.length) return null;\n    return spans;\n  }\n\n  // Used for un/re-doing changes from the history. Combines the\n  // result of computing the existing spans with the set of spans that\n  // existed in the history (so that deleting around a span and then\n  // undoing brings back the span).\n  function mergeOldSpans(doc, change) {\n    var old = getOldSpans(doc, change);\n    var stretched = stretchSpansOverChange(doc, change);\n    if (!old) return stretched;\n    if (!stretched) return old;\n\n    for (var i = 0; i < old.length; ++i) {\n      var oldCur = old[i], stretchCur = stretched[i];\n      if (oldCur && stretchCur) {\n        spans: for (var j = 0; j < stretchCur.length; ++j) {\n          var span = stretchCur[j];\n          for (var k = 0; k < oldCur.length; ++k)\n            if (oldCur[k].marker == span.marker) continue spans;\n          oldCur.push(span);\n        }\n      } else if (stretchCur) {\n        old[i] = stretchCur;\n      }\n    }\n    return old;\n  }\n\n  // Used to 'clip' out readOnly ranges when making a change.\n  function removeReadOnlyRanges(doc, from, to) {\n    var markers = null;\n    doc.iter(from.line, to.line + 1, function(line) {\n      if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n        var mark = line.markedSpans[i].marker;\n        if (mark.readOnly && (!markers || indexOf(markers, mark) == -1))\n          (markers || (markers = [])).push(mark);\n      }\n    });\n    if (!markers) return null;\n    var parts = [{from: from, to: to}];\n    for (var i = 0; i < markers.length; ++i) {\n      var mk = markers[i], m = mk.find(0);\n      for (var j = 0; j < parts.length; ++j) {\n        var p = parts[j];\n        if (cmp(p.to, m.from) < 0 || cmp(p.from, m.to) > 0) continue;\n        var newParts = [j, 1], dfrom = cmp(p.from, m.from), dto = cmp(p.to, m.to);\n        if (dfrom < 0 || !mk.inclusiveLeft && !dfrom)\n          newParts.push({from: p.from, to: m.from});\n        if (dto > 0 || !mk.inclusiveRight && !dto)\n          newParts.push({from: m.to, to: p.to});\n        parts.splice.apply(parts, newParts);\n        j += newParts.length - 1;\n      }\n    }\n    return parts;\n  }\n\n  // Connect or disconnect spans from a line.\n  function detachMarkedSpans(line) {\n    var spans = line.markedSpans;\n    if (!spans) return;\n    for (var i = 0; i < spans.length; ++i)\n      spans[i].marker.detachLine(line);\n    line.markedSpans = null;\n  }\n  function attachMarkedSpans(line, spans) {\n    if (!spans) return;\n    for (var i = 0; i < spans.length; ++i)\n      spans[i].marker.attachLine(line);\n    line.markedSpans = spans;\n  }\n\n  // Helpers used when computing which overlapping collapsed span\n  // counts as the larger one.\n  function extraLeft(marker) { return marker.inclusiveLeft ? -1 : 0; }\n  function extraRight(marker) { return marker.inclusiveRight ? 1 : 0; }\n\n  // Returns a number indicating which of two overlapping collapsed\n  // spans is larger (and thus includes the other). Falls back to\n  // comparing ids when the spans cover exactly the same range.\n  function compareCollapsedMarkers(a, b) {\n    var lenDiff = a.lines.length - b.lines.length;\n    if (lenDiff != 0) return lenDiff;\n    var aPos = a.find(), bPos = b.find();\n    var fromCmp = cmp(aPos.from, bPos.from) || extraLeft(a) - extraLeft(b);\n    if (fromCmp) return -fromCmp;\n    var toCmp = cmp(aPos.to, bPos.to) || extraRight(a) - extraRight(b);\n    if (toCmp) return toCmp;\n    return b.id - a.id;\n  }\n\n  // Find out whether a line ends or starts in a collapsed span. If\n  // so, return the marker for that span.\n  function collapsedSpanAtSide(line, start) {\n    var sps = sawCollapsedSpans && line.markedSpans, found;\n    if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n      sp = sps[i];\n      if (sp.marker.collapsed && (start ? sp.from : sp.to) == null &&\n          (!found || compareCollapsedMarkers(found, sp.marker) < 0))\n        found = sp.marker;\n    }\n    return found;\n  }\n  function collapsedSpanAtStart(line) { return collapsedSpanAtSide(line, true); }\n  function collapsedSpanAtEnd(line) { return collapsedSpanAtSide(line, false); }\n\n  // Test whether there exists a collapsed span that partially\n  // overlaps (covers the start or end, but not both) of a new span.\n  // Such overlap is not allowed.\n  function conflictingCollapsedRange(doc, lineNo, from, to, marker) {\n    var line = getLine(doc, lineNo);\n    var sps = sawCollapsedSpans && line.markedSpans;\n    if (sps) for (var i = 0; i < sps.length; ++i) {\n      var sp = sps[i];\n      if (!sp.marker.collapsed) continue;\n      var found = sp.marker.find(0);\n      var fromCmp = cmp(found.from, from) || extraLeft(sp.marker) - extraLeft(marker);\n      var toCmp = cmp(found.to, to) || extraRight(sp.marker) - extraRight(marker);\n      if (fromCmp >= 0 && toCmp <= 0 || fromCmp <= 0 && toCmp >= 0) continue;\n      if (fromCmp <= 0 && (cmp(found.to, from) || extraRight(sp.marker) - extraLeft(marker)) > 0 ||\n          fromCmp >= 0 && (cmp(found.from, to) || extraLeft(sp.marker) - extraRight(marker)) < 0)\n        return true;\n    }\n  }\n\n  // A visual line is a line as drawn on the screen. Folding, for\n  // example, can cause multiple logical lines to appear on the same\n  // visual line. This finds the start of the visual line that the\n  // given line is part of (usually that is the line itself).\n  function visualLine(line) {\n    var merged;\n    while (merged = collapsedSpanAtStart(line))\n      line = merged.find(-1, true).line;\n    return line;\n  }\n\n  // Returns an array of logical lines that continue the visual line\n  // started by the argument, or undefined if there are no such lines.\n  function visualLineContinued(line) {\n    var merged, lines;\n    while (merged = collapsedSpanAtEnd(line)) {\n      line = merged.find(1, true).line;\n      (lines || (lines = [])).push(line);\n    }\n    return lines;\n  }\n\n  // Get the line number of the start of the visual line that the\n  // given line number is part of.\n  function visualLineNo(doc, lineN) {\n    var line = getLine(doc, lineN), vis = visualLine(line);\n    if (line == vis) return lineN;\n    return lineNo(vis);\n  }\n  // Get the line number of the start of the next visual line after\n  // the given line.\n  function visualLineEndNo(doc, lineN) {\n    if (lineN > doc.lastLine()) return lineN;\n    var line = getLine(doc, lineN), merged;\n    if (!lineIsHidden(doc, line)) return lineN;\n    while (merged = collapsedSpanAtEnd(line))\n      line = merged.find(1, true).line;\n    return lineNo(line) + 1;\n  }\n\n  // Compute whether a line is hidden. Lines count as hidden when they\n  // are part of a visual line that starts with another line, or when\n  // they are entirely covered by collapsed, non-widget span.\n  function lineIsHidden(doc, line) {\n    var sps = sawCollapsedSpans && line.markedSpans;\n    if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n      sp = sps[i];\n      if (!sp.marker.collapsed) continue;\n      if (sp.from == null) return true;\n      if (sp.marker.widgetNode) continue;\n      if (sp.from == 0 && sp.marker.inclusiveLeft && lineIsHiddenInner(doc, line, sp))\n        return true;\n    }\n  }\n  function lineIsHiddenInner(doc, line, span) {\n    if (span.to == null) {\n      var end = span.marker.find(1, true);\n      return lineIsHiddenInner(doc, end.line, getMarkedSpanFor(end.line.markedSpans, span.marker));\n    }\n    if (span.marker.inclusiveRight && span.to == line.text.length)\n      return true;\n    for (var sp, i = 0; i < line.markedSpans.length; ++i) {\n      sp = line.markedSpans[i];\n      if (sp.marker.collapsed && !sp.marker.widgetNode && sp.from == span.to &&\n          (sp.to == null || sp.to != span.from) &&\n          (sp.marker.inclusiveLeft || span.marker.inclusiveRight) &&\n          lineIsHiddenInner(doc, line, sp)) return true;\n    }\n  }\n\n  // LINE WIDGETS\n\n  // Line widgets are block elements displayed above or below a line.\n\n  var LineWidget = CodeMirror.LineWidget = function(cm, node, options) {\n    if (options) for (var opt in options) if (options.hasOwnProperty(opt))\n      this[opt] = options[opt];\n    this.cm = cm;\n    this.node = node;\n  };\n  eventMixin(LineWidget);\n\n  function adjustScrollWhenAboveVisible(cm, line, diff) {\n    if (heightAtLine(line) < ((cm.curOp && cm.curOp.scrollTop) || cm.doc.scrollTop))\n      addToScrollPos(cm, null, diff);\n  }\n\n  LineWidget.prototype.clear = function() {\n    var cm = this.cm, ws = this.line.widgets, line = this.line, no = lineNo(line);\n    if (no == null || !ws) return;\n    for (var i = 0; i < ws.length; ++i) if (ws[i] == this) ws.splice(i--, 1);\n    if (!ws.length) line.widgets = null;\n    var height = widgetHeight(this);\n    runInOp(cm, function() {\n      adjustScrollWhenAboveVisible(cm, line, -height);\n      regLineChange(cm, no, \"widget\");\n      updateLineHeight(line, Math.max(0, line.height - height));\n    });\n  };\n  LineWidget.prototype.changed = function() {\n    var oldH = this.height, cm = this.cm, line = this.line;\n    this.height = null;\n    var diff = widgetHeight(this) - oldH;\n    if (!diff) return;\n    runInOp(cm, function() {\n      cm.curOp.forceUpdate = true;\n      adjustScrollWhenAboveVisible(cm, line, diff);\n      updateLineHeight(line, line.height + diff);\n    });\n  };\n\n  function widgetHeight(widget) {\n    if (widget.height != null) return widget.height;\n    if (!contains(document.body, widget.node))\n      removeChildrenAndAdd(widget.cm.display.measure, elt(\"div\", [widget.node], null, \"position: relative\"));\n    return widget.height = widget.node.offsetHeight;\n  }\n\n  function addLineWidget(cm, handle, node, options) {\n    var widget = new LineWidget(cm, node, options);\n    if (widget.noHScroll) cm.display.alignWidgets = true;\n    changeLine(cm, handle, \"widget\", function(line) {\n      var widgets = line.widgets || (line.widgets = []);\n      if (widget.insertAt == null) widgets.push(widget);\n      else widgets.splice(Math.min(widgets.length - 1, Math.max(0, widget.insertAt)), 0, widget);\n      widget.line = line;\n      if (!lineIsHidden(cm.doc, line)) {\n        var aboveVisible = heightAtLine(line) < cm.doc.scrollTop;\n        updateLineHeight(line, line.height + widgetHeight(widget));\n        if (aboveVisible) addToScrollPos(cm, null, widget.height);\n        cm.curOp.forceUpdate = true;\n      }\n      return true;\n    });\n    return widget;\n  }\n\n  // LINE DATA STRUCTURE\n\n  // Line objects. These hold state related to a line, including\n  // highlighting info (the styles array).\n  var Line = CodeMirror.Line = function(text, markedSpans, estimateHeight) {\n    this.text = text;\n    attachMarkedSpans(this, markedSpans);\n    this.height = estimateHeight ? estimateHeight(this) : 1;\n  };\n  eventMixin(Line);\n  Line.prototype.lineNo = function() { return lineNo(this); };\n\n  // Change the content (text, markers) of a line. Automatically\n  // invalidates cached information and tries to re-estimate the\n  // line's height.\n  function updateLine(line, text, markedSpans, estimateHeight) {\n    line.text = text;\n    if (line.stateAfter) line.stateAfter = null;\n    if (line.styles) line.styles = null;\n    if (line.order != null) line.order = null;\n    detachMarkedSpans(line);\n    attachMarkedSpans(line, markedSpans);\n    var estHeight = estimateHeight ? estimateHeight(line) : 1;\n    if (estHeight != line.height) updateLineHeight(line, estHeight);\n  }\n\n  // Detach a line from the document tree and its markers.\n  function cleanUpLine(line) {\n    line.parent = null;\n    detachMarkedSpans(line);\n  }\n\n  function extractLineClasses(type, output) {\n    if (type) for (;;) {\n      var lineClass = type.match(/(?:^|\\s+)line-(background-)?(\\S+)/);\n      if (!lineClass) break;\n      type = type.slice(0, lineClass.index) + type.slice(lineClass.index + lineClass[0].length);\n      var prop = lineClass[1] ? \"bgClass\" : \"textClass\";\n      if (output[prop] == null)\n        output[prop] = lineClass[2];\n      else if (!(new RegExp(\"(?:^|\\s)\" + lineClass[2] + \"(?:$|\\s)\")).test(output[prop]))\n        output[prop] += \" \" + lineClass[2];\n    }\n    return type;\n  }\n\n  function callBlankLine(mode, state) {\n    if (mode.blankLine) return mode.blankLine(state);\n    if (!mode.innerMode) return;\n    var inner = CodeMirror.innerMode(mode, state);\n    if (inner.mode.blankLine) return inner.mode.blankLine(inner.state);\n  }\n\n  function readToken(mode, stream, state) {\n    for (var i = 0; i < 10; i++) {\n      var style = mode.token(stream, state);\n      if (stream.pos > stream.start) return style;\n    }\n    throw new Error(\"Mode \" + mode.name + \" failed to advance stream.\");\n  }\n\n  // Run the given mode's parser over a line, calling f for each token.\n  function runMode(cm, text, mode, state, f, lineClasses, forceToEnd) {\n    var flattenSpans = mode.flattenSpans;\n    if (flattenSpans == null) flattenSpans = cm.options.flattenSpans;\n    var curStart = 0, curStyle = null;\n    var stream = new StringStream(text, cm.options.tabSize), style;\n    if (text == \"\") extractLineClasses(callBlankLine(mode, state), lineClasses);\n    while (!stream.eol()) {\n      if (stream.pos > cm.options.maxHighlightLength) {\n        flattenSpans = false;\n        if (forceToEnd) processLine(cm, text, state, stream.pos);\n        stream.pos = text.length;\n        style = null;\n      } else {\n        style = extractLineClasses(readToken(mode, stream, state), lineClasses);\n      }\n      if (cm.options.addModeClass) {\n        var mName = CodeMirror.innerMode(mode, state).mode.name;\n        if (mName) style = \"m-\" + (style ? mName + \" \" + style : mName);\n      }\n      if (!flattenSpans || curStyle != style) {\n        if (curStart < stream.start) f(stream.start, curStyle);\n        curStart = stream.start; curStyle = style;\n      }\n      stream.start = stream.pos;\n    }\n    while (curStart < stream.pos) {\n      // Webkit seems to refuse to render text nodes longer than 57444 characters\n      var pos = Math.min(stream.pos, curStart + 50000);\n      f(pos, curStyle);\n      curStart = pos;\n    }\n  }\n\n  // Compute a style array (an array starting with a mode generation\n  // -- for invalidation -- followed by pairs of end positions and\n  // style strings), which is used to highlight the tokens on the\n  // line.\n  function highlightLine(cm, line, state, forceToEnd) {\n    // A styles array always starts with a number identifying the\n    // mode/overlays that it is based on (for easy invalidation).\n    var st = [cm.state.modeGen], lineClasses = {};\n    // Compute the base array of styles\n    runMode(cm, line.text, cm.doc.mode, state, function(end, style) {\n      st.push(end, style);\n    }, lineClasses, forceToEnd);\n\n    // Run overlays, adjust style array.\n    for (var o = 0; o < cm.state.overlays.length; ++o) {\n      var overlay = cm.state.overlays[o], i = 1, at = 0;\n      runMode(cm, line.text, overlay.mode, true, function(end, style) {\n        var start = i;\n        // Ensure there's a token end at the current position, and that i points at it\n        while (at < end) {\n          var i_end = st[i];\n          if (i_end > end)\n            st.splice(i, 1, end, st[i+1], i_end);\n          i += 2;\n          at = Math.min(end, i_end);\n        }\n        if (!style) return;\n        if (overlay.opaque) {\n          st.splice(start, i - start, end, \"cm-overlay \" + style);\n          i = start + 2;\n        } else {\n          for (; start < i; start += 2) {\n            var cur = st[start+1];\n            st[start+1] = (cur ? cur + \" \" : \"\") + \"cm-overlay \" + style;\n          }\n        }\n      }, lineClasses);\n    }\n\n    return {styles: st, classes: lineClasses.bgClass || lineClasses.textClass ? lineClasses : null};\n  }\n\n  function getLineStyles(cm, line) {\n    if (!line.styles || line.styles[0] != cm.state.modeGen) {\n      var result = highlightLine(cm, line, line.stateAfter = getStateBefore(cm, lineNo(line)));\n      line.styles = result.styles;\n      if (result.classes) line.styleClasses = result.classes;\n      else if (line.styleClasses) line.styleClasses = null;\n    }\n    return line.styles;\n  }\n\n  // Lightweight form of highlight -- proceed over this line and\n  // update state, but don't save a style array. Used for lines that\n  // aren't currently visible.\n  function processLine(cm, text, state, startAt) {\n    var mode = cm.doc.mode;\n    var stream = new StringStream(text, cm.options.tabSize);\n    stream.start = stream.pos = startAt || 0;\n    if (text == \"\") callBlankLine(mode, state);\n    while (!stream.eol() && stream.pos <= cm.options.maxHighlightLength) {\n      readToken(mode, stream, state);\n      stream.start = stream.pos;\n    }\n  }\n\n  // Convert a style as returned by a mode (either null, or a string\n  // containing one or more styles) to a CSS style. This is cached,\n  // and also looks for line-wide styles.\n  var styleToClassCache = {}, styleToClassCacheWithMode = {};\n  function interpretTokenStyle(style, options) {\n    if (!style || /^\\s*$/.test(style)) return null;\n    var cache = options.addModeClass ? styleToClassCacheWithMode : styleToClassCache;\n    return cache[style] ||\n      (cache[style] = style.replace(/\\S+/g, \"cm-$&\"));\n  }\n\n  // Render the DOM representation of the text of a line. Also builds\n  // up a 'line map', which points at the DOM nodes that represent\n  // specific stretches of text, and is used by the measuring code.\n  // The returned object contains the DOM node, this map, and\n  // information about line-wide styles that were set by the mode.\n  function buildLineContent(cm, lineView) {\n    // The padding-right forces the element to have a 'border', which\n    // is needed on Webkit to be able to get line-level bounding\n    // rectangles for it (in measureChar).\n    var content = elt(\"span\", null, null, webkit ? \"padding-right: .1px\" : null);\n    var builder = {pre: elt(\"pre\", [content]), content: content, col: 0, pos: 0, cm: cm};\n    lineView.measure = {};\n\n    // Iterate over the logical lines that make up this visual line.\n    for (var i = 0; i <= (lineView.rest ? lineView.rest.length : 0); i++) {\n      var line = i ? lineView.rest[i - 1] : lineView.line, order;\n      builder.pos = 0;\n      builder.addToken = buildToken;\n      // Optionally wire in some hacks into the token-rendering\n      // algorithm, to deal with browser quirks.\n      if ((ie || webkit) && cm.getOption(\"lineWrapping\"))\n        builder.addToken = buildTokenSplitSpaces(builder.addToken);\n      if (hasBadBidiRects(cm.display.measure) && (order = getOrder(line)))\n        builder.addToken = buildTokenBadBidi(builder.addToken, order);\n      builder.map = [];\n      insertLineContent(line, builder, getLineStyles(cm, line));\n      if (line.styleClasses) {\n        if (line.styleClasses.bgClass)\n          builder.bgClass = joinClasses(line.styleClasses.bgClass, builder.bgClass || \"\");\n        if (line.styleClasses.textClass)\n          builder.textClass = joinClasses(line.styleClasses.textClass, builder.textClass || \"\");\n      }\n\n      // Ensure at least a single node is present, for measuring.\n      if (builder.map.length == 0)\n        builder.map.push(0, 0, builder.content.appendChild(zeroWidthElement(cm.display.measure)));\n\n      // Store the map and a cache object for the current logical line\n      if (i == 0) {\n        lineView.measure.map = builder.map;\n        lineView.measure.cache = {};\n      } else {\n        (lineView.measure.maps || (lineView.measure.maps = [])).push(builder.map);\n        (lineView.measure.caches || (lineView.measure.caches = [])).push({});\n      }\n    }\n\n    signal(cm, \"renderLine\", cm, lineView.line, builder.pre);\n    return builder;\n  }\n\n  function defaultSpecialCharPlaceholder(ch) {\n    var token = elt(\"span\", \"\\u2022\", \"cm-invalidchar\");\n    token.title = \"\\\\u\" + ch.charCodeAt(0).toString(16);\n    return token;\n  }\n\n  // Build up the DOM representation for a single token, and add it to\n  // the line map. Takes care to render special characters separately.\n  function buildToken(builder, text, style, startStyle, endStyle, title) {\n    if (!text) return;\n    var special = builder.cm.options.specialChars, mustWrap = false;\n    if (!special.test(text)) {\n      builder.col += text.length;\n      var content = document.createTextNode(text);\n      builder.map.push(builder.pos, builder.pos + text.length, content);\n      if (ie_upto8) mustWrap = true;\n      builder.pos += text.length;\n    } else {\n      var content = document.createDocumentFragment(), pos = 0;\n      while (true) {\n        special.lastIndex = pos;\n        var m = special.exec(text);\n        var skipped = m ? m.index - pos : text.length - pos;\n        if (skipped) {\n          var txt = document.createTextNode(text.slice(pos, pos + skipped));\n          if (ie_upto8) content.appendChild(elt(\"span\", [txt]));\n          else content.appendChild(txt);\n          builder.map.push(builder.pos, builder.pos + skipped, txt);\n          builder.col += skipped;\n          builder.pos += skipped;\n        }\n        if (!m) break;\n        pos += skipped + 1;\n        if (m[0] == \"\\t\") {\n          var tabSize = builder.cm.options.tabSize, tabWidth = tabSize - builder.col % tabSize;\n          var txt = content.appendChild(elt(\"span\", spaceStr(tabWidth), \"cm-tab\"));\n          builder.col += tabWidth;\n        } else {\n          var txt = builder.cm.options.specialCharPlaceholder(m[0]);\n          if (ie_upto8) content.appendChild(elt(\"span\", [txt]));\n          else content.appendChild(txt);\n          builder.col += 1;\n        }\n        builder.map.push(builder.pos, builder.pos + 1, txt);\n        builder.pos++;\n      }\n    }\n    if (style || startStyle || endStyle || mustWrap) {\n      var fullStyle = style || \"\";\n      if (startStyle) fullStyle += startStyle;\n      if (endStyle) fullStyle += endStyle;\n      var token = elt(\"span\", [content], fullStyle);\n      if (title) token.title = title;\n      return builder.content.appendChild(token);\n    }\n    builder.content.appendChild(content);\n  }\n\n  function buildTokenSplitSpaces(inner) {\n    function split(old) {\n      var out = \" \";\n      for (var i = 0; i < old.length - 2; ++i) out += i % 2 ? \" \" : \"\\u00a0\";\n      out += \" \";\n      return out;\n    }\n    return function(builder, text, style, startStyle, endStyle, title) {\n      inner(builder, text.replace(/ {3,}/g, split), style, startStyle, endStyle, title);\n    };\n  }\n\n  // Work around nonsense dimensions being reported for stretches of\n  // right-to-left text.\n  function buildTokenBadBidi(inner, order) {\n    return function(builder, text, style, startStyle, endStyle, title) {\n      style = style ? style + \" cm-force-border\" : \"cm-force-border\";\n      var start = builder.pos, end = start + text.length;\n      for (;;) {\n        // Find the part that overlaps with the start of this text\n        for (var i = 0; i < order.length; i++) {\n          var part = order[i];\n          if (part.to > start && part.from <= start) break;\n        }\n        if (part.to >= end) return inner(builder, text, style, startStyle, endStyle, title);\n        inner(builder, text.slice(0, part.to - start), style, startStyle, null, title);\n        startStyle = null;\n        text = text.slice(part.to - start);\n        start = part.to;\n      }\n    };\n  }\n\n  function buildCollapsedSpan(builder, size, marker, ignoreWidget) {\n    var widget = !ignoreWidget && marker.widgetNode;\n    if (widget) {\n      builder.map.push(builder.pos, builder.pos + size, widget);\n      builder.content.appendChild(widget);\n    }\n    builder.pos += size;\n  }\n\n  // Outputs a number of spans to make up a line, taking highlighting\n  // and marked text into account.\n  function insertLineContent(line, builder, styles) {\n    var spans = line.markedSpans, allText = line.text, at = 0;\n    if (!spans) {\n      for (var i = 1; i < styles.length; i+=2)\n        builder.addToken(builder, allText.slice(at, at = styles[i]), interpretTokenStyle(styles[i+1], builder.cm.options));\n      return;\n    }\n\n    var len = allText.length, pos = 0, i = 1, text = \"\", style;\n    var nextChange = 0, spanStyle, spanEndStyle, spanStartStyle, title, collapsed;\n    for (;;) {\n      if (nextChange == pos) { // Update current marker set\n        spanStyle = spanEndStyle = spanStartStyle = title = \"\";\n        collapsed = null; nextChange = Infinity;\n        var foundBookmarks = [];\n        for (var j = 0; j < spans.length; ++j) {\n          var sp = spans[j], m = sp.marker;\n          if (sp.from <= pos && (sp.to == null || sp.to > pos)) {\n            if (sp.to != null && nextChange > sp.to) { nextChange = sp.to; spanEndStyle = \"\"; }\n            if (m.className) spanStyle += \" \" + m.className;\n            if (m.startStyle && sp.from == pos) spanStartStyle += \" \" + m.startStyle;\n            if (m.endStyle && sp.to == nextChange) spanEndStyle += \" \" + m.endStyle;\n            if (m.title && !title) title = m.title;\n            if (m.collapsed && (!collapsed || compareCollapsedMarkers(collapsed.marker, m) < 0))\n              collapsed = sp;\n          } else if (sp.from > pos && nextChange > sp.from) {\n            nextChange = sp.from;\n          }\n          if (m.type == \"bookmark\" && sp.from == pos && m.widgetNode) foundBookmarks.push(m);\n        }\n        if (collapsed && (collapsed.from || 0) == pos) {\n          buildCollapsedSpan(builder, (collapsed.to == null ? len + 1 : collapsed.to) - pos,\n                             collapsed.marker, collapsed.from == null);\n          if (collapsed.to == null) return;\n        }\n        if (!collapsed && foundBookmarks.length) for (var j = 0; j < foundBookmarks.length; ++j)\n          buildCollapsedSpan(builder, 0, foundBookmarks[j]);\n      }\n      if (pos >= len) break;\n\n      var upto = Math.min(len, nextChange);\n      while (true) {\n        if (text) {\n          var end = pos + text.length;\n          if (!collapsed) {\n            var tokenText = end > upto ? text.slice(0, upto - pos) : text;\n            builder.addToken(builder, tokenText, style ? style + spanStyle : spanStyle,\n                             spanStartStyle, pos + tokenText.length == nextChange ? spanEndStyle : \"\", title);\n          }\n          if (end >= upto) {text = text.slice(upto - pos); pos = upto; break;}\n          pos = end;\n          spanStartStyle = \"\";\n        }\n        text = allText.slice(at, at = styles[i++]);\n        style = interpretTokenStyle(styles[i++], builder.cm.options);\n      }\n    }\n  }\n\n  // DOCUMENT DATA STRUCTURE\n\n  // By default, updates that start and end at the beginning of a line\n  // are treated specially, in order to make the association of line\n  // widgets and marker elements with the text behave more intuitive.\n  function isWholeLineUpdate(doc, change) {\n    return change.from.ch == 0 && change.to.ch == 0 && lst(change.text) == \"\" &&\n      (!doc.cm || doc.cm.options.wholeLineUpdateBefore);\n  }\n\n  // Perform a change on the document data structure.\n  function updateDoc(doc, change, markedSpans, estimateHeight) {\n    function spansFor(n) {return markedSpans ? markedSpans[n] : null;}\n    function update(line, text, spans) {\n      updateLine(line, text, spans, estimateHeight);\n      signalLater(line, \"change\", line, change);\n    }\n\n    var from = change.from, to = change.to, text = change.text;\n    var firstLine = getLine(doc, from.line), lastLine = getLine(doc, to.line);\n    var lastText = lst(text), lastSpans = spansFor(text.length - 1), nlines = to.line - from.line;\n\n    // Adjust the line structure\n    if (isWholeLineUpdate(doc, change)) {\n      // This is a whole-line replace. Treated specially to make\n      // sure line objects move the way they are supposed to.\n      for (var i = 0, added = []; i < text.length - 1; ++i)\n        added.push(new Line(text[i], spansFor(i), estimateHeight));\n      update(lastLine, lastLine.text, lastSpans);\n      if (nlines) doc.remove(from.line, nlines);\n      if (added.length) doc.insert(from.line, added);\n    } else if (firstLine == lastLine) {\n      if (text.length == 1) {\n        update(firstLine, firstLine.text.slice(0, from.ch) + lastText + firstLine.text.slice(to.ch), lastSpans);\n      } else {\n        for (var added = [], i = 1; i < text.length - 1; ++i)\n          added.push(new Line(text[i], spansFor(i), estimateHeight));\n        added.push(new Line(lastText + firstLine.text.slice(to.ch), lastSpans, estimateHeight));\n        update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n        doc.insert(from.line + 1, added);\n      }\n    } else if (text.length == 1) {\n      update(firstLine, firstLine.text.slice(0, from.ch) + text[0] + lastLine.text.slice(to.ch), spansFor(0));\n      doc.remove(from.line + 1, nlines);\n    } else {\n      update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n      update(lastLine, lastText + lastLine.text.slice(to.ch), lastSpans);\n      for (var i = 1, added = []; i < text.length - 1; ++i)\n        added.push(new Line(text[i], spansFor(i), estimateHeight));\n      if (nlines > 1) doc.remove(from.line + 1, nlines - 1);\n      doc.insert(from.line + 1, added);\n    }\n\n    signalLater(doc, \"change\", doc, change);\n  }\n\n  // The document is represented as a BTree consisting of leaves, with\n  // chunk of lines in them, and branches, with up to ten leaves or\n  // other branch nodes below them. The top node is always a branch\n  // node, and is the document object itself (meaning it has\n  // additional methods and properties).\n  //\n  // All nodes have parent links. The tree is used both to go from\n  // line numbers to line objects, and to go from objects to numbers.\n  // It also indexes by height, and is used to convert between height\n  // and line object, and to find the total height of the document.\n  //\n  // See also http://marijnhaverbeke.nl/blog/codemirror-line-tree.html\n\n  function LeafChunk(lines) {\n    this.lines = lines;\n    this.parent = null;\n    for (var i = 0, height = 0; i < lines.length; ++i) {\n      lines[i].parent = this;\n      height += lines[i].height;\n    }\n    this.height = height;\n  }\n\n  LeafChunk.prototype = {\n    chunkSize: function() { return this.lines.length; },\n    // Remove the n lines at offset 'at'.\n    removeInner: function(at, n) {\n      for (var i = at, e = at + n; i < e; ++i) {\n        var line = this.lines[i];\n        this.height -= line.height;\n        cleanUpLine(line);\n        signalLater(line, \"delete\");\n      }\n      this.lines.splice(at, n);\n    },\n    // Helper used to collapse a small branch into a single leaf.\n    collapse: function(lines) {\n      lines.push.apply(lines, this.lines);\n    },\n    // Insert the given array of lines at offset 'at', count them as\n    // having the given height.\n    insertInner: function(at, lines, height) {\n      this.height += height;\n      this.lines = this.lines.slice(0, at).concat(lines).concat(this.lines.slice(at));\n      for (var i = 0; i < lines.length; ++i) lines[i].parent = this;\n    },\n    // Used to iterate over a part of the tree.\n    iterN: function(at, n, op) {\n      for (var e = at + n; at < e; ++at)\n        if (op(this.lines[at])) return true;\n    }\n  };\n\n  function BranchChunk(children) {\n    this.children = children;\n    var size = 0, height = 0;\n    for (var i = 0; i < children.length; ++i) {\n      var ch = children[i];\n      size += ch.chunkSize(); height += ch.height;\n      ch.parent = this;\n    }\n    this.size = size;\n    this.height = height;\n    this.parent = null;\n  }\n\n  BranchChunk.prototype = {\n    chunkSize: function() { return this.size; },\n    removeInner: function(at, n) {\n      this.size -= n;\n      for (var i = 0; i < this.children.length; ++i) {\n        var child = this.children[i], sz = child.chunkSize();\n        if (at < sz) {\n          var rm = Math.min(n, sz - at), oldHeight = child.height;\n          child.removeInner(at, rm);\n          this.height -= oldHeight - child.height;\n          if (sz == rm) { this.children.splice(i--, 1); child.parent = null; }\n          if ((n -= rm) == 0) break;\n          at = 0;\n        } else at -= sz;\n      }\n      // If the result is smaller than 25 lines, ensure that it is a\n      // single leaf node.\n      if (this.size - n < 25 &&\n          (this.children.length > 1 || !(this.children[0] instanceof LeafChunk))) {\n        var lines = [];\n        this.collapse(lines);\n        this.children = [new LeafChunk(lines)];\n        this.children[0].parent = this;\n      }\n    },\n    collapse: function(lines) {\n      for (var i = 0; i < this.children.length; ++i) this.children[i].collapse(lines);\n    },\n    insertInner: function(at, lines, height) {\n      this.size += lines.length;\n      this.height += height;\n      for (var i = 0; i < this.children.length; ++i) {\n        var child = this.children[i], sz = child.chunkSize();\n        if (at <= sz) {\n          child.insertInner(at, lines, height);\n          if (child.lines && child.lines.length > 50) {\n            while (child.lines.length > 50) {\n              var spilled = child.lines.splice(child.lines.length - 25, 25);\n              var newleaf = new LeafChunk(spilled);\n              child.height -= newleaf.height;\n              this.children.splice(i + 1, 0, newleaf);\n              newleaf.parent = this;\n            }\n            this.maybeSpill();\n          }\n          break;\n        }\n        at -= sz;\n      }\n    },\n    // When a node has grown, check whether it should be split.\n    maybeSpill: function() {\n      if (this.children.length <= 10) return;\n      var me = this;\n      do {\n        var spilled = me.children.splice(me.children.length - 5, 5);\n        var sibling = new BranchChunk(spilled);\n        if (!me.parent) { // Become the parent node\n          var copy = new BranchChunk(me.children);\n          copy.parent = me;\n          me.children = [copy, sibling];\n          me = copy;\n        } else {\n          me.size -= sibling.size;\n          me.height -= sibling.height;\n          var myIndex = indexOf(me.parent.children, me);\n          me.parent.children.splice(myIndex + 1, 0, sibling);\n        }\n        sibling.parent = me.parent;\n      } while (me.children.length > 10);\n      me.parent.maybeSpill();\n    },\n    iterN: function(at, n, op) {\n      for (var i = 0; i < this.children.length; ++i) {\n        var child = this.children[i], sz = child.chunkSize();\n        if (at < sz) {\n          var used = Math.min(n, sz - at);\n          if (child.iterN(at, used, op)) return true;\n          if ((n -= used) == 0) break;\n          at = 0;\n        } else at -= sz;\n      }\n    }\n  };\n\n  var nextDocId = 0;\n  var Doc = CodeMirror.Doc = function(text, mode, firstLine) {\n    if (!(this instanceof Doc)) return new Doc(text, mode, firstLine);\n    if (firstLine == null) firstLine = 0;\n\n    BranchChunk.call(this, [new LeafChunk([new Line(\"\", null)])]);\n    this.first = firstLine;\n    this.scrollTop = this.scrollLeft = 0;\n    this.cantEdit = false;\n    this.cleanGeneration = 1;\n    this.frontier = firstLine;\n    var start = Pos(firstLine, 0);\n    this.sel = simpleSelection(start);\n    this.history = new History(null);\n    this.id = ++nextDocId;\n    this.modeOption = mode;\n\n    if (typeof text == \"string\") text = splitLines(text);\n    updateDoc(this, {from: start, to: start, text: text});\n    setSelection(this, simpleSelection(start), sel_dontScroll);\n  };\n\n  Doc.prototype = createObj(BranchChunk.prototype, {\n    constructor: Doc,\n    // Iterate over the document. Supports two forms -- with only one\n    // argument, it calls that for each line in the document. With\n    // three, it iterates over the range given by the first two (with\n    // the second being non-inclusive).\n    iter: function(from, to, op) {\n      if (op) this.iterN(from - this.first, to - from, op);\n      else this.iterN(this.first, this.first + this.size, from);\n    },\n\n    // Non-public interface for adding and removing lines.\n    insert: function(at, lines) {\n      var height = 0;\n      for (var i = 0; i < lines.length; ++i) height += lines[i].height;\n      this.insertInner(at - this.first, lines, height);\n    },\n    remove: function(at, n) { this.removeInner(at - this.first, n); },\n\n    // From here, the methods are part of the public interface. Most\n    // are also available from CodeMirror (editor) instances.\n\n    getValue: function(lineSep) {\n      var lines = getLines(this, this.first, this.first + this.size);\n      if (lineSep === false) return lines;\n      return lines.join(lineSep || \"\\n\");\n    },\n    setValue: docMethodOp(function(code) {\n      var top = Pos(this.first, 0), last = this.first + this.size - 1;\n      makeChange(this, {from: top, to: Pos(last, getLine(this, last).text.length),\n                        text: splitLines(code), origin: \"setValue\"}, true);\n      setSelection(this, simpleSelection(top));\n    }),\n    replaceRange: function(code, from, to, origin) {\n      from = clipPos(this, from);\n      to = to ? clipPos(this, to) : from;\n      replaceRange(this, code, from, to, origin);\n    },\n    getRange: function(from, to, lineSep) {\n      var lines = getBetween(this, clipPos(this, from), clipPos(this, to));\n      if (lineSep === false) return lines;\n      return lines.join(lineSep || \"\\n\");\n    },\n\n    getLine: function(line) {var l = this.getLineHandle(line); return l && l.text;},\n\n    getLineHandle: function(line) {if (isLine(this, line)) return getLine(this, line);},\n    getLineNumber: function(line) {return lineNo(line);},\n\n    getLineHandleVisualStart: function(line) {\n      if (typeof line == \"number\") line = getLine(this, line);\n      return visualLine(line);\n    },\n\n    lineCount: function() {return this.size;},\n    firstLine: function() {return this.first;},\n    lastLine: function() {return this.first + this.size - 1;},\n\n    clipPos: function(pos) {return clipPos(this, pos);},\n\n    getCursor: function(start) {\n      var range = this.sel.primary(), pos;\n      if (start == null || start == \"head\") pos = range.head;\n      else if (start == \"anchor\") pos = range.anchor;\n      else if (start == \"end\" || start == \"to\" || start === false) pos = range.to();\n      else pos = range.from();\n      return pos;\n    },\n    listSelections: function() { return this.sel.ranges; },\n    somethingSelected: function() {return this.sel.somethingSelected();},\n\n    setCursor: docMethodOp(function(line, ch, options) {\n      setSimpleSelection(this, clipPos(this, typeof line == \"number\" ? Pos(line, ch || 0) : line), null, options);\n    }),\n    setSelection: docMethodOp(function(anchor, head, options) {\n      setSimpleSelection(this, clipPos(this, anchor), clipPos(this, head || anchor), options);\n    }),\n    extendSelection: docMethodOp(function(head, other, options) {\n      extendSelection(this, clipPos(this, head), other && clipPos(this, other), options);\n    }),\n    extendSelections: docMethodOp(function(heads, options) {\n      extendSelections(this, clipPosArray(this, heads, options));\n    }),\n    extendSelectionsBy: docMethodOp(function(f, options) {\n      extendSelections(this, map(this.sel.ranges, f), options);\n    }),\n    setSelections: docMethodOp(function(ranges, primary, options) {\n      if (!ranges.length) return;\n      for (var i = 0, out = []; i < ranges.length; i++)\n        out[i] = new Range(clipPos(this, ranges[i].anchor),\n                           clipPos(this, ranges[i].head));\n      if (primary == null) primary = Math.min(ranges.length - 1, this.sel.primIndex);\n      setSelection(this, normalizeSelection(out, primary), options);\n    }),\n    addSelection: docMethodOp(function(anchor, head, options) {\n      var ranges = this.sel.ranges.slice(0);\n      ranges.push(new Range(clipPos(this, anchor), clipPos(this, head || anchor)));\n      setSelection(this, normalizeSelection(ranges, ranges.length - 1), options);\n    }),\n\n    getSelection: function(lineSep) {\n      var ranges = this.sel.ranges, lines;\n      for (var i = 0; i < ranges.length; i++) {\n        var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n        lines = lines ? lines.concat(sel) : sel;\n      }\n      if (lineSep === false) return lines;\n      else return lines.join(lineSep || \"\\n\");\n    },\n    getSelections: function(lineSep) {\n      var parts = [], ranges = this.sel.ranges;\n      for (var i = 0; i < ranges.length; i++) {\n        var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n        if (lineSep !== false) sel = sel.join(lineSep || \"\\n\");\n        parts[i] = sel;\n      }\n      return parts;\n    },\n    replaceSelection: function(code, collapse, origin) {\n      var dup = [];\n      for (var i = 0; i < this.sel.ranges.length; i++)\n        dup[i] = code;\n      this.replaceSelections(dup, collapse, origin || \"+input\");\n    },\n    replaceSelections: docMethodOp(function(code, collapse, origin) {\n      var changes = [], sel = this.sel;\n      for (var i = 0; i < sel.ranges.length; i++) {\n        var range = sel.ranges[i];\n        changes[i] = {from: range.from(), to: range.to(), text: splitLines(code[i]), origin: origin};\n      }\n      var newSel = collapse && collapse != \"end\" && computeReplacedSel(this, changes, collapse);\n      for (var i = changes.length - 1; i >= 0; i--)\n        makeChange(this, changes[i]);\n      if (newSel) setSelectionReplaceHistory(this, newSel);\n      else if (this.cm) ensureCursorVisible(this.cm);\n    }),\n    undo: docMethodOp(function() {makeChangeFromHistory(this, \"undo\");}),\n    redo: docMethodOp(function() {makeChangeFromHistory(this, \"redo\");}),\n    undoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"undo\", true);}),\n    redoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"redo\", true);}),\n\n    setExtending: function(val) {this.extend = val;},\n    getExtending: function() {return this.extend;},\n\n    historySize: function() {\n      var hist = this.history, done = 0, undone = 0;\n      for (var i = 0; i < hist.done.length; i++) if (!hist.done[i].ranges) ++done;\n      for (var i = 0; i < hist.undone.length; i++) if (!hist.undone[i].ranges) ++undone;\n      return {undo: done, redo: undone};\n    },\n    clearHistory: function() {this.history = new History(this.history.maxGeneration);},\n\n    markClean: function() {\n      this.cleanGeneration = this.changeGeneration(true);\n    },\n    changeGeneration: function(forceSplit) {\n      if (forceSplit)\n        this.history.lastOp = this.history.lastOrigin = null;\n      return this.history.generation;\n    },\n    isClean: function (gen) {\n      return this.history.generation == (gen || this.cleanGeneration);\n    },\n\n    getHistory: function() {\n      return {done: copyHistoryArray(this.history.done),\n              undone: copyHistoryArray(this.history.undone)};\n    },\n    setHistory: function(histData) {\n      var hist = this.history = new History(this.history.maxGeneration);\n      hist.done = copyHistoryArray(histData.done.slice(0), null, true);\n      hist.undone = copyHistoryArray(histData.undone.slice(0), null, true);\n    },\n\n    markText: function(from, to, options) {\n      return markText(this, clipPos(this, from), clipPos(this, to), options, \"range\");\n    },\n    setBookmark: function(pos, options) {\n      var realOpts = {replacedWith: options && (options.nodeType == null ? options.widget : options),\n                      insertLeft: options && options.insertLeft,\n                      clearWhenEmpty: false, shared: options && options.shared};\n      pos = clipPos(this, pos);\n      return markText(this, pos, pos, realOpts, \"bookmark\");\n    },\n    findMarksAt: function(pos) {\n      pos = clipPos(this, pos);\n      var markers = [], spans = getLine(this, pos.line).markedSpans;\n      if (spans) for (var i = 0; i < spans.length; ++i) {\n        var span = spans[i];\n        if ((span.from == null || span.from <= pos.ch) &&\n            (span.to == null || span.to >= pos.ch))\n          markers.push(span.marker.parent || span.marker);\n      }\n      return markers;\n    },\n    findMarks: function(from, to, filter) {\n      from = clipPos(this, from); to = clipPos(this, to);\n      var found = [], lineNo = from.line;\n      this.iter(from.line, to.line + 1, function(line) {\n        var spans = line.markedSpans;\n        if (spans) for (var i = 0; i < spans.length; i++) {\n          var span = spans[i];\n          if (!(lineNo == from.line && from.ch > span.to ||\n                span.from == null && lineNo != from.line||\n                lineNo == to.line && span.from > to.ch) &&\n              (!filter || filter(span.marker)))\n            found.push(span.marker.parent || span.marker);\n        }\n        ++lineNo;\n      });\n      return found;\n    },\n    getAllMarks: function() {\n      var markers = [];\n      this.iter(function(line) {\n        var sps = line.markedSpans;\n        if (sps) for (var i = 0; i < sps.length; ++i)\n          if (sps[i].from != null) markers.push(sps[i].marker);\n      });\n      return markers;\n    },\n\n    posFromIndex: function(off) {\n      var ch, lineNo = this.first;\n      this.iter(function(line) {\n        var sz = line.text.length + 1;\n        if (sz > off) { ch = off; return true; }\n        off -= sz;\n        ++lineNo;\n      });\n      return clipPos(this, Pos(lineNo, ch));\n    },\n    indexFromPos: function (coords) {\n      coords = clipPos(this, coords);\n      var index = coords.ch;\n      if (coords.line < this.first || coords.ch < 0) return 0;\n      this.iter(this.first, coords.line, function (line) {\n        index += line.text.length + 1;\n      });\n      return index;\n    },\n\n    copy: function(copyHistory) {\n      var doc = new Doc(getLines(this, this.first, this.first + this.size), this.modeOption, this.first);\n      doc.scrollTop = this.scrollTop; doc.scrollLeft = this.scrollLeft;\n      doc.sel = this.sel;\n      doc.extend = false;\n      if (copyHistory) {\n        doc.history.undoDepth = this.history.undoDepth;\n        doc.setHistory(this.getHistory());\n      }\n      return doc;\n    },\n\n    linkedDoc: function(options) {\n      if (!options) options = {};\n      var from = this.first, to = this.first + this.size;\n      if (options.from != null && options.from > from) from = options.from;\n      if (options.to != null && options.to < to) to = options.to;\n      var copy = new Doc(getLines(this, from, to), options.mode || this.modeOption, from);\n      if (options.sharedHist) copy.history = this.history;\n      (this.linked || (this.linked = [])).push({doc: copy, sharedHist: options.sharedHist});\n      copy.linked = [{doc: this, isParent: true, sharedHist: options.sharedHist}];\n      copySharedMarkers(copy, findSharedMarkers(this));\n      return copy;\n    },\n    unlinkDoc: function(other) {\n      if (other instanceof CodeMirror) other = other.doc;\n      if (this.linked) for (var i = 0; i < this.linked.length; ++i) {\n        var link = this.linked[i];\n        if (link.doc != other) continue;\n        this.linked.splice(i, 1);\n        other.unlinkDoc(this);\n        detachSharedMarkers(findSharedMarkers(this));\n        break;\n      }\n      // If the histories were shared, split them again\n      if (other.history == this.history) {\n        var splitIds = [other.id];\n        linkedDocs(other, function(doc) {splitIds.push(doc.id);}, true);\n        other.history = new History(null);\n        other.history.done = copyHistoryArray(this.history.done, splitIds);\n        other.history.undone = copyHistoryArray(this.history.undone, splitIds);\n      }\n    },\n    iterLinkedDocs: function(f) {linkedDocs(this, f);},\n\n    getMode: function() {return this.mode;},\n    getEditor: function() {return this.cm;}\n  });\n\n  // Public alias.\n  Doc.prototype.eachLine = Doc.prototype.iter;\n\n  // Set up methods on CodeMirror's prototype to redirect to the editor's document.\n  var dontDelegate = \"iter insert remove copy getEditor\".split(\" \");\n  for (var prop in Doc.prototype) if (Doc.prototype.hasOwnProperty(prop) && indexOf(dontDelegate, prop) < 0)\n    CodeMirror.prototype[prop] = (function(method) {\n      return function() {return method.apply(this.doc, arguments);};\n    })(Doc.prototype[prop]);\n\n  eventMixin(Doc);\n\n  // Call f for all linked documents.\n  function linkedDocs(doc, f, sharedHistOnly) {\n    function propagate(doc, skip, sharedHist) {\n      if (doc.linked) for (var i = 0; i < doc.linked.length; ++i) {\n        var rel = doc.linked[i];\n        if (rel.doc == skip) continue;\n        var shared = sharedHist && rel.sharedHist;\n        if (sharedHistOnly && !shared) continue;\n        f(rel.doc, shared);\n        propagate(rel.doc, doc, shared);\n      }\n    }\n    propagate(doc, null, true);\n  }\n\n  // Attach a document to an editor.\n  function attachDoc(cm, doc) {\n    if (doc.cm) throw new Error(\"This document is already in use.\");\n    cm.doc = doc;\n    doc.cm = cm;\n    estimateLineHeights(cm);\n    loadMode(cm);\n    if (!cm.options.lineWrapping) findMaxLine(cm);\n    cm.options.mode = doc.modeOption;\n    regChange(cm);\n  }\n\n  // LINE UTILITIES\n\n  // Find the line object corresponding to the given line number.\n  function getLine(doc, n) {\n    n -= doc.first;\n    if (n < 0 || n >= doc.size) throw new Error(\"There is no line \" + (n + doc.first) + \" in the document.\");\n    for (var chunk = doc; !chunk.lines;) {\n      for (var i = 0;; ++i) {\n        var child = chunk.children[i], sz = child.chunkSize();\n        if (n < sz) { chunk = child; break; }\n        n -= sz;\n      }\n    }\n    return chunk.lines[n];\n  }\n\n  // Get the part of a document between two positions, as an array of\n  // strings.\n  function getBetween(doc, start, end) {\n    var out = [], n = start.line;\n    doc.iter(start.line, end.line + 1, function(line) {\n      var text = line.text;\n      if (n == end.line) text = text.slice(0, end.ch);\n      if (n == start.line) text = text.slice(start.ch);\n      out.push(text);\n      ++n;\n    });\n    return out;\n  }\n  // Get the lines between from and to, as array of strings.\n  function getLines(doc, from, to) {\n    var out = [];\n    doc.iter(from, to, function(line) { out.push(line.text); });\n    return out;\n  }\n\n  // Update the height of a line, propagating the height change\n  // upwards to parent nodes.\n  function updateLineHeight(line, height) {\n    var diff = height - line.height;\n    if (diff) for (var n = line; n; n = n.parent) n.height += diff;\n  }\n\n  // Given a line object, find its line number by walking up through\n  // its parent links.\n  function lineNo(line) {\n    if (line.parent == null) return null;\n    var cur = line.parent, no = indexOf(cur.lines, line);\n    for (var chunk = cur.parent; chunk; cur = chunk, chunk = chunk.parent) {\n      for (var i = 0;; ++i) {\n        if (chunk.children[i] == cur) break;\n        no += chunk.children[i].chunkSize();\n      }\n    }\n    return no + cur.first;\n  }\n\n  // Find the line at the given vertical position, using the height\n  // information in the document tree.\n  function lineAtHeight(chunk, h) {\n    var n = chunk.first;\n    outer: do {\n      for (var i = 0; i < chunk.children.length; ++i) {\n        var child = chunk.children[i], ch = child.height;\n        if (h < ch) { chunk = child; continue outer; }\n        h -= ch;\n        n += child.chunkSize();\n      }\n      return n;\n    } while (!chunk.lines);\n    for (var i = 0; i < chunk.lines.length; ++i) {\n      var line = chunk.lines[i], lh = line.height;\n      if (h < lh) break;\n      h -= lh;\n    }\n    return n + i;\n  }\n\n\n  // Find the height above the given line.\n  function heightAtLine(lineObj) {\n    lineObj = visualLine(lineObj);\n\n    var h = 0, chunk = lineObj.parent;\n    for (var i = 0; i < chunk.lines.length; ++i) {\n      var line = chunk.lines[i];\n      if (line == lineObj) break;\n      else h += line.height;\n    }\n    for (var p = chunk.parent; p; chunk = p, p = chunk.parent) {\n      for (var i = 0; i < p.children.length; ++i) {\n        var cur = p.children[i];\n        if (cur == chunk) break;\n        else h += cur.height;\n      }\n    }\n    return h;\n  }\n\n  // Get the bidi ordering for the given line (and cache it). Returns\n  // false for lines that are fully left-to-right, and an array of\n  // BidiSpan objects otherwise.\n  function getOrder(line) {\n    var order = line.order;\n    if (order == null) order = line.order = bidiOrdering(line.text);\n    return order;\n  }\n\n  // HISTORY\n\n  function History(startGen) {\n    // Arrays of change events and selections. Doing something adds an\n    // event to done and clears undo. Undoing moves events from done\n    // to undone, redoing moves them in the other direction.\n    this.done = []; this.undone = [];\n    this.undoDepth = Infinity;\n    // Used to track when changes can be merged into a single undo\n    // event\n    this.lastModTime = this.lastSelTime = 0;\n    this.lastOp = null;\n    this.lastOrigin = this.lastSelOrigin = null;\n    // Used by the isClean() method\n    this.generation = this.maxGeneration = startGen || 1;\n  }\n\n  // Create a history change event from an updateDoc-style change\n  // object.\n  function historyChangeFromChange(doc, change) {\n    var histChange = {from: copyPos(change.from), to: changeEnd(change), text: getBetween(doc, change.from, change.to)};\n    attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);\n    linkedDocs(doc, function(doc) {attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);}, true);\n    return histChange;\n  }\n\n  // Pop all selection events off the end of a history array. Stop at\n  // a change event.\n  function clearSelectionEvents(array) {\n    while (array.length) {\n      var last = lst(array);\n      if (last.ranges) array.pop();\n      else break;\n    }\n  }\n\n  // Find the top change event in the history. Pop off selection\n  // events that are in the way.\n  function lastChangeEvent(hist, force) {\n    if (force) {\n      clearSelectionEvents(hist.done);\n      return lst(hist.done);\n    } else if (hist.done.length && !lst(hist.done).ranges) {\n      return lst(hist.done);\n    } else if (hist.done.length > 1 && !hist.done[hist.done.length - 2].ranges) {\n      hist.done.pop();\n      return lst(hist.done);\n    }\n  }\n\n  // Register a change in the history. Merges changes that are within\n  // a single operation, ore are close together with an origin that\n  // allows merging (starting with \"+\") into a single event.\n  function addChangeToHistory(doc, change, selAfter, opId) {\n    var hist = doc.history;\n    hist.undone.length = 0;\n    var time = +new Date, cur;\n\n    if ((hist.lastOp == opId ||\n         hist.lastOrigin == change.origin && change.origin &&\n         ((change.origin.charAt(0) == \"+\" && doc.cm && hist.lastModTime > time - doc.cm.options.historyEventDelay) ||\n          change.origin.charAt(0) == \"*\")) &&\n        (cur = lastChangeEvent(hist, hist.lastOp == opId))) {\n      // Merge this change into the last event\n      var last = lst(cur.changes);\n      if (cmp(change.from, change.to) == 0 && cmp(change.from, last.to) == 0) {\n        // Optimized case for simple insertion -- don't want to add\n        // new changesets for every character typed\n        last.to = changeEnd(change);\n      } else {\n        // Add new sub-event\n        cur.changes.push(historyChangeFromChange(doc, change));\n      }\n    } else {\n      // Can not be merged, start a new event.\n      var before = lst(hist.done);\n      if (!before || !before.ranges)\n        pushSelectionToHistory(doc.sel, hist.done);\n      cur = {changes: [historyChangeFromChange(doc, change)],\n             generation: hist.generation};\n      hist.done.push(cur);\n      while (hist.done.length > hist.undoDepth) {\n        hist.done.shift();\n        if (!hist.done[0].ranges) hist.done.shift();\n      }\n    }\n    hist.done.push(selAfter);\n    hist.generation = ++hist.maxGeneration;\n    hist.lastModTime = hist.lastSelTime = time;\n    hist.lastOp = opId;\n    hist.lastOrigin = hist.lastSelOrigin = change.origin;\n\n    if (!last) signal(doc, \"historyAdded\");\n  }\n\n  function selectionEventCanBeMerged(doc, origin, prev, sel) {\n    var ch = origin.charAt(0);\n    return ch == \"*\" ||\n      ch == \"+\" &&\n      prev.ranges.length == sel.ranges.length &&\n      prev.somethingSelected() == sel.somethingSelected() &&\n      new Date - doc.history.lastSelTime <= (doc.cm ? doc.cm.options.historyEventDelay : 500);\n  }\n\n  // Called whenever the selection changes, sets the new selection as\n  // the pending selection in the history, and pushes the old pending\n  // selection into the 'done' array when it was significantly\n  // different (in number of selected ranges, emptiness, or time).\n  function addSelectionToHistory(doc, sel, opId, options) {\n    var hist = doc.history, origin = options && options.origin;\n\n    // A new event is started when the previous origin does not match\n    // the current, or the origins don't allow matching. Origins\n    // starting with * are always merged, those starting with + are\n    // merged when similar and close together in time.\n    if (opId == hist.lastOp ||\n        (origin && hist.lastSelOrigin == origin &&\n         (hist.lastModTime == hist.lastSelTime && hist.lastOrigin == origin ||\n          selectionEventCanBeMerged(doc, origin, lst(hist.done), sel))))\n      hist.done[hist.done.length - 1] = sel;\n    else\n      pushSelectionToHistory(sel, hist.done);\n\n    hist.lastSelTime = +new Date;\n    hist.lastSelOrigin = origin;\n    hist.lastOp = opId;\n    if (options && options.clearRedo !== false)\n      clearSelectionEvents(hist.undone);\n  }\n\n  function pushSelectionToHistory(sel, dest) {\n    var top = lst(dest);\n    if (!(top && top.ranges && top.equals(sel)))\n      dest.push(sel);\n  }\n\n  // Used to store marked span information in the history.\n  function attachLocalSpans(doc, change, from, to) {\n    var existing = change[\"spans_\" + doc.id], n = 0;\n    doc.iter(Math.max(doc.first, from), Math.min(doc.first + doc.size, to), function(line) {\n      if (line.markedSpans)\n        (existing || (existing = change[\"spans_\" + doc.id] = {}))[n] = line.markedSpans;\n      ++n;\n    });\n  }\n\n  // When un/re-doing restores text containing marked spans, those\n  // that have been explicitly cleared should not be restored.\n  function removeClearedSpans(spans) {\n    if (!spans) return null;\n    for (var i = 0, out; i < spans.length; ++i) {\n      if (spans[i].marker.explicitlyCleared) { if (!out) out = spans.slice(0, i); }\n      else if (out) out.push(spans[i]);\n    }\n    return !out ? spans : out.length ? out : null;\n  }\n\n  // Retrieve and filter the old marked spans stored in a change event.\n  function getOldSpans(doc, change) {\n    var found = change[\"spans_\" + doc.id];\n    if (!found) return null;\n    for (var i = 0, nw = []; i < change.text.length; ++i)\n      nw.push(removeClearedSpans(found[i]));\n    return nw;\n  }\n\n  // Used both to provide a JSON-safe object in .getHistory, and, when\n  // detaching a document, to split the history in two\n  function copyHistoryArray(events, newGroup, instantiateSel) {\n    for (var i = 0, copy = []; i < events.length; ++i) {\n      var event = events[i];\n      if (event.ranges) {\n        copy.push(instantiateSel ? Selection.prototype.deepCopy.call(event) : event);\n        continue;\n      }\n      var changes = event.changes, newChanges = [];\n      copy.push({changes: newChanges});\n      for (var j = 0; j < changes.length; ++j) {\n        var change = changes[j], m;\n        newChanges.push({from: change.from, to: change.to, text: change.text});\n        if (newGroup) for (var prop in change) if (m = prop.match(/^spans_(\\d+)$/)) {\n          if (indexOf(newGroup, Number(m[1])) > -1) {\n            lst(newChanges)[prop] = change[prop];\n            delete change[prop];\n          }\n        }\n      }\n    }\n    return copy;\n  }\n\n  // Rebasing/resetting history to deal with externally-sourced changes\n\n  function rebaseHistSelSingle(pos, from, to, diff) {\n    if (to < pos.line) {\n      pos.line += diff;\n    } else if (from < pos.line) {\n      pos.line = from;\n      pos.ch = 0;\n    }\n  }\n\n  // Tries to rebase an array of history events given a change in the\n  // document. If the change touches the same lines as the event, the\n  // event, and everything 'behind' it, is discarded. If the change is\n  // before the event, the event's positions are updated. Uses a\n  // copy-on-write scheme for the positions, to avoid having to\n  // reallocate them all on every rebase, but also avoid problems with\n  // shared position objects being unsafely updated.\n  function rebaseHistArray(array, from, to, diff) {\n    for (var i = 0; i < array.length; ++i) {\n      var sub = array[i], ok = true;\n      if (sub.ranges) {\n        if (!sub.copied) { sub = array[i] = sub.deepCopy(); sub.copied = true; }\n        for (var j = 0; j < sub.ranges.length; j++) {\n          rebaseHistSelSingle(sub.ranges[j].anchor, from, to, diff);\n          rebaseHistSelSingle(sub.ranges[j].head, from, to, diff);\n        }\n        continue;\n      }\n      for (var j = 0; j < sub.changes.length; ++j) {\n        var cur = sub.changes[j];\n        if (to < cur.from.line) {\n          cur.from = Pos(cur.from.line + diff, cur.from.ch);\n          cur.to = Pos(cur.to.line + diff, cur.to.ch);\n        } else if (from <= cur.to.line) {\n          ok = false;\n          break;\n        }\n      }\n      if (!ok) {\n        array.splice(0, i + 1);\n        i = 0;\n      }\n    }\n  }\n\n  function rebaseHist(hist, change) {\n    var from = change.from.line, to = change.to.line, diff = change.text.length - (to - from) - 1;\n    rebaseHistArray(hist.done, from, to, diff);\n    rebaseHistArray(hist.undone, from, to, diff);\n  }\n\n  // EVENT UTILITIES\n\n  // Due to the fact that we still support jurassic IE versions, some\n  // compatibility wrappers are needed.\n\n  var e_preventDefault = CodeMirror.e_preventDefault = function(e) {\n    if (e.preventDefault) e.preventDefault();\n    else e.returnValue = false;\n  };\n  var e_stopPropagation = CodeMirror.e_stopPropagation = function(e) {\n    if (e.stopPropagation) e.stopPropagation();\n    else e.cancelBubble = true;\n  };\n  function e_defaultPrevented(e) {\n    return e.defaultPrevented != null ? e.defaultPrevented : e.returnValue == false;\n  }\n  var e_stop = CodeMirror.e_stop = function(e) {e_preventDefault(e); e_stopPropagation(e);};\n\n  function e_target(e) {return e.target || e.srcElement;}\n  function e_button(e) {\n    var b = e.which;\n    if (b == null) {\n      if (e.button & 1) b = 1;\n      else if (e.button & 2) b = 3;\n      else if (e.button & 4) b = 2;\n    }\n    if (mac && e.ctrlKey && b == 1) b = 3;\n    return b;\n  }\n\n  // EVENT HANDLING\n\n  // Lightweight event framework. on/off also work on DOM nodes,\n  // registering native DOM handlers.\n\n  var on = CodeMirror.on = function(emitter, type, f) {\n    if (emitter.addEventListener)\n      emitter.addEventListener(type, f, false);\n    else if (emitter.attachEvent)\n      emitter.attachEvent(\"on\" + type, f);\n    else {\n      var map = emitter._handlers || (emitter._handlers = {});\n      var arr = map[type] || (map[type] = []);\n      arr.push(f);\n    }\n  };\n\n  var off = CodeMirror.off = function(emitter, type, f) {\n    if (emitter.removeEventListener)\n      emitter.removeEventListener(type, f, false);\n    else if (emitter.detachEvent)\n      emitter.detachEvent(\"on\" + type, f);\n    else {\n      var arr = emitter._handlers && emitter._handlers[type];\n      if (!arr) return;\n      for (var i = 0; i < arr.length; ++i)\n        if (arr[i] == f) { arr.splice(i, 1); break; }\n    }\n  };\n\n  var signal = CodeMirror.signal = function(emitter, type /*, values...*/) {\n    var arr = emitter._handlers && emitter._handlers[type];\n    if (!arr) return;\n    var args = Array.prototype.slice.call(arguments, 2);\n    for (var i = 0; i < arr.length; ++i) arr[i].apply(null, args);\n  };\n\n  // Often, we want to signal events at a point where we are in the\n  // middle of some work, but don't want the handler to start calling\n  // other methods on the editor, which might be in an inconsistent\n  // state or simply not expect any other events to happen.\n  // signalLater looks whether there are any handlers, and schedules\n  // them to be executed when the last operation ends, or, if no\n  // operation is active, when a timeout fires.\n  var delayedCallbacks, delayedCallbackDepth = 0;\n  function signalLater(emitter, type /*, values...*/) {\n    var arr = emitter._handlers && emitter._handlers[type];\n    if (!arr) return;\n    var args = Array.prototype.slice.call(arguments, 2);\n    if (!delayedCallbacks) {\n      ++delayedCallbackDepth;\n      delayedCallbacks = [];\n      setTimeout(fireDelayed, 0);\n    }\n    function bnd(f) {return function(){f.apply(null, args);};};\n    for (var i = 0; i < arr.length; ++i)\n      delayedCallbacks.push(bnd(arr[i]));\n  }\n\n  function fireDelayed() {\n    --delayedCallbackDepth;\n    var delayed = delayedCallbacks;\n    delayedCallbacks = null;\n    for (var i = 0; i < delayed.length; ++i) delayed[i]();\n  }\n\n  // The DOM events that CodeMirror handles can be overridden by\n  // registering a (non-DOM) handler on the editor for the event name,\n  // and preventDefault-ing the event in that handler.\n  function signalDOMEvent(cm, e, override) {\n    signal(cm, override || e.type, cm, e);\n    return e_defaultPrevented(e) || e.codemirrorIgnore;\n  }\n\n  function signalCursorActivity(cm) {\n    var arr = cm._handlers && cm._handlers.cursorActivity;\n    if (!arr) return;\n    var set = cm.curOp.cursorActivityHandlers || (cm.curOp.cursorActivityHandlers = []);\n    for (var i = 0; i < arr.length; ++i) if (indexOf(set, arr[i]) == -1)\n      set.push(arr[i]);\n  }\n\n  function hasHandler(emitter, type) {\n    var arr = emitter._handlers && emitter._handlers[type];\n    return arr && arr.length > 0;\n  }\n\n  // Add on and off methods to a constructor's prototype, to make\n  // registering events on such objects more convenient.\n  function eventMixin(ctor) {\n    ctor.prototype.on = function(type, f) {on(this, type, f);};\n    ctor.prototype.off = function(type, f) {off(this, type, f);};\n  }\n\n  // MISC UTILITIES\n\n  // Number of pixels added to scroller and sizer to hide scrollbar\n  var scrollerCutOff = 30;\n\n  // Returned or thrown by various protocols to signal 'I'm not\n  // handling this'.\n  var Pass = CodeMirror.Pass = {toString: function(){return \"CodeMirror.Pass\";}};\n\n  // Reused option objects for setSelection & friends\n  var sel_dontScroll = {scroll: false}, sel_mouse = {origin: \"*mouse\"}, sel_move = {origin: \"+move\"};\n\n  function Delayed() {this.id = null;}\n  Delayed.prototype.set = function(ms, f) {\n    clearTimeout(this.id);\n    this.id = setTimeout(f, ms);\n  };\n\n  // Counts the column offset in a string, taking tabs into account.\n  // Used mostly to find indentation.\n  var countColumn = CodeMirror.countColumn = function(string, end, tabSize, startIndex, startValue) {\n    if (end == null) {\n      end = string.search(/[^\\s\\u00a0]/);\n      if (end == -1) end = string.length;\n    }\n    for (var i = startIndex || 0, n = startValue || 0;;) {\n      var nextTab = string.indexOf(\"\\t\", i);\n      if (nextTab < 0 || nextTab >= end)\n        return n + (end - i);\n      n += nextTab - i;\n      n += tabSize - (n % tabSize);\n      i = nextTab + 1;\n    }\n  };\n\n  // The inverse of countColumn -- find the offset that corresponds to\n  // a particular column.\n  function findColumn(string, goal, tabSize) {\n    for (var pos = 0, col = 0;;) {\n      var nextTab = string.indexOf(\"\\t\", pos);\n      if (nextTab == -1) nextTab = string.length;\n      var skipped = nextTab - pos;\n      if (nextTab == string.length || col + skipped >= goal)\n        return pos + Math.min(skipped, goal - col);\n      col += nextTab - pos;\n      col += tabSize - (col % tabSize);\n      pos = nextTab + 1;\n      if (col >= goal) return pos;\n    }\n  }\n\n  var spaceStrs = [\"\"];\n  function spaceStr(n) {\n    while (spaceStrs.length <= n)\n      spaceStrs.push(lst(spaceStrs) + \" \");\n    return spaceStrs[n];\n  }\n\n  function lst(arr) { return arr[arr.length-1]; }\n\n  var selectInput = function(node) { node.select(); };\n  if (ios) // Mobile Safari apparently has a bug where select() is broken.\n    selectInput = function(node) { node.selectionStart = 0; node.selectionEnd = node.value.length; };\n  else if (ie) // Suppress mysterious IE10 errors\n    selectInput = function(node) { try { node.select(); } catch(_e) {} };\n\n  function indexOf(array, elt) {\n    for (var i = 0; i < array.length; ++i)\n      if (array[i] == elt) return i;\n    return -1;\n  }\n  if ([].indexOf) indexOf = function(array, elt) { return array.indexOf(elt); };\n  function map(array, f) {\n    var out = [];\n    for (var i = 0; i < array.length; i++) out[i] = f(array[i], i);\n    return out;\n  }\n  if ([].map) map = function(array, f) { return array.map(f); };\n\n  function createObj(base, props) {\n    var inst;\n    if (Object.create) {\n      inst = Object.create(base);\n    } else {\n      var ctor = function() {};\n      ctor.prototype = base;\n      inst = new ctor();\n    }\n    if (props) copyObj(props, inst);\n    return inst;\n  };\n\n  function copyObj(obj, target, overwrite) {\n    if (!target) target = {};\n    for (var prop in obj)\n      if (obj.hasOwnProperty(prop) && (overwrite !== false || !target.hasOwnProperty(prop)))\n        target[prop] = obj[prop];\n    return target;\n  }\n\n  function bind(f) {\n    var args = Array.prototype.slice.call(arguments, 1);\n    return function(){return f.apply(null, args);};\n  }\n\n  var nonASCIISingleCaseWordChar = /[\\u00df\\u3040-\\u309f\\u30a0-\\u30ff\\u3400-\\u4db5\\u4e00-\\u9fcc\\uac00-\\ud7af]/;\n  var isWordCharBasic = CodeMirror.isWordChar = function(ch) {\n    return /\\w/.test(ch) || ch > \"\\x80\" &&\n      (ch.toUpperCase() != ch.toLowerCase() || nonASCIISingleCaseWordChar.test(ch));\n  };\n  function isWordChar(ch, helper) {\n    if (!helper) return isWordCharBasic(ch);\n    if (helper.source.indexOf(\"\\\\w\") > -1 && isWordCharBasic(ch)) return true;\n    return helper.test(ch);\n  }\n\n  function isEmpty(obj) {\n    for (var n in obj) if (obj.hasOwnProperty(n) && obj[n]) return false;\n    return true;\n  }\n\n  // Extending unicode characters. A series of a non-extending char +\n  // any number of extending chars is treated as a single unit as far\n  // as editing and measuring is concerned. This is not fully correct,\n  // since some scripts/fonts/browsers also treat other configurations\n  // of code points as a group.\n  var extendingChars = /[\\u0300-\\u036f\\u0483-\\u0489\\u0591-\\u05bd\\u05bf\\u05c1\\u05c2\\u05c4\\u05c5\\u05c7\\u0610-\\u061a\\u064b-\\u065e\\u0670\\u06d6-\\u06dc\\u06de-\\u06e4\\u06e7\\u06e8\\u06ea-\\u06ed\\u0711\\u0730-\\u074a\\u07a6-\\u07b0\\u07eb-\\u07f3\\u0816-\\u0819\\u081b-\\u0823\\u0825-\\u0827\\u0829-\\u082d\\u0900-\\u0902\\u093c\\u0941-\\u0948\\u094d\\u0951-\\u0955\\u0962\\u0963\\u0981\\u09bc\\u09be\\u09c1-\\u09c4\\u09cd\\u09d7\\u09e2\\u09e3\\u0a01\\u0a02\\u0a3c\\u0a41\\u0a42\\u0a47\\u0a48\\u0a4b-\\u0a4d\\u0a51\\u0a70\\u0a71\\u0a75\\u0a81\\u0a82\\u0abc\\u0ac1-\\u0ac5\\u0ac7\\u0ac8\\u0acd\\u0ae2\\u0ae3\\u0b01\\u0b3c\\u0b3e\\u0b3f\\u0b41-\\u0b44\\u0b4d\\u0b56\\u0b57\\u0b62\\u0b63\\u0b82\\u0bbe\\u0bc0\\u0bcd\\u0bd7\\u0c3e-\\u0c40\\u0c46-\\u0c48\\u0c4a-\\u0c4d\\u0c55\\u0c56\\u0c62\\u0c63\\u0cbc\\u0cbf\\u0cc2\\u0cc6\\u0ccc\\u0ccd\\u0cd5\\u0cd6\\u0ce2\\u0ce3\\u0d3e\\u0d41-\\u0d44\\u0d4d\\u0d57\\u0d62\\u0d63\\u0dca\\u0dcf\\u0dd2-\\u0dd4\\u0dd6\\u0ddf\\u0e31\\u0e34-\\u0e3a\\u0e47-\\u0e4e\\u0eb1\\u0eb4-\\u0eb9\\u0ebb\\u0ebc\\u0ec8-\\u0ecd\\u0f18\\u0f19\\u0f35\\u0f37\\u0f39\\u0f71-\\u0f7e\\u0f80-\\u0f84\\u0f86\\u0f87\\u0f90-\\u0f97\\u0f99-\\u0fbc\\u0fc6\\u102d-\\u1030\\u1032-\\u1037\\u1039\\u103a\\u103d\\u103e\\u1058\\u1059\\u105e-\\u1060\\u1071-\\u1074\\u1082\\u1085\\u1086\\u108d\\u109d\\u135f\\u1712-\\u1714\\u1732-\\u1734\\u1752\\u1753\\u1772\\u1773\\u17b7-\\u17bd\\u17c6\\u17c9-\\u17d3\\u17dd\\u180b-\\u180d\\u18a9\\u1920-\\u1922\\u1927\\u1928\\u1932\\u1939-\\u193b\\u1a17\\u1a18\\u1a56\\u1a58-\\u1a5e\\u1a60\\u1a62\\u1a65-\\u1a6c\\u1a73-\\u1a7c\\u1a7f\\u1b00-\\u1b03\\u1b34\\u1b36-\\u1b3a\\u1b3c\\u1b42\\u1b6b-\\u1b73\\u1b80\\u1b81\\u1ba2-\\u1ba5\\u1ba8\\u1ba9\\u1c2c-\\u1c33\\u1c36\\u1c37\\u1cd0-\\u1cd2\\u1cd4-\\u1ce0\\u1ce2-\\u1ce8\\u1ced\\u1dc0-\\u1de6\\u1dfd-\\u1dff\\u200c\\u200d\\u20d0-\\u20f0\\u2cef-\\u2cf1\\u2de0-\\u2dff\\u302a-\\u302f\\u3099\\u309a\\ua66f-\\ua672\\ua67c\\ua67d\\ua6f0\\ua6f1\\ua802\\ua806\\ua80b\\ua825\\ua826\\ua8c4\\ua8e0-\\ua8f1\\ua926-\\ua92d\\ua947-\\ua951\\ua980-\\ua982\\ua9b3\\ua9b6-\\ua9b9\\ua9bc\\uaa29-\\uaa2e\\uaa31\\uaa32\\uaa35\\uaa36\\uaa43\\uaa4c\\uaab0\\uaab2-\\uaab4\\uaab7\\uaab8\\uaabe\\uaabf\\uaac1\\uabe5\\uabe8\\uabed\\udc00-\\udfff\\ufb1e\\ufe00-\\ufe0f\\ufe20-\\ufe26\\uff9e\\uff9f]/;\n  function isExtendingChar(ch) { return ch.charCodeAt(0) >= 768 && extendingChars.test(ch); }\n\n  // DOM UTILITIES\n\n  function elt(tag, content, className, style) {\n    var e = document.createElement(tag);\n    if (className) e.className = className;\n    if (style) e.style.cssText = style;\n    if (typeof content == \"string\") e.appendChild(document.createTextNode(content));\n    else if (content) for (var i = 0; i < content.length; ++i) e.appendChild(content[i]);\n    return e;\n  }\n\n  var range;\n  if (document.createRange) range = function(node, start, end) {\n    var r = document.createRange();\n    r.setEnd(node, end);\n    r.setStart(node, start);\n    return r;\n  };\n  else range = function(node, start, end) {\n    var r = document.body.createTextRange();\n    r.moveToElementText(node.parentNode);\n    r.collapse(true);\n    r.moveEnd(\"character\", end);\n    r.moveStart(\"character\", start);\n    return r;\n  };\n\n  function removeChildren(e) {\n    for (var count = e.childNodes.length; count > 0; --count)\n      e.removeChild(e.firstChild);\n    return e;\n  }\n\n  function removeChildrenAndAdd(parent, e) {\n    return removeChildren(parent).appendChild(e);\n  }\n\n  function contains(parent, child) {\n    if (parent.contains)\n      return parent.contains(child);\n    while (child = child.parentNode)\n      if (child == parent) return true;\n  }\n\n  function activeElt() { return document.activeElement; }\n  // Older versions of IE throws unspecified error when touching\n  // document.activeElement in some cases (during loading, in iframe)\n  if (ie_upto10) activeElt = function() {\n    try { return document.activeElement; }\n    catch(e) { return document.body; }\n  };\n\n  function classTest(cls) { return new RegExp(\"\\\\b\" + cls + \"\\\\b\\\\s*\"); }\n  function rmClass(node, cls) {\n    var test = classTest(cls);\n    if (test.test(node.className)) node.className = node.className.replace(test, \"\");\n  }\n  function addClass(node, cls) {\n    if (!classTest(cls).test(node.className)) node.className += \" \" + cls;\n  }\n  function joinClasses(a, b) {\n    var as = a.split(\" \");\n    for (var i = 0; i < as.length; i++)\n      if (as[i] && !classTest(as[i]).test(b)) b += \" \" + as[i];\n    return b;\n  }\n\n  // WINDOW-WIDE EVENTS\n\n  // These must be handled carefully, because naively registering a\n  // handler for each editor will cause the editors to never be\n  // garbage collected.\n\n  function forEachCodeMirror(f) {\n    if (!document.body.getElementsByClassName) return;\n    var byClass = document.body.getElementsByClassName(\"CodeMirror\");\n    for (var i = 0; i < byClass.length; i++) {\n      var cm = byClass[i].CodeMirror;\n      if (cm) f(cm);\n    }\n  }\n\n  var globalsRegistered = false;\n  function ensureGlobalHandlers() {\n    if (globalsRegistered) return;\n    registerGlobalHandlers();\n    globalsRegistered = true;\n  }\n  function registerGlobalHandlers() {\n    // When the window resizes, we need to refresh active editors.\n    var resizeTimer;\n    on(window, \"resize\", function() {\n      if (resizeTimer == null) resizeTimer = setTimeout(function() {\n        resizeTimer = null;\n        knownScrollbarWidth = null;\n        forEachCodeMirror(onResize);\n      }, 100);\n    });\n    // When the window loses focus, we want to show the editor as blurred\n    on(window, \"blur\", function() {\n      forEachCodeMirror(onBlur);\n    });\n  }\n\n  // FEATURE DETECTION\n\n  // Detect drag-and-drop\n  var dragAndDrop = function() {\n    // There is *some* kind of drag-and-drop support in IE6-8, but I\n    // couldn't get it to work yet.\n    if (ie_upto8) return false;\n    var div = elt('div');\n    return \"draggable\" in div || \"dragDrop\" in div;\n  }();\n\n  var knownScrollbarWidth;\n  function scrollbarWidth(measure) {\n    if (knownScrollbarWidth != null) return knownScrollbarWidth;\n    var test = elt(\"div\", null, null, \"width: 50px; height: 50px; overflow-x: scroll\");\n    removeChildrenAndAdd(measure, test);\n    if (test.offsetWidth)\n      knownScrollbarWidth = test.offsetHeight - test.clientHeight;\n    return knownScrollbarWidth || 0;\n  }\n\n  var zwspSupported;\n  function zeroWidthElement(measure) {\n    if (zwspSupported == null) {\n      var test = elt(\"span\", \"\\u200b\");\n      removeChildrenAndAdd(measure, elt(\"span\", [test, document.createTextNode(\"x\")]));\n      if (measure.firstChild.offsetHeight != 0)\n        zwspSupported = test.offsetWidth <= 1 && test.offsetHeight > 2 && !ie_upto7;\n    }\n    if (zwspSupported) return elt(\"span\", \"\\u200b\");\n    else return elt(\"span\", \"\\u00a0\", null, \"display: inline-block; width: 1px; margin-right: -1px\");\n  }\n\n  // Feature-detect IE's crummy client rect reporting for bidi text\n  var badBidiRects;\n  function hasBadBidiRects(measure) {\n    if (badBidiRects != null) return badBidiRects;\n    var txt = removeChildrenAndAdd(measure, document.createTextNode(\"A\\u062eA\"));\n    var r0 = range(txt, 0, 1).getBoundingClientRect();\n    if (r0.left == r0.right) return false;\n    var r1 = range(txt, 1, 2).getBoundingClientRect();\n    return badBidiRects = (r1.right - r0.right < 3);\n  }\n\n  // See if \"\".split is the broken IE version, if so, provide an\n  // alternative way to split lines.\n  var splitLines = CodeMirror.splitLines = \"\\n\\nb\".split(/\\n/).length != 3 ? function(string) {\n    var pos = 0, result = [], l = string.length;\n    while (pos <= l) {\n      var nl = string.indexOf(\"\\n\", pos);\n      if (nl == -1) nl = string.length;\n      var line = string.slice(pos, string.charAt(nl - 1) == \"\\r\" ? nl - 1 : nl);\n      var rt = line.indexOf(\"\\r\");\n      if (rt != -1) {\n        result.push(line.slice(0, rt));\n        pos += rt + 1;\n      } else {\n        result.push(line);\n        pos = nl + 1;\n      }\n    }\n    return result;\n  } : function(string){return string.split(/\\r\\n?|\\n/);};\n\n  var hasSelection = window.getSelection ? function(te) {\n    try { return te.selectionStart != te.selectionEnd; }\n    catch(e) { return false; }\n  } : function(te) {\n    try {var range = te.ownerDocument.selection.createRange();}\n    catch(e) {}\n    if (!range || range.parentElement() != te) return false;\n    return range.compareEndPoints(\"StartToEnd\", range) != 0;\n  };\n\n  var hasCopyEvent = (function() {\n    var e = elt(\"div\");\n    if (\"oncopy\" in e) return true;\n    e.setAttribute(\"oncopy\", \"return;\");\n    return typeof e.oncopy == \"function\";\n  })();\n\n  // KEY NAMES\n\n  var keyNames = {3: \"Enter\", 8: \"Backspace\", 9: \"Tab\", 13: \"Enter\", 16: \"Shift\", 17: \"Ctrl\", 18: \"Alt\",\n                  19: \"Pause\", 20: \"CapsLock\", 27: \"Esc\", 32: \"Space\", 33: \"PageUp\", 34: \"PageDown\", 35: \"End\",\n                  36: \"Home\", 37: \"Left\", 38: \"Up\", 39: \"Right\", 40: \"Down\", 44: \"PrintScrn\", 45: \"Insert\",\n                  46: \"Delete\", 59: \";\", 61: \"=\", 91: \"Mod\", 92: \"Mod\", 93: \"Mod\", 107: \"=\", 109: \"-\", 127: \"Delete\",\n                  173: \"-\", 186: \";\", 187: \"=\", 188: \",\", 189: \"-\", 190: \".\", 191: \"/\", 192: \"`\", 219: \"[\", 220: \"\\\\\",\n                  221: \"]\", 222: \"'\", 63232: \"Up\", 63233: \"Down\", 63234: \"Left\", 63235: \"Right\", 63272: \"Delete\",\n                  63273: \"Home\", 63275: \"End\", 63276: \"PageUp\", 63277: \"PageDown\", 63302: \"Insert\"};\n  CodeMirror.keyNames = keyNames;\n  (function() {\n    // Number keys\n    for (var i = 0; i < 10; i++) keyNames[i + 48] = keyNames[i + 96] = String(i);\n    // Alphabetic keys\n    for (var i = 65; i <= 90; i++) keyNames[i] = String.fromCharCode(i);\n    // Function keys\n    for (var i = 1; i <= 12; i++) keyNames[i + 111] = keyNames[i + 63235] = \"F\" + i;\n  })();\n\n  // BIDI HELPERS\n\n  function iterateBidiSections(order, from, to, f) {\n    if (!order) return f(from, to, \"ltr\");\n    var found = false;\n    for (var i = 0; i < order.length; ++i) {\n      var part = order[i];\n      if (part.from < to && part.to > from || from == to && part.to == from) {\n        f(Math.max(part.from, from), Math.min(part.to, to), part.level == 1 ? \"rtl\" : \"ltr\");\n        found = true;\n      }\n    }\n    if (!found) f(from, to, \"ltr\");\n  }\n\n  function bidiLeft(part) { return part.level % 2 ? part.to : part.from; }\n  function bidiRight(part) { return part.level % 2 ? part.from : part.to; }\n\n  function lineLeft(line) { var order = getOrder(line); return order ? bidiLeft(order[0]) : 0; }\n  function lineRight(line) {\n    var order = getOrder(line);\n    if (!order) return line.text.length;\n    return bidiRight(lst(order));\n  }\n\n  function lineStart(cm, lineN) {\n    var line = getLine(cm.doc, lineN);\n    var visual = visualLine(line);\n    if (visual != line) lineN = lineNo(visual);\n    var order = getOrder(visual);\n    var ch = !order ? 0 : order[0].level % 2 ? lineRight(visual) : lineLeft(visual);\n    return Pos(lineN, ch);\n  }\n  function lineEnd(cm, lineN) {\n    var merged, line = getLine(cm.doc, lineN);\n    while (merged = collapsedSpanAtEnd(line)) {\n      line = merged.find(1, true).line;\n      lineN = null;\n    }\n    var order = getOrder(line);\n    var ch = !order ? line.text.length : order[0].level % 2 ? lineLeft(line) : lineRight(line);\n    return Pos(lineN == null ? lineNo(line) : lineN, ch);\n  }\n\n  function compareBidiLevel(order, a, b) {\n    var linedir = order[0].level;\n    if (a == linedir) return true;\n    if (b == linedir) return false;\n    return a < b;\n  }\n  var bidiOther;\n  function getBidiPartAt(order, pos) {\n    bidiOther = null;\n    for (var i = 0, found; i < order.length; ++i) {\n      var cur = order[i];\n      if (cur.from < pos && cur.to > pos) return i;\n      if ((cur.from == pos || cur.to == pos)) {\n        if (found == null) {\n          found = i;\n        } else if (compareBidiLevel(order, cur.level, order[found].level)) {\n          if (cur.from != cur.to) bidiOther = found;\n          return i;\n        } else {\n          if (cur.from != cur.to) bidiOther = i;\n          return found;\n        }\n      }\n    }\n    return found;\n  }\n\n  function moveInLine(line, pos, dir, byUnit) {\n    if (!byUnit) return pos + dir;\n    do pos += dir;\n    while (pos > 0 && isExtendingChar(line.text.charAt(pos)));\n    return pos;\n  }\n\n  // This is needed in order to move 'visually' through bi-directional\n  // text -- i.e., pressing left should make the cursor go left, even\n  // when in RTL text. The tricky part is the 'jumps', where RTL and\n  // LTR text touch each other. This often requires the cursor offset\n  // to move more than one unit, in order to visually move one unit.\n  function moveVisually(line, start, dir, byUnit) {\n    var bidi = getOrder(line);\n    if (!bidi) return moveLogically(line, start, dir, byUnit);\n    var pos = getBidiPartAt(bidi, start), part = bidi[pos];\n    var target = moveInLine(line, start, part.level % 2 ? -dir : dir, byUnit);\n\n    for (;;) {\n      if (target > part.from && target < part.to) return target;\n      if (target == part.from || target == part.to) {\n        if (getBidiPartAt(bidi, target) == pos) return target;\n        part = bidi[pos += dir];\n        return (dir > 0) == part.level % 2 ? part.to : part.from;\n      } else {\n        part = bidi[pos += dir];\n        if (!part) return null;\n        if ((dir > 0) == part.level % 2)\n          target = moveInLine(line, part.to, -1, byUnit);\n        else\n          target = moveInLine(line, part.from, 1, byUnit);\n      }\n    }\n  }\n\n  function moveLogically(line, start, dir, byUnit) {\n    var target = start + dir;\n    if (byUnit) while (target > 0 && isExtendingChar(line.text.charAt(target))) target += dir;\n    return target < 0 || target > line.text.length ? null : target;\n  }\n\n  // Bidirectional ordering algorithm\n  // See http://unicode.org/reports/tr9/tr9-13.html for the algorithm\n  // that this (partially) implements.\n\n  // One-char codes used for character types:\n  // L (L):   Left-to-Right\n  // R (R):   Right-to-Left\n  // r (AL):  Right-to-Left Arabic\n  // 1 (EN):  European Number\n  // + (ES):  European Number Separator\n  // % (ET):  European Number Terminator\n  // n (AN):  Arabic Number\n  // , (CS):  Common Number Separator\n  // m (NSM): Non-Spacing Mark\n  // b (BN):  Boundary Neutral\n  // s (B):   Paragraph Separator\n  // t (S):   Segment Separator\n  // w (WS):  Whitespace\n  // N (ON):  Other Neutrals\n\n  // Returns null if characters are ordered as they appear\n  // (left-to-right), or an array of sections ({from, to, level}\n  // objects) in the order in which they occur visually.\n  var bidiOrdering = (function() {\n    // Character types for codepoints 0 to 0xff\n    var lowTypes = \"bbbbbbbbbtstwsbbbbbbbbbbbbbbssstwNN%%%NNNNNN,N,N1111111111NNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNbbbbbbsbbbbbbbbbbbbbbbbbbbbbbbbbb,N%%%%NNNNLNNNNN%%11NLNNN1LNNNNNLLLLLLLLLLLLLLLLLLLLLLLNLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLN\";\n    // Character types for codepoints 0x600 to 0x6ff\n    var arabicTypes = \"rrrrrrrrrrrr,rNNmmmmmmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmrrrrrrrnnnnnnnnnn%nnrrrmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmmmmmmNmmmm\";\n    function charType(code) {\n      if (code <= 0xf7) return lowTypes.charAt(code);\n      else if (0x590 <= code && code <= 0x5f4) return \"R\";\n      else if (0x600 <= code && code <= 0x6ed) return arabicTypes.charAt(code - 0x600);\n      else if (0x6ee <= code && code <= 0x8ac) return \"r\";\n      else if (0x2000 <= code && code <= 0x200b) return \"w\";\n      else if (code == 0x200c) return \"b\";\n      else return \"L\";\n    }\n\n    var bidiRE = /[\\u0590-\\u05f4\\u0600-\\u06ff\\u0700-\\u08ac]/;\n    var isNeutral = /[stwN]/, isStrong = /[LRr]/, countsAsLeft = /[Lb1n]/, countsAsNum = /[1n]/;\n    // Browsers seem to always treat the boundaries of block elements as being L.\n    var outerType = \"L\";\n\n    function BidiSpan(level, from, to) {\n      this.level = level;\n      this.from = from; this.to = to;\n    }\n\n    return function(str) {\n      if (!bidiRE.test(str)) return false;\n      var len = str.length, types = [];\n      for (var i = 0, type; i < len; ++i)\n        types.push(type = charType(str.charCodeAt(i)));\n\n      // W1. Examine each non-spacing mark (NSM) in the level run, and\n      // change the type of the NSM to the type of the previous\n      // character. If the NSM is at the start of the level run, it will\n      // get the type of sor.\n      for (var i = 0, prev = outerType; i < len; ++i) {\n        var type = types[i];\n        if (type == \"m\") types[i] = prev;\n        else prev = type;\n      }\n\n      // W2. Search backwards from each instance of a European number\n      // until the first strong type (R, L, AL, or sor) is found. If an\n      // AL is found, change the type of the European number to Arabic\n      // number.\n      // W3. Change all ALs to R.\n      for (var i = 0, cur = outerType; i < len; ++i) {\n        var type = types[i];\n        if (type == \"1\" && cur == \"r\") types[i] = \"n\";\n        else if (isStrong.test(type)) { cur = type; if (type == \"r\") types[i] = \"R\"; }\n      }\n\n      // W4. A single European separator between two European numbers\n      // changes to a European number. A single common separator between\n      // two numbers of the same type changes to that type.\n      for (var i = 1, prev = types[0]; i < len - 1; ++i) {\n        var type = types[i];\n        if (type == \"+\" && prev == \"1\" && types[i+1] == \"1\") types[i] = \"1\";\n        else if (type == \",\" && prev == types[i+1] &&\n                 (prev == \"1\" || prev == \"n\")) types[i] = prev;\n        prev = type;\n      }\n\n      // W5. A sequence of European terminators adjacent to European\n      // numbers changes to all European numbers.\n      // W6. Otherwise, separators and terminators change to Other\n      // Neutral.\n      for (var i = 0; i < len; ++i) {\n        var type = types[i];\n        if (type == \",\") types[i] = \"N\";\n        else if (type == \"%\") {\n          for (var end = i + 1; end < len && types[end] == \"%\"; ++end) {}\n          var replace = (i && types[i-1] == \"!\") || (end < len && types[end] == \"1\") ? \"1\" : \"N\";\n          for (var j = i; j < end; ++j) types[j] = replace;\n          i = end - 1;\n        }\n      }\n\n      // W7. Search backwards from each instance of a European number\n      // until the first strong type (R, L, or sor) is found. If an L is\n      // found, then change the type of the European number to L.\n      for (var i = 0, cur = outerType; i < len; ++i) {\n        var type = types[i];\n        if (cur == \"L\" && type == \"1\") types[i] = \"L\";\n        else if (isStrong.test(type)) cur = type;\n      }\n\n      // N1. A sequence of neutrals takes the direction of the\n      // surrounding strong text if the text on both sides has the same\n      // direction. European and Arabic numbers act as if they were R in\n      // terms of their influence on neutrals. Start-of-level-run (sor)\n      // and end-of-level-run (eor) are used at level run boundaries.\n      // N2. Any remaining neutrals take the embedding direction.\n      for (var i = 0; i < len; ++i) {\n        if (isNeutral.test(types[i])) {\n          for (var end = i + 1; end < len && isNeutral.test(types[end]); ++end) {}\n          var before = (i ? types[i-1] : outerType) == \"L\";\n          var after = (end < len ? types[end] : outerType) == \"L\";\n          var replace = before || after ? \"L\" : \"R\";\n          for (var j = i; j < end; ++j) types[j] = replace;\n          i = end - 1;\n        }\n      }\n\n      // Here we depart from the documented algorithm, in order to avoid\n      // building up an actual levels array. Since there are only three\n      // levels (0, 1, 2) in an implementation that doesn't take\n      // explicit embedding into account, we can build up the order on\n      // the fly, without following the level-based algorithm.\n      var order = [], m;\n      for (var i = 0; i < len;) {\n        if (countsAsLeft.test(types[i])) {\n          var start = i;\n          for (++i; i < len && countsAsLeft.test(types[i]); ++i) {}\n          order.push(new BidiSpan(0, start, i));\n        } else {\n          var pos = i, at = order.length;\n          for (++i; i < len && types[i] != \"L\"; ++i) {}\n          for (var j = pos; j < i;) {\n            if (countsAsNum.test(types[j])) {\n              if (pos < j) order.splice(at, 0, new BidiSpan(1, pos, j));\n              var nstart = j;\n              for (++j; j < i && countsAsNum.test(types[j]); ++j) {}\n              order.splice(at, 0, new BidiSpan(2, nstart, j));\n              pos = j;\n            } else ++j;\n          }\n          if (pos < i) order.splice(at, 0, new BidiSpan(1, pos, i));\n        }\n      }\n      if (order[0].level == 1 && (m = str.match(/^\\s+/))) {\n        order[0].from = m[0].length;\n        order.unshift(new BidiSpan(0, 0, m[0].length));\n      }\n      if (lst(order).level == 1 && (m = str.match(/\\s+$/))) {\n        lst(order).to -= m[0].length;\n        order.push(new BidiSpan(0, len - m[0].length, len));\n      }\n      if (order[0].level != lst(order).level)\n        order.push(new BidiSpan(order[0].level, len, len));\n\n      return order;\n    };\n  })();\n\n  // THE END\n\n  CodeMirror.version = \"4.1.1\";\n\n  return CodeMirror;\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css": {
            "text": "/* BASICS */\n\n.CodeMirror {\n  /* Set height, width, borders, and global font properties here */\n  font-family: monospace;\n  height: 300px;\n}\n.CodeMirror-scroll {\n  /* Set scrolling behaviour here */\n  overflow: auto;\n}\n\n/* PADDING */\n\n.CodeMirror-lines {\n  padding: 4px 0; /* Vertical padding around content */\n}\n.CodeMirror pre {\n  padding: 0 4px; /* Horizontal padding of content */\n}\n\n.CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n  background-color: white; /* The little square between H and V scrollbars */\n}\n\n/* GUTTER */\n\n.CodeMirror-gutters {\n  border-right: 1px solid #ddd;\n  background-color: #f7f7f7;\n  white-space: nowrap;\n}\n.CodeMirror-linenumbers {}\n.CodeMirror-linenumber {\n  padding: 0 3px 0 5px;\n  min-width: 20px;\n  text-align: right;\n  color: #999;\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n}\n\n/* CURSOR */\n\n.CodeMirror div.CodeMirror-cursor {\n  border-left: 1px solid black;\n}\n/* Shown when moving in bi-directional text */\n.CodeMirror div.CodeMirror-secondarycursor {\n  border-left: 1px solid silver;\n}\n.CodeMirror.cm-keymap-fat-cursor div.CodeMirror-cursor {\n  width: auto;\n  border: 0;\n  background: #7e7;\n}\n/* Can style cursor different in overwrite (non-insert) mode */\ndiv.CodeMirror-overwrite div.CodeMirror-cursor {}\n\n.cm-tab { display: inline-block; }\n\n.CodeMirror-ruler {\n  border-left: 1px solid #ccc;\n  position: absolute;\n}\n\n/* DEFAULT THEME */\n\n.cm-s-default .cm-keyword {color: #708;}\n.cm-s-default .cm-atom {color: #219;}\n.cm-s-default .cm-number {color: #164;}\n.cm-s-default .cm-def {color: #00f;}\n.cm-s-default .cm-variable,\n.cm-s-default .cm-punctuation,\n.cm-s-default .cm-property,\n.cm-s-default .cm-operator {}\n.cm-s-default .cm-variable-2 {color: #05a;}\n.cm-s-default .cm-variable-3 {color: #085;}\n.cm-s-default .cm-comment {color: #a50;}\n.cm-s-default .cm-string {color: #a11;}\n.cm-s-default .cm-string-2 {color: #f50;}\n.cm-s-default .cm-meta {color: #555;}\n.cm-s-default .cm-qualifier {color: #555;}\n.cm-s-default .cm-builtin {color: #30a;}\n.cm-s-default .cm-bracket {color: #997;}\n.cm-s-default .cm-tag {color: #170;}\n.cm-s-default .cm-attribute {color: #00c;}\n.cm-s-default .cm-header {color: blue;}\n.cm-s-default .cm-quote {color: #090;}\n.cm-s-default .cm-hr {color: #999;}\n.cm-s-default .cm-link {color: #00c;}\n\n.cm-negative {color: #d44;}\n.cm-positive {color: #292;}\n.cm-header, .cm-strong {font-weight: bold;}\n.cm-em {font-style: italic;}\n.cm-link {text-decoration: underline;}\n\n.cm-s-default .cm-error {color: #f00;}\n.cm-invalidchar {color: #f00;}\n\ndiv.CodeMirror span.CodeMirror-matchingbracket {color: #0f0;}\ndiv.CodeMirror span.CodeMirror-nonmatchingbracket {color: #f22;}\n.CodeMirror-activeline-background {background: #e8f2ff;}\n\n/* STOP */\n\n/* The rest of this file contains styles related to the mechanics of\n   the editor. You probably shouldn't touch them. */\n\n.CodeMirror {\n  line-height: 1;\n  position: relative;\n  overflow: hidden;\n  background: white;\n  color: black;\n}\n\n.CodeMirror-scroll {\n  /* 30px is the magic margin used to hide the element's real scrollbars */\n  /* See overflow: hidden in .CodeMirror */\n  margin-bottom: -30px; margin-right: -30px;\n  padding-bottom: 30px;\n  height: 100%;\n  outline: none; /* Prevent dragging from highlighting the element */\n  position: relative;\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n}\n.CodeMirror-sizer {\n  position: relative;\n  border-right: 30px solid transparent;\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n}\n\n/* The fake, visible scrollbars. Used to force redraw during scrolling\n   before actuall scrolling happens, thus preventing shaking and\n   flickering artifacts. */\n.CodeMirror-vscrollbar, .CodeMirror-hscrollbar, .CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n  position: absolute;\n  z-index: 6;\n  display: none;\n}\n.CodeMirror-vscrollbar {\n  right: 0; top: 0;\n  overflow-x: hidden;\n  overflow-y: scroll;\n}\n.CodeMirror-hscrollbar {\n  bottom: 0; left: 0;\n  overflow-y: hidden;\n  overflow-x: scroll;\n}\n.CodeMirror-scrollbar-filler {\n  right: 0; bottom: 0;\n}\n.CodeMirror-gutter-filler {\n  left: 0; bottom: 0;\n}\n\n.CodeMirror-gutters {\n  position: absolute; left: 0; top: 0;\n  padding-bottom: 30px;\n  z-index: 3;\n}\n.CodeMirror-gutter {\n  white-space: normal;\n  height: 100%;\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n  padding-bottom: 30px;\n  margin-bottom: -32px;\n  display: inline-block;\n  /* Hack to make IE7 behave */\n  *zoom:1;\n  *display:inline;\n}\n.CodeMirror-gutter-elt {\n  position: absolute;\n  cursor: default;\n  z-index: 4;\n}\n\n.CodeMirror-lines {\n  cursor: text;\n}\n.CodeMirror pre {\n  /* Reset some styles that the rest of the page might have set */\n  -moz-border-radius: 0; -webkit-border-radius: 0; border-radius: 0;\n  border-width: 0;\n  background: transparent;\n  font-family: inherit;\n  font-size: inherit;\n  margin: 0;\n  white-space: pre;\n  word-wrap: normal;\n  line-height: inherit;\n  color: inherit;\n  z-index: 2;\n  position: relative;\n  overflow: visible;\n}\n.CodeMirror-wrap pre {\n  word-wrap: break-word;\n  white-space: pre-wrap;\n  word-break: normal;\n}\n\n.CodeMirror-linebackground {\n  position: absolute;\n  left: 0; right: 0; top: 0; bottom: 0;\n  z-index: 0;\n}\n\n.CodeMirror-linewidget {\n  position: relative;\n  z-index: 2;\n  overflow: auto;\n}\n\n.CodeMirror-widget {}\n\n.CodeMirror-wrap .CodeMirror-scroll {\n  overflow-x: hidden;\n}\n\n.CodeMirror-measure {\n  position: absolute;\n  width: 100%;\n  height: 0;\n  overflow: hidden;\n  visibility: hidden;\n}\n.CodeMirror-measure pre { position: static; }\n\n.CodeMirror div.CodeMirror-cursor {\n  position: absolute;\n  border-right: none;\n  width: 0;\n}\n\ndiv.CodeMirror-cursors {\n  visibility: hidden;\n  position: relative;\n  z-index: 1;\n}\n.CodeMirror-focused div.CodeMirror-cursors {\n  visibility: visible;\n}\n\n.CodeMirror-selected { background: #d9d9d9; }\n.CodeMirror-focused .CodeMirror-selected { background: #d7d4f0; }\n.CodeMirror-crosshair { cursor: crosshair; }\n\n.cm-searching {\n  background: #ffa;\n  background: rgba(255, 255, 0, .4);\n}\n\n/* IE7 hack to prevent it from returning funny offsetTops on the spans */\n.CodeMirror span { *vertical-align: text-bottom; }\n\n/* Used to force a border model for a node */\n.cm-force-border { padding-right: .1px; }\n\n@media print {\n  /* Hide the cursor when printing */\n  .CodeMirror div.CodeMirror-cursors {\n    visibility: hidden;\n  }\n}\n",
            "type": "text/css",
            "title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css",
            "tags": "[[$:/tags/Stylesheet]]"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css": {
            "text": ".CodeMirror-dialog {\n  position: absolute;\n  left: 0; right: 0;\n  background: white;\n  z-index: 15;\n  padding: .1em .8em;\n  overflow: hidden;\n  color: #333;\n}\n\n.CodeMirror-dialog-top {\n  border-bottom: 1px solid #eee;\n  top: 0;\n}\n\n.CodeMirror-dialog-bottom {\n  border-top: 1px solid #eee;\n  bottom: 0;\n}\n\n.CodeMirror-dialog input {\n  border: none;\n  outline: none;\n  background: transparent;\n  width: 20em;\n  color: inherit;\n  font-family: monospace;\n}\n\n.CodeMirror-dialog button {\n  font-size: 70%;\n}\n",
            "type": "text/css",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css",
            "tags": "[[$:/tags/Stylesheet]]"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js": {
            "text": "// Open simple dialogs on top of an editor. Relies on dialog.css.\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  function dialogDiv(cm, template, bottom) {\n    var wrap = cm.getWrapperElement();\n    var dialog;\n    dialog = wrap.appendChild(document.createElement(\"div\"));\n    if (bottom) {\n      dialog.className = \"CodeMirror-dialog CodeMirror-dialog-bottom\";\n    } else {\n      dialog.className = \"CodeMirror-dialog CodeMirror-dialog-top\";\n    }\n    if (typeof template == \"string\") {\n      dialog.innerHTML = template;\n    } else { // Assuming it's a detached DOM element.\n      dialog.appendChild(template);\n    }\n    return dialog;\n  }\n\n  function closeNotification(cm, newVal) {\n    if (cm.state.currentNotificationClose)\n      cm.state.currentNotificationClose();\n    cm.state.currentNotificationClose = newVal;\n  }\n\n  CodeMirror.defineExtension(\"openDialog\", function(template, callback, options) {\n    closeNotification(this, null);\n    var dialog = dialogDiv(this, template, options && options.bottom);\n    var closed = false, me = this;\n    function close() {\n      if (closed) return;\n      closed = true;\n      dialog.parentNode.removeChild(dialog);\n    }\n    var inp = dialog.getElementsByTagName(\"input\")[0], button;\n    if (inp) {\n      if (options && options.value) inp.value = options.value;\n      CodeMirror.on(inp, \"keydown\", function(e) {\n        if (options && options.onKeyDown && options.onKeyDown(e, inp.value, close)) { return; }\n        if (e.keyCode == 13 || e.keyCode == 27) {\n          inp.blur();\n          CodeMirror.e_stop(e);\n          close();\n          me.focus();\n          if (e.keyCode == 13) callback(inp.value);\n        }\n      });\n      if (options && options.onKeyUp) {\n        CodeMirror.on(inp, \"keyup\", function(e) {options.onKeyUp(e, inp.value, close);});\n      }\n      if (options && options.value) inp.value = options.value;\n      inp.focus();\n      CodeMirror.on(inp, \"blur\", close);\n    } else if (button = dialog.getElementsByTagName(\"button\")[0]) {\n      CodeMirror.on(button, \"click\", function() {\n        close();\n        me.focus();\n      });\n      button.focus();\n      CodeMirror.on(button, \"blur\", close);\n    }\n    return close;\n  });\n\n  CodeMirror.defineExtension(\"openConfirm\", function(template, callbacks, options) {\n    closeNotification(this, null);\n    var dialog = dialogDiv(this, template, options && options.bottom);\n    var buttons = dialog.getElementsByTagName(\"button\");\n    var closed = false, me = this, blurring = 1;\n    function close() {\n      if (closed) return;\n      closed = true;\n      dialog.parentNode.removeChild(dialog);\n      me.focus();\n    }\n    buttons[0].focus();\n    for (var i = 0; i < buttons.length; ++i) {\n      var b = buttons[i];\n      (function(callback) {\n        CodeMirror.on(b, \"click\", function(e) {\n          CodeMirror.e_preventDefault(e);\n          close();\n          if (callback) callback(me);\n        });\n      })(callbacks[i]);\n      CodeMirror.on(b, \"blur\", function() {\n        --blurring;\n        setTimeout(function() { if (blurring <= 0) close(); }, 200);\n      });\n      CodeMirror.on(b, \"focus\", function() { ++blurring; });\n    }\n  });\n\n  /*\n   * openNotification\n   * Opens a notification, that can be closed with an optional timer\n   * (default 5000ms timer) and always closes on click.\n   *\n   * If a notification is opened while another is opened, it will close the\n   * currently opened one and open the new one immediately.\n   */\n  CodeMirror.defineExtension(\"openNotification\", function(template, options) {\n    closeNotification(this, close);\n    var dialog = dialogDiv(this, template, options && options.bottom);\n    var duration = options && (options.duration === undefined ? 5000 : options.duration);\n    var closed = false, doneTimer;\n\n    function close() {\n      if (closed) return;\n      closed = true;\n      clearTimeout(doneTimer);\n      dialog.parentNode.removeChild(dialog);\n    }\n\n    CodeMirror.on(dialog, 'click', function(e) {\n      CodeMirror.e_preventDefault(e);\n      close();\n    });\n    if (duration)\n      doneTimer = setTimeout(close, options.duration);\n  });\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js": {
            "text": "(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  var ie_lt8 = /MSIE \\d/.test(navigator.userAgent) &&\n    (document.documentMode == null || document.documentMode < 8);\n\n  var Pos = CodeMirror.Pos;\n\n  var matching = {\"(\": \")>\", \")\": \"(<\", \"[\": \"]>\", \"]\": \"[<\", \"{\": \"}>\", \"}\": \"{<\"};\n\n  function findMatchingBracket(cm, where, strict, config) {\n    var line = cm.getLineHandle(where.line), pos = where.ch - 1;\n    var match = (pos >= 0 && matching[line.text.charAt(pos)]) || matching[line.text.charAt(++pos)];\n    if (!match) return null;\n    var dir = match.charAt(1) == \">\" ? 1 : -1;\n    if (strict && (dir > 0) != (pos == where.ch)) return null;\n    var style = cm.getTokenTypeAt(Pos(where.line, pos + 1));\n\n    var found = scanForBracket(cm, Pos(where.line, pos + (dir > 0 ? 1 : 0)), dir, style || null, config);\n    if (found == null) return null;\n    return {from: Pos(where.line, pos), to: found && found.pos,\n            match: found && found.ch == match.charAt(0), forward: dir > 0};\n  }\n\n  // bracketRegex is used to specify which type of bracket to scan\n  // should be a regexp, e.g. /[[\\]]/\n  //\n  // Note: If \"where\" is on an open bracket, then this bracket is ignored.\n  //\n  // Returns false when no bracket was found, null when it reached\n  // maxScanLines and gave up\n  function scanForBracket(cm, where, dir, style, config) {\n    var maxScanLen = (config && config.maxScanLineLength) || 10000;\n    var maxScanLines = (config && config.maxScanLines) || 1000;\n\n    var stack = [];\n    var re = config && config.bracketRegex ? config.bracketRegex : /[(){}[\\]]/;\n    var lineEnd = dir > 0 ? Math.min(where.line + maxScanLines, cm.lastLine() + 1)\n                          : Math.max(cm.firstLine() - 1, where.line - maxScanLines);\n    for (var lineNo = where.line; lineNo != lineEnd; lineNo += dir) {\n      var line = cm.getLine(lineNo);\n      if (!line) continue;\n      var pos = dir > 0 ? 0 : line.length - 1, end = dir > 0 ? line.length : -1;\n      if (line.length > maxScanLen) continue;\n      if (lineNo == where.line) pos = where.ch - (dir < 0 ? 1 : 0);\n      for (; pos != end; pos += dir) {\n        var ch = line.charAt(pos);\n        if (re.test(ch) && (style === undefined || cm.getTokenTypeAt(Pos(lineNo, pos + 1)) == style)) {\n          var match = matching[ch];\n          if ((match.charAt(1) == \">\") == (dir > 0)) stack.push(ch);\n          else if (!stack.length) return {pos: Pos(lineNo, pos), ch: ch};\n          else stack.pop();\n        }\n      }\n    }\n    return lineNo - dir == (dir > 0 ? cm.lastLine() : cm.firstLine()) ? false : null;\n  }\n\n  function matchBrackets(cm, autoclear, config) {\n    // Disable brace matching in long lines, since it'll cause hugely slow updates\n    var maxHighlightLen = cm.state.matchBrackets.maxHighlightLineLength || 1000;\n    var marks = [], ranges = cm.listSelections();\n    for (var i = 0; i < ranges.length; i++) {\n      var match = ranges[i].empty() && findMatchingBracket(cm, ranges[i].head, false, config);\n      if (match && cm.getLine(match.from.line).length <= maxHighlightLen) {\n        var style = match.match ? \"CodeMirror-matchingbracket\" : \"CodeMirror-nonmatchingbracket\";\n        marks.push(cm.markText(match.from, Pos(match.from.line, match.from.ch + 1), {className: style}));\n        if (match.to && cm.getLine(match.to.line).length <= maxHighlightLen)\n          marks.push(cm.markText(match.to, Pos(match.to.line, match.to.ch + 1), {className: style}));\n      }\n    }\n\n    if (marks.length) {\n      // Kludge to work around the IE bug from issue #1193, where text\n      // input stops going to the textare whever this fires.\n      if (ie_lt8 && cm.state.focused) cm.display.input.focus();\n\n      var clear = function() {\n        cm.operation(function() {\n          for (var i = 0; i < marks.length; i++) marks[i].clear();\n        });\n      };\n      if (autoclear) setTimeout(clear, 800);\n      else return clear;\n    }\n  }\n\n  var currentlyHighlighted = null;\n  function doMatchBrackets(cm) {\n    cm.operation(function() {\n      if (currentlyHighlighted) {currentlyHighlighted(); currentlyHighlighted = null;}\n      currentlyHighlighted = matchBrackets(cm, false, cm.state.matchBrackets);\n    });\n  }\n\n  CodeMirror.defineOption(\"matchBrackets\", false, function(cm, val, old) {\n    if (old && old != CodeMirror.Init)\n      cm.off(\"cursorActivity\", doMatchBrackets);\n    if (val) {\n      cm.state.matchBrackets = typeof val == \"object\" ? val : {};\n      cm.on(\"cursorActivity\", doMatchBrackets);\n    }\n  });\n\n  CodeMirror.defineExtension(\"matchBrackets\", function() {matchBrackets(this, true);});\n  CodeMirror.defineExtension(\"findMatchingBracket\", function(pos, strict, config){\n    return findMatchingBracket(this, pos, strict, config);\n  });\n  CodeMirror.defineExtension(\"scanForBracket\", function(pos, dir, style, config){\n    return scanForBracket(this, pos, dir, style, config);\n  });\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js": {
            "text": "(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n  var Pos = CodeMirror.Pos;\n\n  function SearchCursor(doc, query, pos, caseFold) {\n    this.atOccurrence = false; this.doc = doc;\n    if (caseFold == null && typeof query == \"string\") caseFold = false;\n\n    pos = pos ? doc.clipPos(pos) : Pos(0, 0);\n    this.pos = {from: pos, to: pos};\n\n    // The matches method is filled in based on the type of query.\n    // It takes a position and a direction, and returns an object\n    // describing the next occurrence of the query, or null if no\n    // more matches were found.\n    if (typeof query != \"string\") { // Regexp match\n      if (!query.global) query = new RegExp(query.source, query.ignoreCase ? \"ig\" : \"g\");\n      this.matches = function(reverse, pos) {\n        if (reverse) {\n          query.lastIndex = 0;\n          var line = doc.getLine(pos.line).slice(0, pos.ch), cutOff = 0, match, start;\n          for (;;) {\n            query.lastIndex = cutOff;\n            var newMatch = query.exec(line);\n            if (!newMatch) break;\n            match = newMatch;\n            start = match.index;\n            cutOff = match.index + (match[0].length || 1);\n            if (cutOff == line.length) break;\n          }\n          var matchLen = (match && match[0].length) || 0;\n          if (!matchLen) {\n            if (start == 0 && line.length == 0) {match = undefined;}\n            else if (start != doc.getLine(pos.line).length) {\n              matchLen++;\n            }\n          }\n        } else {\n          query.lastIndex = pos.ch;\n          var line = doc.getLine(pos.line), match = query.exec(line);\n          var matchLen = (match && match[0].length) || 0;\n          var start = match && match.index;\n          if (start + matchLen != line.length && !matchLen) matchLen = 1;\n        }\n        if (match && matchLen)\n          return {from: Pos(pos.line, start),\n                  to: Pos(pos.line, start + matchLen),\n                  match: match};\n      };\n    } else { // String query\n      var origQuery = query;\n      if (caseFold) query = query.toLowerCase();\n      var fold = caseFold ? function(str){return str.toLowerCase();} : function(str){return str;};\n      var target = query.split(\"\\n\");\n      // Different methods for single-line and multi-line queries\n      if (target.length == 1) {\n        if (!query.length) {\n          // Empty string would match anything and never progress, so\n          // we define it to match nothing instead.\n          this.matches = function() {};\n        } else {\n          this.matches = function(reverse, pos) {\n            if (reverse) {\n              var orig = doc.getLine(pos.line).slice(0, pos.ch), line = fold(orig);\n              var match = line.lastIndexOf(query);\n              if (match > -1) {\n                match = adjustPos(orig, line, match);\n                return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n              }\n             } else {\n               var orig = doc.getLine(pos.line).slice(pos.ch), line = fold(orig);\n               var match = line.indexOf(query);\n               if (match > -1) {\n                 match = adjustPos(orig, line, match) + pos.ch;\n                 return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n               }\n            }\n          };\n        }\n      } else {\n        var origTarget = origQuery.split(\"\\n\");\n        this.matches = function(reverse, pos) {\n          var last = target.length - 1;\n          if (reverse) {\n            if (pos.line - (target.length - 1) < doc.firstLine()) return;\n            if (fold(doc.getLine(pos.line).slice(0, origTarget[last].length)) != target[target.length - 1]) return;\n            var to = Pos(pos.line, origTarget[last].length);\n            for (var ln = pos.line - 1, i = last - 1; i >= 1; --i, --ln)\n              if (target[i] != fold(doc.getLine(ln))) return;\n            var line = doc.getLine(ln), cut = line.length - origTarget[0].length;\n            if (fold(line.slice(cut)) != target[0]) return;\n            return {from: Pos(ln, cut), to: to};\n          } else {\n            if (pos.line + (target.length - 1) > doc.lastLine()) return;\n            var line = doc.getLine(pos.line), cut = line.length - origTarget[0].length;\n            if (fold(line.slice(cut)) != target[0]) return;\n            var from = Pos(pos.line, cut);\n            for (var ln = pos.line + 1, i = 1; i < last; ++i, ++ln)\n              if (target[i] != fold(doc.getLine(ln))) return;\n            if (doc.getLine(ln).slice(0, origTarget[last].length) != target[last]) return;\n            return {from: from, to: Pos(ln, origTarget[last].length)};\n          }\n        };\n      }\n    }\n  }\n\n  SearchCursor.prototype = {\n    findNext: function() {return this.find(false);},\n    findPrevious: function() {return this.find(true);},\n\n    find: function(reverse) {\n      var self = this, pos = this.doc.clipPos(reverse ? this.pos.from : this.pos.to);\n      function savePosAndFail(line) {\n        var pos = Pos(line, 0);\n        self.pos = {from: pos, to: pos};\n        self.atOccurrence = false;\n        return false;\n      }\n\n      for (;;) {\n        if (this.pos = this.matches(reverse, pos)) {\n          this.atOccurrence = true;\n          return this.pos.match || true;\n        }\n        if (reverse) {\n          if (!pos.line) return savePosAndFail(0);\n          pos = Pos(pos.line-1, this.doc.getLine(pos.line-1).length);\n        }\n        else {\n          var maxLine = this.doc.lineCount();\n          if (pos.line == maxLine - 1) return savePosAndFail(maxLine);\n          pos = Pos(pos.line + 1, 0);\n        }\n      }\n    },\n\n    from: function() {if (this.atOccurrence) return this.pos.from;},\n    to: function() {if (this.atOccurrence) return this.pos.to;},\n\n    replace: function(newText) {\n      if (!this.atOccurrence) return;\n      var lines = CodeMirror.splitLines(newText);\n      this.doc.replaceRange(lines, this.pos.from, this.pos.to);\n      this.pos.to = Pos(this.pos.from.line + lines.length - 1,\n                        lines[lines.length - 1].length + (lines.length == 1 ? this.pos.from.ch : 0));\n    }\n  };\n\n  // Maps a position in a case-folded line back to a position in the original line\n  // (compensating for codepoints increasing in number during folding)\n  function adjustPos(orig, folded, pos) {\n    if (orig.length == folded.length) return pos;\n    for (var pos1 = Math.min(pos, orig.length);;) {\n      var len1 = orig.slice(0, pos1).toLowerCase().length;\n      if (len1 < pos) ++pos1;\n      else if (len1 > pos) --pos1;\n      else return pos1;\n    }\n  }\n\n  CodeMirror.defineExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n    return new SearchCursor(this.doc, query, pos, caseFold);\n  });\n  CodeMirror.defineDocExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n    return new SearchCursor(this, query, pos, caseFold);\n  });\n\n  CodeMirror.defineExtension(\"selectMatches\", function(query, caseFold) {\n    var ranges = [], next;\n    var cur = this.getSearchCursor(query, this.getCursor(\"from\"), caseFold);\n    while (next = cur.findNext()) {\n      if (CodeMirror.cmpPos(cur.to(), this.getCursor(\"to\")) > 0) break;\n      ranges.push({anchor: cur.from(), head: cur.to()});\n    }\n    if (ranges.length)\n      this.setSelections(ranges, 0);\n  });\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js": {
            "text": "// TODO actually recognize syntax of TypeScript constructs\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"javascript\", function(config, parserConfig) {\n  var indentUnit = config.indentUnit;\n  var statementIndent = parserConfig.statementIndent;\n  var jsonldMode = parserConfig.jsonld;\n  var jsonMode = parserConfig.json || jsonldMode;\n  var isTS = parserConfig.typescript;\n\n  // Tokenizer\n\n  var keywords = function(){\n    function kw(type) {return {type: type, style: \"keyword\"};}\n    var A = kw(\"keyword a\"), B = kw(\"keyword b\"), C = kw(\"keyword c\");\n    var operator = kw(\"operator\"), atom = {type: \"atom\", style: \"atom\"};\n\n    var jsKeywords = {\n      \"if\": kw(\"if\"), \"while\": A, \"with\": A, \"else\": B, \"do\": B, \"try\": B, \"finally\": B,\n      \"return\": C, \"break\": C, \"continue\": C, \"new\": C, \"delete\": C, \"throw\": C, \"debugger\": C,\n      \"var\": kw(\"var\"), \"const\": kw(\"var\"), \"let\": kw(\"var\"),\n      \"function\": kw(\"function\"), \"catch\": kw(\"catch\"),\n      \"for\": kw(\"for\"), \"switch\": kw(\"switch\"), \"case\": kw(\"case\"), \"default\": kw(\"default\"),\n      \"in\": operator, \"typeof\": operator, \"instanceof\": operator,\n      \"true\": atom, \"false\": atom, \"null\": atom, \"undefined\": atom, \"NaN\": atom, \"Infinity\": atom,\n      \"this\": kw(\"this\"), \"module\": kw(\"module\"), \"class\": kw(\"class\"), \"super\": kw(\"atom\"),\n      \"yield\": C, \"export\": kw(\"export\"), \"import\": kw(\"import\"), \"extends\": C\n    };\n\n    // Extend the 'normal' keywords with the TypeScript language extensions\n    if (isTS) {\n      var type = {type: \"variable\", style: \"variable-3\"};\n      var tsKeywords = {\n        // object-like things\n        \"interface\": kw(\"interface\"),\n        \"extends\": kw(\"extends\"),\n        \"constructor\": kw(\"constructor\"),\n\n        // scope modifiers\n        \"public\": kw(\"public\"),\n        \"private\": kw(\"private\"),\n        \"protected\": kw(\"protected\"),\n        \"static\": kw(\"static\"),\n\n        // types\n        \"string\": type, \"number\": type, \"bool\": type, \"any\": type\n      };\n\n      for (var attr in tsKeywords) {\n        jsKeywords[attr] = tsKeywords[attr];\n      }\n    }\n\n    return jsKeywords;\n  }();\n\n  var isOperatorChar = /[+\\-*&%=<>!?|~^]/;\n  var isJsonldKeyword = /^@(context|id|value|language|type|container|list|set|reverse|index|base|vocab|graph)\"/;\n\n  function readRegexp(stream) {\n    var escaped = false, next, inSet = false;\n    while ((next = stream.next()) != null) {\n      if (!escaped) {\n        if (next == \"/\" && !inSet) return;\n        if (next == \"[\") inSet = true;\n        else if (inSet && next == \"]\") inSet = false;\n      }\n      escaped = !escaped && next == \"\\\\\";\n    }\n  }\n\n  // Used as scratch variables to communicate multiple values without\n  // consing up tons of objects.\n  var type, content;\n  function ret(tp, style, cont) {\n    type = tp; content = cont;\n    return style;\n  }\n  function tokenBase(stream, state) {\n    var ch = stream.next();\n    if (ch == '\"' || ch == \"'\") {\n      state.tokenize = tokenString(ch);\n      return state.tokenize(stream, state);\n    } else if (ch == \".\" && stream.match(/^\\d+(?:[eE][+\\-]?\\d+)?/)) {\n      return ret(\"number\", \"number\");\n    } else if (ch == \".\" && stream.match(\"..\")) {\n      return ret(\"spread\", \"meta\");\n    } else if (/[\\[\\]{}\\(\\),;\\:\\.]/.test(ch)) {\n      return ret(ch);\n    } else if (ch == \"=\" && stream.eat(\">\")) {\n      return ret(\"=>\", \"operator\");\n    } else if (ch == \"0\" && stream.eat(/x/i)) {\n      stream.eatWhile(/[\\da-f]/i);\n      return ret(\"number\", \"number\");\n    } else if (/\\d/.test(ch)) {\n      stream.match(/^\\d*(?:\\.\\d*)?(?:[eE][+\\-]?\\d+)?/);\n      return ret(\"number\", \"number\");\n    } else if (ch == \"/\") {\n      if (stream.eat(\"*\")) {\n        state.tokenize = tokenComment;\n        return tokenComment(stream, state);\n      } else if (stream.eat(\"/\")) {\n        stream.skipToEnd();\n        return ret(\"comment\", \"comment\");\n      } else if (state.lastType == \"operator\" || state.lastType == \"keyword c\" ||\n               state.lastType == \"sof\" || /^[\\[{}\\(,;:]$/.test(state.lastType)) {\n        readRegexp(stream);\n        stream.eatWhile(/[gimy]/); // 'y' is \"sticky\" option in Mozilla\n        return ret(\"regexp\", \"string-2\");\n      } else {\n        stream.eatWhile(isOperatorChar);\n        return ret(\"operator\", \"operator\", stream.current());\n      }\n    } else if (ch == \"`\") {\n      state.tokenize = tokenQuasi;\n      return tokenQuasi(stream, state);\n    } else if (ch == \"#\") {\n      stream.skipToEnd();\n      return ret(\"error\", \"error\");\n    } else if (isOperatorChar.test(ch)) {\n      stream.eatWhile(isOperatorChar);\n      return ret(\"operator\", \"operator\", stream.current());\n    } else {\n      stream.eatWhile(/[\\w\\$_]/);\n      var word = stream.current(), known = keywords.propertyIsEnumerable(word) && keywords[word];\n      return (known && state.lastType != \".\") ? ret(known.type, known.style, word) :\n                     ret(\"variable\", \"variable\", word);\n    }\n  }\n\n  function tokenString(quote) {\n    return function(stream, state) {\n      var escaped = false, next;\n      if (jsonldMode && stream.peek() == \"@\" && stream.match(isJsonldKeyword)){\n        state.tokenize = tokenBase;\n        return ret(\"jsonld-keyword\", \"meta\");\n      }\n      while ((next = stream.next()) != null) {\n        if (next == quote && !escaped) break;\n        escaped = !escaped && next == \"\\\\\";\n      }\n      if (!escaped) state.tokenize = tokenBase;\n      return ret(\"string\", \"string\");\n    };\n  }\n\n  function tokenComment(stream, state) {\n    var maybeEnd = false, ch;\n    while (ch = stream.next()) {\n      if (ch == \"/\" && maybeEnd) {\n        state.tokenize = tokenBase;\n        break;\n      }\n      maybeEnd = (ch == \"*\");\n    }\n    return ret(\"comment\", \"comment\");\n  }\n\n  function tokenQuasi(stream, state) {\n    var escaped = false, next;\n    while ((next = stream.next()) != null) {\n      if (!escaped && (next == \"`\" || next == \"$\" && stream.eat(\"{\"))) {\n        state.tokenize = tokenBase;\n        break;\n      }\n      escaped = !escaped && next == \"\\\\\";\n    }\n    return ret(\"quasi\", \"string-2\", stream.current());\n  }\n\n  var brackets = \"([{}])\";\n  // This is a crude lookahead trick to try and notice that we're\n  // parsing the argument patterns for a fat-arrow function before we\n  // actually hit the arrow token. It only works if the arrow is on\n  // the same line as the arguments and there's no strange noise\n  // (comments) in between. Fallback is to only notice when we hit the\n  // arrow, and not declare the arguments as locals for the arrow\n  // body.\n  function findFatArrow(stream, state) {\n    if (state.fatArrowAt) state.fatArrowAt = null;\n    var arrow = stream.string.indexOf(\"=>\", stream.start);\n    if (arrow < 0) return;\n\n    var depth = 0, sawSomething = false;\n    for (var pos = arrow - 1; pos >= 0; --pos) {\n      var ch = stream.string.charAt(pos);\n      var bracket = brackets.indexOf(ch);\n      if (bracket >= 0 && bracket < 3) {\n        if (!depth) { ++pos; break; }\n        if (--depth == 0) break;\n      } else if (bracket >= 3 && bracket < 6) {\n        ++depth;\n      } else if (/[$\\w]/.test(ch)) {\n        sawSomething = true;\n      } else if (sawSomething && !depth) {\n        ++pos;\n        break;\n      }\n    }\n    if (sawSomething && !depth) state.fatArrowAt = pos;\n  }\n\n  // Parser\n\n  var atomicTypes = {\"atom\": true, \"number\": true, \"variable\": true, \"string\": true, \"regexp\": true, \"this\": true, \"jsonld-keyword\": true};\n\n  function JSLexical(indented, column, type, align, prev, info) {\n    this.indented = indented;\n    this.column = column;\n    this.type = type;\n    this.prev = prev;\n    this.info = info;\n    if (align != null) this.align = align;\n  }\n\n  function inScope(state, varname) {\n    for (var v = state.localVars; v; v = v.next)\n      if (v.name == varname) return true;\n    for (var cx = state.context; cx; cx = cx.prev) {\n      for (var v = cx.vars; v; v = v.next)\n        if (v.name == varname) return true;\n    }\n  }\n\n  function parseJS(state, style, type, content, stream) {\n    var cc = state.cc;\n    // Communicate our context to the combinators.\n    // (Less wasteful than consing up a hundred closures on every call.)\n    cx.state = state; cx.stream = stream; cx.marked = null, cx.cc = cc;\n\n    if (!state.lexical.hasOwnProperty(\"align\"))\n      state.lexical.align = true;\n\n    while(true) {\n      var combinator = cc.length ? cc.pop() : jsonMode ? expression : statement;\n      if (combinator(type, content)) {\n        while(cc.length && cc[cc.length - 1].lex)\n          cc.pop()();\n        if (cx.marked) return cx.marked;\n        if (type == \"variable\" && inScope(state, content)) return \"variable-2\";\n        return style;\n      }\n    }\n  }\n\n  // Combinator utils\n\n  var cx = {state: null, column: null, marked: null, cc: null};\n  function pass() {\n    for (var i = arguments.length - 1; i >= 0; i--) cx.cc.push(arguments[i]);\n  }\n  function cont() {\n    pass.apply(null, arguments);\n    return true;\n  }\n  function register(varname) {\n    function inList(list) {\n      for (var v = list; v; v = v.next)\n        if (v.name == varname) return true;\n      return false;\n    }\n    var state = cx.state;\n    if (state.context) {\n      cx.marked = \"def\";\n      if (inList(state.localVars)) return;\n      state.localVars = {name: varname, next: state.localVars};\n    } else {\n      if (inList(state.globalVars)) return;\n      if (parserConfig.globalVars)\n        state.globalVars = {name: varname, next: state.globalVars};\n    }\n  }\n\n  // Combinators\n\n  var defaultVars = {name: \"this\", next: {name: \"arguments\"}};\n  function pushcontext() {\n    cx.state.context = {prev: cx.state.context, vars: cx.state.localVars};\n    cx.state.localVars = defaultVars;\n  }\n  function popcontext() {\n    cx.state.localVars = cx.state.context.vars;\n    cx.state.context = cx.state.context.prev;\n  }\n  function pushlex(type, info) {\n    var result = function() {\n      var state = cx.state, indent = state.indented;\n      if (state.lexical.type == \"stat\") indent = state.lexical.indented;\n      state.lexical = new JSLexical(indent, cx.stream.column(), type, null, state.lexical, info);\n    };\n    result.lex = true;\n    return result;\n  }\n  function poplex() {\n    var state = cx.state;\n    if (state.lexical.prev) {\n      if (state.lexical.type == \")\")\n        state.indented = state.lexical.indented;\n      state.lexical = state.lexical.prev;\n    }\n  }\n  poplex.lex = true;\n\n  function expect(wanted) {\n    function exp(type) {\n      if (type == wanted) return cont();\n      else if (wanted == \";\") return pass();\n      else return cont(exp);\n    };\n    return exp;\n  }\n\n  function statement(type, value) {\n    if (type == \"var\") return cont(pushlex(\"vardef\", value.length), vardef, expect(\";\"), poplex);\n    if (type == \"keyword a\") return cont(pushlex(\"form\"), expression, statement, poplex);\n    if (type == \"keyword b\") return cont(pushlex(\"form\"), statement, poplex);\n    if (type == \"{\") return cont(pushlex(\"}\"), block, poplex);\n    if (type == \";\") return cont();\n    if (type == \"if\") {\n      if (cx.state.lexical.info == \"else\" && cx.state.cc[cx.state.cc.length - 1] == poplex)\n        cx.state.cc.pop()();\n      return cont(pushlex(\"form\"), expression, statement, poplex, maybeelse);\n    }\n    if (type == \"function\") return cont(functiondef);\n    if (type == \"for\") return cont(pushlex(\"form\"), forspec, statement, poplex);\n    if (type == \"variable\") return cont(pushlex(\"stat\"), maybelabel);\n    if (type == \"switch\") return cont(pushlex(\"form\"), expression, pushlex(\"}\", \"switch\"), expect(\"{\"),\n                                      block, poplex, poplex);\n    if (type == \"case\") return cont(expression, expect(\":\"));\n    if (type == \"default\") return cont(expect(\":\"));\n    if (type == \"catch\") return cont(pushlex(\"form\"), pushcontext, expect(\"(\"), funarg, expect(\")\"),\n                                     statement, poplex, popcontext);\n    if (type == \"module\") return cont(pushlex(\"form\"), pushcontext, afterModule, popcontext, poplex);\n    if (type == \"class\") return cont(pushlex(\"form\"), className, objlit, poplex);\n    if (type == \"export\") return cont(pushlex(\"form\"), afterExport, poplex);\n    if (type == \"import\") return cont(pushlex(\"form\"), afterImport, poplex);\n    return pass(pushlex(\"stat\"), expression, expect(\";\"), poplex);\n  }\n  function expression(type) {\n    return expressionInner(type, false);\n  }\n  function expressionNoComma(type) {\n    return expressionInner(type, true);\n  }\n  function expressionInner(type, noComma) {\n    if (cx.state.fatArrowAt == cx.stream.start) {\n      var body = noComma ? arrowBodyNoComma : arrowBody;\n      if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(pattern, \")\"), poplex, expect(\"=>\"), body, popcontext);\n      else if (type == \"variable\") return pass(pushcontext, pattern, expect(\"=>\"), body, popcontext);\n    }\n\n    var maybeop = noComma ? maybeoperatorNoComma : maybeoperatorComma;\n    if (atomicTypes.hasOwnProperty(type)) return cont(maybeop);\n    if (type == \"function\") return cont(functiondef, maybeop);\n    if (type == \"keyword c\") return cont(noComma ? maybeexpressionNoComma : maybeexpression);\n    if (type == \"(\") return cont(pushlex(\")\"), maybeexpression, comprehension, expect(\")\"), poplex, maybeop);\n    if (type == \"operator\" || type == \"spread\") return cont(noComma ? expressionNoComma : expression);\n    if (type == \"[\") return cont(pushlex(\"]\"), arrayLiteral, poplex, maybeop);\n    if (type == \"{\") return contCommasep(objprop, \"}\", null, maybeop);\n    if (type == \"quasi\") { return pass(quasi, maybeop); }\n    return cont();\n  }\n  function maybeexpression(type) {\n    if (type.match(/[;\\}\\)\\],]/)) return pass();\n    return pass(expression);\n  }\n  function maybeexpressionNoComma(type) {\n    if (type.match(/[;\\}\\)\\],]/)) return pass();\n    return pass(expressionNoComma);\n  }\n\n  function maybeoperatorComma(type, value) {\n    if (type == \",\") return cont(expression);\n    return maybeoperatorNoComma(type, value, false);\n  }\n  function maybeoperatorNoComma(type, value, noComma) {\n    var me = noComma == false ? maybeoperatorComma : maybeoperatorNoComma;\n    var expr = noComma == false ? expression : expressionNoComma;\n    if (value == \"=>\") return cont(pushcontext, noComma ? arrowBodyNoComma : arrowBody, popcontext);\n    if (type == \"operator\") {\n      if (/\\+\\+|--/.test(value)) return cont(me);\n      if (value == \"?\") return cont(expression, expect(\":\"), expr);\n      return cont(expr);\n    }\n    if (type == \"quasi\") { return pass(quasi, me); }\n    if (type == \";\") return;\n    if (type == \"(\") return contCommasep(expressionNoComma, \")\", \"call\", me);\n    if (type == \".\") return cont(property, me);\n    if (type == \"[\") return cont(pushlex(\"]\"), maybeexpression, expect(\"]\"), poplex, me);\n  }\n  function quasi(type, value) {\n    if (type != \"quasi\") return pass();\n    if (value.slice(value.length - 2) != \"${\") return cont(quasi);\n    return cont(expression, continueQuasi);\n  }\n  function continueQuasi(type) {\n    if (type == \"}\") {\n      cx.marked = \"string-2\";\n      cx.state.tokenize = tokenQuasi;\n      return cont(quasi);\n    }\n  }\n  function arrowBody(type) {\n    findFatArrow(cx.stream, cx.state);\n    if (type == \"{\") return pass(statement);\n    return pass(expression);\n  }\n  function arrowBodyNoComma(type) {\n    findFatArrow(cx.stream, cx.state);\n    if (type == \"{\") return pass(statement);\n    return pass(expressionNoComma);\n  }\n  function maybelabel(type) {\n    if (type == \":\") return cont(poplex, statement);\n    return pass(maybeoperatorComma, expect(\";\"), poplex);\n  }\n  function property(type) {\n    if (type == \"variable\") {cx.marked = \"property\"; return cont();}\n  }\n  function objprop(type, value) {\n    if (type == \"variable\") {\n      cx.marked = \"property\";\n      if (value == \"get\" || value == \"set\") return cont(getterSetter);\n    } else if (type == \"number\" || type == \"string\") {\n      cx.marked = jsonldMode ? \"property\" : (type + \" property\");\n    } else if (type == \"[\") {\n      return cont(expression, expect(\"]\"), afterprop);\n    }\n    if (atomicTypes.hasOwnProperty(type)) return cont(afterprop);\n  }\n  function getterSetter(type) {\n    if (type != \"variable\") return pass(afterprop);\n    cx.marked = \"property\";\n    return cont(functiondef);\n  }\n  function afterprop(type) {\n    if (type == \":\") return cont(expressionNoComma);\n    if (type == \"(\") return pass(functiondef);\n  }\n  function commasep(what, end) {\n    function proceed(type) {\n      if (type == \",\") {\n        var lex = cx.state.lexical;\n        if (lex.info == \"call\") lex.pos = (lex.pos || 0) + 1;\n        return cont(what, proceed);\n      }\n      if (type == end) return cont();\n      return cont(expect(end));\n    }\n    return function(type) {\n      if (type == end) return cont();\n      return pass(what, proceed);\n    };\n  }\n  function contCommasep(what, end, info) {\n    for (var i = 3; i < arguments.length; i++)\n      cx.cc.push(arguments[i]);\n    return cont(pushlex(end, info), commasep(what, end), poplex);\n  }\n  function block(type) {\n    if (type == \"}\") return cont();\n    return pass(statement, block);\n  }\n  function maybetype(type) {\n    if (isTS && type == \":\") return cont(typedef);\n  }\n  function typedef(type) {\n    if (type == \"variable\"){cx.marked = \"variable-3\"; return cont();}\n  }\n  function vardef() {\n    return pass(pattern, maybetype, maybeAssign, vardefCont);\n  }\n  function pattern(type, value) {\n    if (type == \"variable\") { register(value); return cont(); }\n    if (type == \"[\") return contCommasep(pattern, \"]\");\n    if (type == \"{\") return contCommasep(proppattern, \"}\");\n  }\n  function proppattern(type, value) {\n    if (type == \"variable\" && !cx.stream.match(/^\\s*:/, false)) {\n      register(value);\n      return cont(maybeAssign);\n    }\n    if (type == \"variable\") cx.marked = \"property\";\n    return cont(expect(\":\"), pattern, maybeAssign);\n  }\n  function maybeAssign(_type, value) {\n    if (value == \"=\") return cont(expressionNoComma);\n  }\n  function vardefCont(type) {\n    if (type == \",\") return cont(vardef);\n  }\n  function maybeelse(type, value) {\n    if (type == \"keyword b\" && value == \"else\") return cont(pushlex(\"form\", \"else\"), statement, poplex);\n  }\n  function forspec(type) {\n    if (type == \"(\") return cont(pushlex(\")\"), forspec1, expect(\")\"), poplex);\n  }\n  function forspec1(type) {\n    if (type == \"var\") return cont(vardef, expect(\";\"), forspec2);\n    if (type == \";\") return cont(forspec2);\n    if (type == \"variable\") return cont(formaybeinof);\n    return pass(expression, expect(\";\"), forspec2);\n  }\n  function formaybeinof(_type, value) {\n    if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n    return cont(maybeoperatorComma, forspec2);\n  }\n  function forspec2(type, value) {\n    if (type == \";\") return cont(forspec3);\n    if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n    return pass(expression, expect(\";\"), forspec3);\n  }\n  function forspec3(type) {\n    if (type != \")\") cont(expression);\n  }\n  function functiondef(type, value) {\n    if (value == \"*\") {cx.marked = \"keyword\"; return cont(functiondef);}\n    if (type == \"variable\") {register(value); return cont(functiondef);}\n    if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(funarg, \")\"), poplex, statement, popcontext);\n  }\n  function funarg(type) {\n    if (type == \"spread\") return cont(funarg);\n    return pass(pattern, maybetype);\n  }\n  function className(type, value) {\n    if (type == \"variable\") {register(value); return cont(classNameAfter);}\n  }\n  function classNameAfter(_type, value) {\n    if (value == \"extends\") return cont(expression);\n  }\n  function objlit(type) {\n    if (type == \"{\") return contCommasep(objprop, \"}\");\n  }\n  function afterModule(type, value) {\n    if (type == \"string\") return cont(statement);\n    if (type == \"variable\") { register(value); return cont(maybeFrom); }\n  }\n  function afterExport(_type, value) {\n    if (value == \"*\") { cx.marked = \"keyword\"; return cont(maybeFrom, expect(\";\")); }\n    if (value == \"default\") { cx.marked = \"keyword\"; return cont(expression, expect(\";\")); }\n    return pass(statement);\n  }\n  function afterImport(type) {\n    if (type == \"string\") return cont();\n    return pass(importSpec, maybeFrom);\n  }\n  function importSpec(type, value) {\n    if (type == \"{\") return contCommasep(importSpec, \"}\");\n    if (type == \"variable\") register(value);\n    return cont();\n  }\n  function maybeFrom(_type, value) {\n    if (value == \"from\") { cx.marked = \"keyword\"; return cont(expression); }\n  }\n  function arrayLiteral(type) {\n    if (type == \"]\") return cont();\n    return pass(expressionNoComma, maybeArrayComprehension);\n  }\n  function maybeArrayComprehension(type) {\n    if (type == \"for\") return pass(comprehension, expect(\"]\"));\n    if (type == \",\") return cont(commasep(expressionNoComma, \"]\"));\n    return pass(commasep(expressionNoComma, \"]\"));\n  }\n  function comprehension(type) {\n    if (type == \"for\") return cont(forspec, comprehension);\n    if (type == \"if\") return cont(expression, comprehension);\n  }\n\n  // Interface\n\n  return {\n    startState: function(basecolumn) {\n      var state = {\n        tokenize: tokenBase,\n        lastType: \"sof\",\n        cc: [],\n        lexical: new JSLexical((basecolumn || 0) - indentUnit, 0, \"block\", false),\n        localVars: parserConfig.localVars,\n        context: parserConfig.localVars && {vars: parserConfig.localVars},\n        indented: 0\n      };\n      if (parserConfig.globalVars && typeof parserConfig.globalVars == \"object\")\n        state.globalVars = parserConfig.globalVars;\n      return state;\n    },\n\n    token: function(stream, state) {\n      if (stream.sol()) {\n        if (!state.lexical.hasOwnProperty(\"align\"))\n          state.lexical.align = false;\n        state.indented = stream.indentation();\n        findFatArrow(stream, state);\n      }\n      if (state.tokenize != tokenComment && stream.eatSpace()) return null;\n      var style = state.tokenize(stream, state);\n      if (type == \"comment\") return style;\n      state.lastType = type == \"operator\" && (content == \"++\" || content == \"--\") ? \"incdec\" : type;\n      return parseJS(state, style, type, content, stream);\n    },\n\n    indent: function(state, textAfter) {\n      if (state.tokenize == tokenComment) return CodeMirror.Pass;\n      if (state.tokenize != tokenBase) return 0;\n      var firstChar = textAfter && textAfter.charAt(0), lexical = state.lexical;\n      // Kludge to prevent 'maybelse' from blocking lexical scope pops\n      if (!/^\\s*else\\b/.test(textAfter)) for (var i = state.cc.length - 1; i >= 0; --i) {\n        var c = state.cc[i];\n        if (c == poplex) lexical = lexical.prev;\n        else if (c != maybeelse) break;\n      }\n      if (lexical.type == \"stat\" && firstChar == \"}\") lexical = lexical.prev;\n      if (statementIndent && lexical.type == \")\" && lexical.prev.type == \"stat\")\n        lexical = lexical.prev;\n      var type = lexical.type, closing = firstChar == type;\n\n      if (type == \"vardef\") return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? lexical.info + 1 : 0);\n      else if (type == \"form\" && firstChar == \"{\") return lexical.indented;\n      else if (type == \"form\") return lexical.indented + indentUnit;\n      else if (type == \"stat\")\n        return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? statementIndent || indentUnit : 0);\n      else if (lexical.info == \"switch\" && !closing && parserConfig.doubleIndentSwitch != false)\n        return lexical.indented + (/^(?:case|default)\\b/.test(textAfter) ? indentUnit : 2 * indentUnit);\n      else if (lexical.align) return lexical.column + (closing ? 0 : 1);\n      else return lexical.indented + (closing ? 0 : indentUnit);\n    },\n\n    electricChars: \":{}\",\n    blockCommentStart: jsonMode ? null : \"/*\",\n    blockCommentEnd: jsonMode ? null : \"*/\",\n    lineComment: jsonMode ? null : \"//\",\n    fold: \"brace\",\n\n    helperType: jsonMode ? \"json\" : \"javascript\",\n    jsonldMode: jsonldMode,\n    jsonMode: jsonMode\n  };\n});\n\nCodeMirror.registerHelper(\"wordChars\", \"javascript\", /[\\\\w$]/);\n\nCodeMirror.defineMIME(\"text/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"text/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/x-json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/ld+json\", {name: \"javascript\", jsonld: true});\nCodeMirror.defineMIME(\"text/typescript\", { name: \"javascript\", typescript: true });\nCodeMirror.defineMIME(\"application/typescript\", { name: \"javascript\", typescript: true });\n\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/keymap/vim.js": {
            "text": "/**\n * Supported keybindings:\n *\n *   Motion:\n *   h, j, k, l\n *   gj, gk\n *   e, E, w, W, b, B, ge, gE\n *   f<character>, F<character>, t<character>, T<character>\n *   $, ^, 0, -, +, _\n *   gg, G\n *   %\n *   '<character>, `<character>\n *\n *   Operator:\n *   d, y, c\n *   dd, yy, cc\n *   g~, g~g~\n *   >, <, >>, <<\n *\n *   Operator-Motion:\n *   x, X, D, Y, C, ~\n *\n *   Action:\n *   a, i, s, A, I, S, o, O\n *   zz, z., z<CR>, zt, zb, z-\n *   J\n *   u, Ctrl-r\n *   m<character>\n *   r<character>\n *\n *   Modes:\n *   ESC - leave insert mode, visual mode, and clear input state.\n *   Ctrl-[, Ctrl-c - same as ESC.\n *\n * Registers: unnamed, -, a-z, A-Z, 0-9\n *   (Does not respect the special case for number registers when delete\n *    operator is made with these commands: %, (, ),  , /, ?, n, N, {, } )\n *   TODO: Implement the remaining registers.\n * Marks: a-z, A-Z, and 0-9\n *   TODO: Implement the remaining special marks. They have more complex\n *       behavior.\n *\n * Events:\n *  'vim-mode-change' - raised on the editor anytime the current mode changes,\n *                      Event object: {mode: \"visual\", subMode: \"linewise\"}\n *\n * Code structure:\n *  1. Default keymap\n *  2. Variable declarations and short basic helpers\n *  3. Instance (External API) implementation\n *  4. Internal state tracking objects (input state, counter) implementation\n *     and instanstiation\n *  5. Key handler (the main command dispatcher) implementation\n *  6. Motion, operator, and action implementations\n *  7. Helper functions for the key handler, motions, operators, and actions\n *  8. Set up Vim to work as a keymap for CodeMirror.\n */\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/dialog/dialog\"), require(\"../addon/edit/matchbrackets.js\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/dialog/dialog\", \"../addon/edit/matchbrackets\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  'use strict';\n\n  var defaultKeymap = [\n    // Key to key mapping. This goes first to make it possible to override\n    // existing mappings.\n    { keys: ['<Left>'], type: 'keyToKey', toKeys: ['h'] },\n    { keys: ['<Right>'], type: 'keyToKey', toKeys: ['l'] },\n    { keys: ['<Up>'], type: 'keyToKey', toKeys: ['k'] },\n    { keys: ['<Down>'], type: 'keyToKey', toKeys: ['j'] },\n    { keys: ['<Space>'], type: 'keyToKey', toKeys: ['l'] },\n    { keys: ['<BS>'], type: 'keyToKey', toKeys: ['h'] },\n    { keys: ['<C-Space>'], type: 'keyToKey', toKeys: ['W'] },\n    { keys: ['<C-BS>'], type: 'keyToKey', toKeys: ['B'] },\n    { keys: ['<S-Space>'], type: 'keyToKey', toKeys: ['w'] },\n    { keys: ['<S-BS>'], type: 'keyToKey', toKeys: ['b'] },\n    { keys: ['<C-n>'], type: 'keyToKey', toKeys: ['j'] },\n    { keys: ['<C-p>'], type: 'keyToKey', toKeys: ['k'] },\n    { keys: ['<C-[>'], type: 'keyToKey', toKeys: ['<Esc>'] },\n    { keys: ['<C-c>'], type: 'keyToKey', toKeys: ['<Esc>'] },\n    { keys: ['s'], type: 'keyToKey', toKeys: ['c', 'l'], context: 'normal' },\n    { keys: ['s'], type: 'keyToKey', toKeys: ['x', 'i'], context: 'visual'},\n    { keys: ['S'], type: 'keyToKey', toKeys: ['c', 'c'], context: 'normal' },\n    { keys: ['S'], type: 'keyToKey', toKeys: ['d', 'c', 'c'], context: 'visual' },\n    { keys: ['<Home>'], type: 'keyToKey', toKeys: ['0'] },\n    { keys: ['<End>'], type: 'keyToKey', toKeys: ['$'] },\n    { keys: ['<PageUp>'], type: 'keyToKey', toKeys: ['<C-b>'] },\n    { keys: ['<PageDown>'], type: 'keyToKey', toKeys: ['<C-f>'] },\n    { keys: ['<CR>'], type: 'keyToKey', toKeys: ['j', '^'], context: 'normal' },\n    // Motions\n    { keys: ['H'], type: 'motion',\n        motion: 'moveToTopLine',\n        motionArgs: { linewise: true, toJumplist: true }},\n    { keys: ['M'], type: 'motion',\n        motion: 'moveToMiddleLine',\n        motionArgs: { linewise: true, toJumplist: true }},\n    { keys: ['L'], type: 'motion',\n        motion: 'moveToBottomLine',\n        motionArgs: { linewise: true, toJumplist: true }},\n    { keys: ['h'], type: 'motion',\n        motion: 'moveByCharacters',\n        motionArgs: { forward: false }},\n    { keys: ['l'], type: 'motion',\n        motion: 'moveByCharacters',\n        motionArgs: { forward: true }},\n    { keys: ['j'], type: 'motion',\n        motion: 'moveByLines',\n        motionArgs: { forward: true, linewise: true }},\n    { keys: ['k'], type: 'motion',\n        motion: 'moveByLines',\n        motionArgs: { forward: false, linewise: true }},\n    { keys: ['g','j'], type: 'motion',\n        motion: 'moveByDisplayLines',\n        motionArgs: { forward: true }},\n    { keys: ['g','k'], type: 'motion',\n        motion: 'moveByDisplayLines',\n        motionArgs: { forward: false }},\n    { keys: ['w'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: true, wordEnd: false }},\n    { keys: ['W'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: true, wordEnd: false, bigWord: true }},\n    { keys: ['e'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: true, wordEnd: true, inclusive: true }},\n    { keys: ['E'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: true, wordEnd: true, bigWord: true,\n            inclusive: true }},\n    { keys: ['b'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: false, wordEnd: false }},\n    { keys: ['B'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: false, wordEnd: false, bigWord: true }},\n    { keys: ['g', 'e'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: false, wordEnd: true, inclusive: true }},\n    { keys: ['g', 'E'], type: 'motion',\n        motion: 'moveByWords',\n        motionArgs: { forward: false, wordEnd: true, bigWord: true,\n            inclusive: true }},\n    { keys: ['{'], type: 'motion', motion: 'moveByParagraph',\n        motionArgs: { forward: false, toJumplist: true }},\n    { keys: ['}'], type: 'motion', motion: 'moveByParagraph',\n        motionArgs: { forward: true, toJumplist: true }},\n    { keys: ['<C-f>'], type: 'motion',\n        motion: 'moveByPage', motionArgs: { forward: true }},\n    { keys: ['<C-b>'], type: 'motion',\n        motion: 'moveByPage', motionArgs: { forward: false }},\n    { keys: ['<C-d>'], type: 'motion',\n        motion: 'moveByScroll',\n        motionArgs: { forward: true, explicitRepeat: true }},\n    { keys: ['<C-u>'], type: 'motion',\n        motion: 'moveByScroll',\n        motionArgs: { forward: false, explicitRepeat: true }},\n    { keys: ['g', 'g'], type: 'motion',\n        motion: 'moveToLineOrEdgeOfDocument',\n        motionArgs: { forward: false, explicitRepeat: true, linewise: true, toJumplist: true }},\n    { keys: ['G'], type: 'motion',\n        motion: 'moveToLineOrEdgeOfDocument',\n        motionArgs: { forward: true, explicitRepeat: true, linewise: true, toJumplist: true }},\n    { keys: ['0'], type: 'motion', motion: 'moveToStartOfLine' },\n    { keys: ['^'], type: 'motion',\n        motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: ['+'], type: 'motion',\n        motion: 'moveByLines',\n        motionArgs: { forward: true, toFirstChar:true }},\n    { keys: ['-'], type: 'motion',\n        motion: 'moveByLines',\n        motionArgs: { forward: false, toFirstChar:true }},\n    { keys: ['_'], type: 'motion',\n        motion: 'moveByLines',\n        motionArgs: { forward: true, toFirstChar:true, repeatOffset:-1 }},\n    { keys: ['$'], type: 'motion',\n        motion: 'moveToEol',\n        motionArgs: { inclusive: true }},\n    { keys: ['%'], type: 'motion',\n        motion: 'moveToMatchedSymbol',\n        motionArgs: { inclusive: true, toJumplist: true }},\n    { keys: ['f', 'character'], type: 'motion',\n        motion: 'moveToCharacter',\n        motionArgs: { forward: true , inclusive: true }},\n    { keys: ['F', 'character'], type: 'motion',\n        motion: 'moveToCharacter',\n        motionArgs: { forward: false }},\n    { keys: ['t', 'character'], type: 'motion',\n        motion: 'moveTillCharacter',\n        motionArgs: { forward: true, inclusive: true }},\n    { keys: ['T', 'character'], type: 'motion',\n        motion: 'moveTillCharacter',\n        motionArgs: { forward: false }},\n    { keys: [';'], type: 'motion', motion: 'repeatLastCharacterSearch',\n        motionArgs: { forward: true }},\n    { keys: [','], type: 'motion', motion: 'repeatLastCharacterSearch',\n        motionArgs: { forward: false }},\n    { keys: ['\\'', 'character'], type: 'motion', motion: 'goToMark',\n        motionArgs: {toJumplist: true, linewise: true}},\n    { keys: ['`', 'character'], type: 'motion', motion: 'goToMark',\n        motionArgs: {toJumplist: true}},\n    { keys: [']', '`'], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true } },\n    { keys: ['[', '`'], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false } },\n    { keys: [']', '\\''], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true, linewise: true } },\n    { keys: ['[', '\\''], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false, linewise: true } },\n    // the next two aren't motions but must come before more general motion declarations\n    { keys: [']', 'p'], type: 'action', action: 'paste', isEdit: true,\n        actionArgs: { after: true, isEdit: true, matchIndent: true}},\n    { keys: ['[', 'p'], type: 'action', action: 'paste', isEdit: true,\n        actionArgs: { after: false, isEdit: true, matchIndent: true}},\n    { keys: [']', 'character'], type: 'motion',\n        motion: 'moveToSymbol',\n        motionArgs: { forward: true, toJumplist: true}},\n    { keys: ['[', 'character'], type: 'motion',\n        motion: 'moveToSymbol',\n        motionArgs: { forward: false, toJumplist: true}},\n    { keys: ['|'], type: 'motion',\n        motion: 'moveToColumn',\n        motionArgs: { }},\n    { keys: ['o'], type: 'motion', motion: 'moveToOtherHighlightedEnd', motionArgs: { },context:'visual'},\n    // Operators\n    { keys: ['d'], type: 'operator', operator: 'delete' },\n    { keys: ['y'], type: 'operator', operator: 'yank' },\n    { keys: ['c'], type: 'operator', operator: 'change' },\n    { keys: ['>'], type: 'operator', operator: 'indent',\n        operatorArgs: { indentRight: true }},\n    { keys: ['<'], type: 'operator', operator: 'indent',\n        operatorArgs: { indentRight: false }},\n    { keys: ['g', '~'], type: 'operator', operator: 'swapcase' },\n    { keys: ['n'], type: 'motion', motion: 'findNext',\n        motionArgs: { forward: true, toJumplist: true }},\n    { keys: ['N'], type: 'motion', motion: 'findNext',\n        motionArgs: { forward: false, toJumplist: true }},\n    // Operator-Motion dual commands\n    { keys: ['x'], type: 'operatorMotion', operator: 'delete',\n        motion: 'moveByCharacters', motionArgs: { forward: true },\n        operatorMotionArgs: { visualLine: false }},\n    { keys: ['X'], type: 'operatorMotion', operator: 'delete',\n        motion: 'moveByCharacters', motionArgs: { forward: false },\n        operatorMotionArgs: { visualLine: true }},\n    { keys: ['D'], type: 'operatorMotion', operator: 'delete',\n      motion: 'moveToEol', motionArgs: { inclusive: true },\n        operatorMotionArgs: { visualLine: true }},\n    { keys: ['Y'], type: 'operatorMotion', operator: 'yank',\n        motion: 'moveToEol', motionArgs: { inclusive: true },\n        operatorMotionArgs: { visualLine: true }},\n    { keys: ['C'], type: 'operatorMotion',\n        operator: 'change',\n        motion: 'moveToEol', motionArgs: { inclusive: true },\n        operatorMotionArgs: { visualLine: true }},\n    { keys: ['~'], type: 'operatorMotion',\n        operator: 'swapcase', operatorArgs: { shouldMoveCursor: true },\n        motion: 'moveByCharacters', motionArgs: { forward: true }},\n    // Actions\n    { keys: ['<C-i>'], type: 'action', action: 'jumpListWalk',\n        actionArgs: { forward: true }},\n    { keys: ['<C-o>'], type: 'action', action: 'jumpListWalk',\n        actionArgs: { forward: false }},\n    { keys: ['<C-e>'], type: 'action',\n        action: 'scroll',\n        actionArgs: { forward: true, linewise: true }},\n    { keys: ['<C-y>'], type: 'action',\n        action: 'scroll',\n        actionArgs: { forward: false, linewise: true }},\n    { keys: ['a'], type: 'action', action: 'enterInsertMode', isEdit: true,\n        actionArgs: { insertAt: 'charAfter' }},\n    { keys: ['A'], type: 'action', action: 'enterInsertMode', isEdit: true,\n        actionArgs: { insertAt: 'eol' }},\n    { keys: ['i'], type: 'action', action: 'enterInsertMode', isEdit: true,\n        actionArgs: { insertAt: 'inplace' }},\n    { keys: ['I'], type: 'action', action: 'enterInsertMode', isEdit: true,\n        actionArgs: { insertAt: 'firstNonBlank' }},\n    { keys: ['o'], type: 'action', action: 'newLineAndEnterInsertMode',\n        isEdit: true, interlaceInsertRepeat: true,\n        actionArgs: { after: true }},\n    { keys: ['O'], type: 'action', action: 'newLineAndEnterInsertMode',\n        isEdit: true, interlaceInsertRepeat: true,\n        actionArgs: { after: false }},\n    { keys: ['v'], type: 'action', action: 'toggleVisualMode' },\n    { keys: ['V'], type: 'action', action: 'toggleVisualMode',\n        actionArgs: { linewise: true }},\n    { keys: ['g', 'v'], type: 'action', action: 'reselectLastSelection' },\n    { keys: ['J'], type: 'action', action: 'joinLines', isEdit: true },\n    { keys: ['p'], type: 'action', action: 'paste', isEdit: true,\n        actionArgs: { after: true, isEdit: true }},\n    { keys: ['P'], type: 'action', action: 'paste', isEdit: true,\n        actionArgs: { after: false, isEdit: true }},\n    { keys: ['r', 'character'], type: 'action', action: 'replace', isEdit: true },\n    { keys: ['@', 'character'], type: 'action', action: 'replayMacro' },\n    { keys: ['q', 'character'], type: 'action', action: 'enterMacroRecordMode' },\n    // Handle Replace-mode as a special case of insert mode.\n    { keys: ['R'], type: 'action', action: 'enterInsertMode', isEdit: true,\n        actionArgs: { replace: true }},\n    { keys: ['u'], type: 'action', action: 'undo' },\n    { keys: ['u'], type: 'action', action: 'changeCase', actionArgs: {toLower: true}, context: 'visual', isEdit: true },\n    { keys: ['U'],type: 'action', action: 'changeCase', actionArgs: {toLower: false}, context: 'visual', isEdit: true },\n    { keys: ['<C-r>'], type: 'action', action: 'redo' },\n    { keys: ['m', 'character'], type: 'action', action: 'setMark' },\n    { keys: ['\"', 'character'], type: 'action', action: 'setRegister' },\n    { keys: ['z', 'z'], type: 'action', action: 'scrollToCursor',\n        actionArgs: { position: 'center' }},\n    { keys: ['z', '.'], type: 'action', action: 'scrollToCursor',\n        actionArgs: { position: 'center' },\n        motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: ['z', 't'], type: 'action', action: 'scrollToCursor',\n        actionArgs: { position: 'top' }},\n    { keys: ['z', '<CR>'], type: 'action', action: 'scrollToCursor',\n        actionArgs: { position: 'top' },\n        motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: ['z', '-'], type: 'action', action: 'scrollToCursor',\n        actionArgs: { position: 'bottom' }},\n    { keys: ['z', 'b'], type: 'action', action: 'scrollToCursor',\n        actionArgs: { position: 'bottom' },\n        motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: ['.'], type: 'action', action: 'repeatLastEdit' },\n    { keys: ['<C-a>'], type: 'action', action: 'incrementNumberToken',\n        isEdit: true,\n        actionArgs: {increase: true, backtrack: false}},\n    { keys: ['<C-x>'], type: 'action', action: 'incrementNumberToken',\n        isEdit: true,\n        actionArgs: {increase: false, backtrack: false}},\n    // Text object motions\n    { keys: ['a', 'character'], type: 'motion',\n        motion: 'textObjectManipulation' },\n    { keys: ['i', 'character'], type: 'motion',\n        motion: 'textObjectManipulation',\n        motionArgs: { textObjectInner: true }},\n    // Search\n    { keys: ['/'], type: 'search',\n        searchArgs: { forward: true, querySrc: 'prompt', toJumplist: true }},\n    { keys: ['?'], type: 'search',\n        searchArgs: { forward: false, querySrc: 'prompt', toJumplist: true }},\n    { keys: ['*'], type: 'search',\n        searchArgs: { forward: true, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n    { keys: ['#'], type: 'search',\n        searchArgs: { forward: false, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n    { keys: ['g', '*'], type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', toJumplist: true }},\n    { keys: ['g', '#'], type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', toJumplist: true }},\n    // Ex command\n    { keys: [':'], type: 'ex' }\n  ];\n\n  var Pos = CodeMirror.Pos;\n\n  var Vim = function() {\n    CodeMirror.defineOption('vimMode', false, function(cm, val) {\n      if (val) {\n        cm.setOption('keyMap', 'vim');\n        cm.setOption('disableInput', true);\n        CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n        cm.on('beforeSelectionChange', beforeSelectionChange);\n        cm.on('cursorActivity', onCursorActivity);\n        maybeInitVimState(cm);\n        CodeMirror.on(cm.getInputField(), 'paste', getOnPasteFn(cm));\n      } else if (cm.state.vim) {\n        cm.setOption('keyMap', 'default');\n        cm.setOption('disableInput', false);\n        cm.off('beforeSelectionChange', beforeSelectionChange);\n        cm.off('cursorActivity', onCursorActivity);\n        CodeMirror.off(cm.getInputField(), 'paste', getOnPasteFn(cm));\n        cm.state.vim = null;\n      }\n    });\n    function beforeSelectionChange(cm, obj) {\n      var vim = cm.state.vim;\n      if (vim.insertMode || vim.exMode) return;\n\n      var head = obj.ranges[0].head;\n      var anchor = obj.ranges[0].anchor;\n      if (head.ch && head.ch == cm.doc.getLine(head.line).length) {\n        var pos = Pos(head.line, head.ch - 1);\n        obj.update([{anchor: cursorEqual(head, anchor) ? pos : anchor,\n                     head: pos}]);\n      }\n    }\n    function getOnPasteFn(cm) {\n      var vim = cm.state.vim;\n      if (!vim.onPasteFn) {\n        vim.onPasteFn = function() {\n          if (!vim.insertMode) {\n            cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n            actions.enterInsertMode(cm, {}, vim);\n          }\n        };\n      }\n      return vim.onPasteFn;\n    }\n\n    var numberRegex = /[\\d]/;\n    var wordRegexp = [(/\\w/), (/[^\\w\\s]/)], bigWordRegexp = [(/\\S/)];\n    function makeKeyRange(start, size) {\n      var keys = [];\n      for (var i = start; i < start + size; i++) {\n        keys.push(String.fromCharCode(i));\n      }\n      return keys;\n    }\n    var upperCaseAlphabet = makeKeyRange(65, 26);\n    var lowerCaseAlphabet = makeKeyRange(97, 26);\n    var numbers = makeKeyRange(48, 10);\n    var specialSymbols = '~`!@#$%^&*()_-+=[{}]\\\\|/?.,<>:;\"\\''.split('');\n    var specialKeys = ['Left', 'Right', 'Up', 'Down', 'Space', 'Backspace',\n        'Esc', 'Home', 'End', 'PageUp', 'PageDown', 'Enter'];\n    var validMarks = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['<', '>']);\n    var validRegisters = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['-', '\"', '.', ':']);\n\n    function isLine(cm, line) {\n      return line >= cm.firstLine() && line <= cm.lastLine();\n    }\n    function isLowerCase(k) {\n      return (/^[a-z]$/).test(k);\n    }\n    function isMatchableSymbol(k) {\n      return '()[]{}'.indexOf(k) != -1;\n    }\n    function isNumber(k) {\n      return numberRegex.test(k);\n    }\n    function isUpperCase(k) {\n      return (/^[A-Z]$/).test(k);\n    }\n    function isWhiteSpaceString(k) {\n      return (/^\\s*$/).test(k);\n    }\n    function inArray(val, arr) {\n      for (var i = 0; i < arr.length; i++) {\n        if (arr[i] == val) {\n          return true;\n        }\n      }\n      return false;\n    }\n\n    var options = {};\n    function defineOption(name, defaultValue, type) {\n      if (defaultValue === undefined) { throw Error('defaultValue is required'); }\n      if (!type) { type = 'string'; }\n      options[name] = {\n        type: type,\n        defaultValue: defaultValue\n      };\n      setOption(name, defaultValue);\n    }\n\n    function setOption(name, value) {\n      var option = options[name];\n      if (!option) {\n        throw Error('Unknown option: ' + name);\n      }\n      if (option.type == 'boolean') {\n        if (value && value !== true) {\n          throw Error('Invalid argument: ' + name + '=' + value);\n        } else if (value !== false) {\n          // Boolean options are set to true if value is not defined.\n          value = true;\n        }\n      }\n      option.value = option.type == 'boolean' ? !!value : value;\n    }\n\n    function getOption(name) {\n      var option = options[name];\n      if (!option) {\n        throw Error('Unknown option: ' + name);\n      }\n      return option.value;\n    }\n\n    var createCircularJumpList = function() {\n      var size = 100;\n      var pointer = -1;\n      var head = 0;\n      var tail = 0;\n      var buffer = new Array(size);\n      function add(cm, oldCur, newCur) {\n        var current = pointer % size;\n        var curMark = buffer[current];\n        function useNextSlot(cursor) {\n          var next = ++pointer % size;\n          var trashMark = buffer[next];\n          if (trashMark) {\n            trashMark.clear();\n          }\n          buffer[next] = cm.setBookmark(cursor);\n        }\n        if (curMark) {\n          var markPos = curMark.find();\n          // avoid recording redundant cursor position\n          if (markPos && !cursorEqual(markPos, oldCur)) {\n            useNextSlot(oldCur);\n          }\n        } else {\n          useNextSlot(oldCur);\n        }\n        useNextSlot(newCur);\n        head = pointer;\n        tail = pointer - size + 1;\n        if (tail < 0) {\n          tail = 0;\n        }\n      }\n      function move(cm, offset) {\n        pointer += offset;\n        if (pointer > head) {\n          pointer = head;\n        } else if (pointer < tail) {\n          pointer = tail;\n        }\n        var mark = buffer[(size + pointer) % size];\n        // skip marks that are temporarily removed from text buffer\n        if (mark && !mark.find()) {\n          var inc = offset > 0 ? 1 : -1;\n          var newCur;\n          var oldCur = cm.getCursor();\n          do {\n            pointer += inc;\n            mark = buffer[(size + pointer) % size];\n            // skip marks that are the same as current position\n            if (mark &&\n                (newCur = mark.find()) &&\n                !cursorEqual(oldCur, newCur)) {\n              break;\n            }\n          } while (pointer < head && pointer > tail);\n        }\n        return mark;\n      }\n      return {\n        cachedCursor: undefined, //used for # and * jumps\n        add: add,\n        move: move\n      };\n    };\n\n    // Returns an object to track the changes associated insert mode.  It\n    // clones the object that is passed in, or creates an empty object one if\n    // none is provided.\n    var createInsertModeChanges = function(c) {\n      if (c) {\n        // Copy construction\n        return {\n          changes: c.changes,\n          expectCursorActivityForChange: c.expectCursorActivityForChange\n        };\n      }\n      return {\n        // Change list\n        changes: [],\n        // Set to true on change, false on cursorActivity.\n        expectCursorActivityForChange: false\n      };\n    };\n\n    function MacroModeState() {\n      this.latestRegister = undefined;\n      this.isPlaying = false;\n      this.isRecording = false;\n      this.replaySearchQueries = [];\n      this.onRecordingDone = undefined;\n      this.lastInsertModeChanges = createInsertModeChanges();\n    }\n    MacroModeState.prototype = {\n      exitMacroRecordMode: function() {\n        var macroModeState = vimGlobalState.macroModeState;\n        macroModeState.onRecordingDone(); // close dialog\n        macroModeState.onRecordingDone = undefined;\n        macroModeState.isRecording = false;\n      },\n      enterMacroRecordMode: function(cm, registerName) {\n        var register =\n            vimGlobalState.registerController.getRegister(registerName);\n        if (register) {\n          register.clear();\n          this.latestRegister = registerName;\n          this.onRecordingDone = cm.openDialog(\n              '(recording)['+registerName+']', null, {bottom:true});\n          this.isRecording = true;\n        }\n      }\n    };\n\n    function maybeInitVimState(cm) {\n      if (!cm.state.vim) {\n        // Store instance state in the CodeMirror object.\n        cm.state.vim = {\n          inputState: new InputState(),\n          // Vim's input state that triggered the last edit, used to repeat\n          // motions and operators with '.'.\n          lastEditInputState: undefined,\n          // Vim's action command before the last edit, used to repeat actions\n          // with '.' and insert mode repeat.\n          lastEditActionCommand: undefined,\n          // When using jk for navigation, if you move from a longer line to a\n          // shorter line, the cursor may clip to the end of the shorter line.\n          // If j is pressed again and cursor goes to the next line, the\n          // cursor should go back to its horizontal position on the longer\n          // line if it can. This is to keep track of the horizontal position.\n          lastHPos: -1,\n          // Doing the same with screen-position for gj/gk\n          lastHSPos: -1,\n          // The last motion command run. Cleared if a non-motion command gets\n          // executed in between.\n          lastMotion: null,\n          marks: {},\n          insertMode: false,\n          // Repeat count for changes made in insert mode, triggered by key\n          // sequences like 3,i. Only exists when insertMode is true.\n          insertModeRepeat: undefined,\n          visualMode: false,\n          // If we are in visual line mode. No effect if visualMode is false.\n          visualLine: false,\n          lastSelection: null\n        };\n      }\n      return cm.state.vim;\n    }\n    var vimGlobalState;\n    function resetVimGlobalState() {\n      vimGlobalState = {\n        // The current search query.\n        searchQuery: null,\n        // Whether we are searching backwards.\n        searchIsReversed: false,\n        // Replace part of the last substituted pattern\n        lastSubstituteReplacePart: undefined,\n        jumpList: createCircularJumpList(),\n        macroModeState: new MacroModeState,\n        // Recording latest f, t, F or T motion command.\n        lastChararacterSearch: {increment:0, forward:true, selectedCharacter:''},\n        registerController: new RegisterController({})\n      };\n      for (var optionName in options) {\n        var option = options[optionName];\n        option.value = option.defaultValue;\n      }\n    }\n\n    var vimApi= {\n      buildKeyMap: function() {\n        // TODO: Convert keymap into dictionary format for fast lookup.\n      },\n      // Testing hook, though it might be useful to expose the register\n      // controller anyways.\n      getRegisterController: function() {\n        return vimGlobalState.registerController;\n      },\n      // Testing hook.\n      resetVimGlobalState_: resetVimGlobalState,\n\n      // Testing hook.\n      getVimGlobalState_: function() {\n        return vimGlobalState;\n      },\n\n      // Testing hook.\n      maybeInitVimState_: maybeInitVimState,\n\n      InsertModeKey: InsertModeKey,\n      map: function(lhs, rhs, ctx) {\n        // Add user defined key bindings.\n        exCommandDispatcher.map(lhs, rhs, ctx);\n      },\n      setOption: setOption,\n      getOption: getOption,\n      defineOption: defineOption,\n      defineEx: function(name, prefix, func){\n        if (name.indexOf(prefix) !== 0) {\n          throw new Error('(Vim.defineEx) \"'+prefix+'\" is not a prefix of \"'+name+'\", command not registered');\n        }\n        exCommands[name]=func;\n        exCommandDispatcher.commandMap_[prefix]={name:name, shortName:prefix, type:'api'};\n      },\n      // This is the outermost function called by CodeMirror, after keys have\n      // been mapped to their Vim equivalents.\n      handleKey: function(cm, key) {\n        var command;\n        var vim = maybeInitVimState(cm);\n        var macroModeState = vimGlobalState.macroModeState;\n        if (macroModeState.isRecording) {\n          if (key == 'q') {\n            macroModeState.exitMacroRecordMode();\n            vim.inputState = new InputState();\n            return;\n          }\n        }\n        if (key == '<Esc>') {\n          // Clear input state and get back to normal mode.\n          vim.inputState = new InputState();\n          if (vim.visualMode) {\n            exitVisualMode(cm);\n          }\n          return;\n        }\n        // Enter visual mode when the mouse selects text.\n        if (!vim.visualMode &&\n            !cursorEqual(cm.getCursor('head'), cm.getCursor('anchor'))) {\n          vim.visualMode = true;\n          vim.visualLine = false;\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n          cm.on('mousedown', exitVisualMode);\n        }\n        if (key != '0' || (key == '0' && vim.inputState.getRepeat() === 0)) {\n          // Have to special case 0 since it's both a motion and a number.\n          command = commandDispatcher.matchCommand(key, defaultKeymap, vim);\n        }\n        if (!command) {\n          if (isNumber(key)) {\n            // Increment count unless count is 0 and key is 0.\n            vim.inputState.pushRepeatDigit(key);\n          }\n          if (macroModeState.isRecording) {\n            logKey(macroModeState, key);\n          }\n          return;\n        }\n        if (command.type == 'keyToKey') {\n          // TODO: prevent infinite recursion.\n          for (var i = 0; i < command.toKeys.length; i++) {\n            this.handleKey(cm, command.toKeys[i]);\n          }\n        } else {\n          if (macroModeState.isRecording) {\n            logKey(macroModeState, key);\n          }\n          commandDispatcher.processCommand(cm, vim, command);\n        }\n      },\n      handleEx: function(cm, input) {\n        exCommandDispatcher.processCommand(cm, input);\n      }\n    };\n\n    // Represents the current input state.\n    function InputState() {\n      this.prefixRepeat = [];\n      this.motionRepeat = [];\n\n      this.operator = null;\n      this.operatorArgs = null;\n      this.motion = null;\n      this.motionArgs = null;\n      this.keyBuffer = []; // For matching multi-key commands.\n      this.registerName = null; // Defaults to the unnamed register.\n    }\n    InputState.prototype.pushRepeatDigit = function(n) {\n      if (!this.operator) {\n        this.prefixRepeat = this.prefixRepeat.concat(n);\n      } else {\n        this.motionRepeat = this.motionRepeat.concat(n);\n      }\n    };\n    InputState.prototype.getRepeat = function() {\n      var repeat = 0;\n      if (this.prefixRepeat.length > 0 || this.motionRepeat.length > 0) {\n        repeat = 1;\n        if (this.prefixRepeat.length > 0) {\n          repeat *= parseInt(this.prefixRepeat.join(''), 10);\n        }\n        if (this.motionRepeat.length > 0) {\n          repeat *= parseInt(this.motionRepeat.join(''), 10);\n        }\n      }\n      return repeat;\n    };\n\n    /*\n     * Register stores information about copy and paste registers.  Besides\n     * text, a register must store whether it is linewise (i.e., when it is\n     * pasted, should it insert itself into a new line, or should the text be\n     * inserted at the cursor position.)\n     */\n    function Register(text, linewise) {\n      this.clear();\n      this.keyBuffer = [text || ''];\n      this.insertModeChanges = [];\n      this.searchQueries = [];\n      this.linewise = !!linewise;\n    }\n    Register.prototype = {\n      setText: function(text, linewise) {\n        this.keyBuffer = [text || ''];\n        this.linewise = !!linewise;\n      },\n      pushText: function(text, linewise) {\n        // if this register has ever been set to linewise, use linewise.\n        if (linewise) {\n          if (!this.linewise) {\n            this.keyBuffer.push('\\n');\n          }\n          this.linewise = true;\n        }\n        this.keyBuffer.push(text);\n      },\n      pushInsertModeChanges: function(changes) {\n        this.insertModeChanges.push(createInsertModeChanges(changes));\n      },\n      pushSearchQuery: function(query) {\n        this.searchQueries.push(query);\n      },\n      clear: function() {\n        this.keyBuffer = [];\n        this.insertModeChanges = [];\n        this.searchQueries = [];\n        this.linewise = false;\n      },\n      toString: function() {\n        return this.keyBuffer.join('');\n      }\n    };\n\n    /*\n     * vim registers allow you to keep many independent copy and paste buffers.\n     * See http://usevim.com/2012/04/13/registers/ for an introduction.\n     *\n     * RegisterController keeps the state of all the registers.  An initial\n     * state may be passed in.  The unnamed register '\"' will always be\n     * overridden.\n     */\n    function RegisterController(registers) {\n      this.registers = registers;\n      this.unnamedRegister = registers['\"'] = new Register();\n      registers['.'] = new Register();\n      registers[':'] = new Register();\n    }\n    RegisterController.prototype = {\n      pushText: function(registerName, operator, text, linewise) {\n        if (linewise && text.charAt(0) == '\\n') {\n          text = text.slice(1) + '\\n';\n        }\n        if (linewise && text.charAt(text.length - 1) !== '\\n'){\n          text += '\\n';\n        }\n        // Lowercase and uppercase registers refer to the same register.\n        // Uppercase just means append.\n        var register = this.isValidRegister(registerName) ?\n            this.getRegister(registerName) : null;\n        // if no register/an invalid register was specified, things go to the\n        // default registers\n        if (!register) {\n          switch (operator) {\n            case 'yank':\n              // The 0 register contains the text from the most recent yank.\n              this.registers['0'] = new Register(text, linewise);\n              break;\n            case 'delete':\n            case 'change':\n              if (text.indexOf('\\n') == -1) {\n                // Delete less than 1 line. Update the small delete register.\n                this.registers['-'] = new Register(text, linewise);\n              } else {\n                // Shift down the contents of the numbered registers and put the\n                // deleted text into register 1.\n                this.shiftNumericRegisters_();\n                this.registers['1'] = new Register(text, linewise);\n              }\n              break;\n          }\n          // Make sure the unnamed register is set to what just happened\n          this.unnamedRegister.setText(text, linewise);\n          return;\n        }\n\n        // If we've gotten to this point, we've actually specified a register\n        var append = isUpperCase(registerName);\n        if (append) {\n          register.pushText(text, linewise);\n        } else {\n          register.setText(text, linewise);\n        }\n        // The unnamed register always has the same value as the last used\n        // register.\n        this.unnamedRegister.setText(register.toString(), linewise);\n      },\n      // Gets the register named @name.  If one of @name doesn't already exist,\n      // create it.  If @name is invalid, return the unnamedRegister.\n      getRegister: function(name) {\n        if (!this.isValidRegister(name)) {\n          return this.unnamedRegister;\n        }\n        name = name.toLowerCase();\n        if (!this.registers[name]) {\n          this.registers[name] = new Register();\n        }\n        return this.registers[name];\n      },\n      isValidRegister: function(name) {\n        return name && inArray(name, validRegisters);\n      },\n      shiftNumericRegisters_: function() {\n        for (var i = 9; i >= 2; i--) {\n          this.registers[i] = this.getRegister('' + (i - 1));\n        }\n      }\n    };\n\n    var commandDispatcher = {\n      matchCommand: function(key, keyMap, vim) {\n        var inputState = vim.inputState;\n        var keys = inputState.keyBuffer.concat(key);\n        var matchedCommands = [];\n        var selectedCharacter;\n        for (var i = 0; i < keyMap.length; i++) {\n          var command = keyMap[i];\n          if (matchKeysPartial(keys, command.keys)) {\n            if (inputState.operator && command.type == 'action') {\n              // Ignore matched action commands after an operator. Operators\n              // only operate on motions. This check is really for text\n              // objects since aW, a[ etcs conflicts with a.\n              continue;\n            }\n            // Match commands that take <character> as an argument.\n            if (command.keys[keys.length - 1] == 'character') {\n              selectedCharacter = keys[keys.length - 1];\n              if (selectedCharacter.length>1){\n                switch(selectedCharacter){\n                  case '<CR>':\n                    selectedCharacter='\\n';\n                    break;\n                  case '<Space>':\n                    selectedCharacter=' ';\n                    break;\n                  default:\n                    continue;\n                }\n              }\n            }\n            // Add the command to the list of matched commands. Choose the best\n            // command later.\n            matchedCommands.push(command);\n          }\n        }\n\n        // Returns the command if it is a full match, or null if not.\n        function getFullyMatchedCommandOrNull(command) {\n          if (keys.length < command.keys.length) {\n            // Matches part of a multi-key command. Buffer and wait for next\n            // stroke.\n            inputState.keyBuffer.push(key);\n            return null;\n          } else {\n            if (command.keys[keys.length - 1] == 'character') {\n              inputState.selectedCharacter = selectedCharacter;\n            }\n            // Clear the buffer since a full match was found.\n            inputState.keyBuffer = [];\n            return command;\n          }\n        }\n\n        if (!matchedCommands.length) {\n          // Clear the buffer since there were no matches.\n          inputState.keyBuffer = [];\n          return null;\n        } else if (matchedCommands.length == 1) {\n          return getFullyMatchedCommandOrNull(matchedCommands[0]);\n        } else {\n          // Find the best match in the list of matchedCommands.\n          var context = vim.visualMode ? 'visual' : 'normal';\n          var bestMatch; // Default to first in the list.\n          for (var i = 0; i < matchedCommands.length; i++) {\n            var current = matchedCommands[i];\n            if (current.context == context) {\n              bestMatch = current;\n              break;\n            } else if (!bestMatch && !current.context) {\n              // Only set an imperfect match to best match if no best match is\n              // set and the imperfect match is not restricted to another\n              // context.\n              bestMatch = current;\n            }\n          }\n          return getFullyMatchedCommandOrNull(bestMatch);\n        }\n      },\n      processCommand: function(cm, vim, command) {\n        vim.inputState.repeatOverride = command.repeatOverride;\n        switch (command.type) {\n          case 'motion':\n            this.processMotion(cm, vim, command);\n            break;\n          case 'operator':\n            this.processOperator(cm, vim, command);\n            break;\n          case 'operatorMotion':\n            this.processOperatorMotion(cm, vim, command);\n            break;\n          case 'action':\n            this.processAction(cm, vim, command);\n            break;\n          case 'search':\n            this.processSearch(cm, vim, command);\n            break;\n          case 'ex':\n          case 'keyToEx':\n            this.processEx(cm, vim, command);\n            break;\n          default:\n            break;\n        }\n      },\n      processMotion: function(cm, vim, command) {\n        vim.inputState.motion = command.motion;\n        vim.inputState.motionArgs = copyArgs(command.motionArgs);\n        this.evalInput(cm, vim);\n      },\n      processOperator: function(cm, vim, command) {\n        var inputState = vim.inputState;\n        if (inputState.operator) {\n          if (inputState.operator == command.operator) {\n            // Typing an operator twice like 'dd' makes the operator operate\n            // linewise\n            inputState.motion = 'expandToLine';\n            inputState.motionArgs = { linewise: true };\n            this.evalInput(cm, vim);\n            return;\n          } else {\n            // 2 different operators in a row doesn't make sense.\n            vim.inputState = new InputState();\n          }\n        }\n        inputState.operator = command.operator;\n        inputState.operatorArgs = copyArgs(command.operatorArgs);\n        if (vim.visualMode) {\n          // Operating on a selection in visual mode. We don't need a motion.\n          this.evalInput(cm, vim);\n        }\n      },\n      processOperatorMotion: function(cm, vim, command) {\n        var visualMode = vim.visualMode;\n        var operatorMotionArgs = copyArgs(command.operatorMotionArgs);\n        if (operatorMotionArgs) {\n          // Operator motions may have special behavior in visual mode.\n          if (visualMode && operatorMotionArgs.visualLine) {\n            vim.visualLine = true;\n          }\n        }\n        this.processOperator(cm, vim, command);\n        if (!visualMode) {\n          this.processMotion(cm, vim, command);\n        }\n      },\n      processAction: function(cm, vim, command) {\n        var inputState = vim.inputState;\n        var repeat = inputState.getRepeat();\n        var repeatIsExplicit = !!repeat;\n        var actionArgs = copyArgs(command.actionArgs) || {};\n        if (inputState.selectedCharacter) {\n          actionArgs.selectedCharacter = inputState.selectedCharacter;\n        }\n        // Actions may or may not have motions and operators. Do these first.\n        if (command.operator) {\n          this.processOperator(cm, vim, command);\n        }\n        if (command.motion) {\n          this.processMotion(cm, vim, command);\n        }\n        if (command.motion || command.operator) {\n          this.evalInput(cm, vim);\n        }\n        actionArgs.repeat = repeat || 1;\n        actionArgs.repeatIsExplicit = repeatIsExplicit;\n        actionArgs.registerName = inputState.registerName;\n        vim.inputState = new InputState();\n        vim.lastMotion = null;\n        if (command.isEdit) {\n          this.recordLastEdit(vim, inputState, command);\n        }\n        actions[command.action](cm, actionArgs, vim);\n      },\n      processSearch: function(cm, vim, command) {\n        if (!cm.getSearchCursor) {\n          // Search depends on SearchCursor.\n          return;\n        }\n        var forward = command.searchArgs.forward;\n        var wholeWordOnly = command.searchArgs.wholeWordOnly;\n        getSearchState(cm).setReversed(!forward);\n        var promptPrefix = (forward) ? '/' : '?';\n        var originalQuery = getSearchState(cm).getQuery();\n        var originalScrollPos = cm.getScrollInfo();\n        function handleQuery(query, ignoreCase, smartCase) {\n          try {\n            updateSearchQuery(cm, query, ignoreCase, smartCase);\n          } catch (e) {\n            showConfirm(cm, 'Invalid regex: ' + query);\n            return;\n          }\n          commandDispatcher.processMotion(cm, vim, {\n            type: 'motion',\n            motion: 'findNext',\n            motionArgs: { forward: true, toJumplist: command.searchArgs.toJumplist }\n          });\n        }\n        function onPromptClose(query) {\n          cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n          handleQuery(query, true /** ignoreCase */, true /** smartCase */);\n          var macroModeState = vimGlobalState.macroModeState;\n          if (macroModeState.isRecording) {\n            logSearchQuery(macroModeState, query);\n          }\n        }\n        function onPromptKeyUp(_e, query) {\n          var parsedQuery;\n          try {\n            parsedQuery = updateSearchQuery(cm, query,\n                true /** ignoreCase */, true /** smartCase */);\n          } catch (e) {\n            // Swallow bad regexes for incremental search.\n          }\n          if (parsedQuery) {\n            cm.scrollIntoView(findNext(cm, !forward, parsedQuery), 30);\n          } else {\n            clearSearchHighlight(cm);\n            cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n          }\n        }\n        function onPromptKeyDown(e, _query, close) {\n          var keyName = CodeMirror.keyName(e);\n          if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[') {\n            updateSearchQuery(cm, originalQuery);\n            clearSearchHighlight(cm);\n            cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n\n            CodeMirror.e_stop(e);\n            close();\n            cm.focus();\n          }\n        }\n        switch (command.searchArgs.querySrc) {\n          case 'prompt':\n            var macroModeState = vimGlobalState.macroModeState;\n            if (macroModeState.isPlaying) {\n              var query = macroModeState.replaySearchQueries.shift();\n              handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n            } else {\n              showPrompt(cm, {\n                  onClose: onPromptClose,\n                  prefix: promptPrefix,\n                  desc: searchPromptDesc,\n                  onKeyUp: onPromptKeyUp,\n                  onKeyDown: onPromptKeyDown\n              });\n            }\n            break;\n          case 'wordUnderCursor':\n            var word = expandWordUnderCursor(cm, false /** inclusive */,\n                true /** forward */, false /** bigWord */,\n                true /** noSymbol */);\n            var isKeyword = true;\n            if (!word) {\n              word = expandWordUnderCursor(cm, false /** inclusive */,\n                  true /** forward */, false /** bigWord */,\n                  false /** noSymbol */);\n              isKeyword = false;\n            }\n            if (!word) {\n              return;\n            }\n            var query = cm.getLine(word.start.line).substring(word.start.ch,\n                word.end.ch);\n            if (isKeyword && wholeWordOnly) {\n                query = '\\\\b' + query + '\\\\b';\n            } else {\n              query = escapeRegex(query);\n            }\n\n            // cachedCursor is used to save the old position of the cursor\n            // when * or # causes vim to seek for the nearest word and shift\n            // the cursor before entering the motion.\n            vimGlobalState.jumpList.cachedCursor = cm.getCursor();\n            cm.setCursor(word.start);\n\n            handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n            break;\n        }\n      },\n      processEx: function(cm, vim, command) {\n        function onPromptClose(input) {\n          // Give the prompt some time to close so that if processCommand shows\n          // an error, the elements don't overlap.\n          exCommandDispatcher.processCommand(cm, input);\n        }\n        function onPromptKeyDown(e, _input, close) {\n          var keyName = CodeMirror.keyName(e);\n          if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[') {\n            CodeMirror.e_stop(e);\n            close();\n            cm.focus();\n          }\n        }\n        if (command.type == 'keyToEx') {\n          // Handle user defined Ex to Ex mappings\n          exCommandDispatcher.processCommand(cm, command.exArgs.input);\n        } else {\n          if (vim.visualMode) {\n            showPrompt(cm, { onClose: onPromptClose, prefix: ':', value: '\\'<,\\'>',\n                onKeyDown: onPromptKeyDown});\n          } else {\n            showPrompt(cm, { onClose: onPromptClose, prefix: ':',\n                onKeyDown: onPromptKeyDown});\n          }\n        }\n      },\n      evalInput: function(cm, vim) {\n        // If the motion comand is set, execute both the operator and motion.\n        // Otherwise return.\n        var inputState = vim.inputState;\n        var motion = inputState.motion;\n        var motionArgs = inputState.motionArgs || {};\n        var operator = inputState.operator;\n        var operatorArgs = inputState.operatorArgs || {};\n        var registerName = inputState.registerName;\n        var selectionEnd = copyCursor(cm.getCursor('head'));\n        var selectionStart = copyCursor(cm.getCursor('anchor'));\n        // The difference between cur and selection cursors are that cur is\n        // being operated on and ignores that there is a selection.\n        var curStart = copyCursor(selectionEnd);\n        var curOriginal = copyCursor(curStart);\n        var curEnd;\n        var repeat;\n        if (operator) {\n          this.recordLastEdit(vim, inputState);\n        }\n        if (inputState.repeatOverride !== undefined) {\n          // If repeatOverride is specified, that takes precedence over the\n          // input state's repeat. Used by Ex mode and can be user defined.\n          repeat = inputState.repeatOverride;\n        } else {\n          repeat = inputState.getRepeat();\n        }\n        if (repeat > 0 && motionArgs.explicitRepeat) {\n          motionArgs.repeatIsExplicit = true;\n        } else if (motionArgs.noRepeat ||\n            (!motionArgs.explicitRepeat && repeat === 0)) {\n          repeat = 1;\n          motionArgs.repeatIsExplicit = false;\n        }\n        if (inputState.selectedCharacter) {\n          // If there is a character input, stick it in all of the arg arrays.\n          motionArgs.selectedCharacter = operatorArgs.selectedCharacter =\n              inputState.selectedCharacter;\n        }\n        motionArgs.repeat = repeat;\n        vim.inputState = new InputState();\n        if (motion) {\n          var motionResult = motions[motion](cm, motionArgs, vim);\n          vim.lastMotion = motions[motion];\n          if (!motionResult) {\n            return;\n          }\n          if (motionArgs.toJumplist) {\n            var jumpList = vimGlobalState.jumpList;\n            // if the current motion is # or *, use cachedCursor\n            var cachedCursor = jumpList.cachedCursor;\n            if (cachedCursor) {\n              recordJumpPosition(cm, cachedCursor, motionResult);\n              delete jumpList.cachedCursor;\n            } else {\n              recordJumpPosition(cm, curOriginal, motionResult);\n            }\n          }\n          if (motionResult instanceof Array) {\n            curStart = motionResult[0];\n            curEnd = motionResult[1];\n          } else {\n            curEnd = motionResult;\n          }\n          // TODO: Handle null returns from motion commands better.\n          if (!curEnd) {\n            curEnd = Pos(curStart.line, curStart.ch);\n          }\n          if (vim.visualMode) {\n            // Check if the selection crossed over itself. Will need to shift\n            // the start point if that happened.\n            if (cursorIsBefore(selectionStart, selectionEnd) &&\n                (cursorEqual(selectionStart, curEnd) ||\n                    cursorIsBefore(curEnd, selectionStart))) {\n              // The end of the selection has moved from after the start to\n              // before the start. We will shift the start right by 1.\n              selectionStart.ch += 1;\n            } else if (cursorIsBefore(selectionEnd, selectionStart) &&\n                (cursorEqual(selectionStart, curEnd) ||\n                    cursorIsBefore(selectionStart, curEnd))) {\n              // The opposite happened. We will shift the start left by 1.\n              selectionStart.ch -= 1;\n            }\n            selectionEnd = curEnd;\n            selectionStart = (motionResult instanceof Array) ? curStart : selectionStart;\n            if (vim.visualLine) {\n              if (cursorIsBefore(selectionStart, selectionEnd)) {\n                selectionStart.ch = 0;\n\n                var lastLine = cm.lastLine();\n                if (selectionEnd.line > lastLine) {\n                  selectionEnd.line = lastLine;\n                }\n                selectionEnd.ch = lineLength(cm, selectionEnd.line);\n              } else {\n                selectionEnd.ch = 0;\n                selectionStart.ch = lineLength(cm, selectionStart.line);\n              }\n            }\n            cm.setSelection(selectionStart, selectionEnd);\n            updateMark(cm, vim, '<',\n                cursorIsBefore(selectionStart, selectionEnd) ? selectionStart\n                    : selectionEnd);\n            updateMark(cm, vim, '>',\n                cursorIsBefore(selectionStart, selectionEnd) ? selectionEnd\n                    : selectionStart);\n          } else if (!operator) {\n            curEnd = clipCursorToContent(cm, curEnd);\n            cm.setCursor(curEnd.line, curEnd.ch);\n          }\n        }\n\n        if (operator) {\n          var inverted = false;\n          vim.lastMotion = null;\n          operatorArgs.repeat = repeat; // Indent in visual mode needs this.\n          if (vim.visualMode) {\n            curStart = selectionStart;\n            curEnd = selectionEnd;\n            motionArgs.inclusive = true;\n          }\n          // Swap start and end if motion was backward.\n          if (curEnd && cursorIsBefore(curEnd, curStart)) {\n            var tmp = curStart;\n            curStart = curEnd;\n            curEnd = tmp;\n            inverted = true;\n          } else if (!curEnd) {\n            curEnd = copyCursor(curStart);\n          }\n          if (motionArgs.inclusive && !(vim.visualMode && inverted)) {\n            // Move the selection end one to the right to include the last\n            // character.\n            curEnd.ch++;\n          }\n          if (operatorArgs.selOffset) {\n            // Replaying a visual mode operation\n            curEnd.line = curStart.line + operatorArgs.selOffset.line;\n            if (operatorArgs.selOffset.line) {curEnd.ch = operatorArgs.selOffset.ch; }\n            else { curEnd.ch = curStart.ch + operatorArgs.selOffset.ch; }\n          } else if (vim.visualMode) {\n            var selOffset = Pos();\n            selOffset.line = curEnd.line - curStart.line;\n            if (selOffset.line) { selOffset.ch = curEnd.ch; }\n            else { selOffset.ch = curEnd.ch - curStart.ch; }\n            operatorArgs.selOffset = selOffset;\n          }\n          var linewise = motionArgs.linewise ||\n              (vim.visualMode && vim.visualLine) ||\n              operatorArgs.linewise;\n          if (linewise) {\n            // Expand selection to entire line.\n            expandSelectionToLine(cm, curStart, curEnd);\n          } else if (motionArgs.forward) {\n            // Clip to trailing newlines only if the motion goes forward.\n            clipToLine(cm, curStart, curEnd);\n          }\n          operatorArgs.registerName = registerName;\n          // Keep track of linewise as it affects how paste and change behave.\n          operatorArgs.linewise = linewise;\n          operators[operator](cm, operatorArgs, vim, curStart,\n              curEnd, curOriginal);\n          if (vim.visualMode) {\n            exitVisualMode(cm);\n          }\n        }\n      },\n      recordLastEdit: function(vim, inputState, actionCommand) {\n        var macroModeState = vimGlobalState.macroModeState;\n        if (macroModeState.isPlaying) { return; }\n        vim.lastEditInputState = inputState;\n        vim.lastEditActionCommand = actionCommand;\n        macroModeState.lastInsertModeChanges.changes = [];\n        macroModeState.lastInsertModeChanges.expectCursorActivityForChange = false;\n      }\n    };\n\n    /**\n     * typedef {Object{line:number,ch:number}} Cursor An object containing the\n     *     position of the cursor.\n     */\n    // All of the functions below return Cursor objects.\n    var motions = {\n      moveToTopLine: function(cm, motionArgs) {\n        var line = getUserVisibleLines(cm).top + motionArgs.repeat -1;\n        return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n      },\n      moveToMiddleLine: function(cm) {\n        var range = getUserVisibleLines(cm);\n        var line = Math.floor((range.top + range.bottom) * 0.5);\n        return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n      },\n      moveToBottomLine: function(cm, motionArgs) {\n        var line = getUserVisibleLines(cm).bottom - motionArgs.repeat +1;\n        return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n      },\n      expandToLine: function(cm, motionArgs) {\n        // Expands forward to end of line, and then to next line if repeat is\n        // >1. Does not handle backward motion!\n        var cur = cm.getCursor();\n        return Pos(cur.line + motionArgs.repeat - 1, Infinity);\n      },\n      findNext: function(cm, motionArgs) {\n        var state = getSearchState(cm);\n        var query = state.getQuery();\n        if (!query) {\n          return;\n        }\n        var prev = !motionArgs.forward;\n        // If search is initiated with ? instead of /, negate direction.\n        prev = (state.isReversed()) ? !prev : prev;\n        highlightSearchMatches(cm, query);\n        return findNext(cm, prev/** prev */, query, motionArgs.repeat);\n      },\n      goToMark: function(cm, motionArgs, vim) {\n        var mark = vim.marks[motionArgs.selectedCharacter];\n        if (mark) {\n          var pos = mark.find();\n          return motionArgs.linewise ? { line: pos.line, ch: findFirstNonWhiteSpaceCharacter(cm.getLine(pos.line)) } : pos;\n        }\n        return null;\n      },\n      moveToOtherHighlightedEnd: function(cm) {\n        var curEnd = copyCursor(cm.getCursor('head'));\n        var curStart = copyCursor(cm.getCursor('anchor'));\n        if (cursorIsBefore(curStart, curEnd)) {\n           curEnd.ch += 1;\n        } else if (cursorIsBefore(curEnd, curStart)) {\n           curStart.ch -= 1;\n        }\n        return ([curEnd,curStart]);\n      },\n      jumpToMark: function(cm, motionArgs, vim) {\n        var best = cm.getCursor();\n        for (var i = 0; i < motionArgs.repeat; i++) {\n          var cursor = best;\n          for (var key in vim.marks) {\n            if (!isLowerCase(key)) {\n              continue;\n            }\n            var mark = vim.marks[key].find();\n            var isWrongDirection = (motionArgs.forward) ?\n              cursorIsBefore(mark, cursor) : cursorIsBefore(cursor, mark);\n\n            if (isWrongDirection) {\n              continue;\n            }\n            if (motionArgs.linewise && (mark.line == cursor.line)) {\n              continue;\n            }\n\n            var equal = cursorEqual(cursor, best);\n            var between = (motionArgs.forward) ?\n              cusrorIsBetween(cursor, mark, best) :\n              cusrorIsBetween(best, mark, cursor);\n\n            if (equal || between) {\n              best = mark;\n            }\n          }\n        }\n\n        if (motionArgs.linewise) {\n          // Vim places the cursor on the first non-whitespace character of\n          // the line if there is one, else it places the cursor at the end\n          // of the line, regardless of whether a mark was found.\n          best = Pos(best.line, findFirstNonWhiteSpaceCharacter(cm.getLine(best.line)));\n        }\n        return best;\n      },\n      moveByCharacters: function(cm, motionArgs) {\n        var cur = cm.getCursor();\n        var repeat = motionArgs.repeat;\n        var ch = motionArgs.forward ? cur.ch + repeat : cur.ch - repeat;\n        return Pos(cur.line, ch);\n      },\n      moveByLines: function(cm, motionArgs, vim) {\n        var cur = cm.getCursor();\n        var endCh = cur.ch;\n        // Depending what our last motion was, we may want to do different\n        // things. If our last motion was moving vertically, we want to\n        // preserve the HPos from our last horizontal move.  If our last motion\n        // was going to the end of a line, moving vertically we should go to\n        // the end of the line, etc.\n        switch (vim.lastMotion) {\n          case this.moveByLines:\n          case this.moveByDisplayLines:\n          case this.moveByScroll:\n          case this.moveToColumn:\n          case this.moveToEol:\n            endCh = vim.lastHPos;\n            break;\n          default:\n            vim.lastHPos = endCh;\n        }\n        var repeat = motionArgs.repeat+(motionArgs.repeatOffset||0);\n        var line = motionArgs.forward ? cur.line + repeat : cur.line - repeat;\n        var first = cm.firstLine();\n        var last = cm.lastLine();\n        // Vim cancels linewise motions that start on an edge and move beyond\n        // that edge. It does not cancel motions that do not start on an edge.\n        if ((line < first && cur.line == first) ||\n            (line > last && cur.line == last)) {\n          return;\n        }\n        if (motionArgs.toFirstChar){\n          endCh=findFirstNonWhiteSpaceCharacter(cm.getLine(line));\n          vim.lastHPos = endCh;\n        }\n        vim.lastHSPos = cm.charCoords(Pos(line, endCh),'div').left;\n        return Pos(line, endCh);\n      },\n      moveByDisplayLines: function(cm, motionArgs, vim) {\n        var cur = cm.getCursor();\n        switch (vim.lastMotion) {\n          case this.moveByDisplayLines:\n          case this.moveByScroll:\n          case this.moveByLines:\n          case this.moveToColumn:\n          case this.moveToEol:\n            break;\n          default:\n            vim.lastHSPos = cm.charCoords(cur,'div').left;\n        }\n        var repeat = motionArgs.repeat;\n        var res=cm.findPosV(cur,(motionArgs.forward ? repeat : -repeat),'line',vim.lastHSPos);\n        if (res.hitSide) {\n          if (motionArgs.forward) {\n            var lastCharCoords = cm.charCoords(res, 'div');\n            var goalCoords = { top: lastCharCoords.top + 8, left: vim.lastHSPos };\n            var res = cm.coordsChar(goalCoords, 'div');\n          } else {\n            var resCoords = cm.charCoords(Pos(cm.firstLine(), 0), 'div');\n            resCoords.left = vim.lastHSPos;\n            res = cm.coordsChar(resCoords, 'div');\n          }\n        }\n        vim.lastHPos = res.ch;\n        return res;\n      },\n      moveByPage: function(cm, motionArgs) {\n        // CodeMirror only exposes functions that move the cursor page down, so\n        // doing this bad hack to move the cursor and move it back. evalInput\n        // will move the cursor to where it should be in the end.\n        var curStart = cm.getCursor();\n        var repeat = motionArgs.repeat;\n        return cm.findPosV(curStart, (motionArgs.forward ? repeat : -repeat), 'page');\n      },\n      moveByParagraph: function(cm, motionArgs) {\n        var line = cm.getCursor().line;\n        var repeat = motionArgs.repeat;\n        var inc = motionArgs.forward ? 1 : -1;\n        for (var i = 0; i < repeat; i++) {\n          if ((!motionArgs.forward && line === cm.firstLine() ) ||\n              (motionArgs.forward && line == cm.lastLine())) {\n            break;\n          }\n          line += inc;\n          while (line !== cm.firstLine() && line != cm.lastLine() && cm.getLine(line)) {\n            line += inc;\n          }\n        }\n        return Pos(line, 0);\n      },\n      moveByScroll: function(cm, motionArgs, vim) {\n        var scrollbox = cm.getScrollInfo();\n        var curEnd = null;\n        var repeat = motionArgs.repeat;\n        if (!repeat) {\n          repeat = scrollbox.clientHeight / (2 * cm.defaultTextHeight());\n        }\n        var orig = cm.charCoords(cm.getCursor(), 'local');\n        motionArgs.repeat = repeat;\n        var curEnd = motions.moveByDisplayLines(cm, motionArgs, vim);\n        if (!curEnd) {\n          return null;\n        }\n        var dest = cm.charCoords(curEnd, 'local');\n        cm.scrollTo(null, scrollbox.top + dest.top - orig.top);\n        return curEnd;\n      },\n      moveByWords: function(cm, motionArgs) {\n        return moveToWord(cm, motionArgs.repeat, !!motionArgs.forward,\n            !!motionArgs.wordEnd, !!motionArgs.bigWord);\n      },\n      moveTillCharacter: function(cm, motionArgs) {\n        var repeat = motionArgs.repeat;\n        var curEnd = moveToCharacter(cm, repeat, motionArgs.forward,\n            motionArgs.selectedCharacter);\n        var increment = motionArgs.forward ? -1 : 1;\n        recordLastCharacterSearch(increment, motionArgs);\n        if (!curEnd) return null;\n        curEnd.ch += increment;\n        return curEnd;\n      },\n      moveToCharacter: function(cm, motionArgs) {\n        var repeat = motionArgs.repeat;\n        recordLastCharacterSearch(0, motionArgs);\n        return moveToCharacter(cm, repeat, motionArgs.forward,\n            motionArgs.selectedCharacter) || cm.getCursor();\n      },\n      moveToSymbol: function(cm, motionArgs) {\n        var repeat = motionArgs.repeat;\n        return findSymbol(cm, repeat, motionArgs.forward,\n            motionArgs.selectedCharacter) || cm.getCursor();\n      },\n      moveToColumn: function(cm, motionArgs, vim) {\n        var repeat = motionArgs.repeat;\n        // repeat is equivalent to which column we want to move to!\n        vim.lastHPos = repeat - 1;\n        vim.lastHSPos = cm.charCoords(cm.getCursor(),'div').left;\n        return moveToColumn(cm, repeat);\n      },\n      moveToEol: function(cm, motionArgs, vim) {\n        var cur = cm.getCursor();\n        vim.lastHPos = Infinity;\n        var retval= Pos(cur.line + motionArgs.repeat - 1, Infinity);\n        var end=cm.clipPos(retval);\n        end.ch--;\n        vim.lastHSPos = cm.charCoords(end,'div').left;\n        return retval;\n      },\n      moveToFirstNonWhiteSpaceCharacter: function(cm) {\n        // Go to the start of the line where the text begins, or the end for\n        // whitespace-only lines\n        var cursor = cm.getCursor();\n        return Pos(cursor.line,\n                   findFirstNonWhiteSpaceCharacter(cm.getLine(cursor.line)));\n      },\n      moveToMatchedSymbol: function(cm) {\n        var cursor = cm.getCursor();\n        var line = cursor.line;\n        var ch = cursor.ch;\n        var lineText = cm.getLine(line);\n        var symbol;\n        do {\n          symbol = lineText.charAt(ch++);\n          if (symbol && isMatchableSymbol(symbol)) {\n            var style = cm.getTokenTypeAt(Pos(line, ch));\n            if (style !== \"string\" && style !== \"comment\") {\n              break;\n            }\n          }\n        } while (symbol);\n        if (symbol) {\n          var matched = cm.findMatchingBracket(Pos(line, ch));\n          return matched.to;\n        } else {\n          return cursor;\n        }\n      },\n      moveToStartOfLine: function(cm) {\n        var cursor = cm.getCursor();\n        return Pos(cursor.line, 0);\n      },\n      moveToLineOrEdgeOfDocument: function(cm, motionArgs) {\n        var lineNum = motionArgs.forward ? cm.lastLine() : cm.firstLine();\n        if (motionArgs.repeatIsExplicit) {\n          lineNum = motionArgs.repeat - cm.getOption('firstLineNumber');\n        }\n        return Pos(lineNum,\n                   findFirstNonWhiteSpaceCharacter(cm.getLine(lineNum)));\n      },\n      textObjectManipulation: function(cm, motionArgs) {\n        // TODO: lots of possible exceptions that can be thrown here. Try da(\n        //     outside of a () block.\n\n        // TODO: adding <> >< to this map doesn't work, presumably because\n        // they're operators\n        var mirroredPairs = {'(': ')', ')': '(',\n                             '{': '}', '}': '{',\n                             '[': ']', ']': '['};\n        var selfPaired = {'\\'': true, '\"': true};\n\n        var character = motionArgs.selectedCharacter;\n        // 'b' refers to  '()' block.\n        // 'B' refers to  '{}' block.\n        if (character == 'b') {\n          character = '(';\n        } else if (character == 'B') {\n          character = '{';\n        }\n\n        // Inclusive is the difference between a and i\n        // TODO: Instead of using the additional text object map to perform text\n        //     object operations, merge the map into the defaultKeyMap and use\n        //     motionArgs to define behavior. Define separate entries for 'aw',\n        //     'iw', 'a[', 'i[', etc.\n        var inclusive = !motionArgs.textObjectInner;\n\n        var tmp;\n        if (mirroredPairs[character]) {\n          tmp = selectCompanionObject(cm, character, inclusive);\n        } else if (selfPaired[character]) {\n          tmp = findBeginningAndEnd(cm, character, inclusive);\n        } else if (character === 'W') {\n          tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n                                                     true /** bigWord */);\n        } else if (character === 'w') {\n          tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n                                                     false /** bigWord */);\n        } else {\n          // No text object defined for this, don't move.\n          return null;\n        }\n\n        return [tmp.start, tmp.end];\n      },\n\n      repeatLastCharacterSearch: function(cm, motionArgs) {\n        var lastSearch = vimGlobalState.lastChararacterSearch;\n        var repeat = motionArgs.repeat;\n        var forward = motionArgs.forward === lastSearch.forward;\n        var increment = (lastSearch.increment ? 1 : 0) * (forward ? -1 : 1);\n        cm.moveH(-increment, 'char');\n        motionArgs.inclusive = forward ? true : false;\n        var curEnd = moveToCharacter(cm, repeat, forward, lastSearch.selectedCharacter);\n        if (!curEnd) {\n          cm.moveH(increment, 'char');\n          return cm.getCursor();\n        }\n        curEnd.ch += increment;\n        return curEnd;\n      }\n    };\n\n    var operators = {\n      change: function(cm, operatorArgs, _vim, curStart, curEnd) {\n        vimGlobalState.registerController.pushText(\n            operatorArgs.registerName, 'change', cm.getRange(curStart, curEnd),\n            operatorArgs.linewise);\n        if (operatorArgs.linewise) {\n          // Push the next line back down, if there is a next line.\n          var replacement = curEnd.line > cm.lastLine() ? '' : '\\n';\n          cm.replaceRange(replacement, curStart, curEnd);\n          cm.indentLine(curStart.line, 'smart');\n          // null ch so setCursor moves to end of line.\n          curStart.ch = null;\n        } else {\n          // Exclude trailing whitespace if the range is not all whitespace.\n          var text = cm.getRange(curStart, curEnd);\n          if (!isWhiteSpaceString(text)) {\n            var match = (/\\s+$/).exec(text);\n            if (match) {\n              curEnd = offsetCursor(curEnd, 0, - match[0].length);\n            }\n          }\n          cm.replaceRange('', curStart, curEnd);\n        }\n        actions.enterInsertMode(cm, {}, cm.state.vim);\n        cm.setCursor(curStart);\n      },\n      // delete is a javascript keyword.\n      'delete': function(cm, operatorArgs, _vim, curStart, curEnd) {\n        // If the ending line is past the last line, inclusive, instead of\n        // including the trailing \\n, include the \\n before the starting line\n        if (operatorArgs.linewise &&\n            curEnd.line > cm.lastLine() && curStart.line > cm.firstLine()) {\n          curStart.line--;\n          curStart.ch = lineLength(cm, curStart.line);\n        }\n        vimGlobalState.registerController.pushText(\n            operatorArgs.registerName, 'delete', cm.getRange(curStart, curEnd),\n            operatorArgs.linewise);\n        cm.replaceRange('', curStart, curEnd);\n        if (operatorArgs.linewise) {\n          cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n        } else {\n          cm.setCursor(curStart);\n        }\n      },\n      indent: function(cm, operatorArgs, vim, curStart, curEnd) {\n        var startLine = curStart.line;\n        var endLine = curEnd.line;\n        // In visual mode, n> shifts the selection right n times, instead of\n        // shifting n lines right once.\n        var repeat = (vim.visualMode) ? operatorArgs.repeat : 1;\n        if (operatorArgs.linewise) {\n          // The only way to delete a newline is to delete until the start of\n          // the next line, so in linewise mode evalInput will include the next\n          // line. We don't want this in indent, so we go back a line.\n          endLine--;\n        }\n        for (var i = startLine; i <= endLine; i++) {\n          for (var j = 0; j < repeat; j++) {\n            cm.indentLine(i, operatorArgs.indentRight);\n          }\n        }\n        cm.setCursor(curStart);\n        cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n      },\n      swapcase: function(cm, operatorArgs, _vim, curStart, curEnd, curOriginal) {\n        var toSwap = cm.getRange(curStart, curEnd);\n        var swapped = '';\n        for (var i = 0; i < toSwap.length; i++) {\n          var character = toSwap.charAt(i);\n          swapped += isUpperCase(character) ? character.toLowerCase() :\n              character.toUpperCase();\n        }\n        cm.replaceRange(swapped, curStart, curEnd);\n        if (!operatorArgs.shouldMoveCursor) {\n          cm.setCursor(curOriginal);\n        }\n      },\n      yank: function(cm, operatorArgs, _vim, curStart, curEnd, curOriginal) {\n        vimGlobalState.registerController.pushText(\n            operatorArgs.registerName, 'yank',\n            cm.getRange(curStart, curEnd), operatorArgs.linewise);\n        cm.setCursor(curOriginal);\n      }\n    };\n\n    var actions = {\n      jumpListWalk: function(cm, actionArgs, vim) {\n        if (vim.visualMode) {\n          return;\n        }\n        var repeat = actionArgs.repeat;\n        var forward = actionArgs.forward;\n        var jumpList = vimGlobalState.jumpList;\n\n        var mark = jumpList.move(cm, forward ? repeat : -repeat);\n        var markPos = mark ? mark.find() : undefined;\n        markPos = markPos ? markPos : cm.getCursor();\n        cm.setCursor(markPos);\n      },\n      scroll: function(cm, actionArgs, vim) {\n        if (vim.visualMode) {\n          return;\n        }\n        var repeat = actionArgs.repeat || 1;\n        var lineHeight = cm.defaultTextHeight();\n        var top = cm.getScrollInfo().top;\n        var delta = lineHeight * repeat;\n        var newPos = actionArgs.forward ? top + delta : top - delta;\n        var cursor = copyCursor(cm.getCursor());\n        var cursorCoords = cm.charCoords(cursor, 'local');\n        if (actionArgs.forward) {\n          if (newPos > cursorCoords.top) {\n             cursor.line += (newPos - cursorCoords.top) / lineHeight;\n             cursor.line = Math.ceil(cursor.line);\n             cm.setCursor(cursor);\n             cursorCoords = cm.charCoords(cursor, 'local');\n             cm.scrollTo(null, cursorCoords.top);\n          } else {\n             // Cursor stays within bounds.  Just reposition the scroll window.\n             cm.scrollTo(null, newPos);\n          }\n        } else {\n          var newBottom = newPos + cm.getScrollInfo().clientHeight;\n          if (newBottom < cursorCoords.bottom) {\n             cursor.line -= (cursorCoords.bottom - newBottom) / lineHeight;\n             cursor.line = Math.floor(cursor.line);\n             cm.setCursor(cursor);\n             cursorCoords = cm.charCoords(cursor, 'local');\n             cm.scrollTo(\n                 null, cursorCoords.bottom - cm.getScrollInfo().clientHeight);\n          } else {\n             // Cursor stays within bounds.  Just reposition the scroll window.\n             cm.scrollTo(null, newPos);\n          }\n        }\n      },\n      scrollToCursor: function(cm, actionArgs) {\n        var lineNum = cm.getCursor().line;\n        var charCoords = cm.charCoords(Pos(lineNum, 0), 'local');\n        var height = cm.getScrollInfo().clientHeight;\n        var y = charCoords.top;\n        var lineHeight = charCoords.bottom - y;\n        switch (actionArgs.position) {\n          case 'center': y = y - (height / 2) + lineHeight;\n            break;\n          case 'bottom': y = y - height + lineHeight*1.4;\n            break;\n          case 'top': y = y + lineHeight*0.4;\n            break;\n        }\n        cm.scrollTo(null, y);\n      },\n      replayMacro: function(cm, actionArgs, vim) {\n        var registerName = actionArgs.selectedCharacter;\n        var repeat = actionArgs.repeat;\n        var macroModeState = vimGlobalState.macroModeState;\n        if (registerName == '@') {\n          registerName = macroModeState.latestRegister;\n        }\n        while(repeat--){\n          executeMacroRegister(cm, vim, macroModeState, registerName);\n        }\n      },\n      enterMacroRecordMode: function(cm, actionArgs) {\n        var macroModeState = vimGlobalState.macroModeState;\n        var registerName = actionArgs.selectedCharacter;\n        macroModeState.enterMacroRecordMode(cm, registerName);\n      },\n      enterInsertMode: function(cm, actionArgs, vim) {\n        if (cm.getOption('readOnly')) { return; }\n        vim.insertMode = true;\n        vim.insertModeRepeat = actionArgs && actionArgs.repeat || 1;\n        var insertAt = (actionArgs) ? actionArgs.insertAt : null;\n        if (insertAt == 'eol') {\n          var cursor = cm.getCursor();\n          cursor = Pos(cursor.line, lineLength(cm, cursor.line));\n          cm.setCursor(cursor);\n        } else if (insertAt == 'charAfter') {\n          cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n        } else if (insertAt == 'firstNonBlank') {\n          cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n        }\n        cm.setOption('keyMap', 'vim-insert');\n        cm.setOption('disableInput', false);\n        if (actionArgs && actionArgs.replace) {\n          // Handle Replace-mode as a special case of insert mode.\n          cm.toggleOverwrite(true);\n          cm.setOption('keyMap', 'vim-replace');\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"replace\"});\n        } else {\n          cm.setOption('keyMap', 'vim-insert');\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"insert\"});\n        }\n        if (!vimGlobalState.macroModeState.isPlaying) {\n          // Only record if not replaying.\n          cm.on('change', onChange);\n          CodeMirror.on(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n        }\n      },\n      toggleVisualMode: function(cm, actionArgs, vim) {\n        var repeat = actionArgs.repeat;\n        var curStart = cm.getCursor();\n        var curEnd;\n        // TODO: The repeat should actually select number of characters/lines\n        //     equal to the repeat times the size of the previous visual\n        //     operation.\n        if (!vim.visualMode) {\n          cm.on('mousedown', exitVisualMode);\n          vim.visualMode = true;\n          vim.visualLine = !!actionArgs.linewise;\n          if (vim.visualLine) {\n            curStart.ch = 0;\n            curEnd = clipCursorToContent(\n              cm, Pos(curStart.line + repeat - 1, lineLength(cm, curStart.line)),\n              true /** includeLineBreak */);\n          } else {\n            curEnd = clipCursorToContent(\n              cm, Pos(curStart.line, curStart.ch + repeat),\n              true /** includeLineBreak */);\n          }\n          // Make the initial selection.\n          if (!actionArgs.repeatIsExplicit && !vim.visualLine) {\n            // This is a strange case. Here the implicit repeat is 1. The\n            // following commands lets the cursor hover over the 1 character\n            // selection.\n            cm.setCursor(curEnd);\n            cm.setSelection(curEnd, curStart);\n          } else {\n            cm.setSelection(curStart, curEnd);\n          }\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : \"\"});\n        } else {\n          curStart = cm.getCursor('anchor');\n          curEnd = cm.getCursor('head');\n          if (!vim.visualLine && actionArgs.linewise) {\n            // Shift-V pressed in characterwise visual mode. Switch to linewise\n            // visual mode instead of exiting visual mode.\n            vim.visualLine = true;\n            curStart.ch = cursorIsBefore(curStart, curEnd) ? 0 :\n                lineLength(cm, curStart.line);\n            curEnd.ch = cursorIsBefore(curStart, curEnd) ?\n                lineLength(cm, curEnd.line) : 0;\n            cm.setSelection(curStart, curEnd);\n            CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: \"linewise\"});\n          } else if (vim.visualLine && !actionArgs.linewise) {\n            // v pressed in linewise visual mode. Switch to characterwise visual\n            // mode instead of exiting visual mode.\n            vim.visualLine = false;\n            CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n          } else {\n            exitVisualMode(cm);\n          }\n        }\n        updateMark(cm, vim, '<', cursorIsBefore(curStart, curEnd) ? curStart\n            : curEnd);\n        updateMark(cm, vim, '>', cursorIsBefore(curStart, curEnd) ? curEnd\n            : curStart);\n      },\n      reselectLastSelection: function(cm, _actionArgs, vim) {\n        if (vim.lastSelection) {\n          var lastSelection = vim.lastSelection;\n          cm.setSelection(lastSelection.curStart, lastSelection.curEnd);\n          if (lastSelection.visualLine) {\n            vim.visualMode = true;\n            vim.visualLine = true;\n          }\n          else {\n            vim.visualMode = true;\n            vim.visualLine = false;\n          }\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : \"\"});\n        }\n      },\n      joinLines: function(cm, actionArgs, vim) {\n        var curStart, curEnd;\n        if (vim.visualMode) {\n          curStart = cm.getCursor('anchor');\n          curEnd = cm.getCursor('head');\n          curEnd.ch = lineLength(cm, curEnd.line) - 1;\n        } else {\n          // Repeat is the number of lines to join. Minimum 2 lines.\n          var repeat = Math.max(actionArgs.repeat, 2);\n          curStart = cm.getCursor();\n          curEnd = clipCursorToContent(cm, Pos(curStart.line + repeat - 1,\n                                               Infinity));\n        }\n        var finalCh = 0;\n        cm.operation(function() {\n          for (var i = curStart.line; i < curEnd.line; i++) {\n            finalCh = lineLength(cm, curStart.line);\n            var tmp = Pos(curStart.line + 1,\n                          lineLength(cm, curStart.line + 1));\n            var text = cm.getRange(curStart, tmp);\n            text = text.replace(/\\n\\s*/g, ' ');\n            cm.replaceRange(text, curStart, tmp);\n          }\n          var curFinalPos = Pos(curStart.line, finalCh);\n          cm.setCursor(curFinalPos);\n        });\n      },\n      newLineAndEnterInsertMode: function(cm, actionArgs, vim) {\n        vim.insertMode = true;\n        var insertAt = copyCursor(cm.getCursor());\n        if (insertAt.line === cm.firstLine() && !actionArgs.after) {\n          // Special case for inserting newline before start of document.\n          cm.replaceRange('\\n', Pos(cm.firstLine(), 0));\n          cm.setCursor(cm.firstLine(), 0);\n        } else {\n          insertAt.line = (actionArgs.after) ? insertAt.line :\n              insertAt.line - 1;\n          insertAt.ch = lineLength(cm, insertAt.line);\n          cm.setCursor(insertAt);\n          var newlineFn = CodeMirror.commands.newlineAndIndentContinueComment ||\n              CodeMirror.commands.newlineAndIndent;\n          newlineFn(cm);\n        }\n        this.enterInsertMode(cm, { repeat: actionArgs.repeat }, vim);\n      },\n      paste: function(cm, actionArgs) {\n        var cur = copyCursor(cm.getCursor());\n        var register = vimGlobalState.registerController.getRegister(\n            actionArgs.registerName);\n        var text = register.toString();\n        if (!text) {\n          return;\n        }\n        if (actionArgs.matchIndent) {\n          // length that considers tabs and cm.options.tabSize\n          var whitespaceLength = function(str) {\n            var tabs = (str.split(\"\\t\").length - 1);\n            var spaces = (str.split(\" \").length - 1);\n            return tabs * cm.options.tabSize + spaces * 1;\n          };\n          var currentLine = cm.getLine(cm.getCursor().line);\n          var indent = whitespaceLength(currentLine.match(/^\\s*/)[0]);\n          // chomp last newline b/c don't want it to match /^\\s*/gm\n          var chompedText = text.replace(/\\n$/, '');\n          var wasChomped = text !== chompedText;\n          var firstIndent = whitespaceLength(text.match(/^\\s*/)[0]);\n          var text = chompedText.replace(/^\\s*/gm, function(wspace) {\n            var newIndent = indent + (whitespaceLength(wspace) - firstIndent);\n            if (newIndent < 0) {\n              return \"\";\n            }\n            else if (cm.options.indentWithTabs) {\n              var quotient = Math.floor(newIndent / cm.options.tabSize);\n              return Array(quotient + 1).join('\\t');\n            }\n            else {\n              return Array(newIndent + 1).join(' ');\n            }\n          });\n          text += wasChomped ? \"\\n\" : \"\";\n        }\n        if (actionArgs.repeat > 1) {\n          var text = Array(actionArgs.repeat + 1).join(text);\n        }\n        var linewise = register.linewise;\n        if (linewise) {\n          if (actionArgs.after) {\n            // Move the newline at the end to the start instead, and paste just\n            // before the newline character of the line we are on right now.\n            text = '\\n' + text.slice(0, text.length - 1);\n            cur.ch = lineLength(cm, cur.line);\n          } else {\n            cur.ch = 0;\n          }\n        } else {\n          cur.ch += actionArgs.after ? 1 : 0;\n        }\n        cm.replaceRange(text, cur);\n        // Now fine tune the cursor to where we want it.\n        var curPosFinal;\n        var idx;\n        if (linewise && actionArgs.after) {\n          curPosFinal = Pos(\n            cur.line + 1,\n            findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line + 1)));\n        } else if (linewise && !actionArgs.after) {\n          curPosFinal = Pos(\n            cur.line,\n            findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line)));\n        } else if (!linewise && actionArgs.after) {\n          idx = cm.indexFromPos(cur);\n          curPosFinal = cm.posFromIndex(idx + text.length - 1);\n        } else {\n          idx = cm.indexFromPos(cur);\n          curPosFinal = cm.posFromIndex(idx + text.length);\n        }\n        cm.setCursor(curPosFinal);\n      },\n      undo: function(cm, actionArgs) {\n        cm.operation(function() {\n          repeatFn(cm, CodeMirror.commands.undo, actionArgs.repeat)();\n          cm.setCursor(cm.getCursor('anchor'));\n        });\n      },\n      redo: function(cm, actionArgs) {\n        repeatFn(cm, CodeMirror.commands.redo, actionArgs.repeat)();\n      },\n      setRegister: function(_cm, actionArgs, vim) {\n        vim.inputState.registerName = actionArgs.selectedCharacter;\n      },\n      setMark: function(cm, actionArgs, vim) {\n        var markName = actionArgs.selectedCharacter;\n        updateMark(cm, vim, markName, cm.getCursor());\n      },\n      replace: function(cm, actionArgs, vim) {\n        var replaceWith = actionArgs.selectedCharacter;\n        var curStart = cm.getCursor();\n        var replaceTo;\n        var curEnd;\n        if (vim.visualMode){\n          curStart=cm.getCursor('start');\n          curEnd=cm.getCursor('end');\n          // workaround to catch the character under the cursor\n          //  existing workaround doesn't cover actions\n          curEnd=cm.clipPos(Pos(curEnd.line, curEnd.ch+1));\n        }else{\n          var line = cm.getLine(curStart.line);\n          replaceTo = curStart.ch + actionArgs.repeat;\n          if (replaceTo > line.length) {\n            replaceTo=line.length;\n          }\n          curEnd = Pos(curStart.line, replaceTo);\n        }\n        if (replaceWith=='\\n'){\n          if (!vim.visualMode) cm.replaceRange('', curStart, curEnd);\n          // special case, where vim help says to replace by just one line-break\n          (CodeMirror.commands.newlineAndIndentContinueComment || CodeMirror.commands.newlineAndIndent)(cm);\n        }else {\n          var replaceWithStr=cm.getRange(curStart, curEnd);\n          //replace all characters in range by selected, but keep linebreaks\n          replaceWithStr=replaceWithStr.replace(/[^\\n]/g,replaceWith);\n          cm.replaceRange(replaceWithStr, curStart, curEnd);\n          if (vim.visualMode){\n            cm.setCursor(curStart);\n            exitVisualMode(cm);\n          }else{\n            cm.setCursor(offsetCursor(curEnd, 0, -1));\n          }\n        }\n      },\n      incrementNumberToken: function(cm, actionArgs) {\n        var cur = cm.getCursor();\n        var lineStr = cm.getLine(cur.line);\n        var re = /-?\\d+/g;\n        var match;\n        var start;\n        var end;\n        var numberStr;\n        var token;\n        while ((match = re.exec(lineStr)) !== null) {\n          token = match[0];\n          start = match.index;\n          end = start + token.length;\n          if (cur.ch < end)break;\n        }\n        if (!actionArgs.backtrack && (end <= cur.ch))return;\n        if (token) {\n          var increment = actionArgs.increase ? 1 : -1;\n          var number = parseInt(token) + (increment * actionArgs.repeat);\n          var from = Pos(cur.line, start);\n          var to = Pos(cur.line, end);\n          numberStr = number.toString();\n          cm.replaceRange(numberStr, from, to);\n        } else {\n          return;\n        }\n        cm.setCursor(Pos(cur.line, start + numberStr.length - 1));\n      },\n      repeatLastEdit: function(cm, actionArgs, vim) {\n        var lastEditInputState = vim.lastEditInputState;\n        if (!lastEditInputState) { return; }\n        var repeat = actionArgs.repeat;\n        if (repeat && actionArgs.repeatIsExplicit) {\n          vim.lastEditInputState.repeatOverride = repeat;\n        } else {\n          repeat = vim.lastEditInputState.repeatOverride || repeat;\n        }\n        repeatLastEdit(cm, vim, repeat, false /** repeatForInsert */);\n      },\n      changeCase: function(cm, actionArgs, vim) {\n        var selectedAreaRange = getSelectedAreaRange(cm, vim);\n        var selectionStart = selectedAreaRange[0];\n        var selectionEnd = selectedAreaRange[1];\n        var toLower = actionArgs.toLower;\n        if (cursorIsBefore(selectionEnd, selectionStart)) {\n          var tmp = selectionStart;\n          selectionStart = selectionEnd;\n          selectionEnd = tmp;\n        } else {\n          selectionEnd = cm.clipPos(Pos(selectionEnd.line, selectionEnd.ch+1));\n        }\n        var text = cm.getRange(selectionStart, selectionEnd);\n        cm.replaceRange(toLower ? text.toLowerCase() : text.toUpperCase(), selectionStart, selectionEnd);\n        cm.setCursor(selectionStart);\n      }\n    };\n\n    /*\n     * Below are miscellaneous utility functions used by vim.js\n     */\n\n    /**\n     * Clips cursor to ensure that line is within the buffer's range\n     * If includeLineBreak is true, then allow cur.ch == lineLength.\n     */\n    function clipCursorToContent(cm, cur, includeLineBreak) {\n      var line = Math.min(Math.max(cm.firstLine(), cur.line), cm.lastLine() );\n      var maxCh = lineLength(cm, line) - 1;\n      maxCh = (includeLineBreak) ? maxCh + 1 : maxCh;\n      var ch = Math.min(Math.max(0, cur.ch), maxCh);\n      return Pos(line, ch);\n    }\n    function copyArgs(args) {\n      var ret = {};\n      for (var prop in args) {\n        if (args.hasOwnProperty(prop)) {\n          ret[prop] = args[prop];\n        }\n      }\n      return ret;\n    }\n    function offsetCursor(cur, offsetLine, offsetCh) {\n      return Pos(cur.line + offsetLine, cur.ch + offsetCh);\n    }\n    function matchKeysPartial(pressed, mapped) {\n      for (var i = 0; i < pressed.length; i++) {\n        // 'character' means any character. For mark, register commads, etc.\n        if (pressed[i] != mapped[i] && mapped[i] != 'character') {\n          return false;\n        }\n      }\n      return true;\n    }\n    function repeatFn(cm, fn, repeat) {\n      return function() {\n        for (var i = 0; i < repeat; i++) {\n          fn(cm);\n        }\n      };\n    }\n    function copyCursor(cur) {\n      return Pos(cur.line, cur.ch);\n    }\n    function cursorEqual(cur1, cur2) {\n      return cur1.ch == cur2.ch && cur1.line == cur2.line;\n    }\n    function cursorIsBefore(cur1, cur2) {\n      if (cur1.line < cur2.line) {\n        return true;\n      }\n      if (cur1.line == cur2.line && cur1.ch < cur2.ch) {\n        return true;\n      }\n      return false;\n    }\n    function cusrorIsBetween(cur1, cur2, cur3) {\n      // returns true if cur2 is between cur1 and cur3.\n      var cur1before2 = cursorIsBefore(cur1, cur2);\n      var cur2before3 = cursorIsBefore(cur2, cur3);\n      return cur1before2 && cur2before3;\n    }\n    function lineLength(cm, lineNum) {\n      return cm.getLine(lineNum).length;\n    }\n    function reverse(s){\n      return s.split('').reverse().join('');\n    }\n    function trim(s) {\n      if (s.trim) {\n        return s.trim();\n      }\n      return s.replace(/^\\s+|\\s+$/g, '');\n    }\n    function escapeRegex(s) {\n      return s.replace(/([.?*+$\\[\\]\\/\\\\(){}|\\-])/g, '\\\\$1');\n    }\n    function getSelectedAreaRange(cm, vim) {\n      var selectionStart = cm.getCursor('anchor');\n      var selectionEnd = cm.getCursor('head');\n      var lastSelection = vim.lastSelection;\n      if (!vim.visualMode) {\n        var line = lastSelection.curEnd.line - lastSelection.curStart.line;\n        var ch = line ? lastSelection.curEnd.ch : lastSelection.curEnd.ch - lastSelection.curStart.ch;\n        selectionEnd = {line: selectionEnd.line + line, ch: line ? selectionEnd.ch : ch + selectionEnd.ch};\n        if (lastSelection.visualLine) {\n          return [{line: selectionStart.line, ch: 0}, {line: selectionEnd.line, ch: lineLength(cm, selectionEnd.line)}];\n        }\n      } else {\n        exitVisualMode(cm);\n      }\n      return [selectionStart, selectionEnd];\n    }\n\n    function exitVisualMode(cm) {\n      cm.off('mousedown', exitVisualMode);\n      var vim = cm.state.vim;\n      // can't use selection state here because yank has already reset its cursor\n      vim.lastSelection = {'curStart': vim.marks['<'].find(),\n        'curEnd': vim.marks['>'].find(), 'visualMode': vim.visualMode,\n        'visualLine': vim.visualLine};\n      vim.visualMode = false;\n      vim.visualLine = false;\n      var selectionStart = cm.getCursor('anchor');\n      var selectionEnd = cm.getCursor('head');\n      if (!cursorEqual(selectionStart, selectionEnd)) {\n        // Clear the selection and set the cursor only if the selection has not\n        // already been cleared. Otherwise we risk moving the cursor somewhere\n        // it's not supposed to be.\n        cm.setCursor(clipCursorToContent(cm, selectionEnd));\n      }\n      CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n    }\n\n    // Remove any trailing newlines from the selection. For\n    // example, with the caret at the start of the last word on the line,\n    // 'dw' should word, but not the newline, while 'w' should advance the\n    // caret to the first character of the next line.\n    function clipToLine(cm, curStart, curEnd) {\n      var selection = cm.getRange(curStart, curEnd);\n      // Only clip if the selection ends with trailing newline + whitespace\n      if (/\\n\\s*$/.test(selection)) {\n        var lines = selection.split('\\n');\n        // We know this is all whitepsace.\n        lines.pop();\n\n        // Cases:\n        // 1. Last word is an empty line - do not clip the trailing '\\n'\n        // 2. Last word is not an empty line - clip the trailing '\\n'\n        var line;\n        // Find the line containing the last word, and clip all whitespace up\n        // to it.\n        for (var line = lines.pop(); lines.length > 0 && line && isWhiteSpaceString(line); line = lines.pop()) {\n          curEnd.line--;\n          curEnd.ch = 0;\n        }\n        // If the last word is not an empty line, clip an additional newline\n        if (line) {\n          curEnd.line--;\n          curEnd.ch = lineLength(cm, curEnd.line);\n        } else {\n          curEnd.ch = 0;\n        }\n      }\n    }\n\n    // Expand the selection to line ends.\n    function expandSelectionToLine(_cm, curStart, curEnd) {\n      curStart.ch = 0;\n      curEnd.ch = 0;\n      curEnd.line++;\n    }\n\n    function findFirstNonWhiteSpaceCharacter(text) {\n      if (!text) {\n        return 0;\n      }\n      var firstNonWS = text.search(/\\S/);\n      return firstNonWS == -1 ? text.length : firstNonWS;\n    }\n\n    function expandWordUnderCursor(cm, inclusive, _forward, bigWord, noSymbol) {\n      var cur = cm.getCursor();\n      var line = cm.getLine(cur.line);\n      var idx = cur.ch;\n\n      // Seek to first word or non-whitespace character, depending on if\n      // noSymbol is true.\n      var textAfterIdx = line.substring(idx);\n      var firstMatchedChar;\n      if (noSymbol) {\n        firstMatchedChar = textAfterIdx.search(/\\w/);\n      } else {\n        firstMatchedChar = textAfterIdx.search(/\\S/);\n      }\n      if (firstMatchedChar == -1) {\n        return null;\n      }\n      idx += firstMatchedChar;\n      textAfterIdx = line.substring(idx);\n      var textBeforeIdx = line.substring(0, idx);\n\n      var matchRegex;\n      // Greedy matchers for the \"word\" we are trying to expand.\n      if (bigWord) {\n        matchRegex = /^\\S+/;\n      } else {\n        if ((/\\w/).test(line.charAt(idx))) {\n          matchRegex = /^\\w+/;\n        } else {\n          matchRegex = /^[^\\w\\s]+/;\n        }\n      }\n\n      var wordAfterRegex = matchRegex.exec(textAfterIdx);\n      var wordStart = idx;\n      var wordEnd = idx + wordAfterRegex[0].length;\n      // TODO: Find a better way to do this. It will be slow on very long lines.\n      var revTextBeforeIdx = reverse(textBeforeIdx);\n      var wordBeforeRegex = matchRegex.exec(revTextBeforeIdx);\n      if (wordBeforeRegex) {\n        wordStart -= wordBeforeRegex[0].length;\n      }\n\n      if (inclusive) {\n        // If present, trim all whitespace after word.\n        // Otherwise, trim all whitespace before word.\n        var textAfterWordEnd = line.substring(wordEnd);\n        var whitespacesAfterWord = textAfterWordEnd.match(/^\\s*/)[0].length;\n        if (whitespacesAfterWord > 0) {\n          wordEnd += whitespacesAfterWord;\n        } else {\n          var revTrim = revTextBeforeIdx.length - wordStart;\n          var textBeforeWordStart = revTextBeforeIdx.substring(revTrim);\n          var whitespacesBeforeWord = textBeforeWordStart.match(/^\\s*/)[0].length;\n          wordStart -= whitespacesBeforeWord;\n        }\n      }\n\n      return { start: Pos(cur.line, wordStart),\n               end: Pos(cur.line, wordEnd) };\n    }\n\n    function recordJumpPosition(cm, oldCur, newCur) {\n      if (!cursorEqual(oldCur, newCur)) {\n        vimGlobalState.jumpList.add(cm, oldCur, newCur);\n      }\n    }\n\n    function recordLastCharacterSearch(increment, args) {\n        vimGlobalState.lastChararacterSearch.increment = increment;\n        vimGlobalState.lastChararacterSearch.forward = args.forward;\n        vimGlobalState.lastChararacterSearch.selectedCharacter = args.selectedCharacter;\n    }\n\n    var symbolToMode = {\n        '(': 'bracket', ')': 'bracket', '{': 'bracket', '}': 'bracket',\n        '[': 'section', ']': 'section',\n        '*': 'comment', '/': 'comment',\n        'm': 'method', 'M': 'method',\n        '#': 'preprocess'\n    };\n    var findSymbolModes = {\n      bracket: {\n        isComplete: function(state) {\n          if (state.nextCh === state.symb) {\n            state.depth++;\n            if (state.depth >= 1)return true;\n          } else if (state.nextCh === state.reverseSymb) {\n            state.depth--;\n          }\n          return false;\n        }\n      },\n      section: {\n        init: function(state) {\n          state.curMoveThrough = true;\n          state.symb = (state.forward ? ']' : '[') === state.symb ? '{' : '}';\n        },\n        isComplete: function(state) {\n          return state.index === 0 && state.nextCh === state.symb;\n        }\n      },\n      comment: {\n        isComplete: function(state) {\n          var found = state.lastCh === '*' && state.nextCh === '/';\n          state.lastCh = state.nextCh;\n          return found;\n        }\n      },\n      // TODO: The original Vim implementation only operates on level 1 and 2.\n      // The current implementation doesn't check for code block level and\n      // therefore it operates on any levels.\n      method: {\n        init: function(state) {\n          state.symb = (state.symb === 'm' ? '{' : '}');\n          state.reverseSymb = state.symb === '{' ? '}' : '{';\n        },\n        isComplete: function(state) {\n          if (state.nextCh === state.symb)return true;\n          return false;\n        }\n      },\n      preprocess: {\n        init: function(state) {\n          state.index = 0;\n        },\n        isComplete: function(state) {\n          if (state.nextCh === '#') {\n            var token = state.lineText.match(/#(\\w+)/)[1];\n            if (token === 'endif') {\n              if (state.forward && state.depth === 0) {\n                return true;\n              }\n              state.depth++;\n            } else if (token === 'if') {\n              if (!state.forward && state.depth === 0) {\n                return true;\n              }\n              state.depth--;\n            }\n            if (token === 'else' && state.depth === 0)return true;\n          }\n          return false;\n        }\n      }\n    };\n    function findSymbol(cm, repeat, forward, symb) {\n      var cur = copyCursor(cm.getCursor());\n      var increment = forward ? 1 : -1;\n      var endLine = forward ? cm.lineCount() : -1;\n      var curCh = cur.ch;\n      var line = cur.line;\n      var lineText = cm.getLine(line);\n      var state = {\n        lineText: lineText,\n        nextCh: lineText.charAt(curCh),\n        lastCh: null,\n        index: curCh,\n        symb: symb,\n        reverseSymb: (forward ?  { ')': '(', '}': '{' } : { '(': ')', '{': '}' })[symb],\n        forward: forward,\n        depth: 0,\n        curMoveThrough: false\n      };\n      var mode = symbolToMode[symb];\n      if (!mode)return cur;\n      var init = findSymbolModes[mode].init;\n      var isComplete = findSymbolModes[mode].isComplete;\n      if (init) { init(state); }\n      while (line !== endLine && repeat) {\n        state.index += increment;\n        state.nextCh = state.lineText.charAt(state.index);\n        if (!state.nextCh) {\n          line += increment;\n          state.lineText = cm.getLine(line) || '';\n          if (increment > 0) {\n            state.index = 0;\n          } else {\n            var lineLen = state.lineText.length;\n            state.index = (lineLen > 0) ? (lineLen-1) : 0;\n          }\n          state.nextCh = state.lineText.charAt(state.index);\n        }\n        if (isComplete(state)) {\n          cur.line = line;\n          cur.ch = state.index;\n          repeat--;\n        }\n      }\n      if (state.nextCh || state.curMoveThrough) {\n        return Pos(line, state.index);\n      }\n      return cur;\n    }\n\n    /*\n     * Returns the boundaries of the next word. If the cursor in the middle of\n     * the word, then returns the boundaries of the current word, starting at\n     * the cursor. If the cursor is at the start/end of a word, and we are going\n     * forward/backward, respectively, find the boundaries of the next word.\n     *\n     * @param {CodeMirror} cm CodeMirror object.\n     * @param {Cursor} cur The cursor position.\n     * @param {boolean} forward True to search forward. False to search\n     *     backward.\n     * @param {boolean} bigWord True if punctuation count as part of the word.\n     *     False if only [a-zA-Z0-9] characters count as part of the word.\n     * @param {boolean} emptyLineIsWord True if empty lines should be treated\n     *     as words.\n     * @return {Object{from:number, to:number, line: number}} The boundaries of\n     *     the word, or null if there are no more words.\n     */\n    function findWord(cm, cur, forward, bigWord, emptyLineIsWord) {\n      var lineNum = cur.line;\n      var pos = cur.ch;\n      var line = cm.getLine(lineNum);\n      var dir = forward ? 1 : -1;\n      var regexps = bigWord ? bigWordRegexp : wordRegexp;\n\n      if (emptyLineIsWord && line == '') {\n        lineNum += dir;\n        line = cm.getLine(lineNum);\n        if (!isLine(cm, lineNum)) {\n          return null;\n        }\n        pos = (forward) ? 0 : line.length;\n      }\n\n      while (true) {\n        if (emptyLineIsWord && line == '') {\n          return { from: 0, to: 0, line: lineNum };\n        }\n        var stop = (dir > 0) ? line.length : -1;\n        var wordStart = stop, wordEnd = stop;\n        // Find bounds of next word.\n        while (pos != stop) {\n          var foundWord = false;\n          for (var i = 0; i < regexps.length && !foundWord; ++i) {\n            if (regexps[i].test(line.charAt(pos))) {\n              wordStart = pos;\n              // Advance to end of word.\n              while (pos != stop && regexps[i].test(line.charAt(pos))) {\n                pos += dir;\n              }\n              wordEnd = pos;\n              foundWord = wordStart != wordEnd;\n              if (wordStart == cur.ch && lineNum == cur.line &&\n                  wordEnd == wordStart + dir) {\n                // We started at the end of a word. Find the next one.\n                continue;\n              } else {\n                return {\n                  from: Math.min(wordStart, wordEnd + 1),\n                  to: Math.max(wordStart, wordEnd),\n                  line: lineNum };\n              }\n            }\n          }\n          if (!foundWord) {\n            pos += dir;\n          }\n        }\n        // Advance to next/prev line.\n        lineNum += dir;\n        if (!isLine(cm, lineNum)) {\n          return null;\n        }\n        line = cm.getLine(lineNum);\n        pos = (dir > 0) ? 0 : line.length;\n      }\n      // Should never get here.\n      throw new Error('The impossible happened.');\n    }\n\n    /**\n     * @param {CodeMirror} cm CodeMirror object.\n     * @param {int} repeat Number of words to move past.\n     * @param {boolean} forward True to search forward. False to search\n     *     backward.\n     * @param {boolean} wordEnd True to move to end of word. False to move to\n     *     beginning of word.\n     * @param {boolean} bigWord True if punctuation count as part of the word.\n     *     False if only alphabet characters count as part of the word.\n     * @return {Cursor} The position the cursor should move to.\n     */\n    function moveToWord(cm, repeat, forward, wordEnd, bigWord) {\n      var cur = cm.getCursor();\n      var curStart = copyCursor(cur);\n      var words = [];\n      if (forward && !wordEnd || !forward && wordEnd) {\n        repeat++;\n      }\n      // For 'e', empty lines are not considered words, go figure.\n      var emptyLineIsWord = !(forward && wordEnd);\n      for (var i = 0; i < repeat; i++) {\n        var word = findWord(cm, cur, forward, bigWord, emptyLineIsWord);\n        if (!word) {\n          var eodCh = lineLength(cm, cm.lastLine());\n          words.push(forward\n              ? {line: cm.lastLine(), from: eodCh, to: eodCh}\n              : {line: 0, from: 0, to: 0});\n          break;\n        }\n        words.push(word);\n        cur = Pos(word.line, forward ? (word.to - 1) : word.from);\n      }\n      var shortCircuit = words.length != repeat;\n      var firstWord = words[0];\n      var lastWord = words.pop();\n      if (forward && !wordEnd) {\n        // w\n        if (!shortCircuit && (firstWord.from != curStart.ch || firstWord.line != curStart.line)) {\n          // We did not start in the middle of a word. Discard the extra word at the end.\n          lastWord = words.pop();\n        }\n        return Pos(lastWord.line, lastWord.from);\n      } else if (forward && wordEnd) {\n        return Pos(lastWord.line, lastWord.to - 1);\n      } else if (!forward && wordEnd) {\n        // ge\n        if (!shortCircuit && (firstWord.to != curStart.ch || firstWord.line != curStart.line)) {\n          // We did not start in the middle of a word. Discard the extra word at the end.\n          lastWord = words.pop();\n        }\n        return Pos(lastWord.line, lastWord.to);\n      } else {\n        // b\n        return Pos(lastWord.line, lastWord.from);\n      }\n    }\n\n    function moveToCharacter(cm, repeat, forward, character) {\n      var cur = cm.getCursor();\n      var start = cur.ch;\n      var idx;\n      for (var i = 0; i < repeat; i ++) {\n        var line = cm.getLine(cur.line);\n        idx = charIdxInLine(start, line, character, forward, true);\n        if (idx == -1) {\n          return null;\n        }\n        start = idx;\n      }\n      return Pos(cm.getCursor().line, idx);\n    }\n\n    function moveToColumn(cm, repeat) {\n      // repeat is always >= 1, so repeat - 1 always corresponds\n      // to the column we want to go to.\n      var line = cm.getCursor().line;\n      return clipCursorToContent(cm, Pos(line, repeat - 1));\n    }\n\n    function updateMark(cm, vim, markName, pos) {\n      if (!inArray(markName, validMarks)) {\n        return;\n      }\n      if (vim.marks[markName]) {\n        vim.marks[markName].clear();\n      }\n      vim.marks[markName] = cm.setBookmark(pos);\n    }\n\n    function charIdxInLine(start, line, character, forward, includeChar) {\n      // Search for char in line.\n      // motion_options: {forward, includeChar}\n      // If includeChar = true, include it too.\n      // If forward = true, search forward, else search backwards.\n      // If char is not found on this line, do nothing\n      var idx;\n      if (forward) {\n        idx = line.indexOf(character, start + 1);\n        if (idx != -1 && !includeChar) {\n          idx -= 1;\n        }\n      } else {\n        idx = line.lastIndexOf(character, start - 1);\n        if (idx != -1 && !includeChar) {\n          idx += 1;\n        }\n      }\n      return idx;\n    }\n\n    // TODO: perhaps this finagling of start and end positions belonds\n    // in codmirror/replaceRange?\n    function selectCompanionObject(cm, symb, inclusive) {\n      var cur = cm.getCursor(), start, end;\n\n      var bracketRegexp = ({\n        '(': /[()]/, ')': /[()]/,\n        '[': /[[\\]]/, ']': /[[\\]]/,\n        '{': /[{}]/, '}': /[{}]/})[symb];\n      var openSym = ({\n        '(': '(', ')': '(',\n        '[': '[', ']': '[',\n        '{': '{', '}': '{'})[symb];\n      var curChar = cm.getLine(cur.line).charAt(cur.ch);\n      // Due to the behavior of scanForBracket, we need to add an offset if the\n      // cursor is on a matching open bracket.\n      var offset = curChar === openSym ? 1 : 0;\n\n      start = cm.scanForBracket(Pos(cur.line, cur.ch + offset), -1, null, {'bracketRegex': bracketRegexp});\n      end = cm.scanForBracket(Pos(cur.line, cur.ch + offset), 1, null, {'bracketRegex': bracketRegexp});\n\n      if (!start || !end) {\n        return { start: cur, end: cur };\n      }\n\n      start = start.pos;\n      end = end.pos;\n\n      if ((start.line == end.line && start.ch > end.ch)\n          || (start.line > end.line)) {\n        var tmp = start;\n        start = end;\n        end = tmp;\n      }\n\n      if (inclusive) {\n        end.ch += 1;\n      } else {\n        start.ch += 1;\n      }\n\n      return { start: start, end: end };\n    }\n\n    // Takes in a symbol and a cursor and tries to simulate text objects that\n    // have identical opening and closing symbols\n    // TODO support across multiple lines\n    function findBeginningAndEnd(cm, symb, inclusive) {\n      var cur = copyCursor(cm.getCursor());\n      var line = cm.getLine(cur.line);\n      var chars = line.split('');\n      var start, end, i, len;\n      var firstIndex = chars.indexOf(symb);\n\n      // the decision tree is to always look backwards for the beginning first,\n      // but if the cursor is in front of the first instance of the symb,\n      // then move the cursor forward\n      if (cur.ch < firstIndex) {\n        cur.ch = firstIndex;\n        // Why is this line even here???\n        // cm.setCursor(cur.line, firstIndex+1);\n      }\n      // otherwise if the cursor is currently on the closing symbol\n      else if (firstIndex < cur.ch && chars[cur.ch] == symb) {\n        end = cur.ch; // assign end to the current cursor\n        --cur.ch; // make sure to look backwards\n      }\n\n      // if we're currently on the symbol, we've got a start\n      if (chars[cur.ch] == symb && !end) {\n        start = cur.ch + 1; // assign start to ahead of the cursor\n      } else {\n        // go backwards to find the start\n        for (i = cur.ch; i > -1 && !start; i--) {\n          if (chars[i] == symb) {\n            start = i + 1;\n          }\n        }\n      }\n\n      // look forwards for the end symbol\n      if (start && !end) {\n        for (i = start, len = chars.length; i < len && !end; i++) {\n          if (chars[i] == symb) {\n            end = i;\n          }\n        }\n      }\n\n      // nothing found\n      if (!start || !end) {\n        return { start: cur, end: cur };\n      }\n\n      // include the symbols\n      if (inclusive) {\n        --start; ++end;\n      }\n\n      return {\n        start: Pos(cur.line, start),\n        end: Pos(cur.line, end)\n      };\n    }\n\n    // Search functions\n    defineOption('pcre', true, 'boolean');\n    function SearchState() {}\n    SearchState.prototype = {\n      getQuery: function() {\n        return vimGlobalState.query;\n      },\n      setQuery: function(query) {\n        vimGlobalState.query = query;\n      },\n      getOverlay: function() {\n        return this.searchOverlay;\n      },\n      setOverlay: function(overlay) {\n        this.searchOverlay = overlay;\n      },\n      isReversed: function() {\n        return vimGlobalState.isReversed;\n      },\n      setReversed: function(reversed) {\n        vimGlobalState.isReversed = reversed;\n      }\n    };\n    function getSearchState(cm) {\n      var vim = cm.state.vim;\n      return vim.searchState_ || (vim.searchState_ = new SearchState());\n    }\n    function dialog(cm, template, shortText, onClose, options) {\n      if (cm.openDialog) {\n        cm.openDialog(template, onClose, { bottom: true, value: options.value,\n            onKeyDown: options.onKeyDown, onKeyUp: options.onKeyUp });\n      }\n      else {\n        onClose(prompt(shortText, ''));\n      }\n    }\n\n    function findUnescapedSlashes(str) {\n      var escapeNextChar = false;\n      var slashes = [];\n      for (var i = 0; i < str.length; i++) {\n        var c = str.charAt(i);\n        if (!escapeNextChar && c == '/') {\n          slashes.push(i);\n        }\n        escapeNextChar = !escapeNextChar && (c == '\\\\');\n      }\n      return slashes;\n    }\n\n    // Translates a search string from ex (vim) syntax into javascript form.\n    function translateRegex(str) {\n      // When these match, add a '\\' if unescaped or remove one if escaped.\n      var specials = '|(){';\n      // Remove, but never add, a '\\' for these.\n      var unescape = '}';\n      var escapeNextChar = false;\n      var out = [];\n      for (var i = -1; i < str.length; i++) {\n        var c = str.charAt(i) || '';\n        var n = str.charAt(i+1) || '';\n        var specialComesNext = (n && specials.indexOf(n) != -1);\n        if (escapeNextChar) {\n          if (c !== '\\\\' || !specialComesNext) {\n            out.push(c);\n          }\n          escapeNextChar = false;\n        } else {\n          if (c === '\\\\') {\n            escapeNextChar = true;\n            // Treat the unescape list as special for removing, but not adding '\\'.\n            if (n && unescape.indexOf(n) != -1) {\n              specialComesNext = true;\n            }\n            // Not passing this test means removing a '\\'.\n            if (!specialComesNext || n === '\\\\') {\n              out.push(c);\n            }\n          } else {\n            out.push(c);\n            if (specialComesNext && n !== '\\\\') {\n              out.push('\\\\');\n            }\n          }\n        }\n      }\n      return out.join('');\n    }\n\n    // Translates the replace part of a search and replace from ex (vim) syntax into\n    // javascript form.  Similar to translateRegex, but additionally fixes back references\n    // (translates '\\[0..9]' to '$[0..9]') and follows different rules for escaping '$'.\n    function translateRegexReplace(str) {\n      var escapeNextChar = false;\n      var out = [];\n      for (var i = -1; i < str.length; i++) {\n        var c = str.charAt(i) || '';\n        var n = str.charAt(i+1) || '';\n        if (escapeNextChar) {\n          // At any point in the loop, escapeNextChar is true if the previous\n          // character was a '\\' and was not escaped.\n          out.push(c);\n          escapeNextChar = false;\n        } else {\n          if (c === '\\\\') {\n            escapeNextChar = true;\n            if ((isNumber(n) || n === '$')) {\n              out.push('$');\n            } else if (n !== '/' && n !== '\\\\') {\n              out.push('\\\\');\n            }\n          } else {\n            if (c === '$') {\n              out.push('$');\n            }\n            out.push(c);\n            if (n === '/') {\n              out.push('\\\\');\n            }\n          }\n        }\n      }\n      return out.join('');\n    }\n\n    // Unescape \\ and / in the replace part, for PCRE mode.\n    function unescapeRegexReplace(str) {\n      var stream = new CodeMirror.StringStream(str);\n      var output = [];\n      while (!stream.eol()) {\n        // Search for \\.\n        while (stream.peek() && stream.peek() != '\\\\') {\n          output.push(stream.next());\n        }\n        if (stream.match('\\\\/', true)) {\n          // \\/ => /\n          output.push('/');\n        } else if (stream.match('\\\\\\\\', true)) {\n          // \\\\ => \\\n          output.push('\\\\');\n        } else {\n          // Don't change anything\n          output.push(stream.next());\n        }\n      }\n      return output.join('');\n    }\n\n    /**\n     * Extract the regular expression from the query and return a Regexp object.\n     * Returns null if the query is blank.\n     * If ignoreCase is passed in, the Regexp object will have the 'i' flag set.\n     * If smartCase is passed in, and the query contains upper case letters,\n     *   then ignoreCase is overridden, and the 'i' flag will not be set.\n     * If the query contains the /i in the flag part of the regular expression,\n     *   then both ignoreCase and smartCase are ignored, and 'i' will be passed\n     *   through to the Regex object.\n     */\n    function parseQuery(query, ignoreCase, smartCase) {\n      // Check if the query is already a regex.\n      if (query instanceof RegExp) { return query; }\n      // First try to extract regex + flags from the input. If no flags found,\n      // extract just the regex. IE does not accept flags directly defined in\n      // the regex string in the form /regex/flags\n      var slashes = findUnescapedSlashes(query);\n      var regexPart;\n      var forceIgnoreCase;\n      if (!slashes.length) {\n        // Query looks like 'regexp'\n        regexPart = query;\n      } else {\n        // Query looks like 'regexp/...'\n        regexPart = query.substring(0, slashes[0]);\n        var flagsPart = query.substring(slashes[0]);\n        forceIgnoreCase = (flagsPart.indexOf('i') != -1);\n      }\n      if (!regexPart) {\n        return null;\n      }\n      if (!getOption('pcre')) {\n        regexPart = translateRegex(regexPart);\n      }\n      if (smartCase) {\n        ignoreCase = (/^[^A-Z]*$/).test(regexPart);\n      }\n      var regexp = new RegExp(regexPart,\n          (ignoreCase || forceIgnoreCase) ? 'i' : undefined);\n      return regexp;\n    }\n    function showConfirm(cm, text) {\n      if (cm.openNotification) {\n        cm.openNotification('<span style=\"color: red\">' + text + '</span>',\n                            {bottom: true, duration: 5000});\n      } else {\n        alert(text);\n      }\n    }\n    function makePrompt(prefix, desc) {\n      var raw = '';\n      if (prefix) {\n        raw += '<span style=\"font-family: monospace\">' + prefix + '</span>';\n      }\n      raw += '<input type=\"text\"/> ' +\n          '<span style=\"color: #888\">';\n      if (desc) {\n        raw += '<span style=\"color: #888\">';\n        raw += desc;\n        raw += '</span>';\n      }\n      return raw;\n    }\n    var searchPromptDesc = '(Javascript regexp)';\n    function showPrompt(cm, options) {\n      var shortText = (options.prefix || '') + ' ' + (options.desc || '');\n      var prompt = makePrompt(options.prefix, options.desc);\n      dialog(cm, prompt, shortText, options.onClose, options);\n    }\n    function regexEqual(r1, r2) {\n      if (r1 instanceof RegExp && r2 instanceof RegExp) {\n          var props = ['global', 'multiline', 'ignoreCase', 'source'];\n          for (var i = 0; i < props.length; i++) {\n              var prop = props[i];\n              if (r1[prop] !== r2[prop]) {\n                  return false;\n              }\n          }\n          return true;\n      }\n      return false;\n    }\n    // Returns true if the query is valid.\n    function updateSearchQuery(cm, rawQuery, ignoreCase, smartCase) {\n      if (!rawQuery) {\n        return;\n      }\n      var state = getSearchState(cm);\n      var query = parseQuery(rawQuery, !!ignoreCase, !!smartCase);\n      if (!query) {\n        return;\n      }\n      highlightSearchMatches(cm, query);\n      if (regexEqual(query, state.getQuery())) {\n        return query;\n      }\n      state.setQuery(query);\n      return query;\n    }\n    function searchOverlay(query) {\n      if (query.source.charAt(0) == '^') {\n        var matchSol = true;\n      }\n      return {\n        token: function(stream) {\n          if (matchSol && !stream.sol()) {\n            stream.skipToEnd();\n            return;\n          }\n          var match = stream.match(query, false);\n          if (match) {\n            if (match[0].length == 0) {\n              // Matched empty string, skip to next.\n              stream.next();\n              return 'searching';\n            }\n            if (!stream.sol()) {\n              // Backtrack 1 to match \\b\n              stream.backUp(1);\n              if (!query.exec(stream.next() + match[0])) {\n                stream.next();\n                return null;\n              }\n            }\n            stream.match(query);\n            return 'searching';\n          }\n          while (!stream.eol()) {\n            stream.next();\n            if (stream.match(query, false)) break;\n          }\n        },\n        query: query\n      };\n    }\n    function highlightSearchMatches(cm, query) {\n      var overlay = getSearchState(cm).getOverlay();\n      if (!overlay || query != overlay.query) {\n        if (overlay) {\n          cm.removeOverlay(overlay);\n        }\n        overlay = searchOverlay(query);\n        cm.addOverlay(overlay);\n        getSearchState(cm).setOverlay(overlay);\n      }\n    }\n    function findNext(cm, prev, query, repeat) {\n      if (repeat === undefined) { repeat = 1; }\n      return cm.operation(function() {\n        var pos = cm.getCursor();\n        var cursor = cm.getSearchCursor(query, pos);\n        for (var i = 0; i < repeat; i++) {\n          var found = cursor.find(prev);\n          if (i == 0 && found && cursorEqual(cursor.from(), pos)) { found = cursor.find(prev); }\n          if (!found) {\n            // SearchCursor may have returned null because it hit EOF, wrap\n            // around and try again.\n            cursor = cm.getSearchCursor(query,\n                (prev) ? Pos(cm.lastLine()) : Pos(cm.firstLine(), 0) );\n            if (!cursor.find(prev)) {\n              return;\n            }\n          }\n        }\n        return cursor.from();\n      });\n    }\n    function clearSearchHighlight(cm) {\n      cm.removeOverlay(getSearchState(cm).getOverlay());\n      getSearchState(cm).setOverlay(null);\n    }\n    /**\n     * Check if pos is in the specified range, INCLUSIVE.\n     * Range can be specified with 1 or 2 arguments.\n     * If the first range argument is an array, treat it as an array of line\n     * numbers. Match pos against any of the lines.\n     * If the first range argument is a number,\n     *   if there is only 1 range argument, check if pos has the same line\n     *       number\n     *   if there are 2 range arguments, then check if pos is in between the two\n     *       range arguments.\n     */\n    function isInRange(pos, start, end) {\n      if (typeof pos != 'number') {\n        // Assume it is a cursor position. Get the line number.\n        pos = pos.line;\n      }\n      if (start instanceof Array) {\n        return inArray(pos, start);\n      } else {\n        if (end) {\n          return (pos >= start && pos <= end);\n        } else {\n          return pos == start;\n        }\n      }\n    }\n    function getUserVisibleLines(cm) {\n      var scrollInfo = cm.getScrollInfo();\n      var occludeToleranceTop = 6;\n      var occludeToleranceBottom = 10;\n      var from = cm.coordsChar({left:0, top: occludeToleranceTop + scrollInfo.top}, 'local');\n      var bottomY = scrollInfo.clientHeight - occludeToleranceBottom + scrollInfo.top;\n      var to = cm.coordsChar({left:0, top: bottomY}, 'local');\n      return {top: from.line, bottom: to.line};\n    }\n\n    // Ex command handling\n    // Care must be taken when adding to the default Ex command map. For any\n    // pair of commands that have a shared prefix, at least one of their\n    // shortNames must not match the prefix of the other command.\n    var defaultExCommandMap = [\n      { name: 'map' },\n      { name: 'nmap', shortName: 'nm' },\n      { name: 'vmap', shortName: 'vm' },\n      { name: 'unmap' },\n      { name: 'write', shortName: 'w' },\n      { name: 'undo', shortName: 'u' },\n      { name: 'redo', shortName: 'red' },\n      { name: 'set', shortName: 'set' },\n      { name: 'sort', shortName: 'sor' },\n      { name: 'substitute', shortName: 's' },\n      { name: 'nohlsearch', shortName: 'noh' },\n      { name: 'delmarks', shortName: 'delm' },\n      { name: 'registers', shortName: 'reg', excludeFromCommandHistory: true }\n    ];\n    Vim.ExCommandDispatcher = function() {\n      this.buildCommandMap_();\n    };\n    Vim.ExCommandDispatcher.prototype = {\n      processCommand: function(cm, input) {\n        var vim = cm.state.vim;\n        var commandHistoryRegister = vimGlobalState.registerController.getRegister(':');\n        var previousCommand = commandHistoryRegister.toString();\n        if (vim.visualMode) {\n          exitVisualMode(cm);\n        }\n        var inputStream = new CodeMirror.StringStream(input);\n        // update \": with the latest command whether valid or invalid\n        commandHistoryRegister.setText(input);\n        var params = {};\n        params.input = input;\n        try {\n          this.parseInput_(cm, inputStream, params);\n        } catch(e) {\n          showConfirm(cm, e);\n          throw e;\n        }\n        var commandName;\n        if (!params.commandName) {\n          // If only a line range is defined, move to the line.\n          if (params.line !== undefined) {\n            commandName = 'move';\n          }\n        } else {\n          var command = this.matchCommand_(params.commandName);\n          if (command) {\n            commandName = command.name;\n            if (command.excludeFromCommandHistory) {\n              commandHistoryRegister.setText(previousCommand);\n            }\n            this.parseCommandArgs_(inputStream, params, command);\n            if (command.type == 'exToKey') {\n              // Handle Ex to Key mapping.\n              for (var i = 0; i < command.toKeys.length; i++) {\n                CodeMirror.Vim.handleKey(cm, command.toKeys[i]);\n              }\n              return;\n            } else if (command.type == 'exToEx') {\n              // Handle Ex to Ex mapping.\n              this.processCommand(cm, command.toInput);\n              return;\n            }\n          }\n        }\n        if (!commandName) {\n          showConfirm(cm, 'Not an editor command \":' + input + '\"');\n          return;\n        }\n        try {\n          exCommands[commandName](cm, params);\n        } catch(e) {\n          showConfirm(cm, e);\n          throw e;\n        }\n      },\n      parseInput_: function(cm, inputStream, result) {\n        inputStream.eatWhile(':');\n        // Parse range.\n        if (inputStream.eat('%')) {\n          result.line = cm.firstLine();\n          result.lineEnd = cm.lastLine();\n        } else {\n          result.line = this.parseLineSpec_(cm, inputStream);\n          if (result.line !== undefined && inputStream.eat(',')) {\n            result.lineEnd = this.parseLineSpec_(cm, inputStream);\n          }\n        }\n\n        // Parse command name.\n        var commandMatch = inputStream.match(/^(\\w+)/);\n        if (commandMatch) {\n          result.commandName = commandMatch[1];\n        } else {\n          result.commandName = inputStream.match(/.*/)[0];\n        }\n\n        return result;\n      },\n      parseLineSpec_: function(cm, inputStream) {\n        var numberMatch = inputStream.match(/^(\\d+)/);\n        if (numberMatch) {\n          return parseInt(numberMatch[1], 10) - 1;\n        }\n        switch (inputStream.next()) {\n          case '.':\n            return cm.getCursor().line;\n          case '$':\n            return cm.lastLine();\n          case '\\'':\n            var mark = cm.state.vim.marks[inputStream.next()];\n            if (mark && mark.find()) {\n              return mark.find().line;\n            }\n            throw new Error('Mark not set');\n          default:\n            inputStream.backUp(1);\n            return undefined;\n        }\n      },\n      parseCommandArgs_: function(inputStream, params, command) {\n        if (inputStream.eol()) {\n          return;\n        }\n        params.argString = inputStream.match(/.*/)[0];\n        // Parse command-line arguments\n        var delim = command.argDelimiter || /\\s+/;\n        var args = trim(params.argString).split(delim);\n        if (args.length && args[0]) {\n          params.args = args;\n        }\n      },\n      matchCommand_: function(commandName) {\n        // Return the command in the command map that matches the shortest\n        // prefix of the passed in command name. The match is guaranteed to be\n        // unambiguous if the defaultExCommandMap's shortNames are set up\n        // correctly. (see @code{defaultExCommandMap}).\n        for (var i = commandName.length; i > 0; i--) {\n          var prefix = commandName.substring(0, i);\n          if (this.commandMap_[prefix]) {\n            var command = this.commandMap_[prefix];\n            if (command.name.indexOf(commandName) === 0) {\n              return command;\n            }\n          }\n        }\n        return null;\n      },\n      buildCommandMap_: function() {\n        this.commandMap_ = {};\n        for (var i = 0; i < defaultExCommandMap.length; i++) {\n          var command = defaultExCommandMap[i];\n          var key = command.shortName || command.name;\n          this.commandMap_[key] = command;\n        }\n      },\n      map: function(lhs, rhs, ctx) {\n        if (lhs != ':' && lhs.charAt(0) == ':') {\n          if (ctx) { throw Error('Mode not supported for ex mappings'); }\n          var commandName = lhs.substring(1);\n          if (rhs != ':' && rhs.charAt(0) == ':') {\n            // Ex to Ex mapping\n            this.commandMap_[commandName] = {\n              name: commandName,\n              type: 'exToEx',\n              toInput: rhs.substring(1),\n              user: true\n            };\n          } else {\n            // Ex to key mapping\n            this.commandMap_[commandName] = {\n              name: commandName,\n              type: 'exToKey',\n              toKeys: parseKeyString(rhs),\n              user: true\n            };\n          }\n        } else {\n          if (rhs != ':' && rhs.charAt(0) == ':') {\n            // Key to Ex mapping.\n            var mapping = {\n              keys: parseKeyString(lhs),\n              type: 'keyToEx',\n              exArgs: { input: rhs.substring(1) },\n              user: true};\n            if (ctx) { mapping.context = ctx; }\n            defaultKeymap.unshift(mapping);\n          } else {\n            // Key to key mapping\n            var mapping = {\n              keys: parseKeyString(lhs),\n              type: 'keyToKey',\n              toKeys: parseKeyString(rhs),\n              user: true\n            };\n            if (ctx) { mapping.context = ctx; }\n            defaultKeymap.unshift(mapping);\n          }\n        }\n      },\n      unmap: function(lhs, ctx) {\n        var arrayEquals = function(a, b) {\n          if (a === b) return true;\n          if (a == null || b == null) return true;\n          if (a.length != b.length) return false;\n          for (var i = 0; i < a.length; i++) {\n            if (a[i] !== b[i]) return false;\n          }\n          return true;\n        };\n        if (lhs != ':' && lhs.charAt(0) == ':') {\n          // Ex to Ex or Ex to key mapping\n          if (ctx) { throw Error('Mode not supported for ex mappings'); }\n          var commandName = lhs.substring(1);\n          if (this.commandMap_[commandName] && this.commandMap_[commandName].user) {\n            delete this.commandMap_[commandName];\n            return;\n          }\n        } else {\n          // Key to Ex or key to key mapping\n          var keys = parseKeyString(lhs);\n          for (var i = 0; i < defaultKeymap.length; i++) {\n            if (arrayEquals(keys, defaultKeymap[i].keys)\n                && defaultKeymap[i].context === ctx\n                && defaultKeymap[i].user) {\n              defaultKeymap.splice(i, 1);\n              return;\n            }\n          }\n        }\n        throw Error('No such mapping.');\n      }\n    };\n\n    // Converts a key string sequence of the form a<C-w>bd<Left> into Vim's\n    // keymap representation.\n    function parseKeyString(str) {\n      var key, match;\n      var keys = [];\n      while (str) {\n        match = (/<\\w+-.+?>|<\\w+>|./).exec(str);\n        if (match === null)break;\n        key = match[0];\n        str = str.substring(match.index + key.length);\n        keys.push(key);\n      }\n      return keys;\n    }\n\n    var exCommands = {\n      map: function(cm, params, ctx) {\n        var mapArgs = params.args;\n        if (!mapArgs || mapArgs.length < 2) {\n          if (cm) {\n            showConfirm(cm, 'Invalid mapping: ' + params.input);\n          }\n          return;\n        }\n        exCommandDispatcher.map(mapArgs[0], mapArgs[1], ctx);\n      },\n      nmap: function(cm, params) { this.map(cm, params, 'normal'); },\n      vmap: function(cm, params) { this.map(cm, params, 'visual'); },\n      unmap: function(cm, params, ctx) {\n        var mapArgs = params.args;\n        if (!mapArgs || mapArgs.length < 1) {\n          if (cm) {\n            showConfirm(cm, 'No such mapping: ' + params.input);\n          }\n          return;\n        }\n        exCommandDispatcher.unmap(mapArgs[0], ctx);\n      },\n      move: function(cm, params) {\n        commandDispatcher.processCommand(cm, cm.state.vim, {\n            type: 'motion',\n            motion: 'moveToLineOrEdgeOfDocument',\n            motionArgs: { forward: false, explicitRepeat: true,\n              linewise: true },\n            repeatOverride: params.line+1});\n      },\n      set: function(cm, params) {\n        var setArgs = params.args;\n        if (!setArgs || setArgs.length < 1) {\n          if (cm) {\n            showConfirm(cm, 'Invalid mapping: ' + params.input);\n          }\n          return;\n        }\n        var expr = setArgs[0].split('=');\n        var optionName = expr[0];\n        var value = expr[1];\n        var forceGet = false;\n\n        if (optionName.charAt(optionName.length - 1) == '?') {\n          // If post-fixed with ?, then the set is actually a get.\n          if (value) { throw Error('Trailing characters: ' + params.argString); }\n          optionName = optionName.substring(0, optionName.length - 1);\n          forceGet = true;\n        }\n        if (value === undefined && optionName.substring(0, 2) == 'no') {\n          // To set boolean options to false, the option name is prefixed with\n          // 'no'.\n          optionName = optionName.substring(2);\n          value = false;\n        }\n        var optionIsBoolean = options[optionName] && options[optionName].type == 'boolean';\n        if (optionIsBoolean && value == undefined) {\n          // Calling set with a boolean option sets it to true.\n          value = true;\n        }\n        if (!optionIsBoolean && !value || forceGet) {\n          var oldValue = getOption(optionName);\n          // If no value is provided, then we assume this is a get.\n          if (oldValue === true || oldValue === false) {\n            showConfirm(cm, ' ' + (oldValue ? '' : 'no') + optionName);\n          } else {\n            showConfirm(cm, '  ' + optionName + '=' + oldValue);\n          }\n        } else {\n          setOption(optionName, value);\n        }\n      },\n      registers: function(cm,params) {\n        var regArgs = params.args;\n        var registers = vimGlobalState.registerController.registers;\n        var regInfo = '----------Registers----------<br><br>';\n        if (!regArgs) {\n          for (var registerName in registers) {\n            var text = registers[registerName].toString();\n            if (text.length) {\n              regInfo += '\"' + registerName + '    ' + text + '<br>';\n            }\n          }\n        } else {\n          var registerName;\n          regArgs = regArgs.join('');\n          for (var i = 0; i < regArgs.length; i++) {\n            registerName = regArgs.charAt(i);\n            if (!vimGlobalState.registerController.isValidRegister(registerName)) {\n              continue;\n            }\n            var register = registers[registerName] || new Register();\n            regInfo += '\"' + registerName + '    ' + register.toString() + '<br>';\n          }\n        }\n        showConfirm(cm, regInfo);\n      },\n      sort: function(cm, params) {\n        var reverse, ignoreCase, unique, number;\n        function parseArgs() {\n          if (params.argString) {\n            var args = new CodeMirror.StringStream(params.argString);\n            if (args.eat('!')) { reverse = true; }\n            if (args.eol()) { return; }\n            if (!args.eatSpace()) { return 'Invalid arguments'; }\n            var opts = args.match(/[a-z]+/);\n            if (opts) {\n              opts = opts[0];\n              ignoreCase = opts.indexOf('i') != -1;\n              unique = opts.indexOf('u') != -1;\n              var decimal = opts.indexOf('d') != -1 && 1;\n              var hex = opts.indexOf('x') != -1 && 1;\n              var octal = opts.indexOf('o') != -1 && 1;\n              if (decimal + hex + octal > 1) { return 'Invalid arguments'; }\n              number = decimal && 'decimal' || hex && 'hex' || octal && 'octal';\n            }\n            if (args.eatSpace() && args.match(/\\/.*\\//)) { 'patterns not supported'; }\n          }\n        }\n        var err = parseArgs();\n        if (err) {\n          showConfirm(cm, err + ': ' + params.argString);\n          return;\n        }\n        var lineStart = params.line || cm.firstLine();\n        var lineEnd = params.lineEnd || params.line || cm.lastLine();\n        if (lineStart == lineEnd) { return; }\n        var curStart = Pos(lineStart, 0);\n        var curEnd = Pos(lineEnd, lineLength(cm, lineEnd));\n        var text = cm.getRange(curStart, curEnd).split('\\n');\n        var numberRegex = (number == 'decimal') ? /(-?)([\\d]+)/ :\n           (number == 'hex') ? /(-?)(?:0x)?([0-9a-f]+)/i :\n           (number == 'octal') ? /([0-7]+)/ : null;\n        var radix = (number == 'decimal') ? 10 : (number == 'hex') ? 16 : (number == 'octal') ? 8 : null;\n        var numPart = [], textPart = [];\n        if (number) {\n          for (var i = 0; i < text.length; i++) {\n            if (numberRegex.exec(text[i])) {\n              numPart.push(text[i]);\n            } else {\n              textPart.push(text[i]);\n            }\n          }\n        } else {\n          textPart = text;\n        }\n        function compareFn(a, b) {\n          if (reverse) { var tmp; tmp = a; a = b; b = tmp; }\n          if (ignoreCase) { a = a.toLowerCase(); b = b.toLowerCase(); }\n          var anum = number && numberRegex.exec(a);\n          var bnum = number && numberRegex.exec(b);\n          if (!anum) { return a < b ? -1 : 1; }\n          anum = parseInt((anum[1] + anum[2]).toLowerCase(), radix);\n          bnum = parseInt((bnum[1] + bnum[2]).toLowerCase(), radix);\n          return anum - bnum;\n        }\n        numPart.sort(compareFn);\n        textPart.sort(compareFn);\n        text = (!reverse) ? textPart.concat(numPart) : numPart.concat(textPart);\n        if (unique) { // Remove duplicate lines\n          var textOld = text;\n          var lastLine;\n          text = [];\n          for (var i = 0; i < textOld.length; i++) {\n            if (textOld[i] != lastLine) {\n              text.push(textOld[i]);\n            }\n            lastLine = textOld[i];\n          }\n        }\n        cm.replaceRange(text.join('\\n'), curStart, curEnd);\n      },\n      substitute: function(cm, params) {\n        if (!cm.getSearchCursor) {\n          throw new Error('Search feature not available. Requires searchcursor.js or ' +\n              'any other getSearchCursor implementation.');\n        }\n        var argString = params.argString;\n        var slashes = argString ? findUnescapedSlashes(argString) : [];\n        var replacePart = '';\n        if (slashes.length) {\n          if (slashes[0] !== 0) {\n            showConfirm(cm, 'Substitutions should be of the form ' +\n                ':s/pattern/replace/');\n            return;\n          }\n          var regexPart = argString.substring(slashes[0] + 1, slashes[1]);\n          var flagsPart;\n          var count;\n          var confirm = false; // Whether to confirm each replace.\n          if (slashes[1]) {\n            replacePart = argString.substring(slashes[1] + 1, slashes[2]);\n            if (getOption('pcre')) {\n              replacePart = unescapeRegexReplace(replacePart);\n            } else {\n              replacePart = translateRegexReplace(replacePart);\n            }\n            vimGlobalState.lastSubstituteReplacePart = replacePart;\n          }\n          if (slashes[2]) {\n            // After the 3rd slash, we can have flags followed by a space followed\n            // by count.\n            var trailing = argString.substring(slashes[2] + 1).split(' ');\n            flagsPart = trailing[0];\n            count = parseInt(trailing[1]);\n          }\n          if (flagsPart) {\n            if (flagsPart.indexOf('c') != -1) {\n              confirm = true;\n              flagsPart.replace('c', '');\n            }\n            regexPart = regexPart + '/' + flagsPart;\n          }\n        }\n        if (regexPart) {\n          // If regex part is empty, then use the previous query. Otherwise use\n          // the regex part as the new query.\n          try {\n            updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n              true /** smartCase */);\n          } catch (e) {\n            showConfirm(cm, 'Invalid regex: ' + regexPart);\n            return;\n          }\n        }\n        replacePart = replacePart || vimGlobalState.lastSubstituteReplacePart;\n        if (replacePart === undefined) {\n          showConfirm(cm, 'No previous substitute regular expression');\n          return;\n        }\n        var state = getSearchState(cm);\n        var query = state.getQuery();\n        var lineStart = (params.line !== undefined) ? params.line : cm.getCursor().line;\n        var lineEnd = params.lineEnd || lineStart;\n        if (count) {\n          lineStart = lineEnd;\n          lineEnd = lineStart + count - 1;\n        }\n        var startPos = clipCursorToContent(cm, Pos(lineStart, 0));\n        var cursor = cm.getSearchCursor(query, startPos);\n        doReplace(cm, confirm, lineStart, lineEnd, cursor, query, replacePart);\n      },\n      redo: CodeMirror.commands.redo,\n      undo: CodeMirror.commands.undo,\n      write: function(cm) {\n        if (CodeMirror.commands.save) {\n          // If a save command is defined, call it.\n          CodeMirror.commands.save(cm);\n        } else {\n          // Saves to text area if no save command is defined.\n          cm.save();\n        }\n      },\n      nohlsearch: function(cm) {\n        clearSearchHighlight(cm);\n      },\n      delmarks: function(cm, params) {\n        if (!params.argString || !trim(params.argString)) {\n          showConfirm(cm, 'Argument required');\n          return;\n        }\n\n        var state = cm.state.vim;\n        var stream = new CodeMirror.StringStream(trim(params.argString));\n        while (!stream.eol()) {\n          stream.eatSpace();\n\n          // Record the streams position at the beginning of the loop for use\n          // in error messages.\n          var count = stream.pos;\n\n          if (!stream.match(/[a-zA-Z]/, false)) {\n            showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n            return;\n          }\n\n          var sym = stream.next();\n          // Check if this symbol is part of a range\n          if (stream.match('-', true)) {\n            // This symbol is part of a range.\n\n            // The range must terminate at an alphabetic character.\n            if (!stream.match(/[a-zA-Z]/, false)) {\n              showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n              return;\n            }\n\n            var startMark = sym;\n            var finishMark = stream.next();\n            // The range must terminate at an alphabetic character which\n            // shares the same case as the start of the range.\n            if (isLowerCase(startMark) && isLowerCase(finishMark) ||\n                isUpperCase(startMark) && isUpperCase(finishMark)) {\n              var start = startMark.charCodeAt(0);\n              var finish = finishMark.charCodeAt(0);\n              if (start >= finish) {\n                showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n                return;\n              }\n\n              // Because marks are always ASCII values, and we have\n              // determined that they are the same case, we can use\n              // their char codes to iterate through the defined range.\n              for (var j = 0; j <= finish - start; j++) {\n                var mark = String.fromCharCode(start + j);\n                delete state.marks[mark];\n              }\n            } else {\n              showConfirm(cm, 'Invalid argument: ' + startMark + '-');\n              return;\n            }\n          } else {\n            // This symbol is a valid mark, and is not part of a range.\n            delete state.marks[sym];\n          }\n        }\n      }\n    };\n\n    var exCommandDispatcher = new Vim.ExCommandDispatcher();\n\n    /**\n    * @param {CodeMirror} cm CodeMirror instance we are in.\n    * @param {boolean} confirm Whether to confirm each replace.\n    * @param {Cursor} lineStart Line to start replacing from.\n    * @param {Cursor} lineEnd Line to stop replacing at.\n    * @param {RegExp} query Query for performing matches with.\n    * @param {string} replaceWith Text to replace matches with. May contain $1,\n    *     $2, etc for replacing captured groups using Javascript replace.\n    */\n    function doReplace(cm, confirm, lineStart, lineEnd, searchCursor, query,\n        replaceWith) {\n      // Set up all the functions.\n      cm.state.vim.exMode = true;\n      var done = false;\n      var lastPos = searchCursor.from();\n      function replaceAll() {\n        cm.operation(function() {\n          while (!done) {\n            replace();\n            next();\n          }\n          stop();\n        });\n      }\n      function replace() {\n        var text = cm.getRange(searchCursor.from(), searchCursor.to());\n        var newText = text.replace(query, replaceWith);\n        searchCursor.replace(newText);\n      }\n      function next() {\n        var found = searchCursor.findNext();\n        if (!found) {\n          done = true;\n        } else if (isInRange(searchCursor.from(), lineStart, lineEnd)) {\n          cm.scrollIntoView(searchCursor.from(), 30);\n          cm.setSelection(searchCursor.from(), searchCursor.to());\n          lastPos = searchCursor.from();\n          done = false;\n        } else {\n          done = true;\n        }\n      }\n      function stop(close) {\n        if (close) { close(); }\n        cm.focus();\n        if (lastPos) {\n          cm.setCursor(lastPos);\n          var vim = cm.state.vim;\n          vim.exMode = false;\n          vim.lastHPos = vim.lastHSPos = lastPos.ch;\n        }\n      }\n      function onPromptKeyDown(e, _value, close) {\n        // Swallow all keys.\n        CodeMirror.e_stop(e);\n        var keyName = CodeMirror.keyName(e);\n        switch (keyName) {\n          case 'Y':\n            replace(); next(); break;\n          case 'N':\n            next(); break;\n          case 'A':\n            cm.operation(replaceAll); break;\n          case 'L':\n            replace();\n            // fall through and exit.\n          case 'Q':\n          case 'Esc':\n          case 'Ctrl-C':\n          case 'Ctrl-[':\n            stop(close);\n            break;\n        }\n        if (done) { stop(close); }\n      }\n\n      // Actually do replace.\n      next();\n      if (done) {\n        showConfirm(cm, 'No matches for ' + query.source);\n        return;\n      }\n      if (!confirm) {\n        replaceAll();\n        return;\n      }\n      showPrompt(cm, {\n        prefix: 'replace with <strong>' + replaceWith + '</strong> (y/n/a/q/l)',\n        onKeyDown: onPromptKeyDown\n      });\n    }\n\n    // Register Vim with CodeMirror\n    function buildVimKeyMap() {\n      /**\n       * Handle the raw key event from CodeMirror. Translate the\n       * Shift + key modifier to the resulting letter, while preserving other\n       * modifers.\n       */\n      function cmKeyToVimKey(key, modifier) {\n        var vimKey = key;\n        if (isUpperCase(vimKey) && modifier == 'Ctrl') {\n            vimKey = vimKey.toLowerCase();\n        }\n        if (modifier) {\n          // Vim will parse modifier+key combination as a single key.\n          vimKey = modifier.charAt(0) + '-' + vimKey;\n        }\n        var specialKey = ({Enter:'CR',Backspace:'BS',Delete:'Del'})[vimKey];\n        vimKey = specialKey ? specialKey : vimKey;\n        vimKey = vimKey.length > 1 ? '<'+ vimKey + '>' : vimKey;\n        return vimKey;\n      }\n\n      // Closure to bind CodeMirror, key, modifier.\n      function keyMapper(vimKey) {\n        return function(cm) {\n          CodeMirror.Vim.handleKey(cm, vimKey);\n        };\n      }\n\n      var cmToVimKeymap = {\n        'nofallthrough': true,\n        'style': 'fat-cursor'\n      };\n      function bindKeys(keys, modifier) {\n        for (var i = 0; i < keys.length; i++) {\n          var key = keys[i];\n          if (!modifier && key.length == 1) {\n            // Wrap all keys without modifiers with '' to identify them by their\n            // key characters instead of key identifiers.\n            key = \"'\" + key + \"'\";\n          }\n          var vimKey = cmKeyToVimKey(keys[i], modifier);\n          var cmKey = modifier ? modifier + '-' + key : key;\n          cmToVimKeymap[cmKey] = keyMapper(vimKey);\n        }\n      }\n      bindKeys(upperCaseAlphabet);\n      bindKeys(lowerCaseAlphabet);\n      bindKeys(upperCaseAlphabet, 'Ctrl');\n      bindKeys(specialSymbols);\n      bindKeys(specialSymbols, 'Ctrl');\n      bindKeys(numbers);\n      bindKeys(numbers, 'Ctrl');\n      bindKeys(specialKeys);\n      bindKeys(specialKeys, 'Ctrl');\n      return cmToVimKeymap;\n    }\n    CodeMirror.keyMap.vim = buildVimKeyMap();\n\n    function exitInsertMode(cm) {\n      var vim = cm.state.vim;\n      var macroModeState = vimGlobalState.macroModeState;\n      var insertModeChangeRegister = vimGlobalState.registerController.getRegister('.');\n      var isPlaying = macroModeState.isPlaying;\n      if (!isPlaying) {\n        cm.off('change', onChange);\n        CodeMirror.off(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n      }\n      if (!isPlaying && vim.insertModeRepeat > 1) {\n        // Perform insert mode repeat for commands like 3,a and 3,o.\n        repeatLastEdit(cm, vim, vim.insertModeRepeat - 1,\n            true /** repeatForInsert */);\n        vim.lastEditInputState.repeatOverride = vim.insertModeRepeat;\n      }\n      delete vim.insertModeRepeat;\n      vim.insertMode = false;\n      cm.setCursor(cm.getCursor().line, cm.getCursor().ch-1);\n      cm.setOption('keyMap', 'vim');\n      cm.setOption('disableInput', true);\n      cm.toggleOverwrite(false); // exit replace mode if we were in it.\n      // update the \". register before exiting insert mode\n      insertModeChangeRegister.setText(macroModeState.lastInsertModeChanges.changes.join(''));\n      CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n      if (macroModeState.isRecording) {\n        logInsertModeChange(macroModeState);\n      }\n    }\n\n    CodeMirror.keyMap['vim-insert'] = {\n      // TODO: override navigation keys so that Esc will cancel automatic\n      // indentation from o, O, i_<CR>\n      'Esc': exitInsertMode,\n      'Ctrl-[': exitInsertMode,\n      'Ctrl-C': exitInsertMode,\n      'Ctrl-N': 'autocomplete',\n      'Ctrl-P': 'autocomplete',\n      'Enter': function(cm) {\n        var fn = CodeMirror.commands.newlineAndIndentContinueComment ||\n            CodeMirror.commands.newlineAndIndent;\n        fn(cm);\n      },\n      fallthrough: ['default']\n    };\n\n    CodeMirror.keyMap['vim-replace'] = {\n      'Backspace': 'goCharLeft',\n      fallthrough: ['vim-insert']\n    };\n\n    function executeMacroRegister(cm, vim, macroModeState, registerName) {\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      var keyBuffer = register.keyBuffer;\n      var imc = 0;\n      macroModeState.isPlaying = true;\n      macroModeState.replaySearchQueries = register.searchQueries.slice(0);\n      for (var i = 0; i < keyBuffer.length; i++) {\n        var text = keyBuffer[i];\n        var match, key;\n        while (text) {\n          // Pull off one command key, which is either a single character\n          // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n          match = (/<\\w+-.+?>|<\\w+>|./).exec(text);\n          key = match[0];\n          text = text.substring(match.index + key.length);\n          CodeMirror.Vim.handleKey(cm, key);\n          if (vim.insertMode) {\n            repeatInsertModeChanges(\n                cm, register.insertModeChanges[imc++].changes, 1);\n            exitInsertMode(cm);\n          }\n        }\n      };\n      macroModeState.isPlaying = false;\n    }\n\n    function logKey(macroModeState, key) {\n      if (macroModeState.isPlaying) { return; }\n      var registerName = macroModeState.latestRegister;\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      if (register) {\n        register.pushText(key);\n      }\n    }\n\n    function logInsertModeChange(macroModeState) {\n      if (macroModeState.isPlaying) { return; }\n      var registerName = macroModeState.latestRegister;\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      if (register) {\n        register.pushInsertModeChanges(macroModeState.lastInsertModeChanges);\n      }\n    }\n\n    function logSearchQuery(macroModeState, query) {\n      if (macroModeState.isPlaying) { return; }\n      var registerName = macroModeState.latestRegister;\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      if (register) {\n        register.pushSearchQuery(query);\n      }\n    }\n\n    /**\n     * Listens for changes made in insert mode.\n     * Should only be active in insert mode.\n     */\n    function onChange(_cm, changeObj) {\n      var macroModeState = vimGlobalState.macroModeState;\n      var lastChange = macroModeState.lastInsertModeChanges;\n      if (!macroModeState.isPlaying) {\n        while(changeObj) {\n          lastChange.expectCursorActivityForChange = true;\n          if (changeObj.origin == '+input' || changeObj.origin == 'paste'\n              || changeObj.origin === undefined /* only in testing */) {\n            var text = changeObj.text.join('\\n');\n            lastChange.changes.push(text);\n          }\n          // Change objects may be chained with next.\n          changeObj = changeObj.next;\n        }\n      }\n    }\n\n    /**\n    * Listens for any kind of cursor activity on CodeMirror.\n    */\n    function onCursorActivity(cm) {\n      var vim = cm.state.vim;\n      if (vim.insertMode) {\n        // Tracking cursor activity in insert mode (for macro support).\n        var macroModeState = vimGlobalState.macroModeState;\n        if (macroModeState.isPlaying) { return; }\n        var lastChange = macroModeState.lastInsertModeChanges;\n        if (lastChange.expectCursorActivityForChange) {\n          lastChange.expectCursorActivityForChange = false;\n        } else {\n          // Cursor moved outside the context of an edit. Reset the change.\n          lastChange.changes = [];\n        }\n      } else if (cm.doc.history.lastSelOrigin == '*mouse') {\n        // Reset lastHPos if mouse click was done in normal mode.\n        vim.lastHPos = cm.doc.getCursor().ch;\n      }\n    }\n\n    /** Wrapper for special keys pressed in insert mode */\n    function InsertModeKey(keyName) {\n      this.keyName = keyName;\n    }\n\n    /**\n    * Handles raw key down events from the text area.\n    * - Should only be active in insert mode.\n    * - For recording deletes in insert mode.\n    */\n    function onKeyEventTargetKeyDown(e) {\n      var macroModeState = vimGlobalState.macroModeState;\n      var lastChange = macroModeState.lastInsertModeChanges;\n      var keyName = CodeMirror.keyName(e);\n      function onKeyFound() {\n        lastChange.changes.push(new InsertModeKey(keyName));\n        return true;\n      }\n      if (keyName.indexOf('Delete') != -1 || keyName.indexOf('Backspace') != -1) {\n        CodeMirror.lookupKey(keyName, ['vim-insert'], onKeyFound);\n      }\n    }\n\n    /**\n     * Repeats the last edit, which includes exactly 1 command and at most 1\n     * insert. Operator and motion commands are read from lastEditInputState,\n     * while action commands are read from lastEditActionCommand.\n     *\n     * If repeatForInsert is true, then the function was called by\n     * exitInsertMode to repeat the insert mode changes the user just made. The\n     * corresponding enterInsertMode call was made with a count.\n     */\n    function repeatLastEdit(cm, vim, repeat, repeatForInsert) {\n      var macroModeState = vimGlobalState.macroModeState;\n      macroModeState.isPlaying = true;\n      var isAction = !!vim.lastEditActionCommand;\n      var cachedInputState = vim.inputState;\n      function repeatCommand() {\n        if (isAction) {\n          commandDispatcher.processAction(cm, vim, vim.lastEditActionCommand);\n        } else {\n          commandDispatcher.evalInput(cm, vim);\n        }\n      }\n      function repeatInsert(repeat) {\n        if (macroModeState.lastInsertModeChanges.changes.length > 0) {\n          // For some reason, repeat cw in desktop VIM does not repeat\n          // insert mode changes. Will conform to that behavior.\n          repeat = !vim.lastEditActionCommand ? 1 : repeat;\n          var changeObject = macroModeState.lastInsertModeChanges;\n          // This isn't strictly necessary, but since lastInsertModeChanges is\n          // supposed to be immutable during replay, this helps catch bugs.\n          macroModeState.lastInsertModeChanges = {};\n          repeatInsertModeChanges(cm, changeObject.changes, repeat);\n          macroModeState.lastInsertModeChanges = changeObject;\n        }\n      }\n      vim.inputState = vim.lastEditInputState;\n      if (isAction && vim.lastEditActionCommand.interlaceInsertRepeat) {\n        // o and O repeat have to be interlaced with insert repeats so that the\n        // insertions appear on separate lines instead of the last line.\n        for (var i = 0; i < repeat; i++) {\n          repeatCommand();\n          repeatInsert(1);\n        }\n      } else {\n        if (!repeatForInsert) {\n          // Hack to get the cursor to end up at the right place. If I is\n          // repeated in insert mode repeat, cursor will be 1 insert\n          // change set left of where it should be.\n          repeatCommand();\n        }\n        repeatInsert(repeat);\n      }\n      vim.inputState = cachedInputState;\n      if (vim.insertMode && !repeatForInsert) {\n        // Don't exit insert mode twice. If repeatForInsert is set, then we\n        // were called by an exitInsertMode call lower on the stack.\n        exitInsertMode(cm);\n      }\n      macroModeState.isPlaying = false;\n    };\n\n    function repeatInsertModeChanges(cm, changes, repeat) {\n      function keyHandler(binding) {\n        if (typeof binding == 'string') {\n          CodeMirror.commands[binding](cm);\n        } else {\n          binding(cm);\n        }\n        return true;\n      }\n      for (var i = 0; i < repeat; i++) {\n        for (var j = 0; j < changes.length; j++) {\n          var change = changes[j];\n          if (change instanceof InsertModeKey) {\n            CodeMirror.lookupKey(change.keyName, ['vim-insert'], keyHandler);\n          } else {\n            var cur = cm.getCursor();\n            cm.replaceRange(change, cur, cur);\n          }\n        }\n      }\n    }\n\n    resetVimGlobalState();\n    return vimApi;\n  };\n  // Initialize Vim and make it available as an API.\n  CodeMirror.Vim = Vim();\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/keymap/vim.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js": {
            "text": "// A rough approximation of Sublime Text's keybindings\n// Depends on addon/search/searchcursor.js and optionally addon/dialog/dialogs.js\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/edit/matchbrackets\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/edit/matchbrackets\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n\n  var map = CodeMirror.keyMap.sublime = {fallthrough: \"default\"};\n  var cmds = CodeMirror.commands;\n  var Pos = CodeMirror.Pos;\n  var ctrl = CodeMirror.keyMap[\"default\"] == CodeMirror.keyMap.pcDefault ? \"Ctrl-\" : \"Cmd-\";\n\n  // This is not exactly Sublime's algorithm. I couldn't make heads or tails of that.\n  function findPosSubword(doc, start, dir) {\n    if (dir < 0 && start.ch == 0) return doc.clipPos(Pos(start.line - 1));\n    var line = doc.getLine(start.line);\n    if (dir > 0 && start.ch >= line.length) return doc.clipPos(Pos(start.line + 1, 0));\n    var state = \"start\", type;\n    for (var pos = start.ch, e = dir < 0 ? 0 : line.length, i = 0; pos != e; pos += dir, i++) {\n      var next = line.charAt(dir < 0 ? pos - 1 : pos);\n      var cat = next != \"_\" && CodeMirror.isWordChar(next) ? \"w\" : \"o\";\n      if (cat == \"w\" && next.toUpperCase() == next) cat = \"W\";\n      if (state == \"start\") {\n        if (cat != \"o\") { state = \"in\"; type = cat; }\n      } else if (state == \"in\") {\n        if (type != cat) {\n          if (type == \"w\" && cat == \"W\" && dir < 0) pos--;\n          if (type == \"W\" && cat == \"w\" && dir > 0) { type = \"w\"; continue; }\n          break;\n        }\n      }\n    }\n    return Pos(start.line, pos);\n  }\n\n  function moveSubword(cm, dir) {\n    cm.extendSelectionsBy(function(range) {\n      if (cm.display.shift || cm.doc.extend || range.empty())\n        return findPosSubword(cm.doc, range.head, dir);\n      else\n        return dir < 0 ? range.from() : range.to();\n    });\n  }\n\n  cmds[map[\"Alt-Left\"] = \"goSubwordLeft\"] = function(cm) { moveSubword(cm, -1); };\n  cmds[map[\"Alt-Right\"] = \"goSubwordRight\"] = function(cm) { moveSubword(cm, 1); };\n\n  cmds[map[ctrl + \"Up\"] = \"scrollLineUp\"] = function(cm) {\n    var info = cm.getScrollInfo();\n    if (!cm.somethingSelected()) {\n      var visibleBottomLine = cm.lineAtHeight(info.top + info.clientHeight, \"local\");\n      if (cm.getCursor().line >= visibleBottomLine)\n        cm.execCommand(\"goLineUp\");\n    }\n    cm.scrollTo(null, info.top - cm.defaultTextHeight());\n  };\n  cmds[map[ctrl + \"Down\"] = \"scrollLineDown\"] = function(cm) {\n    var info = cm.getScrollInfo();\n    if (!cm.somethingSelected()) {\n      var visibleTopLine = cm.lineAtHeight(info.top, \"local\")+1;\n      if (cm.getCursor().line <= visibleTopLine)\n        cm.execCommand(\"goLineDown\");\n    }\n    cm.scrollTo(null, info.top + cm.defaultTextHeight());\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"L\"] = \"splitSelectionByLine\"] = function(cm) {\n    var ranges = cm.listSelections(), lineRanges = [];\n    for (var i = 0; i < ranges.length; i++) {\n      var from = ranges[i].from(), to = ranges[i].to();\n      for (var line = from.line; line <= to.line; ++line)\n        if (!(to.line > from.line && line == to.line && to.ch == 0))\n          lineRanges.push({anchor: line == from.line ? from : Pos(line, 0),\n                           head: line == to.line ? to : Pos(line)});\n    }\n    cm.setSelections(lineRanges, 0);\n  };\n\n  map[\"Shift-Tab\"] = \"indentLess\";\n\n  cmds[map[\"Esc\"] = \"singleSelectionTop\"] = function(cm) {\n    var range = cm.listSelections()[0];\n    cm.setSelection(range.anchor, range.head, {scroll: false});\n  };\n\n  cmds[map[ctrl + \"L\"] = \"selectLine\"] = function(cm) {\n    var ranges = cm.listSelections(), extended = [];\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i];\n      extended.push({anchor: Pos(range.from().line, 0),\n                     head: Pos(range.to().line + 1, 0)});\n    }\n    cm.setSelections(extended);\n  };\n\n  map[\"Shift-\" + ctrl + \"K\"] = \"deleteLine\";\n\n  function insertLine(cm, above) {\n    cm.operation(function() {\n      var len = cm.listSelections().length, newSelection = [], last = -1;\n      for (var i = 0; i < len; i++) {\n        var head = cm.listSelections()[i].head;\n        if (head.line <= last) continue;\n        var at = Pos(head.line + (above ? 0 : 1), 0);\n        cm.replaceRange(\"\\n\", at, null, \"+insertLine\");\n        cm.indentLine(at.line, null, true);\n        newSelection.push({head: at, anchor: at});\n        last = head.line + 1;\n      }\n      cm.setSelections(newSelection);\n    });\n  }\n\n  cmds[map[ctrl + \"Enter\"] = \"insertLineAfter\"] = function(cm) { insertLine(cm, false); };\n\n  cmds[map[\"Shift-\" + ctrl + \"Enter\"] = \"insertLineBefore\"] = function(cm) { insertLine(cm, true); };\n\n  function wordAt(cm, pos) {\n    var start = pos.ch, end = start, line = cm.getLine(pos.line);\n    while (start && CodeMirror.isWordChar(line.charAt(start - 1))) --start;\n    while (end < line.length && CodeMirror.isWordChar(line.charAt(end))) ++end;\n    return {from: Pos(pos.line, start), to: Pos(pos.line, end), word: line.slice(start, end)};\n  }\n\n  cmds[map[ctrl + \"D\"] = \"selectNextOccurrence\"] = function(cm) {\n    var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n    var fullWord = cm.state.sublimeFindFullWord == cm.doc.sel;\n    if (CodeMirror.cmpPos(from, to) == 0) {\n      var word = wordAt(cm, from);\n      if (!word.word) return;\n      cm.setSelection(word.from, word.to);\n      fullWord = true;\n    } else {\n      var text = cm.getRange(from, to);\n      var query = fullWord ? new RegExp(\"\\\\b\" + text + \"\\\\b\") : text;\n      var cur = cm.getSearchCursor(query, to);\n      if (cur.findNext()) {\n        cm.addSelection(cur.from(), cur.to());\n      } else {\n        cur = cm.getSearchCursor(query, Pos(cm.firstLine(), 0));\n        if (cur.findNext())\n          cm.addSelection(cur.from(), cur.to());\n      }\n    }\n    if (fullWord)\n      cm.state.sublimeFindFullWord = cm.doc.sel;\n  };\n\n  var mirror = \"(){}[]\";\n  function selectBetweenBrackets(cm) {\n    var pos = cm.getCursor(), opening = cm.scanForBracket(pos, -1);\n    if (!opening) return;\n    for (;;) {\n      var closing = cm.scanForBracket(pos, 1);\n      if (!closing) return;\n      if (closing.ch == mirror.charAt(mirror.indexOf(opening.ch) + 1)) {\n        cm.setSelection(Pos(opening.pos.line, opening.pos.ch + 1), closing.pos, false);\n        return true;\n      }\n      pos = Pos(closing.pos.line, closing.pos.ch + 1);\n    }\n  }\n\n  cmds[map[\"Shift-\" + ctrl + \"Space\"] = \"selectScope\"] = function(cm) {\n    selectBetweenBrackets(cm) || cm.execCommand(\"selectAll\");\n  };\n  cmds[map[\"Shift-\" + ctrl + \"M\"] = \"selectBetweenBrackets\"] = function(cm) {\n    if (!selectBetweenBrackets(cm)) return CodeMirror.Pass;\n  };\n\n  cmds[map[ctrl + \"M\"] = \"goToBracket\"] = function(cm) {\n    cm.extendSelectionsBy(function(range) {\n      var next = cm.scanForBracket(range.head, 1);\n      if (next && CodeMirror.cmpPos(next.pos, range.head) != 0) return next.pos;\n      var prev = cm.scanForBracket(range.head, -1);\n      return prev && Pos(prev.pos.line, prev.pos.ch + 1) || range.head;\n    });\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"Up\"] = \"swapLineUp\"] = function(cm) {\n    var ranges = cm.listSelections(), linesToMove = [], at = cm.firstLine() - 1;\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i], from = range.from().line - 1, to = range.to().line;\n      if (from > at) linesToMove.push(from, to);\n      else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n      at = to;\n    }\n    cm.operation(function() {\n      for (var i = 0; i < linesToMove.length; i += 2) {\n        var from = linesToMove[i], to = linesToMove[i + 1];\n        var line = cm.getLine(from);\n        cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n        if (to > cm.lastLine()) {\n          cm.replaceRange(\"\\n\" + line, Pos(cm.lastLine()), null, \"+swapLine\");\n          var sels = cm.listSelections(), last = sels[sels.length - 1];\n          var head = last.head.line == to ? Pos(to - 1) : last.head;\n          var anchor = last.anchor.line == to ? Pos(to - 1) : last.anchor;\n          cm.setSelections(sels.slice(0, sels.length - 1).concat([{head: head, anchor: anchor}]));\n        } else {\n          cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n        }\n      }\n      cm.scrollIntoView();\n    });\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"Down\"] = \"swapLineDown\"] = function(cm) {\n    var ranges = cm.listSelections(), linesToMove = [], at = cm.lastLine() + 1;\n    for (var i = ranges.length - 1; i >= 0; i--) {\n      var range = ranges[i], from = range.to().line + 1, to = range.from().line;\n      if (from < at) linesToMove.push(from, to);\n      else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n      at = to;\n    }\n    cm.operation(function() {\n      for (var i = linesToMove.length - 2; i >= 0; i -= 2) {\n        var from = linesToMove[i], to = linesToMove[i + 1];\n        var line = cm.getLine(from);\n        if (from == cm.lastLine())\n          cm.replaceRange(\"\", Pos(from - 1), Pos(from), \"+swapLine\");\n        else\n          cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n        cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n      }\n      cm.scrollIntoView();\n    });\n  };\n\n  map[ctrl + \"/\"] = \"toggleComment\";\n\n  cmds[map[ctrl + \"J\"] = \"joinLines\"] = function(cm) {\n    var ranges = cm.listSelections(), joined = [];\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i], from = range.from();\n      var start = from.line, end = range.to().line;\n      while (i < ranges.length - 1 && ranges[i + 1].from().line == end)\n        end = ranges[++i].to().line;\n      joined.push({start: start, end: end, anchor: !range.empty() && from});\n    }\n    cm.operation(function() {\n      var offset = 0, ranges = [];\n      for (var i = 0; i < joined.length; i++) {\n        var obj = joined[i];\n        var anchor = obj.anchor && Pos(obj.anchor.line - offset, obj.anchor.ch), head;\n        for (var line = obj.start; line <= obj.end; line++) {\n          var actual = line - offset;\n          if (line == obj.end) head = Pos(actual, cm.getLine(actual).length + 1);\n          if (actual < cm.lastLine()) {\n            cm.replaceRange(\" \", Pos(actual), Pos(actual + 1, /^\\s*/.exec(cm.getLine(actual + 1))[0].length));\n            ++offset;\n          }\n        }\n        ranges.push({anchor: anchor || head, head: head});\n      }\n      cm.setSelections(ranges, 0);\n    });\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"D\"] = \"duplicateLine\"] = function(cm) {\n    cm.operation(function() {\n      var rangeCount = cm.listSelections().length;\n      for (var i = 0; i < rangeCount; i++) {\n        var range = cm.listSelections()[i];\n        if (range.empty())\n          cm.replaceRange(cm.getLine(range.head.line) + \"\\n\", Pos(range.head.line, 0));\n        else\n          cm.replaceRange(cm.getRange(range.from(), range.to()), range.from());\n      }\n      cm.scrollIntoView();\n    });\n  };\n\n  map[ctrl + \"T\"] = \"transposeChars\";\n\n  function sortLines(cm, caseSensitive) {\n    var ranges = cm.listSelections(), toSort = [], selected;\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i];\n      if (range.empty()) continue;\n      var from = range.from().line, to = range.to().line;\n      while (i < ranges.length - 1 && ranges[i + 1].from().line == to)\n        to = range[++i].to().line;\n      toSort.push(from, to);\n    }\n    if (toSort.length) selected = true;\n    else toSort.push(cm.firstLine(), cm.lastLine());\n\n    cm.operation(function() {\n      var ranges = [];\n      for (var i = 0; i < toSort.length; i += 2) {\n        var from = toSort[i], to = toSort[i + 1];\n        var start = Pos(from, 0), end = Pos(to);\n        var lines = cm.getRange(start, end, false);\n        if (caseSensitive)\n          lines.sort();\n        else\n          lines.sort(function(a, b) {\n            var au = a.toUpperCase(), bu = b.toUpperCase();\n            if (au != bu) { a = au; b = bu; }\n            return a < b ? -1 : a == b ? 0 : 1;\n          });\n        cm.replaceRange(lines, start, end);\n        if (selected) ranges.push({anchor: start, head: end});\n      }\n      if (selected) cm.setSelections(ranges, 0);\n    });\n  }\n\n  cmds[map[\"F9\"] = \"sortLines\"] = function(cm) { sortLines(cm, true); };\n  cmds[map[ctrl + \"F9\"] = \"sortLinesInsensitive\"] = function(cm) { sortLines(cm, false); };\n\n  cmds[map[\"F2\"] = \"nextBookmark\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks;\n    if (marks) while (marks.length) {\n      var current = marks.shift();\n      var found = current.find();\n      if (found) {\n        marks.push(current);\n        return cm.setSelection(found.from, found.to);\n      }\n    }\n  };\n\n  cmds[map[\"Shift-F2\"] = \"prevBookmark\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks;\n    if (marks) while (marks.length) {\n      marks.unshift(marks.pop());\n      var found = marks[marks.length - 1].find();\n      if (!found)\n        marks.pop();\n      else\n        return cm.setSelection(found.from, found.to);\n    }\n  };\n\n  cmds[map[ctrl + \"F2\"] = \"toggleBookmark\"] = function(cm) {\n    var ranges = cm.listSelections();\n    var marks = cm.state.sublimeBookmarks || (cm.state.sublimeBookmarks = []);\n    for (var i = 0; i < ranges.length; i++) {\n      var from = ranges[i].from(), to = ranges[i].to();\n      var found = cm.findMarks(from, to);\n      for (var j = 0; j < found.length; j++) {\n        if (found[j].sublimeBookmark) {\n          found[j].clear();\n          for (var k = 0; k < marks.length; k++)\n            if (marks[k] == found[j])\n              marks.splice(k--, 1);\n          break;\n        }\n      }\n      if (j == found.length)\n        marks.push(cm.markText(from, to, {sublimeBookmark: true, clearWhenEmpty: false}));\n    }\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"F2\"] = \"clearBookmarks\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks;\n    if (marks) for (var i = 0; i < marks.length; i++) marks[i].clear();\n    marks.length = 0;\n  };\n\n  cmds[map[\"Alt-F2\"] = \"selectBookmarks\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks, ranges = [];\n    if (marks) for (var i = 0; i < marks.length; i++) {\n      var found = marks[i].find();\n      if (!found)\n        marks.splice(i--, 0);\n      else\n        ranges.push({anchor: found.from, head: found.to});\n    }\n    if (ranges.length)\n      cm.setSelections(ranges, 0);\n  };\n\n  map[\"Alt-Q\"] = \"wrapLines\";\n\n  var mapK = CodeMirror.keyMap[\"sublime-Ctrl-K\"] = {auto: \"sublime\", nofallthrough: true};\n\n  map[ctrl + \"K\"] = function(cm) {cm.setOption(\"keyMap\", \"sublime-Ctrl-K\");};\n\n  function modifyWordOrSelection(cm, mod) {\n    cm.operation(function() {\n      var ranges = cm.listSelections(), indices = [], replacements = [];\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (range.empty()) { indices.push(i); replacements.push(\"\"); }\n        else replacements.push(mod(cm.getRange(range.from(), range.to())));\n      }\n      cm.replaceSelections(replacements, \"around\", \"case\");\n      for (var i = indices.length - 1, at; i >= 0; i--) {\n        var range = ranges[indices[i]];\n        if (at && CodeMirror.cmpPos(range.head, at) > 0) continue;\n        var word = wordAt(cm, range.head);\n        at = word.from;\n        cm.replaceRange(mod(word.word), word.from, word.to);\n      }\n    });\n  }\n\n  mapK[ctrl + \"Backspace\"] = \"delLineLeft\";\n\n  cmds[mapK[ctrl + \"K\"] = \"delLineRight\"] = function(cm) {\n    cm.operation(function() {\n      var ranges = cm.listSelections();\n      for (var i = ranges.length - 1; i >= 0; i--)\n        cm.replaceRange(\"\", ranges[i].anchor, Pos(ranges[i].to().line), \"+delete\");\n      cm.scrollIntoView();\n    });\n  };\n\n  cmds[mapK[ctrl + \"U\"] = \"upcaseAtCursor\"] = function(cm) {\n    modifyWordOrSelection(cm, function(str) { return str.toUpperCase(); });\n  };\n  cmds[mapK[ctrl + \"L\"] = \"downcaseAtCursor\"] = function(cm) {\n    modifyWordOrSelection(cm, function(str) { return str.toLowerCase(); });\n  };\n\n  cmds[mapK[ctrl + \"Space\"] = \"setSublimeMark\"] = function(cm) {\n    if (cm.state.sublimeMark) cm.state.sublimeMark.clear();\n    cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n  };\n  cmds[mapK[ctrl + \"A\"] = \"selectToSublimeMark\"] = function(cm) {\n    var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n    if (found) cm.setSelection(cm.getCursor(), found);\n  };\n  cmds[mapK[ctrl + \"W\"] = \"deleteToSublimeMark\"] = function(cm) {\n    var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n    if (found) {\n      var from = cm.getCursor(), to = found;\n      if (CodeMirror.cmpPos(from, to) > 0) { var tmp = to; to = from; from = tmp; }\n      cm.state.sublimeKilled = cm.getRange(from, to);\n      cm.replaceRange(\"\", from, to);\n    }\n  };\n  cmds[mapK[ctrl + \"X\"] = \"swapWithSublimeMark\"] = function(cm) {\n    var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n    if (found) {\n      cm.state.sublimeMark.clear();\n      cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n      cm.setCursor(found);\n    }\n  };\n  cmds[mapK[ctrl + \"Y\"] = \"sublimeYank\"] = function(cm) {\n    if (cm.state.sublimeKilled != null)\n      cm.replaceSelection(cm.state.sublimeKilled, null, \"paste\");\n  };\n\n  mapK[ctrl + \"G\"] = \"clearBookmarks\";\n  cmds[mapK[ctrl + \"C\"] = \"showInCenter\"] = function(cm) {\n    var pos = cm.cursorCoords(null, \"local\");\n    cm.scrollTo(null, (pos.top + pos.bottom) / 2 - cm.getScrollInfo().clientHeight / 2);\n  };\n\n  cmds[map[\"Shift-Alt-Up\"] = \"selectLinesUpward\"] = function(cm) {\n    cm.operation(function() {\n      var ranges = cm.listSelections();\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (range.head.line > cm.firstLine())\n          cm.addSelection(Pos(range.head.line - 1, range.head.ch));\n      }\n    });\n  };\n  cmds[map[\"Shift-Alt-Down\"] = \"selectLinesDownward\"] = function(cm) {\n    cm.operation(function() {\n      var ranges = cm.listSelections();\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (range.head.line < cm.lastLine())\n          cm.addSelection(Pos(range.head.line + 1, range.head.ch));\n      }\n    });\n  };\n\n  function findAndGoTo(cm, forward) {\n    var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n    if (CodeMirror.cmpPos(from, to) == 0) {\n      var word = wordAt(cm, from);\n      if (!word.word) return;\n      from = word.from;\n      to = word.to;\n    }\n\n    var query = cm.getRange(from, to);\n    var cur = cm.getSearchCursor(query, forward ? to : from);\n\n    if (forward ? cur.findNext() : cur.findPrevious()) {\n      cm.setSelection(cur.from(), cur.to());\n    } else {\n      cur = cm.getSearchCursor(query, forward ? Pos(cm.firstLine(), 0)\n                                              : cm.clipPos(Pos(cm.lastLine())));\n      if (forward ? cur.findNext() : cur.findPrevious())\n        cm.setSelection(cur.from(), cur.to());\n      else if (word)\n        cm.setSelection(from, to);\n    }\n  };\n  cmds[map[ctrl + \"F3\"] = \"findUnder\"] = function(cm) { findAndGoTo(cm, true); };\n  cmds[map[\"Shift-\" + ctrl + \"F3\"] = \"findUnderPrevious\"] = function(cm) { findAndGoTo(cm,false); };\n\n  map[\"Shift-\" + ctrl + \"[\"] = \"fold\";\n  map[\"Shift-\" + ctrl + \"]\"] = \"unfold\";\n  mapK[ctrl + \"0\"] = mapK[ctrl + \"j\"] = \"unfoldAll\";\n\n  map[ctrl + \"I\"] = \"findIncremental\";\n  map[\"Shift-\" + ctrl + \"I\"] = \"findIncrementalReverse\";\n  map[ctrl + \"H\"] = \"replace\";\n  map[\"F3\"] = \"findNext\";\n  map[\"Shift-F3\"] = \"findPrev\";\n\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js": {
            "text": "(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n\n  var Pos = CodeMirror.Pos;\n  function posEq(a, b) { return a.line == b.line && a.ch == b.ch; }\n\n  // Kill 'ring'\n\n  var killRing = [];\n  function addToRing(str) {\n    killRing.push(str);\n    if (killRing.length > 50) killRing.shift();\n  }\n  function growRingTop(str) {\n    if (!killRing.length) return addToRing(str);\n    killRing[killRing.length - 1] += str;\n  }\n  function getFromRing(n) { return killRing[killRing.length - (n ? Math.min(n, 1) : 1)] || \"\"; }\n  function popFromRing() { if (killRing.length > 1) killRing.pop(); return getFromRing(); }\n\n  var lastKill = null;\n\n  function kill(cm, from, to, mayGrow, text) {\n    if (text == null) text = cm.getRange(from, to);\n\n    if (mayGrow && lastKill && lastKill.cm == cm && posEq(from, lastKill.pos) && cm.isClean(lastKill.gen))\n      growRingTop(text);\n    else\n      addToRing(text);\n    cm.replaceRange(\"\", from, to, \"+delete\");\n\n    if (mayGrow) lastKill = {cm: cm, pos: from, gen: cm.changeGeneration()};\n    else lastKill = null;\n  }\n\n  // Boundaries of various units\n\n  function byChar(cm, pos, dir) {\n    return cm.findPosH(pos, dir, \"char\", true);\n  }\n\n  function byWord(cm, pos, dir) {\n    return cm.findPosH(pos, dir, \"word\", true);\n  }\n\n  function byLine(cm, pos, dir) {\n    return cm.findPosV(pos, dir, \"line\", cm.doc.sel.goalColumn);\n  }\n\n  function byPage(cm, pos, dir) {\n    return cm.findPosV(pos, dir, \"page\", cm.doc.sel.goalColumn);\n  }\n\n  function byParagraph(cm, pos, dir) {\n    var no = pos.line, line = cm.getLine(no);\n    var sawText = /\\S/.test(dir < 0 ? line.slice(0, pos.ch) : line.slice(pos.ch));\n    var fst = cm.firstLine(), lst = cm.lastLine();\n    for (;;) {\n      no += dir;\n      if (no < fst || no > lst)\n        return cm.clipPos(Pos(no - dir, dir < 0 ? 0 : null));\n      line = cm.getLine(no);\n      var hasText = /\\S/.test(line);\n      if (hasText) sawText = true;\n      else if (sawText) return Pos(no, 0);\n    }\n  }\n\n  function bySentence(cm, pos, dir) {\n    var line = pos.line, ch = pos.ch;\n    var text = cm.getLine(pos.line), sawWord = false;\n    for (;;) {\n      var next = text.charAt(ch + (dir < 0 ? -1 : 0));\n      if (!next) { // End/beginning of line reached\n        if (line == (dir < 0 ? cm.firstLine() : cm.lastLine())) return Pos(line, ch);\n        text = cm.getLine(line + dir);\n        if (!/\\S/.test(text)) return Pos(line, ch);\n        line += dir;\n        ch = dir < 0 ? text.length : 0;\n        continue;\n      }\n      if (sawWord && /[!?.]/.test(next)) return Pos(line, ch + (dir > 0 ? 1 : 0));\n      if (!sawWord) sawWord = /\\w/.test(next);\n      ch += dir;\n    }\n  }\n\n  function byExpr(cm, pos, dir) {\n    var wrap;\n    if (cm.findMatchingBracket && (wrap = cm.findMatchingBracket(pos, true))\n        && wrap.match && (wrap.forward ? 1 : -1) == dir)\n      return dir > 0 ? Pos(wrap.to.line, wrap.to.ch + 1) : wrap.to;\n\n    for (var first = true;; first = false) {\n      var token = cm.getTokenAt(pos);\n      var after = Pos(pos.line, dir < 0 ? token.start : token.end);\n      if (first && dir > 0 && token.end == pos.ch || !/\\w/.test(token.string)) {\n        var newPos = cm.findPosH(after, dir, \"char\");\n        if (posEq(after, newPos)) return pos;\n        else pos = newPos;\n      } else {\n        return after;\n      }\n    }\n  }\n\n  // Prefixes (only crudely supported)\n\n  function getPrefix(cm, precise) {\n    var digits = cm.state.emacsPrefix;\n    if (!digits) return precise ? null : 1;\n    clearPrefix(cm);\n    return digits == \"-\" ? -1 : Number(digits);\n  }\n\n  function repeated(cmd) {\n    var f = typeof cmd == \"string\" ? function(cm) { cm.execCommand(cmd); } : cmd;\n    return function(cm) {\n      var prefix = getPrefix(cm);\n      f(cm);\n      for (var i = 1; i < prefix; ++i) f(cm);\n    };\n  }\n\n  function findEnd(cm, by, dir) {\n    var pos = cm.getCursor(), prefix = getPrefix(cm);\n    if (prefix < 0) { dir = -dir; prefix = -prefix; }\n    for (var i = 0; i < prefix; ++i) {\n      var newPos = by(cm, pos, dir);\n      if (posEq(newPos, pos)) break;\n      pos = newPos;\n    }\n    return pos;\n  }\n\n  function move(by, dir) {\n    var f = function(cm) {\n      cm.extendSelection(findEnd(cm, by, dir));\n    };\n    f.motion = true;\n    return f;\n  }\n\n  function killTo(cm, by, dir) {\n    kill(cm, cm.getCursor(), findEnd(cm, by, dir), true);\n  }\n\n  function addPrefix(cm, digit) {\n    if (cm.state.emacsPrefix) {\n      if (digit != \"-\") cm.state.emacsPrefix += digit;\n      return;\n    }\n    // Not active yet\n    cm.state.emacsPrefix = digit;\n    cm.on(\"keyHandled\", maybeClearPrefix);\n    cm.on(\"inputRead\", maybeDuplicateInput);\n  }\n\n  var prefixPreservingKeys = {\"Alt-G\": true, \"Ctrl-X\": true, \"Ctrl-Q\": true, \"Ctrl-U\": true};\n\n  function maybeClearPrefix(cm, arg) {\n    if (!cm.state.emacsPrefixMap && !prefixPreservingKeys.hasOwnProperty(arg))\n      clearPrefix(cm);\n  }\n\n  function clearPrefix(cm) {\n    cm.state.emacsPrefix = null;\n    cm.off(\"keyHandled\", maybeClearPrefix);\n    cm.off(\"inputRead\", maybeDuplicateInput);\n  }\n\n  function maybeDuplicateInput(cm, event) {\n    var dup = getPrefix(cm);\n    if (dup > 1 && event.origin == \"+input\") {\n      var one = event.text.join(\"\\n\"), txt = \"\";\n      for (var i = 1; i < dup; ++i) txt += one;\n      cm.replaceSelection(txt);\n    }\n  }\n\n  function addPrefixMap(cm) {\n    cm.state.emacsPrefixMap = true;\n    cm.addKeyMap(prefixMap);\n    cm.on(\"keyHandled\", maybeRemovePrefixMap);\n    cm.on(\"inputRead\", maybeRemovePrefixMap);\n  }\n\n  function maybeRemovePrefixMap(cm, arg) {\n    if (typeof arg == \"string\" && (/^\\d$/.test(arg) || arg == \"Ctrl-U\")) return;\n    cm.removeKeyMap(prefixMap);\n    cm.state.emacsPrefixMap = false;\n    cm.off(\"keyHandled\", maybeRemovePrefixMap);\n    cm.off(\"inputRead\", maybeRemovePrefixMap);\n  }\n\n  // Utilities\n\n  function setMark(cm) {\n    cm.setCursor(cm.getCursor());\n    cm.setExtending(!cm.getExtending());\n    cm.on(\"change\", function() { cm.setExtending(false); });\n  }\n\n  function clearMark(cm) {\n    cm.setExtending(false);\n    cm.setCursor(cm.getCursor());\n  }\n\n  function getInput(cm, msg, f) {\n    if (cm.openDialog)\n      cm.openDialog(msg + \": <input type=\\\"text\\\" style=\\\"width: 10em\\\"/>\", f, {bottom: true});\n    else\n      f(prompt(msg, \"\"));\n  }\n\n  function operateOnWord(cm, op) {\n    var start = cm.getCursor(), end = cm.findPosH(start, 1, \"word\");\n    cm.replaceRange(op(cm.getRange(start, end)), start, end);\n    cm.setCursor(end);\n  }\n\n  function toEnclosingExpr(cm) {\n    var pos = cm.getCursor(), line = pos.line, ch = pos.ch;\n    var stack = [];\n    while (line >= cm.firstLine()) {\n      var text = cm.getLine(line);\n      for (var i = ch == null ? text.length : ch; i > 0;) {\n        var ch = text.charAt(--i);\n        if (ch == \")\")\n          stack.push(\"(\");\n        else if (ch == \"]\")\n          stack.push(\"[\");\n        else if (ch == \"}\")\n          stack.push(\"{\");\n        else if (/[\\(\\{\\[]/.test(ch) && (!stack.length || stack.pop() != ch))\n          return cm.extendSelection(Pos(line, i));\n      }\n      --line; ch = null;\n    }\n  }\n\n  function quit(cm) {\n    cm.execCommand(\"clearSearch\");\n    clearMark(cm);\n  }\n\n  // Actual keymap\n\n  var keyMap = CodeMirror.keyMap.emacs = {\n    \"Ctrl-W\": function(cm) {kill(cm, cm.getCursor(\"start\"), cm.getCursor(\"end\"));},\n    \"Ctrl-K\": repeated(function(cm) {\n      var start = cm.getCursor(), end = cm.clipPos(Pos(start.line));\n      var text = cm.getRange(start, end);\n      if (!/\\S/.test(text)) {\n        text += \"\\n\";\n        end = Pos(start.line + 1, 0);\n      }\n      kill(cm, start, end, true, text);\n    }),\n    \"Alt-W\": function(cm) {\n      addToRing(cm.getSelection());\n      clearMark(cm);\n    },\n    \"Ctrl-Y\": function(cm) {\n      var start = cm.getCursor();\n      cm.replaceRange(getFromRing(getPrefix(cm)), start, start, \"paste\");\n      cm.setSelection(start, cm.getCursor());\n    },\n    \"Alt-Y\": function(cm) {cm.replaceSelection(popFromRing(), \"around\", \"paste\");},\n\n    \"Ctrl-Space\": setMark, \"Ctrl-Shift-2\": setMark,\n\n    \"Ctrl-F\": move(byChar, 1), \"Ctrl-B\": move(byChar, -1),\n    \"Right\": move(byChar, 1), \"Left\": move(byChar, -1),\n    \"Ctrl-D\": function(cm) { killTo(cm, byChar, 1); },\n    \"Delete\": function(cm) { killTo(cm, byChar, 1); },\n    \"Ctrl-H\": function(cm) { killTo(cm, byChar, -1); },\n    \"Backspace\": function(cm) { killTo(cm, byChar, -1); },\n\n    \"Alt-F\": move(byWord, 1), \"Alt-B\": move(byWord, -1),\n    \"Alt-D\": function(cm) { killTo(cm, byWord, 1); },\n    \"Alt-Backspace\": function(cm) { killTo(cm, byWord, -1); },\n\n    \"Ctrl-N\": move(byLine, 1), \"Ctrl-P\": move(byLine, -1),\n    \"Down\": move(byLine, 1), \"Up\": move(byLine, -1),\n    \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n    \"End\": \"goLineEnd\", \"Home\": \"goLineStart\",\n\n    \"Alt-V\": move(byPage, -1), \"Ctrl-V\": move(byPage, 1),\n    \"PageUp\": move(byPage, -1), \"PageDown\": move(byPage, 1),\n\n    \"Ctrl-Up\": move(byParagraph, -1), \"Ctrl-Down\": move(byParagraph, 1),\n\n    \"Alt-A\": move(bySentence, -1), \"Alt-E\": move(bySentence, 1),\n    \"Alt-K\": function(cm) { killTo(cm, bySentence, 1); },\n\n    \"Ctrl-Alt-K\": function(cm) { killTo(cm, byExpr, 1); },\n    \"Ctrl-Alt-Backspace\": function(cm) { killTo(cm, byExpr, -1); },\n    \"Ctrl-Alt-F\": move(byExpr, 1), \"Ctrl-Alt-B\": move(byExpr, -1),\n\n    \"Shift-Ctrl-Alt-2\": function(cm) {\n      cm.setSelection(findEnd(cm, byExpr, 1), cm.getCursor());\n    },\n    \"Ctrl-Alt-T\": function(cm) {\n      var leftStart = byExpr(cm, cm.getCursor(), -1), leftEnd = byExpr(cm, leftStart, 1);\n      var rightEnd = byExpr(cm, leftEnd, 1), rightStart = byExpr(cm, rightEnd, -1);\n      cm.replaceRange(cm.getRange(rightStart, rightEnd) + cm.getRange(leftEnd, rightStart) +\n                      cm.getRange(leftStart, leftEnd), leftStart, rightEnd);\n    },\n    \"Ctrl-Alt-U\": repeated(toEnclosingExpr),\n\n    \"Alt-Space\": function(cm) {\n      var pos = cm.getCursor(), from = pos.ch, to = pos.ch, text = cm.getLine(pos.line);\n      while (from && /\\s/.test(text.charAt(from - 1))) --from;\n      while (to < text.length && /\\s/.test(text.charAt(to))) ++to;\n      cm.replaceRange(\" \", Pos(pos.line, from), Pos(pos.line, to));\n    },\n    \"Ctrl-O\": repeated(function(cm) { cm.replaceSelection(\"\\n\", \"start\"); }),\n    \"Ctrl-T\": repeated(function(cm) {\n      cm.execCommand(\"transposeChars\");\n    }),\n\n    \"Alt-C\": repeated(function(cm) {\n      operateOnWord(cm, function(w) {\n        var letter = w.search(/\\w/);\n        if (letter == -1) return w;\n        return w.slice(0, letter) + w.charAt(letter).toUpperCase() + w.slice(letter + 1).toLowerCase();\n      });\n    }),\n    \"Alt-U\": repeated(function(cm) {\n      operateOnWord(cm, function(w) { return w.toUpperCase(); });\n    }),\n    \"Alt-L\": repeated(function(cm) {\n      operateOnWord(cm, function(w) { return w.toLowerCase(); });\n    }),\n\n    \"Alt-;\": \"toggleComment\",\n\n    \"Ctrl-/\": repeated(\"undo\"), \"Shift-Ctrl--\": repeated(\"undo\"),\n    \"Ctrl-Z\": repeated(\"undo\"), \"Cmd-Z\": repeated(\"undo\"),\n    \"Shift-Alt-,\": \"goDocStart\", \"Shift-Alt-.\": \"goDocEnd\",\n    \"Ctrl-S\": \"findNext\", \"Ctrl-R\": \"findPrev\", \"Ctrl-G\": quit, \"Shift-Alt-5\": \"replace\",\n    \"Alt-/\": \"autocomplete\",\n    \"Ctrl-J\": \"newlineAndIndent\", \"Enter\": false, \"Tab\": \"indentAuto\",\n\n    \"Alt-G\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Alt-G\");},\n    \"Ctrl-X\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Ctrl-X\");},\n    \"Ctrl-Q\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Ctrl-Q\");},\n    \"Ctrl-U\": addPrefixMap\n  };\n\n  CodeMirror.keyMap[\"emacs-Ctrl-X\"] = {\n    \"Tab\": function(cm) {\n      cm.indentSelection(getPrefix(cm, true) || cm.getOption(\"indentUnit\"));\n    },\n    \"Ctrl-X\": function(cm) {\n      cm.setSelection(cm.getCursor(\"head\"), cm.getCursor(\"anchor\"));\n    },\n\n    \"Ctrl-S\": \"save\", \"Ctrl-W\": \"save\", \"S\": \"saveAll\", \"F\": \"open\", \"U\": repeated(\"undo\"), \"K\": \"close\",\n    \"Delete\": function(cm) { kill(cm, cm.getCursor(), bySentence(cm, cm.getCursor(), 1), true); },\n    auto: \"emacs\", nofallthrough: true, disableInput: true\n  };\n\n  CodeMirror.keyMap[\"emacs-Alt-G\"] = {\n    \"G\": function(cm) {\n      var prefix = getPrefix(cm, true);\n      if (prefix != null && prefix > 0) return cm.setCursor(prefix - 1);\n\n      getInput(cm, \"Goto line\", function(str) {\n        var num;\n        if (str && !isNaN(num = Number(str)) && num == num|0 && num > 0)\n          cm.setCursor(num - 1);\n      });\n    },\n    auto: \"emacs\", nofallthrough: true, disableInput: true\n  };\n\n  CodeMirror.keyMap[\"emacs-Ctrl-Q\"] = {\n    \"Tab\": repeated(\"insertTab\"),\n    auto: \"emacs\", nofallthrough: true\n  };\n\n  var prefixMap = {\"Ctrl-G\": clearPrefix};\n  function regPrefix(d) {\n    prefixMap[d] = function(cm) { addPrefix(cm, d); };\n    keyMap[\"Ctrl-\" + d] = function(cm) { addPrefix(cm, d); };\n    prefixPreservingKeys[\"Ctrl-\" + d] = true;\n  }\n  for (var i = 0; i < 10; ++i) regPrefix(String(i));\n  regPrefix(\"-\");\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/readme": {
            "title": "$:/plugins/tiddlywiki/codemirror/readme",
            "text": "This plugin provides an enhanced text editor component based on [[CodeMirror|http://codemirror.net]]. It provides several advantages over the default browser text editor:\n\n* Code colouring for many languages (see [[the official documentation here|http://codemirror.net/mode/index.html]])\n* Auto closing brackets and tags\n* Folding brackets, comments, and tags\n* Auto-completion\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/codemirror]]\n"
        },
        "$:/plugins/tiddlywiki/codemirror/styles": {
            "title": "$:/plugins/tiddlywiki/codemirror/styles",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "/* Make the editor resize to fit its content */\n\n.CodeMirror {\n\theight: auto;\n\tborder: 1px solid #ddd;\n\tline-height: 1.5;\n\tfont-family: \"Monaco\", monospace;\n}\n\n.CodeMirror-scroll {\n\toverflow-x: auto;\n\toverflow-y: hidden;\t\n}\n"
        },
        "$:/plugins/tiddlywiki/codemirror/usage": {
            "title": "$:/plugins/tiddlywiki/codemirror/usage",
            "text": "! Setting ~CodeMirror Content Types\n\nYou can determine which tiddler content types are edited by the ~CodeMirror widget by creating or modifying special tiddlers whose prefix is comprised of the string `$:/config/EditorTypeMappings/` concatenated with the content type. The text of that tiddler gives the editor type to be used (eg, ''text'', ''bitmap'', ''codemirror'').\n\nThe current editor type mappings are shown in [[$:/ControlPanel]] under the \"Advanced\" tab.\n\n! ~CodeMirror Configuration\n\nYou can configure the ~CodeMirror plugin by creating a tiddler called [[$:/config/CodeMirror]] containing a JSON configuration object. The configuration tiddler must have its type field set to `application/json` to take effect.\n\nSee http://codemirror.net/ for details of available configuration options.\n\nFor example:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n      \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n      \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n  ],\n  \"configuration\": {\n      \"keyMap\": \"vim\",\n      \"matchBrackets\":true,\n      \"showCursorWhenSelecting\": true\n  }\n}\n```\n\n!! Basic working configuration\n\n# Create a tiddler called `$:/config/CodeMirror`\n\n# The type of the tiddler has to be set to `application/json`\n\n# The text of the tiddler is the following: \n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n  ],\n  \"configuration\": {\n      \"matchBrackets\":true,\n      \"showCursorWhenSelecting\": true\n  }\n}\n\n```\n\n# You should see line numbers when editing a tiddler\n# When editing a tiddler, no matter what the type of the tiddler is set to, you should see matching brackets being highlighted whenever the cursor is next to one of them\n# If you edit a tiddler with the type `application/javascript` or `application/json` you should see the code being syntax highlighted\n\n!! Add HTML syntax highlighting\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/xml/xml.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"matchBrackets\":true\n  }\n}\n```\n# Edit a tiddler with the type `text/html` and write some html code. You should see your code being coloured\n\n!! Add a non-existing language mode\n\nHere's an example of adding a new language mode - in this case, the language C.\n\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/clike/clike.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true\n  }\n}\n```\n\n# Add the correct ~EditorTypeMappings tiddler\n## Find the matching MIME type. If you go on the [[CodeMirror documentation for language modes|http://codemirror.net/mode/index.html]] you can see the [[documentation for the c-like mode|http://codemirror.net/mode/clike/index.html]]. In this documentation, at the end you will be told the MIME types defined. Here it's ''text/x-csrc''\n## Add the tiddler: `$:/config/EditorTypeMappings/text/x-csrc` and fill the text field with : ''codemirror''\n\nIf you edit a tiddler with the type `text/x-csrc` and write some code in C, you should see your text being coloured.\n\n!! Add matching tags\n\n# Add XML and HTML colouring\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/matchtags.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"matchTags\": {\"bothTags\": true},\n    \"extraKeys\": {\"Ctrl-J\": \"toMatchingTag\"}\n  }\n}\n```\n\nEdit a tiddler that has the type :`text/htm` and write this code:\n\n```\n<html>\n      <div id=\"click here and press CTRL+J\">\n      <ul>\n        <li>\n        </li>\n      </ul>\n   </div>\n</html>\n```\n\nIf you click on a tag and press CTRL+J, your cursor will select the matching tag. Supposedly, it should highlight the pair when clicking a tag. However, that part doesn't work.\n\n!! Adding closing tags\n\n# Add the xml mode (see \"Add XML and HTML colouring\")\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closetag.js]]\n\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"autoCloseTags\":true\n  }\n}\n```\n\nIf you edit a tiddler with the type`text/html` and write:\n\n```\n<html>\n```\n\nThen the closing tag ''</html>'' should automatically appear.\n\n!! Add closing brackets\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closebrackets.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js\"\n  ],\n\n  \"configuration\": {\n\n      \"showCursorWhenSelecting\": true,\n      \"matchBrackets\":true,\n      \"autoCloseBrackets\":true\n  }\n}\n```\n\n# If you try to edit any tiddler and write `if(` you should see the bracket closing itself automatically (you will get \"if()\"). It works with (), [], and {}\n# If you try and edit a tiddler with the type `application/javascript`, it will auto-close `()`,`[]`,`{}`,`''` and `\"\"`\n\n!! Adding folding tags\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/fold/foldcode.js]]\n# Repeat the above process for the following tiddlers, but replace the code with the one from the given link:\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js`, the code can be found here [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/addon/fold/xml-fold.js]]\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js`, the code can be found here [[http://codemirror.net/addon/fold/foldgutter.js]]\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.css`\n## Add the tag `$:/tags/Stylesheet`\n## Set the text field of the tiddler with the css code from this link : [[http://codemirror.net/addon/fold/foldgutter.css]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"matchTags\": {\"bothTags\": true},\n      \"foldGutter\": true,\n      \"gutters\": [\"CodeMirror-linenumbers\", \"CodeMirror-foldgutter\"]\n  }\n}\n```\n\nNow if you type the below code in a tiddler with the type `text/html`:\n\n```\n<html>\n   <div>\n      <ul>\n\n      </ul>\n   </div>\n</html>\n```\n\nYou should see little arrows just next to the line numbers. Clicking on it will have the effect to fold the code (or unfold it).\n"
        }
    }
}

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  var defaults = {
    pairs: "()[]{}''\"\"",
    triples: "",
    explode: "[]{}"
  };

  var Pos = CodeMirror.Pos;

  CodeMirror.defineOption("autoCloseBrackets", false, function(cm, val, old) {
    if (old && old != CodeMirror.Init) {
      cm.removeKeyMap(keyMap);
      cm.state.closeBrackets = null;
    }
    if (val) {
      cm.state.closeBrackets = val;
      cm.addKeyMap(keyMap);
    }
  });

  function getOption(conf, name) {
    if (name == "pairs" && typeof conf == "string") return conf;
    if (typeof conf == "object" && conf[name] != null) return conf[name];
    return defaults[name];
  }

  var bind = defaults.pairs + "`";
  var keyMap = {Backspace: handleBackspace, Enter: handleEnter};
  for (var i = 0; i < bind.length; i++)
    keyMap["'" + bind.charAt(i) + "'"] = handler(bind.charAt(i));

  function handler(ch) {
    return function(cm) { return handleChar(cm, ch); };
  }

  function getConfig(cm) {
    var deflt = cm.state.closeBrackets;
    if (!deflt) return null;
    var mode = cm.getModeAt(cm.getCursor());
    return mode.closeBrackets || deflt;
  }

  function handleBackspace(cm) {
    var conf = getConfig(cm);
    if (!conf || cm.getOption("disableInput")) return CodeMirror.Pass;

    var pairs = getOption(conf, "pairs");
    var ranges = cm.listSelections();
    for (var i = 0; i < ranges.length; i++) {
      if (!ranges[i].empty()) return CodeMirror.Pass;
      var around = charsAround(cm, ranges[i].head);
      if (!around || pairs.indexOf(around) % 2 != 0) return CodeMirror.Pass;
    }
    for (var i = ranges.length - 1; i >= 0; i--) {
      var cur = ranges[i].head;
      cm.replaceRange("", Pos(cur.line, cur.ch - 1), Pos(cur.line, cur.ch + 1));
    }
  }

  function handleEnter(cm) {
    var conf = getConfig(cm);
    var explode = conf && getOption(conf, "explode");
    if (!explode || cm.getOption("disableInput")) return CodeMirror.Pass;

    var ranges = cm.listSelections();
    for (var i = 0; i < ranges.length; i++) {
      if (!ranges[i].empty()) return CodeMirror.Pass;
      var around = charsAround(cm, ranges[i].head);
      if (!around || explode.indexOf(around) % 2 != 0) return CodeMirror.Pass;
    }
    cm.operation(function() {
      cm.replaceSelection("\n\n", null);
      cm.execCommand("goCharLeft");
      ranges = cm.listSelections();
      for (var i = 0; i < ranges.length; i++) {
        var line = ranges[i].head.line;
        cm.indentLine(line, null, true);
        cm.indentLine(line + 1, null, true);
      }
    });
  }

  function contractSelection(sel) {
    var inverted = CodeMirror.cmpPos(sel.anchor, sel.head) > 0;
    return {anchor: new Pos(sel.anchor.line, sel.anchor.ch + (inverted ? -1 : 1)),
            head: new Pos(sel.head.line, sel.head.ch + (inverted ? 1 : -1))};
  }

  function handleChar(cm, ch) {
    var conf = getConfig(cm);
    if (!conf || cm.getOption("disableInput")) return CodeMirror.Pass;

    var pairs = getOption(conf, "pairs");
    var pos = pairs.indexOf(ch);
    if (pos == -1) return CodeMirror.Pass;
    var triples = getOption(conf, "triples");

    var identical = pairs.charAt(pos + 1) == ch;
    var ranges = cm.listSelections();
    var opening = pos % 2 == 0;

    var type, next;
    for (var i = 0; i < ranges.length; i++) {
      var range = ranges[i], cur = range.head, curType;
      var next = cm.getRange(cur, Pos(cur.line, cur.ch + 1));
      if (opening && !range.empty()) {
        curType = "surround";
      } else if ((identical || !opening) && next == ch) {
        if (triples.indexOf(ch) >= 0 && cm.getRange(cur, Pos(cur.line, cur.ch + 3)) == ch + ch + ch)
          curType = "skipThree";
        else
          curType = "skip";
      } else if (identical && cur.ch > 1 && triples.indexOf(ch) >= 0 &&
                 cm.getRange(Pos(cur.line, cur.ch - 2), cur) == ch + ch &&
                 (cur.ch <= 2 || cm.getRange(Pos(cur.line, cur.ch - 3), Pos(cur.line, cur.ch - 2)) != ch)) {
        curType = "addFour";
      } else if (identical) {
        if (!CodeMirror.isWordChar(next) && enteringString(cm, cur, ch)) curType = "both";
        else return CodeMirror.Pass;
      } else if (opening && (cm.getLine(cur.line).length == cur.ch ||
                             isClosingBracket(next, pairs) ||
                             /\s/.test(next))) {
        curType = "both";
      } else {
        return CodeMirror.Pass;
      }
      if (!type) type = curType;
      else if (type != curType) return CodeMirror.Pass;
    }

    var left = pos % 2 ? pairs.charAt(pos - 1) : ch;
    var right = pos % 2 ? ch : pairs.charAt(pos + 1);
    cm.operation(function() {
      if (type == "skip") {
        cm.execCommand("goCharRight");
      } else if (type == "skipThree") {
        for (var i = 0; i < 3; i++)
          cm.execCommand("goCharRight");
      } else if (type == "surround") {
        var sels = cm.getSelections();
        for (var i = 0; i < sels.length; i++)
          sels[i] = left + sels[i] + right;
        cm.replaceSelections(sels, "around");
        sels = cm.listSelections().slice();
        for (var i = 0; i < sels.length; i++)
          sels[i] = contractSelection(sels[i]);
        cm.setSelections(sels);
      } else if (type == "both") {
        cm.replaceSelection(left + right, null);
        //cm.triggerElectric(left + right);
        cm.execCommand("goCharLeft");
      } else if (type == "addFour") {
        cm.replaceSelection(left + left + left + left, "before");
        cm.execCommand("goCharRight");
      }
    });
  }

  function isClosingBracket(ch, pairs) {
    var pos = pairs.lastIndexOf(ch);
    return pos > -1 && pos % 2 == 1;
  }

  function charsAround(cm, pos) {
    var str = cm.getRange(Pos(pos.line, pos.ch - 1),
                          Pos(pos.line, pos.ch + 1));
    return str.length == 2 ? str : null;
  }

  // Project the token type that will exists after the given char is
  // typed, and use it to determine whether it would cause the start
  // of a string token.
  function enteringString(cm, pos, ch) {
    var line = cm.getLine(pos.line);
    var token = cm.getTokenAt(pos);
    if (/\bstring2?\b/.test(token.type)) return false;
    var stream = new CodeMirror.StringStream(line.slice(0, pos.ch) + ch + line.slice(pos.ch), 4);
    stream.pos = stream.start = token.start;
    for (;;) {
      var type1 = cm.getMode().token(stream, token.state);
      if (stream.pos >= pos.ch + 1) return /\bstring2?\b/.test(type1);
      stream.start = stream.pos;
    }
  }
});

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

/**
 * Tag-closer extension for CodeMirror.
 *
 * This extension adds an "autoCloseTags" option that can be set to
 * either true to get the default behavior, or an object to further
 * configure its behavior.
 *
 * These are supported options:
 *
 * `whenClosing` (default true)
 *   Whether to autoclose when the '/' of a closing tag is typed.
 * `whenOpening` (default true)
 *   Whether to autoclose the tag when the final '>' of an opening
 *   tag is typed.
 * `dontCloseTags` (default is empty tags for HTML, none for XML)
 *   An array of tag names that should not be autoclosed.
 * `indentTags` (default is block tags for HTML, none for XML)
 *   An array of tag names that should, when opened, cause a
 *   blank line to be added inside the tag, and the blank line and
 *   closing line to be indented.
 *
 * See demos/closetag.html for a usage example.
 */

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"), require("../fold/xml-fold"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror", "../fold/xml-fold"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  CodeMirror.defineOption("autoCloseTags", false, function(cm, val, old) {
    if (old != CodeMirror.Init && old)
      cm.removeKeyMap("autoCloseTags");
    if (!val) return;
    var map = {name: "autoCloseTags"};
    if (typeof val != "object" || val.whenClosing)
      map["'/'"] = function(cm) { return autoCloseSlash(cm); };
    if (typeof val != "object" || val.whenOpening)
      map["'>'"] = function(cm) { return autoCloseGT(cm); };
    cm.addKeyMap(map);
  });

  var htmlDontClose = ["area", "base", "br", "col", "command", "embed", "hr", "img", "input", "keygen", "link", "meta", "param",
                       "source", "track", "wbr"];
  var htmlIndent = ["applet", "blockquote", "body", "button", "div", "dl", "fieldset", "form", "frameset", "h1", "h2", "h3", "h4",
                    "h5", "h6", "head", "html", "iframe", "layer", "legend", "object", "ol", "p", "select", "table", "ul"];

  function autoCloseGT(cm) {
    if (cm.getOption("disableInput")) return CodeMirror.Pass;
    var ranges = cm.listSelections(), replacements = [];
    for (var i = 0; i < ranges.length; i++) {
      if (!ranges[i].empty()) return CodeMirror.Pass;
      var pos = ranges[i].head, tok = cm.getTokenAt(pos);
      var inner = CodeMirror.innerMode(cm.getMode(), tok.state), state = inner.state;
      if (inner.mode.name != "xml" || !state.tagName) return CodeMirror.Pass;

      var opt = cm.getOption("autoCloseTags"), html = inner.mode.configuration == "html";
      var dontCloseTags = (typeof opt == "object" && opt.dontCloseTags) || (html && htmlDontClose);
      var indentTags = (typeof opt == "object" && opt.indentTags) || (html && htmlIndent);

      var tagName = state.tagName;
      if (tok.end > pos.ch) tagName = tagName.slice(0, tagName.length - tok.end + pos.ch);
      var lowerTagName = tagName.toLowerCase();
      // Don't process the '>' at the end of an end-tag or self-closing tag
      if (!tagName ||
          tok.type == "string" && (tok.end != pos.ch || !/[\"\']/.test(tok.string.charAt(tok.string.length - 1)) || tok.string.length == 1) ||
          tok.type == "tag" && state.type == "closeTag" ||
          tok.string.indexOf("/") == (tok.string.length - 1) || // match something like <someTagName />
          dontCloseTags && indexOf(dontCloseTags, lowerTagName) > -1 ||
          closingTagExists(cm, tagName, pos, state, true))
        return CodeMirror.Pass;

      var indent = indentTags && indexOf(indentTags, lowerTagName) > -1;
      replacements[i] = {indent: indent,
                         text: ">" + (indent ? "\n\n" : "") + "</" + tagName + ">",
                         newPos: indent ? CodeMirror.Pos(pos.line + 1, 0) : CodeMirror.Pos(pos.line, pos.ch + 1)};
    }

    for (var i = ranges.length - 1; i >= 0; i--) {
      var info = replacements[i];
      cm.replaceRange(info.text, ranges[i].head, ranges[i].anchor, "+insert");
      var sel = cm.listSelections().slice(0);
      sel[i] = {head: info.newPos, anchor: info.newPos};
      cm.setSelections(sel);
      if (info.indent) {
        cm.indentLine(info.newPos.line, null, true);
        cm.indentLine(info.newPos.line + 1, null, true);
      }
    }
  }

  function autoCloseCurrent(cm, typingSlash) {
    var ranges = cm.listSelections(), replacements = [];
    var head = typingSlash ? "/" : "</";
    for (var i = 0; i < ranges.length; i++) {
      if (!ranges[i].empty()) return CodeMirror.Pass;
      var pos = ranges[i].head, tok = cm.getTokenAt(pos);
      var inner = CodeMirror.innerMode(cm.getMode(), tok.state), state = inner.state;
      if (typingSlash && (tok.type == "string" || tok.string.charAt(0) != "<" ||
                          tok.start != pos.ch - 1))
        return CodeMirror.Pass;
      // Kludge to get around the fact that we are not in XML mode
      // when completing in JS/CSS snippet in htmlmixed mode. Does not
      // work for other XML embedded languages (there is no general
      // way to go from a mixed mode to its current XML state).
      var replacement;
      if (inner.mode.name != "xml") {
        if (cm.getMode().name == "htmlmixed" && inner.mode.name == "javascript")
          replacement = head + "script";
        else if (cm.getMode().name == "htmlmixed" && inner.mode.name == "css")
          replacement = head + "style";
        else
          return CodeMirror.Pass;
      } else {
        if (!state.context || !state.context.tagName ||
            closingTagExists(cm, state.context.tagName, pos, state))
          return CodeMirror.Pass;
        replacement = head + state.context.tagName;
      }
      if (cm.getLine(pos.line).charAt(tok.end) != ">") replacement += ">";
      replacements[i] = replacement;
    }
    cm.replaceSelections(replacements);
    ranges = cm.listSelections();
    for (var i = 0; i < ranges.length; i++)
      if (i == ranges.length - 1 || ranges[i].head.line < ranges[i + 1].head.line)
        cm.indentLine(ranges[i].head.line);
  }

  function autoCloseSlash(cm) {
    if (cm.getOption("disableInput")) return CodeMirror.Pass;
    return autoCloseCurrent(cm, true);
  }

  CodeMirror.commands.closeTag = function(cm) { return autoCloseCurrent(cm); };

  function indexOf(collection, elt) {
    if (collection.indexOf) return collection.indexOf(elt);
    for (var i = 0, e = collection.length; i < e; ++i)
      if (collection[i] == elt) return i;
    return -1;
  }

  // If xml-fold is loaded, we use its functionality to try and verify
  // whether a given tag is actually unclosed.
  function closingTagExists(cm, tagName, pos, state, newTag) {
    if (!CodeMirror.scanForClosingTag) return false;
    var end = Math.min(cm.lastLine() + 1, pos.line + 500);
    var nextClose = CodeMirror.scanForClosingTag(cm, pos, null, end);
    if (!nextClose || nextClose.tag != tagName) return false;
    var cx = state.context;
    // If the immediate wrapping context contains onCx instances of
    // the same tag, a closing tag only exists if there are at least
    // that many closing tags of that type following.
    for (var onCx = newTag ? 1 : 0; cx && cx.tagName == tagName; cx = cx.prev) ++onCx;
    pos = nextClose.to;
    for (var i = 1; i < onCx; i++) {
      var next = CodeMirror.scanForClosingTag(cm, pos, null, end);
      if (!next || next.tag != tagName) return false;
      pos = next.to;
    }
    return true;
  }
});

.CodeMirror-dialog {
  position: absolute;
  left: 0; right: 0;
  background: inherit;
  z-index: 15;
  padding: .1em .8em;
  overflow: hidden;
  color: inherit;
}

.CodeMirror-dialog-top {
  border-bottom: 1px solid #eee;
  top: 0;
}

.CodeMirror-dialog-bottom {
  border-top: 1px solid #eee;
  bottom: 0;
}

.CodeMirror-dialog input {
  border: none;
  outline: none;
  background: transparent;
  width: 20em;
  color: inherit;
  font-family: monospace;
}

.CodeMirror-dialog button {
  font-size: 70%;
}

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

// Open simple dialogs on top of an editor. Relies on dialog.css.

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  function dialogDiv(cm, template, bottom) {
    var wrap = cm.getWrapperElement();
    var dialog;
    dialog = wrap.appendChild(document.createElement("div"));
    if (bottom)
      dialog.className = "CodeMirror-dialog CodeMirror-dialog-bottom";
    else
      dialog.className = "CodeMirror-dialog CodeMirror-dialog-top";

    if (typeof template == "string") {
      dialog.innerHTML = template;
    } else { // Assuming it's a detached DOM element.
      dialog.appendChild(template);
    }
    return dialog;
  }

  function closeNotification(cm, newVal) {
    if (cm.state.currentNotificationClose)
      cm.state.currentNotificationClose();
    cm.state.currentNotificationClose = newVal;
  }

  CodeMirror.defineExtension("openDialog", function(template, callback, options) {
    if (!options) options = {};

    closeNotification(this, null);

    var dialog = dialogDiv(this, template, options.bottom);
    var closed = false, me = this;
    function close(newVal) {
      if (typeof newVal == 'string') {
        inp.value = newVal;
      } else {
        if (closed) return;
        closed = true;
        dialog.parentNode.removeChild(dialog);
        me.focus();

        if (options.onClose) options.onClose(dialog);
      }
    }

    var inp = dialog.getElementsByTagName("input")[0], button;
    if (inp) {
      if (options.value) {
        inp.value = options.value;
        if (options.selectValueOnOpen !== false) {
          inp.select();
        }
      }

      if (options.onInput)
        CodeMirror.on(inp, "input", function(e) { options.onInput(e, inp.value, close);});
      if (options.onKeyUp)
        CodeMirror.on(inp, "keyup", function(e) {options.onKeyUp(e, inp.value, close);});

      CodeMirror.on(inp, "keydown", function(e) {
        if (options && options.onKeyDown && options.onKeyDown(e, inp.value, close)) { return; }
        if (e.keyCode == 27 || (options.closeOnEnter !== false && e.keyCode == 13)) {
          inp.blur();
          CodeMirror.e_stop(e);
          close();
        }
        if (e.keyCode == 13) callback(inp.value, e);
      });

      if (options.closeOnBlur !== false) CodeMirror.on(inp, "blur", close);

      inp.focus();
    } else if (button = dialog.getElementsByTagName("button")[0]) {
      CodeMirror.on(button, "click", function() {
        close();
        me.focus();
      });

      if (options.closeOnBlur !== false) CodeMirror.on(button, "blur", close);

      button.focus();
    }
    return close;
  });

  CodeMirror.defineExtension("openConfirm", function(template, callbacks, options) {
    closeNotification(this, null);
    var dialog = dialogDiv(this, template, options && options.bottom);
    var buttons = dialog.getElementsByTagName("button");
    var closed = false, me = this, blurring = 1;
    function close() {
      if (closed) return;
      closed = true;
      dialog.parentNode.removeChild(dialog);
      me.focus();
    }
    buttons[0].focus();
    for (var i = 0; i < buttons.length; ++i) {
      var b = buttons[i];
      (function(callback) {
        CodeMirror.on(b, "click", function(e) {
          CodeMirror.e_preventDefault(e);
          close();
          if (callback) callback(me);
        });
      })(callbacks[i]);
      CodeMirror.on(b, "blur", function() {
        --blurring;
        setTimeout(function() { if (blurring <= 0) close(); }, 200);
      });
      CodeMirror.on(b, "focus", function() { ++blurring; });
    }
  });

  /*
   * openNotification
   * Opens a notification, that can be closed with an optional timer
   * (default 5000ms timer) and always closes on click.
   *
   * If a notification is opened while another is opened, it will close the
   * currently opened one and open the new one immediately.
   */
  CodeMirror.defineExtension("openNotification", function(template, options) {
    closeNotification(this, close);
    var dialog = dialogDiv(this, template, options && options.bottom);
    var closed = false, doneTimer;
    var duration = options && typeof options.duration !== "undefined" ? options.duration : 5000;

    function close() {
      if (closed) return;
      closed = true;
      clearTimeout(doneTimer);
      dialog.parentNode.removeChild(dialog);
    }

    CodeMirror.on(dialog, 'click', function(e) {
      CodeMirror.e_preventDefault(e);
      close();
    });

    if (duration)
      doneTimer = setTimeout(close, duration);

    return close;
  });
});

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"), require("../fold/xml-fold"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror", "../fold/xml-fold"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  "use strict";

  CodeMirror.defineOption("matchTags", false, function(cm, val, old) {
    if (old && old != CodeMirror.Init) {
      cm.off("cursorActivity", doMatchTags);
      cm.off("viewportChange", maybeUpdateMatch);
      clear(cm);
    }
    if (val) {
      cm.state.matchBothTags = typeof val == "object" && val.bothTags;
      cm.on("cursorActivity", doMatchTags);
      cm.on("viewportChange", maybeUpdateMatch);
      doMatchTags(cm);
    }
  });

  function clear(cm) {
    if (cm.state.tagHit) cm.state.tagHit.clear();
    if (cm.state.tagOther) cm.state.tagOther.clear();
    cm.state.tagHit = cm.state.tagOther = null;
  }

  function doMatchTags(cm) {
    cm.state.failedTagMatch = false;
    cm.operation(function() {
      clear(cm);
      if (cm.somethingSelected()) return;
      var cur = cm.getCursor(), range = cm.getViewport();
      range.from = Math.min(range.from, cur.line); range.to = Math.max(cur.line + 1, range.to);
      var match = CodeMirror.findMatchingTag(cm, cur, range);
      if (!match) return;
      if (cm.state.matchBothTags) {
        var hit = match.at == "open" ? match.open : match.close;
        if (hit) cm.state.tagHit = cm.markText(hit.from, hit.to, {className: "CodeMirror-matchingtag"});
      }
      var other = match.at == "close" ? match.open : match.close;
      if (other)
        cm.state.tagOther = cm.markText(other.from, other.to, {className: "CodeMirror-matchingtag"});
      else
        cm.state.failedTagMatch = true;
    });
  }

  function maybeUpdateMatch(cm) {
    if (cm.state.failedTagMatch) doMatchTags(cm);
  }

  CodeMirror.commands.toMatchingTag = function(cm) {
    var found = CodeMirror.findMatchingTag(cm, cm.getCursor());
    if (found) {
      var other = found.at == "close" ? found.open : found.close;
      if (other) cm.extendSelection(other.to, other.from);
    }
  };
});

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

// Define search commands. Depends on dialog.js or another
// implementation of the openDialog method.

// Replace works a little oddly -- it will do the replace on the next
// Ctrl-G (or whatever is bound to findNext) press. You prevent a
// replace by making sure the match is no longer selected when hitting
// Ctrl-G.

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"), require("./searchcursor"), require("../dialog/dialog"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror", "./searchcursor", "../dialog/dialog"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  "use strict";

  function searchOverlay(query, caseInsensitive) {
    if (typeof query == "string")
      query = new RegExp(query.replace(/[\-\[\]\/\{\}\(\)\*\+\?\.\\\^\$\|]/g, "\\$&"), caseInsensitive ? "gi" : "g");
    else if (!query.global)
      query = new RegExp(query.source, query.ignoreCase ? "gi" : "g");

    return {token: function(stream) {
      query.lastIndex = stream.pos;
      var match = query.exec(stream.string);
      if (match && match.index == stream.pos) {
        stream.pos += match[0].length;
        return "searching";
      } else if (match) {
        stream.pos = match.index;
      } else {
        stream.skipToEnd();
      }
    }};
  }

  function SearchState() {
    this.posFrom = this.posTo = this.lastQuery = this.query = null;
    this.overlay = null;
  }

  function getSearchState(cm) {
    return cm.state.search || (cm.state.search = new SearchState());
  }

  function queryCaseInsensitive(query) {
    return typeof query == "string" && query == query.toLowerCase();
  }

  function getSearchCursor(cm, query, pos) {
    // Heuristic: if the query string is all lowercase, do a case insensitive search.
    return cm.getSearchCursor(query, pos, queryCaseInsensitive(query));
  }

  function persistentDialog(cm, text, deflt, f) {
    cm.openDialog(text, f, {
      value: deflt,
      selectValueOnOpen: true,
      closeOnEnter: false,
      onClose: function() { clearSearch(cm); }
    });
  }

  function dialog(cm, text, shortText, deflt, f) {
    if (cm.openDialog) cm.openDialog(text, f, {value: deflt, selectValueOnOpen: true});
    else f(prompt(shortText, deflt));
  }

  function confirmDialog(cm, text, shortText, fs) {
    if (cm.openConfirm) cm.openConfirm(text, fs);
    else if (confirm(shortText)) fs[0]();
  }

  function parseString(string) {
    return string.replace(/\\(.)/g, function(_, ch) {
      if (ch == "n") return "\n"
      if (ch == "r") return "\r"
      return ch
    })
  }

  function parseQuery(query) {
    var isRE = query.match(/^\/(.*)\/([a-z]*)$/);
    if (isRE) {
      try { query = new RegExp(isRE[1], isRE[2].indexOf("i") == -1 ? "" : "i"); }
      catch(e) {} // Not a regular expression after all, do a string search
    } else {
      query = parseString(query)
    }
    if (typeof query == "string" ? query == "" : query.test(""))
      query = /x^/;
    return query;
  }

  var queryDialog =
    'Search: <input type="text" style="width: 10em" class="CodeMirror-search-field"/> <span style="color: #888" class="CodeMirror-search-hint">(Use /re/ syntax for regexp search)</span>';

  function startSearch(cm, state, query) {
    state.queryText = query;
    state.query = parseQuery(query);
    cm.removeOverlay(state.overlay, queryCaseInsensitive(state.query));
    state.overlay = searchOverlay(state.query, queryCaseInsensitive(state.query));
    cm.addOverlay(state.overlay);
    if (cm.showMatchesOnScrollbar) {
      if (state.annotate) { state.annotate.clear(); state.annotate = null; }
      state.annotate = cm.showMatchesOnScrollbar(state.query, queryCaseInsensitive(state.query));
    }
  }

  function doSearch(cm, rev, persistent) {
    var state = getSearchState(cm);
    if (state.query) return findNext(cm, rev);
    var q = cm.getSelection() || state.lastQuery;
    if (persistent && cm.openDialog) {
      var hiding = null
      persistentDialog(cm, queryDialog, q, function(query, event) {
        CodeMirror.e_stop(event);
        if (!query) return;
        if (query != state.queryText) startSearch(cm, state, query);
        if (hiding) hiding.style.opacity = 1
        findNext(cm, event.shiftKey, function(_, to) {
          var dialog
          if (to.line < 3 && document.querySelector &&
              (dialog = cm.display.wrapper.querySelector(".CodeMirror-dialog")) &&
              dialog.getBoundingClientRect().bottom - 4 > cm.cursorCoords(to, "window").top)
            (hiding = dialog).style.opacity = .4
        })
      });
    } else {
      dialog(cm, queryDialog, "Search for:", q, function(query) {
        if (query && !state.query) cm.operation(function() {
          startSearch(cm, state, query);
          state.posFrom = state.posTo = cm.getCursor();
          findNext(cm, rev);
        });
      });
    }
  }

  function findNext(cm, rev, callback) {cm.operation(function() {
    var state = getSearchState(cm);
    var cursor = getSearchCursor(cm, state.query, rev ? state.posFrom : state.posTo);
    if (!cursor.find(rev)) {
      cursor = getSearchCursor(cm, state.query, rev ? CodeMirror.Pos(cm.lastLine()) : CodeMirror.Pos(cm.firstLine(), 0));
      if (!cursor.find(rev)) return;
    }
    cm.setSelection(cursor.from(), cursor.to());
    cm.scrollIntoView({from: cursor.from(), to: cursor.to()}, 20);
    state.posFrom = cursor.from(); state.posTo = cursor.to();
    if (callback) callback(cursor.from(), cursor.to())
  });}

  function clearSearch(cm) {cm.operation(function() {
    var state = getSearchState(cm);
    state.lastQuery = state.query;
    if (!state.query) return;
    state.query = state.queryText = null;
    cm.removeOverlay(state.overlay);
    if (state.annotate) { state.annotate.clear(); state.annotate = null; }
  });}

  var replaceQueryDialog =
    ' <input type="text" style="width: 10em" class="CodeMirror-search-field"/> <span style="color: #888" class="CodeMirror-search-hint">(Use /re/ syntax for regexp search)</span>';
  var replacementQueryDialog = 'With: <input type="text" style="width: 10em" class="CodeMirror-search-field"/>';
  var doReplaceConfirm = "Replace? <button>Yes</button> <button>No</button> <button>All</button> <button>Stop</button>";

  function replaceAll(cm, query, text) {
    cm.operation(function() {
      for (var cursor = getSearchCursor(cm, query); cursor.findNext();) {
        if (typeof query != "string") {
          var match = cm.getRange(cursor.from(), cursor.to()).match(query);
          cursor.replace(text.replace(/\$(\d)/g, function(_, i) {return match[i];}));
        } else cursor.replace(text);
      }
    });
  }

  function replace(cm, all) {
    if (cm.getOption("readOnly")) return;
    var query = cm.getSelection() || getSearchState(cm).lastQuery;
    var dialogText = all ? "Replace all:" : "Replace:"
    dialog(cm, dialogText + replaceQueryDialog, dialogText, query, function(query) {
      if (!query) return;
      query = parseQuery(query);
      dialog(cm, replacementQueryDialog, "Replace with:", "", function(text) {
        text = parseString(text)
        if (all) {
          replaceAll(cm, query, text)
        } else {
          clearSearch(cm);
          var cursor = getSearchCursor(cm, query, cm.getCursor());
          var advance = function() {
            var start = cursor.from(), match;
            if (!(match = cursor.findNext())) {
              cursor = getSearchCursor(cm, query);
              if (!(match = cursor.findNext()) ||
                  (start && cursor.from().line == start.line && cursor.from().ch == start.ch)) return;
            }
            cm.setSelection(cursor.from(), cursor.to());
            cm.scrollIntoView({from: cursor.from(), to: cursor.to()});
            confirmDialog(cm, doReplaceConfirm, "Replace?",
                          [function() {doReplace(match);}, advance,
                           function() {replaceAll(cm, query, text)}]);
          };
          var doReplace = function(match) {
            cursor.replace(typeof query == "string" ? text :
                           text.replace(/\$(\d)/g, function(_, i) {return match[i];}));
            advance();
          };
          advance();
        }
      });
    });
  }

  CodeMirror.commands.find = function(cm) {clearSearch(cm); doSearch(cm);};
  CodeMirror.commands.findPersistent = function(cm) {clearSearch(cm); doSearch(cm, false, true);};
  CodeMirror.commands.findNext = doSearch;
  CodeMirror.commands.findPrev = function(cm) {doSearch(cm, true);};
  CodeMirror.commands.clearSearch = clearSearch;
  CodeMirror.commands.replace = replace;
  CodeMirror.commands.replaceAll = function(cm) {replace(cm, true);};
});

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  "use strict";
  var Pos = CodeMirror.Pos;

  function SearchCursor(doc, query, pos, caseFold) {
    this.atOccurrence = false; this.doc = doc;
    if (caseFold == null && typeof query == "string") caseFold = false;

    pos = pos ? doc.clipPos(pos) : Pos(0, 0);
    this.pos = {from: pos, to: pos};

    // The matches method is filled in based on the type of query.
    // It takes a position and a direction, and returns an object
    // describing the next occurrence of the query, or null if no
    // more matches were found.
    if (typeof query != "string") { // Regexp match
      if (!query.global) query = new RegExp(query.source, query.ignoreCase ? "ig" : "g");
      this.matches = function(reverse, pos) {
        if (reverse) {
          query.lastIndex = 0;
          var line = doc.getLine(pos.line).slice(0, pos.ch), cutOff = 0, match, start;
          for (;;) {
            query.lastIndex = cutOff;
            var newMatch = query.exec(line);
            if (!newMatch) break;
            match = newMatch;
            start = match.index;
            cutOff = match.index + (match[0].length || 1);
            if (cutOff == line.length) break;
          }
          var matchLen = (match && match[0].length) || 0;
          if (!matchLen) {
            if (start == 0 && line.length == 0) {match = undefined;}
            else if (start != doc.getLine(pos.line).length) {
              matchLen++;
            }
          }
        } else {
          query.lastIndex = pos.ch;
          var line = doc.getLine(pos.line), match = query.exec(line);
          var matchLen = (match && match[0].length) || 0;
          var start = match && match.index;
          if (start + matchLen != line.length && !matchLen) matchLen = 1;
        }
        if (match && matchLen)
          return {from: Pos(pos.line, start),
                  to: Pos(pos.line, start + matchLen),
                  match: match};
      };
    } else { // String query
      var origQuery = query;
      if (caseFold) query = query.toLowerCase();
      var fold = caseFold ? function(str){return str.toLowerCase();} : function(str){return str;};
      var target = query.split("\n");
      // Different methods for single-line and multi-line queries
      if (target.length == 1) {
        if (!query.length) {
          // Empty string would match anything and never progress, so
          // we define it to match nothing instead.
          this.matches = function() {};
        } else {
          this.matches = function(reverse, pos) {
            if (reverse) {
              var orig = doc.getLine(pos.line).slice(0, pos.ch), line = fold(orig);
              var match = line.lastIndexOf(query);
              if (match > -1) {
                match = adjustPos(orig, line, match);
                return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};
              }
             } else {
               var orig = doc.getLine(pos.line).slice(pos.ch), line = fold(orig);
               var match = line.indexOf(query);
               if (match > -1) {
                 match = adjustPos(orig, line, match) + pos.ch;
                 return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};
               }
            }
          };
        }
      } else {
        var origTarget = origQuery.split("\n");
        this.matches = function(reverse, pos) {
          var last = target.length - 1;
          if (reverse) {
            if (pos.line - (target.length - 1) < doc.firstLine()) return;
            if (fold(doc.getLine(pos.line).slice(0, origTarget[last].length)) != target[target.length - 1]) return;
            var to = Pos(pos.line, origTarget[last].length);
            for (var ln = pos.line - 1, i = last - 1; i >= 1; --i, --ln)
              if (target[i] != fold(doc.getLine(ln))) return;
            var line = doc.getLine(ln), cut = line.length - origTarget[0].length;
            if (fold(line.slice(cut)) != target[0]) return;
            return {from: Pos(ln, cut), to: to};
          } else {
            if (pos.line + (target.length - 1) > doc.lastLine()) return;
            var line = doc.getLine(pos.line), cut = line.length - origTarget[0].length;
            if (fold(line.slice(cut)) != target[0]) return;
            var from = Pos(pos.line, cut);
            for (var ln = pos.line + 1, i = 1; i < last; ++i, ++ln)
              if (target[i] != fold(doc.getLine(ln))) return;
            if (fold(doc.getLine(ln).slice(0, origTarget[last].length)) != target[last]) return;
            return {from: from, to: Pos(ln, origTarget[last].length)};
          }
        };
      }
    }
  }

  SearchCursor.prototype = {
    findNext: function() {return this.find(false);},
    findPrevious: function() {return this.find(true);},

    find: function(reverse) {
      var self = this, pos = this.doc.clipPos(reverse ? this.pos.from : this.pos.to);
      function savePosAndFail(line) {
        var pos = Pos(line, 0);
        self.pos = {from: pos, to: pos};
        self.atOccurrence = false;
        return false;
      }

      for (;;) {
        if (this.pos = this.matches(reverse, pos)) {
          this.atOccurrence = true;
          return this.pos.match || true;
        }
        if (reverse) {
          if (!pos.line) return savePosAndFail(0);
          pos = Pos(pos.line-1, this.doc.getLine(pos.line-1).length);
        }
        else {
          var maxLine = this.doc.lineCount();
          if (pos.line == maxLine - 1) return savePosAndFail(maxLine);
          pos = Pos(pos.line + 1, 0);
        }
      }
    },

    from: function() {if (this.atOccurrence) return this.pos.from;},
    to: function() {if (this.atOccurrence) return this.pos.to;},

    replace: function(newText, origin) {
      if (!this.atOccurrence) return;
      var lines = CodeMirror.splitLines(newText);
      this.doc.replaceRange(lines, this.pos.from, this.pos.to, origin);
      this.pos.to = Pos(this.pos.from.line + lines.length - 1,
                        lines[lines.length - 1].length + (lines.length == 1 ? this.pos.from.ch : 0));
    }
  };

  // Maps a position in a case-folded line back to a position in the original line
  // (compensating for codepoints increasing in number during folding)
  function adjustPos(orig, folded, pos) {
    if (orig.length == folded.length) return pos;
    for (var pos1 = Math.min(pos, orig.length);;) {
      var len1 = orig.slice(0, pos1).toLowerCase().length;
      if (len1 < pos) ++pos1;
      else if (len1 > pos) --pos1;
      else return pos1;
    }
  }

  CodeMirror.defineExtension("getSearchCursor", function(query, pos, caseFold) {
    return new SearchCursor(this.doc, query, pos, caseFold);
  });
  CodeMirror.defineDocExtension("getSearchCursor", function(query, pos, caseFold) {
    return new SearchCursor(this, query, pos, caseFold);
  });

  CodeMirror.defineExtension("selectMatches", function(query, caseFold) {
    var ranges = [];
    var cur = this.getSearchCursor(query, this.getCursor("from"), caseFold);
    while (cur.findNext()) {
      if (CodeMirror.cmpPos(cur.to(), this.getCursor("to")) > 0) break;
      ranges.push({anchor: cur.from(), head: cur.to()});
    }
    if (ranges.length)
      this.setSelections(ranges, 0);
  });
});

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  "use strict";

  function doFold(cm, pos, options, force) {
    if (options && options.call) {
      var finder = options;
      options = null;
    } else {
      var finder = getOption(cm, options, "rangeFinder");
    }
    if (typeof pos == "number") pos = CodeMirror.Pos(pos, 0);
    var minSize = getOption(cm, options, "minFoldSize");

    function getRange(allowFolded) {
      var range = finder(cm, pos);
      if (!range || range.to.line - range.from.line < minSize) return null;
      var marks = cm.findMarksAt(range.from);
      for (var i = 0; i < marks.length; ++i) {
        if (marks[i].__isFold && force !== "fold") {
          if (!allowFolded) return null;
          range.cleared = true;
          marks[i].clear();
        }
      }
      return range;
    }

    var range = getRange(true);
    if (getOption(cm, options, "scanUp")) while (!range && pos.line > cm.firstLine()) {
      pos = CodeMirror.Pos(pos.line - 1, 0);
      range = getRange(false);
    }
    if (!range || range.cleared || force === "unfold") return;

    var myWidget = makeWidget(cm, options);
    CodeMirror.on(myWidget, "mousedown", function(e) {
      myRange.clear();
      CodeMirror.e_preventDefault(e);
    });
    var myRange = cm.markText(range.from, range.to, {
      replacedWith: myWidget,
      clearOnEnter: true,
      __isFold: true
    });
    myRange.on("clear", function(from, to) {
      CodeMirror.signal(cm, "unfold", cm, from, to);
    });
    CodeMirror.signal(cm, "fold", cm, range.from, range.to);
  }

  function makeWidget(cm, options) {
    var widget = getOption(cm, options, "widget");
    if (typeof widget == "string") {
      var text = document.createTextNode(widget);
      widget = document.createElement("span");
      widget.appendChild(text);
      widget.className = "CodeMirror-foldmarker";
    }
    return widget;
  }

  // Clumsy backwards-compatible interface
  CodeMirror.newFoldFunction = function(rangeFinder, widget) {
    return function(cm, pos) { doFold(cm, pos, {rangeFinder: rangeFinder, widget: widget}); };
  };

  // New-style interface
  CodeMirror.defineExtension("foldCode", function(pos, options, force) {
    doFold(this, pos, options, force);
  });

  CodeMirror.defineExtension("isFolded", function(pos) {
    var marks = this.findMarksAt(pos);
    for (var i = 0; i < marks.length; ++i)
      if (marks[i].__isFold) return true;
  });

  CodeMirror.commands.toggleFold = function(cm) {
    cm.foldCode(cm.getCursor());
  };
  CodeMirror.commands.fold = function(cm) {
    cm.foldCode(cm.getCursor(), null, "fold");
  };
  CodeMirror.commands.unfold = function(cm) {
    cm.foldCode(cm.getCursor(), null, "unfold");
  };
  CodeMirror.commands.foldAll = function(cm) {
    cm.operation(function() {
      for (var i = cm.firstLine(), e = cm.lastLine(); i <= e; i++)
        cm.foldCode(CodeMirror.Pos(i, 0), null, "fold");
    });
  };
  CodeMirror.commands.unfoldAll = function(cm) {
    cm.operation(function() {
      for (var i = cm.firstLine(), e = cm.lastLine(); i <= e; i++)
        cm.foldCode(CodeMirror.Pos(i, 0), null, "unfold");
    });
  };

  CodeMirror.registerHelper("fold", "combine", function() {
    var funcs = Array.prototype.slice.call(arguments, 0);
    return function(cm, start) {
      for (var i = 0; i < funcs.length; ++i) {
        var found = funcs[i](cm, start);
        if (found) return found;
      }
    };
  });

  CodeMirror.registerHelper("fold", "auto", function(cm, start) {
    var helpers = cm.getHelpers(start, "fold");
    for (var i = 0; i < helpers.length; i++) {
      var cur = helpers[i](cm, start);
      if (cur) return cur;
    }
  });

  var defaultOptions = {
    rangeFinder: CodeMirror.fold.auto,
    widget: "\u2194",
    minFoldSize: 0,
    scanUp: false
  };

  CodeMirror.defineOption("foldOptions", null);

  function getOption(cm, options, name) {
    if (options && options[name] !== undefined)
      return options[name];
    var editorOptions = cm.options.foldOptions;
    if (editorOptions && editorOptions[name] !== undefined)
      return editorOptions[name];
    return defaultOptions[name];
  }

  CodeMirror.defineExtension("foldOption", function(options, name) {
    return getOption(this, options, name);
  });
});

.CodeMirror-foldmarker {
  color: blue;
  text-shadow: #b9f 1px 1px 2px, #b9f -1px -1px 2px, #b9f 1px -1px 2px, #b9f -1px 1px 2px;
  font-family: arial;
  line-height: .3;
  cursor: pointer;
}
.CodeMirror-foldgutter {
  width: .7em;
}
.CodeMirror-foldgutter-open,
.CodeMirror-foldgutter-folded {
  cursor: pointer;
}
.CodeMirror-foldgutter-open:after {
  content: "\25BE";
}
.CodeMirror-foldgutter-folded:after {
  content: "\25B8";
}

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"), require("./foldcode"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror", "./foldcode"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  "use strict";

  CodeMirror.defineOption("foldGutter", false, function(cm, val, old) {
    if (old && old != CodeMirror.Init) {
      cm.clearGutter(cm.state.foldGutter.options.gutter);
      cm.state.foldGutter = null;
      cm.off("gutterClick", onGutterClick);
      cm.off("change", onChange);
      cm.off("viewportChange", onViewportChange);
      cm.off("fold", onFold);
      cm.off("unfold", onFold);
      cm.off("swapDoc", updateInViewport);
    }
    if (val) {
      cm.state.foldGutter = new State(parseOptions(val));
      updateInViewport(cm);
      cm.on("gutterClick", onGutterClick);
      cm.on("change", onChange);
      cm.on("viewportChange", onViewportChange);
      cm.on("fold", onFold);
      cm.on("unfold", onFold);
      cm.on("swapDoc", updateInViewport);
    }
  });

  var Pos = CodeMirror.Pos;

  function State(options) {
    this.options = options;
    this.from = this.to = 0;
  }

  function parseOptions(opts) {
    if (opts === true) opts = {};
    if (opts.gutter == null) opts.gutter = "CodeMirror-foldgutter";
    if (opts.indicatorOpen == null) opts.indicatorOpen = "CodeMirror-foldgutter-open";
    if (opts.indicatorFolded == null) opts.indicatorFolded = "CodeMirror-foldgutter-folded";
    return opts;
  }

  function isFolded(cm, line) {
    var marks = cm.findMarksAt(Pos(line));
    for (var i = 0; i < marks.length; ++i)
      if (marks[i].__isFold && marks[i].find().from.line == line) return marks[i];
  }

  function marker(spec) {
    if (typeof spec == "string") {
      var elt = document.createElement("div");
      elt.className = spec + " CodeMirror-guttermarker-subtle";
      return elt;
    } else {
      return spec.cloneNode(true);
    }
  }

  function updateFoldInfo(cm, from, to) {
    var opts = cm.state.foldGutter.options, cur = from;
    var minSize = cm.foldOption(opts, "minFoldSize");
    var func = cm.foldOption(opts, "rangeFinder");
    cm.eachLine(from, to, function(line) {
      var mark = null;
      if (isFolded(cm, cur)) {
        mark = marker(opts.indicatorFolded);
      } else {
        var pos = Pos(cur, 0);
        var range = func && func(cm, pos);
        if (range && range.to.line - range.from.line >= minSize)
          mark = marker(opts.indicatorOpen);
      }
      cm.setGutterMarker(line, opts.gutter, mark);
      ++cur;
    });
  }

  function updateInViewport(cm) {
    var vp = cm.getViewport(), state = cm.state.foldGutter;
    if (!state) return;
    cm.operation(function() {
      updateFoldInfo(cm, vp.from, vp.to);
    });
    state.from = vp.from; state.to = vp.to;
  }

  function onGutterClick(cm, line, gutter) {
    var state = cm.state.foldGutter;
    if (!state) return;
    var opts = state.options;
    if (gutter != opts.gutter) return;
    var folded = isFolded(cm, line);
    if (folded) folded.clear();
    else cm.foldCode(Pos(line, 0), opts.rangeFinder);
  }

  function onChange(cm) {
    var state = cm.state.foldGutter;
    if (!state) return;
    var opts = state.options;
    state.from = state.to = 0;
    clearTimeout(state.changeUpdate);
    state.changeUpdate = setTimeout(function() { updateInViewport(cm); }, opts.foldOnChangeTimeSpan || 600);
  }

  function onViewportChange(cm) {
    var state = cm.state.foldGutter;
    if (!state) return;
    var opts = state.options;
    clearTimeout(state.changeUpdate);
    state.changeUpdate = setTimeout(function() {
      var vp = cm.getViewport();
      if (state.from == state.to || vp.from - state.to > 20 || state.from - vp.to > 20) {
        updateInViewport(cm);
      } else {
        cm.operation(function() {
          if (vp.from < state.from) {
            updateFoldInfo(cm, vp.from, state.from);
            state.from = vp.from;
          }
          if (vp.to > state.to) {
            updateFoldInfo(cm, state.to, vp.to);
            state.to = vp.to;
          }
        });
      }
    }, opts.updateViewportTimeSpan || 400);
  }

  function onFold(cm, from) {
    var state = cm.state.foldGutter;
    if (!state) return;
    var line = from.line;
    if (line >= state.from && line < state.to)
      updateFoldInfo(cm, line, line + 1);
  }
});

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
  "use strict";

  var Pos = CodeMirror.Pos;
  function cmp(a, b) { return a.line - b.line || a.ch - b.ch; }

  var nameStartChar = "A-Z_a-z\\u00C0-\\u00D6\\u00D8-\\u00F6\\u00F8-\\u02FF\\u0370-\\u037D\\u037F-\\u1FFF\\u200C-\\u200D\\u2070-\\u218F\\u2C00-\\u2FEF\\u3001-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFFD";
  var nameChar = nameStartChar + "\-\:\.0-9\\u00B7\\u0300-\\u036F\\u203F-\\u2040";
  var xmlTagStart = new RegExp("<(/?)([" + nameStartChar + "][" + nameChar + "]*)", "g");

  function Iter(cm, line, ch, range) {
    this.line = line; this.ch = ch;
    this.cm = cm; this.text = cm.getLine(line);
    this.min = range ? range.from : cm.firstLine();
    this.max = range ? range.to - 1 : cm.lastLine();
  }

  function tagAt(iter, ch) {
    var type = iter.cm.getTokenTypeAt(Pos(iter.line, ch));
    return type && /\btag\b/.test(type);
  }

  function nextLine(iter) {
    if (iter.line >= iter.max) return;
    iter.ch = 0;
    iter.text = iter.cm.getLine(++iter.line);
    return true;
  }
  function prevLine(iter) {
    if (iter.line <= iter.min) return;
    iter.text = iter.cm.getLine(--iter.line);
    iter.ch = iter.text.length;
    return true;
  }

  function toTagEnd(iter) {
    for (;;) {
      var gt = iter.text.indexOf(">", iter.ch);
      if (gt == -1) { if (nextLine(iter)) continue; else return; }
      if (!tagAt(iter, gt + 1)) { iter.ch = gt + 1; continue; }
      var lastSlash = iter.text.lastIndexOf("/", gt);
      var selfClose = lastSlash > -1 && !/\S/.test(iter.text.slice(lastSlash + 1, gt));
      iter.ch = gt + 1;
      return selfClose ? "selfClose" : "regular";
    }
  }
  function toTagStart(iter) {
    for (;;) {
      var lt = iter.ch ? iter.text.lastIndexOf("<", iter.ch - 1) : -1;
      if (lt == -1) { if (prevLine(iter)) continue; else return; }
      if (!tagAt(iter, lt + 1)) { iter.ch = lt; continue; }
      xmlTagStart.lastIndex = lt;
      iter.ch = lt;
      var match = xmlTagStart.exec(iter.text);
      if (match && match.index == lt) return match;
    }
  }

  function toNextTag(iter) {
    for (;;) {
      xmlTagStart.lastIndex = iter.ch;
      var found = xmlTagStart.exec(iter.text);
      if (!found) { if (nextLine(iter)) continue; else return; }
      if (!tagAt(iter, found.index + 1)) { iter.ch = found.index + 1; continue; }
      iter.ch = found.index + found[0].length;
      return found;
    }
  }
  function toPrevTag(iter) {
    for (;;) {
      var gt = iter.ch ? iter.text.lastIndexOf(">", iter.ch - 1) : -1;
      if (gt == -1) { if (prevLine(iter)) continue; else return; }
      if (!tagAt(iter, gt + 1)) { iter.ch = gt; continue; }
      var lastSlash = iter.text.lastIndexOf("/", gt);
      var selfClose = lastSlash > -1 && !/\S/.test(iter.text.slice(lastSlash + 1, gt));
      iter.ch = gt + 1;
      return selfClose ? "selfClose" : "regular";
    }
  }

  function findMatchingClose(iter, tag) {
    var stack = [];
    for (;;) {
      var next = toNextTag(iter), end, startLine = iter.line, startCh = iter.ch - (next ? next[0].length : 0);
      if (!next || !(end = toTagEnd(iter))) return;
      if (end == "selfClose") continue;
      if (next[1]) { // closing tag
        for (var i = stack.length - 1; i >= 0; --i) if (stack[i] == next[2]) {
          stack.length = i;
          break;
        }
        if (i < 0 && (!tag || tag == next[2])) return {
          tag: next[2],
          from: Pos(startLine, startCh),
          to: Pos(iter.line, iter.ch)
        };
      } else { // opening tag
        stack.push(next[2]);
      }
    }
  }
  function findMatchingOpen(iter, tag) {
    var stack = [];
    for (;;) {
      var prev = toPrevTag(iter);
      if (!prev) return;
      if (prev == "selfClose") { toTagStart(iter); continue; }
      var endLine = iter.line, endCh = iter.ch;
      var start = toTagStart(iter);
      if (!start) return;
      if (start[1]) { // closing tag
        stack.push(start[2]);
      } else { // opening tag
        for (var i = stack.length - 1; i >= 0; --i) if (stack[i] == start[2]) {
          stack.length = i;
          break;
        }
        if (i < 0 && (!tag || tag == start[2])) return {
          tag: start[2],
          from: Pos(iter.line, iter.ch),
          to: Pos(endLine, endCh)
        };
      }
    }
  }

  CodeMirror.registerHelper("fold", "xml", function(cm, start) {
    var iter = new Iter(cm, start.line, 0);
    for (;;) {
      var openTag = toNextTag(iter), end;
      if (!openTag || iter.line != start.line || !(end = toTagEnd(iter))) return;
      if (!openTag[1] && end != "selfClose") {
        var start = Pos(iter.line, iter.ch);
        var close = findMatchingClose(iter, openTag[2]);
        return close && {from: start, to: close.from};
      }
    }
  });
  CodeMirror.findMatchingTag = function(cm, pos, range) {
    var iter = new Iter(cm, pos.line, pos.ch, range);
    if (iter.text.indexOf(">") == -1 && iter.text.indexOf("<") == -1) return;
    var end = toTagEnd(iter), to = end && Pos(iter.line, iter.ch);
    var start = end && toTagStart(iter);
    if (!end || !start || cmp(iter, pos) > 0) return;
    var here = {from: Pos(iter.line, iter.ch), to: to, tag: start[2]};
    if (end == "selfClose") return {open: here, close: null, at: "open"};

    if (start[1]) { // closing tag
      return {open: findMatchingOpen(iter, start[2]), close: here, at: "close"};
    } else { // opening tag
      iter = new Iter(cm, to.line, to.ch, range);
      return {open: here, close: findMatchingClose(iter, start[2]), at: "open"};
    }
  };

  CodeMirror.findEnclosingTag = function(cm, pos, range) {
    var iter = new Iter(cm, pos.line, pos.ch, range);
    for (;;) {
      var open = findMatchingOpen(iter);
      if (!open) break;
      var forward = new Iter(cm, pos.line, pos.ch, range);
      var close = findMatchingClose(forward, open.tag);
      if (close) return {open: open, close: close};
    }
  };

  // Used by addon/edit/closetag.js
  CodeMirror.scanForClosingTag = function(cm, pos, name, end) {
    var iter = new Iter(cm, pos.line, pos.ch, end ? {from: 0, to: end} : null);
    return findMatchingClose(iter, name);
  };
});

/* Loosely based on the Midnight Textmate theme */
.cm-s-night.CodeMirror div.CodeMirror-cursor {
  border-left: 1px solid #00ffff;
}
.CodeMirror { font-size:12px;line-height:1.5;}
.cm-s-night.CodeMirror { background: #000000; color: #666666; border:1px solid #222222; font-size:11px;line-height:1.1;}
.cm-s-night div.CodeMirror-selected { background: #447; }
.cm-s-night .CodeMirror-line::selection, .cm-s-night .CodeMirror-line > span::selection, .cm-s-night .CodeMirror-line > span > span::selection { background: rgba(68, 68, 119, .99); }
.cm-s-night .CodeMirror-line::-moz-selection, .cm-s-night .CodeMirror-line > span::-moz-selection, .cm-s-night .CodeMirror-line > span > span::-moz-selection { background: rgba(68, 68, 119, .99); }
.cm-s-night .CodeMirror-gutters { background: #0a0a0b; border-right: 1px solid #222; }
.cm-s-night .CodeMirror-guttermarker { color: white; }
.cm-s-night .CodeMirror-guttermarker-subtle { color: #bbb; }
.cm-s-night .CodeMirror-linenumber { color: #f8f8f8; }
.cm-s-night .CodeMirror-cursor { border-left: 1px solid white; }

.cm-s-night span.cm-comment { color: #6900a1; }
.cm-s-night span.cm-atom { color: #845dc4; }
.cm-s-night span.cm-number, .cm-s-night span.cm-attribute { color: #ffd500; }
.cm-s-night span.cm-keyword { color: #599eff; }
.cm-s-night span.cm-string { color: #37f14a; }
.cm-s-night span.cm-meta { color: #7678e2; }
.cm-s-night span.cm-variable-2, .cm-s-night span.cm-tag { color: #99b2ff; }
.cm-s-night span.cm-variable-3, .cm-s-night span.cm-def { color: white; }
.cm-s-night span.cm-bracket { color: #8da6ce; }
.cm-s-night span.cm-comment { color: #6900a1; }
.cm-s-night span.cm-builtin, .cm-s-night span.cm-special { color: #ff9e59; }
.cm-s-night span.cm-link { color: #845dc4; }
.cm-s-night span.cm-error { color: #9d1e15; }

.cm-s-night .CodeMirror-activeline-background { background: #1C005A; }
.cm-s-night .CodeMirror-matchingbracket { xoutline:1px solid grey; color:white !important; }

// CodeMirror, copyright (c) by Marijn Haverbeke and others
// Distributed under an MIT license: http://codemirror.net/LICENSE

(function(mod) {
  if (typeof exports == "object" && typeof module == "object") // CommonJS
    mod(require("../../lib/codemirror"));
  else if (typeof define == "function" && define.amd) // AMD
    define(["../../lib/codemirror"], mod);
  else // Plain browser env
    mod(CodeMirror);
})(function(CodeMirror) {
"use strict";

CodeMirror.defineMode("xml", function(config, parserConfig) {
  var indentUnit = config.indentUnit;
  var multilineTagIndentFactor = parserConfig.multilineTagIndentFactor || 1;
  var multilineTagIndentPastTag = parserConfig.multilineTagIndentPastTag;
  if (multilineTagIndentPastTag == null) multilineTagIndentPastTag = true;

  var Kludges = parserConfig.htmlMode ? {
    autoSelfClosers: {'area': true, 'base': true, 'br': true, 'col': true, 'command': true,
                      'embed': true, 'frame': true, 'hr': true, 'img': true, 'input': true,
                      'keygen': true, 'link': true, 'meta': true, 'param': true, 'source': true,
                      'track': true, 'wbr': true, 'menuitem': true},
    implicitlyClosed: {'dd': true, 'li': true, 'optgroup': true, 'option': true, 'p': true,
                       'rp': true, 'rt': true, 'tbody': true, 'td': true, 'tfoot': true,
                       'th': true, 'tr': true},
    contextGrabbers: {
      'dd': {'dd': true, 'dt': true},
      'dt': {'dd': true, 'dt': true},
      'li': {'li': true},
      'option': {'option': true, 'optgroup': true},
      'optgroup': {'optgroup': true},
      'p': {'address': true, 'article': true, 'aside': true, 'blockquote': true, 'dir': true,
            'div': true, 'dl': true, 'fieldset': true, 'footer': true, 'form': true,
            'h1': true, 'h2': true, 'h3': true, 'h4': true, 'h5': true, 'h6': true,
            'header': true, 'hgroup': true, 'hr': true, 'menu': true, 'nav': true, 'ol': true,
            'p': true, 'pre': true, 'section': true, 'table': true, 'ul': true},
      'rp': {'rp': true, 'rt': true},
      'rt': {'rp': true, 'rt': true},
      'tbody': {'tbody': true, 'tfoot': true},
      'td': {'td': true, 'th': true},
      'tfoot': {'tbody': true},
      'th': {'td': true, 'th': true},
      'thead': {'tbody': true, 'tfoot': true},
      'tr': {'tr': true}
    },
    doNotIndent: {"pre": true},
    allowUnquoted: true,
    allowMissing: true,
    caseFold: true
  } : {
    autoSelfClosers: {},
    implicitlyClosed: {},
    contextGrabbers: {},
    doNotIndent: {},
    allowUnquoted: false,
    allowMissing: false,
    caseFold: false
  };
  var alignCDATA = parserConfig.alignCDATA;

  // Return variables for tokenizers
  var type, setStyle;

  function inText(stream, state) {
    function chain(parser) {
      state.tokenize = parser;
      return parser(stream, state);
    }

    var ch = stream.next();
    if (ch == "<") {
      if (stream.eat("!")) {
        if (stream.eat("[")) {
          if (stream.match("CDATA[")) return chain(inBlock("atom", "]]>"));
          else return null;
        } else if (stream.match("--")) {
          return chain(inBlock("comment", "-->"));
        } else if (stream.match("DOCTYPE", true, true)) {
          stream.eatWhile(/[\w\._\-]/);
          return chain(doctype(1));
        } else {
          return null;
        }
      } else if (stream.eat("?")) {
        stream.eatWhile(/[\w\._\-]/);
        state.tokenize = inBlock("meta", "?>");
        return "meta";
      } else {
        type = stream.eat("/") ? "closeTag" : "openTag";
        state.tokenize = inTag;
        return "tag bracket";
      }
    } else if (ch == "&") {
      var ok;
      if (stream.eat("#")) {
        if (stream.eat("x")) {
          ok = stream.eatWhile(/[a-fA-F\d]/) && stream.eat(";");
        } else {
          ok = stream.eatWhile(/[\d]/) && stream.eat(";");
        }
      } else {
        ok = stream.eatWhile(/[\w\.\-:]/) && stream.eat(";");
      }
      return ok ? "atom" : "error";
    } else {
      stream.eatWhile(/[^&<]/);
      return null;
    }
  }
  inText.isInText = true;

  function inTag(stream, state) {
    var ch = stream.next();
    if (ch == ">" || (ch == "/" && stream.eat(">"))) {
      state.tokenize = inText;
      type = ch == ">" ? "endTag" : "selfcloseTag";
      return "tag bracket";
    } else if (ch == "=") {
      type = "equals";
      return null;
    } else if (ch == "<") {
      state.tokenize = inText;
      state.state = baseState;
      state.tagName = state.tagStart = null;
      var next = state.tokenize(stream, state);
      return next ? next + " tag error" : "tag error";
    } else if (/[\'\"]/.test(ch)) {
      state.tokenize = inAttribute(ch);
      state.stringStartCol = stream.column();
      return state.tokenize(stream, state);
    } else {
      stream.match(/^[^\s\u00a0=<>\"\']*[^\s\u00a0=<>\"\'\/]/);
      return "word";
    }
  }

  function inAttribute(quote) {
    var closure = function(stream, state) {
      while (!stream.eol()) {
        if (stream.next() == quote) {
          state.tokenize = inTag;
          break;
        }
      }
      return "string";
    };
    closure.isInAttribute = true;
    return closure;
  }

  function inBlock(style, terminator) {
    return function(stream, state) {
      while (!stream.eol()) {
        if (stream.match(terminator)) {
          state.tokenize = inText;
          break;
        }
        stream.next();
      }
      return style;
    };
  }
  function doctype(depth) {
    return function(stream, state) {
      var ch;
      while ((ch = stream.next()) != null) {
        if (ch == "<") {
          state.tokenize = doctype(depth + 1);
          return state.tokenize(stream, state);
        } else if (ch == ">") {
          if (depth == 1) {
            state.tokenize = inText;
            break;
          } else {
            state.tokenize = doctype(depth - 1);
            return state.tokenize(stream, state);
          }
        }
      }
      return "meta";
    };
  }

  function Context(state, tagName, startOfLine) {
    this.prev = state.context;
    this.tagName = tagName;
    this.indent = state.indented;
    this.startOfLine = startOfLine;
    if (Kludges.doNotIndent.hasOwnProperty(tagName) || (state.context && state.context.noIndent))
      this.noIndent = true;
  }
  function popContext(state) {
    if (state.context) state.context = state.context.prev;
  }
  function maybePopContext(state, nextTagName) {
    var parentTagName;
    while (true) {
      if (!state.context) {
        return;
      }
      parentTagName = state.context.tagName;
      if (!Kludges.contextGrabbers.hasOwnProperty(parentTagName) ||
          !Kludges.contextGrabbers[parentTagName].hasOwnProperty(nextTagName)) {
        return;
      }
      popContext(state);
    }
  }

  function baseState(type, stream, state) {
    if (type == "openTag") {
      state.tagStart = stream.column();
      return tagNameState;
    } else if (type == "closeTag") {
      return closeTagNameState;
    } else {
      return baseState;
    }
  }
  function tagNameState(type, stream, state) {
    if (type == "word") {
      state.tagName = stream.current();
      setStyle = "tag";
      return attrState;
    } else {
      setStyle = "error";
      return tagNameState;
    }
  }
  function closeTagNameState(type, stream, state) {
    if (type == "word") {
      var tagName = stream.current();
      if (state.context && state.context.tagName != tagName &&
          Kludges.implicitlyClosed.hasOwnProperty(state.context.tagName))
        popContext(state);
      if (state.context && state.context.tagName == tagName) {
        setStyle = "tag";
        return closeState;
      } else {
        setStyle = "tag error";
        return closeStateErr;
      }
    } else {
      setStyle = "error";
      return closeStateErr;
    }
  }

  function closeState(type, _stream, state) {
    if (type != "endTag") {
      setStyle = "error";
      return closeState;
    }
    popContext(state);
    return baseState;
  }
  function closeStateErr(type, stream, state) {
    setStyle = "error";
    return closeState(type, stream, state);
  }

  function attrState(type, _stream, state) {
    if (type == "word") {
      setStyle = "attribute";
      return attrEqState;
    } else if (type == "endTag" || type == "selfcloseTag") {
      var tagName = state.tagName, tagStart = state.tagStart;
      state.tagName = state.tagStart = null;
      if (type == "selfcloseTag" ||
          Kludges.autoSelfClosers.hasOwnProperty(tagName)) {
        maybePopContext(state, tagName);
      } else {
        maybePopContext(state, tagName);
        state.context = new Context(state, tagName, tagStart == state.indented);
      }
      return baseState;
    }
    setStyle = "error";
    return attrState;
  }
  function attrEqState(type, stream, state) {
    if (type == "equals") return attrValueState;
    if (!Kludges.allowMissing) setStyle = "error";
    return attrState(type, stream, state);
  }
  function attrValueState(type, stream, state) {
    if (type == "string") return attrContinuedState;
    if (type == "word" && Kludges.allowUnquoted) {setStyle = "string"; return attrState;}
    setStyle = "error";
    return attrState(type, stream, state);
  }
  function attrContinuedState(type, stream, state) {
    if (type == "string") return attrContinuedState;
    return attrState(type, stream, state);
  }

  return {
    startState: function() {
      return {tokenize: inText,
              state: baseState,
              indented: 0,
              tagName: null, tagStart: null,
              context: null};
    },

    token: function(stream, state) {
      if (!state.tagName && stream.sol())
        state.indented = stream.indentation();

      if (stream.eatSpace()) return null;
      type = null;
      var style = state.tokenize(stream, state);
      if ((style || type) && style != "comment") {
        setStyle = null;
        state.state = state.state(type || style, stream, state);
        if (setStyle)
          style = setStyle == "error" ? style + " error" : setStyle;
      }
      return style;
    },

    indent: function(state, textAfter, fullLine) {
      var context = state.context;
      // Indent multi-line strings (e.g. css).
      if (state.tokenize.isInAttribute) {
        if (state.tagStart == state.indented)
          return state.stringStartCol + 1;
        else
          return state.indented + indentUnit;
      }
      if (context && context.noIndent) return CodeMirror.Pass;
      if (state.tokenize != inTag && state.tokenize != inText)
        return fullLine ? fullLine.match(/^(\s*)/)[0].length : 0;
      // Indent the starts of attribute names.
      if (state.tagName) {
        if (multilineTagIndentPastTag)
          return state.tagStart + state.tagName.length + 2;
        else
          return state.tagStart + indentUnit * multilineTagIndentFactor;
      }
      if (alignCDATA && /<!\[CDATA\[/.test(textAfter)) return 0;
      var tagAfter = textAfter && /^<(\/)?([\w_:\.-]*)/.exec(textAfter);
      if (tagAfter && tagAfter[1]) { // Closing tag spotted
        while (context) {
          if (context.tagName == tagAfter[2]) {
            context = context.prev;
            break;
          } else if (Kludges.implicitlyClosed.hasOwnProperty(context.tagName)) {
            context = context.prev;
          } else {
            break;
          }
        }
      } else if (tagAfter) { // Opening tag spotted
        while (context) {
          var grabbers = Kludges.contextGrabbers[context.tagName];
          if (grabbers && grabbers.hasOwnProperty(tagAfter[2]))
            context = context.prev;
          else
            break;
        }
      }
      while (context && !context.startOfLine)
        context = context.prev;
      if (context) return context.indent + indentUnit;
      else return 0;
    },

    electricInput: /<\/[\s\w:]+>$/,
    blockCommentStart: "<!--",
    blockCommentEnd: "-->",

    configuration: parserConfig.htmlMode ? "html" : "xml",
    helperType: parserConfig.htmlMode ? "html" : "xml"
  };
});

CodeMirror.defineMIME("text/xml", "xml");
CodeMirror.defineMIME("application/xml", "xml");
if (!CodeMirror.mimeModes.hasOwnProperty("text/html"))
  CodeMirror.defineMIME("text/html", {name: "xml", htmlMode: true});

});

{
    "tiddlers": {
        "$:/plugins/tiddlywiki/d3/barwidget.js": {
            "text": "/*\\\ntitle: $:/plugins/tiddlywiki/d3/barwidget.js\ntype: application/javascript\nmodule-type: widget\n\nA widget for displaying stacked or grouped bar charts. Derived from http://bl.ocks.org/mbostock/3943967\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\td3 = require(\"$:/plugins/tiddlywiki/d3/d3.js\").d3;\n\nvar BarWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBarWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBarWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the chart\n\tvar chart = this.createChart(parent,nextSibling);\n\tthis.updateChart = chart.updateChart;\n\tif(this.updateChart) {\n\t\tthis.updateChart();\n\t}\n\t// Insert the chart into the DOM and render any children\n\tparent.insertBefore(chart.domNode,nextSibling);\n\tthis.domNodes.push(chart.domNode);\n};\n\nBarWidget.prototype.createChart = function(parent,nextSibling) {\n\t// Get the data we're plotting\n\tvar data = this.wiki.getTiddlerData(this.barData),\n\t\tn,m,stack,layers;\n\tif(data) {\n\t\tn = data.layers;\n\t\tm = data.samples;\n\t\tlayers = data.data;\n\t} else { // Use randomly generated data if we don't have any\n\t\tn = 4; // number of layers\n\t\tm = 58; // number of samples per layer\n\t\tstack = d3.layout.stack();\n\t\tlayers = stack(d3.range(n).map(function() { return bumpLayer(m, 0.1); }));\n\t}\n\t// Calculate the maximum data values\n\tvar yGroupMax = d3.max(layers, function(layer) { return d3.max(layer, function(d) { return d.y; }); }),\n\t\tyStackMax = d3.max(layers, function(layer) { return d3.max(layer, function(d) { return d.y0 + d.y; }); });\n\t// Calculate margins and width and height\n\tvar margin = {top: 40, right: 10, bottom: 20, left: 10},\n\t\twidth = 960 - margin.left - margin.right,\n\t\theight = 500 - margin.top - margin.bottom;\n\t// x-scale\n\tvar x = d3.scale.ordinal()\n\t\t.domain(d3.range(m))\n\t\t.rangeRoundBands([0, width], 0.08);\n\t// y-scale\n\tvar y = d3.scale.linear()\n\t\t.domain([0, yStackMax])\n\t\t.range([height, 0]);\n\t// Array of colour values\n\tvar color = d3.scale.linear()\n\t\t.domain([0, n - 1])\n\t\t.range([\"#aad\", \"#556\"]);\n\t// x-axis\n\tvar xAxis = d3.svg.axis()\n\t\t.scale(x)\n\t\t.tickSize(0)\n\t\t.tickPadding(6)\n\t\t.orient(\"bottom\");\n\t// Create SVG element\n\tvar svgElement = d3.select(parent).insert(\"svg\",function() {return nextSibling;})\n\t\t.attr(\"viewBox\", \"0 0 960 500\")\n\t\t.attr(\"preserveAspectRatio\", \"xMinYMin meet\")\n\t\t.attr(\"width\", width + margin.left + margin.right)\n\t\t.attr(\"height\", height + margin.top + margin.bottom);\n\t// Create main group\n\tvar mainGroup = svgElement.append(\"g\")\n\t\t.attr(\"transform\", \"translate(\" + margin.left + \",\" + margin.top + \")\");\n\t// Create the layers\n\tvar layer = mainGroup.selectAll(\".layer\")\n\t\t.data(layers)\n\t.enter().append(\"g\")\n\t\t.attr(\"class\", \"layer\")\n\t\t.style(\"fill\", function(d, i) { return color(i); });\n\t// Create the rectangles in each layer\n\tvar rect = layer.selectAll(\"rect\")\n\t\t.data(function(d) { return d; })\n\t.enter().append(\"rect\")\n\t\t.attr(\"x\", function(d) { return x(d.x); })\n\t\t.attr(\"y\", height)\n\t\t.attr(\"width\", x.rangeBand())\n\t\t.attr(\"height\", 0);\n\t// Transition the rectangles to their final height\n\trect.transition()\n\t\t.delay(function(d, i) { return i * 10; })\n\t\t.attr(\"y\", function(d) { return y(d.y0 + d.y); })\n\t\t.attr(\"height\", function(d) { return y(d.y0) - y(d.y0 + d.y); });\n\t// Add to the DOM\n\tmainGroup.append(\"g\")\n\t\t.attr(\"class\", \"x axis\")\n\t\t.attr(\"transform\", \"translate(0,\" + height + \")\")\n\t\t.call(xAxis);\n\tvar self = this;\n\t// Return the svg node\n\treturn {\n\t\tdomNode: svgElement[0][0],\n\t\tupdateChart: function() {\n\t\t\tif (self.barGrouped !== \"no\") {\n\t\t\t\ttransitionGrouped();\n\t\t\t} else {\n\t\t\t\ttransitionStacked();\n\t\t\t}\n\t\t}\n\t};\n\n\tfunction transitionGrouped() {\n\t\ty.domain([0, yGroupMax]);\n\t\trect.transition()\n\t\t\t.duration(500)\n\t\t\t.delay(function(d, i) { return i * 10; })\n\t\t\t.attr(\"x\", function(d, i, j) { return x(d.x) + x.rangeBand() / n * j; })\n\t\t\t.attr(\"width\", x.rangeBand() / n)\n\t\t\t.transition()\n\t\t\t.attr(\"y\", function(d) { return y(d.y); })\n\t\t\t.attr(\"height\", function(d) { return height - y(d.y); });\n\t}\n\n\tfunction transitionStacked() {\n\t\ty.domain([0, yStackMax]);\n\t\trect.transition()\n\t\t\t.duration(500)\n\t\t\t.delay(function(d, i) { return i * 10; })\n\t\t\t.attr(\"y\", function(d) { return y(d.y0 + d.y); })\n\t\t\t.attr(\"height\", function(d) { return y(d.y0) - y(d.y0 + d.y); })\n\t\t\t.transition()\n\t\t\t.attr(\"x\", function(d) { return x(d.x); })\n\t\t\t.attr(\"width\", x.rangeBand());\n\t}\n\n\t// Inspired by Lee Byron's test data generator.\n\tfunction bumpLayer(n, o) {\n\t\tfunction bump(a) {\n\t\t\tvar x = 1 / (0.1 + Math.random()),\n\t\t\t\ty = 2 * Math.random() - 0.5,\n\t\t\t\tz = 10 / (0.1 + Math.random());\n\t\t\tfor (var i = 0; i < n; i++) {\n\t\t\tvar w = (i / n - y) * z;\n\t\t\ta[i] += x * Math.exp(-w * w);\n\t\t\t}\n\t\t}\n\t\tvar a = [], i;\n\t\tfor (i = 0; i < n; ++i) a[i] = o + o * Math.random();\n\t\tfor (i = 0; i < 5; ++i) bump(a);\n\t\treturn a.map(function(d, i) { return {x: i, y: Math.max(0, d)}; });\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nBarWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.barData = this.getAttribute(\"data\");\n\tthis.barGrouped = this.getAttribute(\"grouped\",\"no\");\n};\n\n/*\nSelectively refreshes the widget if needed. 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            "text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-barwidget {\n}\n\n.tc-barwidget text {\n  font: 8px sans-serif;\n}\n\n.tc-barwidget .axis path,\n.tc-barwidget .axis line {\n  fill: none;\n  stroke: #000;\n  shape-rendering: crispEdges;\n}\n"
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            "text": "/*\\\ntitle: $:/plugins/tiddlywiki/d3/cloudwidget.js\ntype: application/javascript\nmodule-type: widget\n\nA widget for displaying word clouds. Derived from https://github.com/jasondavies/d3-cloud\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\td3 = require(\"$:/plugins/tiddlywiki/d3/d3.js\").d3;\n\nif($tw.browser) {\n\t// Frightful hack to give the cloud plugin the global d3 variable it needs\n\twindow.d3 = d3;\n\td3.layout.cloud  = require(\"$:/plugins/tiddlywiki/d3/d3.layout.cloud.js\").cloud;\n}\n\nvar CloudWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCloudWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCloudWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the chart\n\tvar chart = this.createChart(parent,nextSibling);\n\tthis.updateChart = chart.updateChart;\n\tif(this.updateChart) {\n\t\tthis.updateChart();\n\t}\n\t// Insert the chart into the DOM and render any children\n\tparent.insertBefore(chart.domNode,nextSibling);\n\tthis.domNodes.push(chart.domNode);\n};\n\nCloudWidget.prototype.createChart = function(parent,nextSibling) {\n\tvar self = this,\n\t\tfill = d3.scale.category20(),\n\t\tdata = this.wiki.getTiddlerData(this.cloudData);\n\t// Use dummy data if none provided\n\tif(!data) {\n\t\tdata = \"This word cloud does not have any data in it\".split(\" \").map(function(d) {\n\t\t\treturn {text: d, size: 10 + Math.random() * 90};\n\t\t});\n\t}\n\t// Create the svg element\n\tvar svgElement = d3.select(parent).insert(\"svg\",function() {return nextSibling;})\n\t\t.attr(\"width\", 600)\n\t\t.attr(\"height\", 400);\n\t// Create the main group\n\tvar mainGroup = svgElement\n\t\t.append(\"g\")\n\t\t.attr(\"transform\", \"translate(300,200)\");\n\t// Create the layout\n\tvar layout = d3.layout.cloud().size([600, 400])\n\t\t.words(data)\n\t\t.padding(5)\n\t\t.rotate(function() { return ~~(Math.random() * 5) * 30 - 60; })\n\t\t.font(\"Impact\")\n\t\t.fontSize(function(d) { return d.size*2; })\n\t\t.on(\"end\", draw)\n\t\t.start();\n\t// Function to draw all the words\n\tfunction draw(words) {\n\t\tmainGroup.selectAll(\"text\")\n\t\t\t.data(words)\n\t\t\t.enter().append(\"text\")\n\t\t\t.style(\"font-size\", function(d) { return d.size + \"px\"; })\n\t\t\t.style(\"font-family\", \"Impact\")\n\t\t\t.style(\"fill\", function(d, i) { return fill(i); })\n\t\t\t.attr(\"text-anchor\", \"middle\")\n\t\t\t.attr(\"transform\", function(d) {\n\t\t\t\treturn \"translate(\" + [d.x, d.y] + \")rotate(\" + d.rotate + \")\";\n\t\t\t})\n\t\t\t.text(function(d) { return d.text; });\n\t}\n\tfunction updateChart() {\n\t\tlayout.spiral(self.spiral);\n\t}\n\treturn {\n\t\tdomNode: svgElement[0][0],\n\t\tupdateChart: updateChart\n\t};\n};\n\n/*\nCompute the internal state of the widget\n*/\nCloudWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.cloudData = this.getAttribute(\"data\");\n\tthis.cloudSpiral = this.getAttribute(\"spiral\",\"archimedean\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCloudWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.data || changedTiddlers[this.cloudData]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedAttributes.spiral) {\n\t\tthis.execute();\n\t\tif(this.updateChart) {\n\t\t\tthis.updateChart();\n\t\t}\n\t\treturn true;\n\t}\n\treturn false;\n};\n\nexports.d3cloud = CloudWidget;\n\n})();\n",
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n.getHours()}),da.time.hours=da.time.hour.range,da.time.hours.utc=da.time.hour.utc.range,da.time.month=Tu(function(n){return n=da.time.day(n),n.setDate(1),n},function(n,t){n.setMonth(n.getMonth()+t)},function(n){return n.getMonth()}),da.time.months=da.time.month.range,da.time.months.utc=da.time.month.utc.range;var gl=[1e3,5e3,15e3,3e4,6e4,3e5,9e5,18e5,36e5,108e5,216e5,432e5,864e5,1728e5,6048e5,2592e6,7776e6,31536e6],pl=[[da.time.second,1],[da.time.second,5],[da.time.second,15],[da.time.second,30],[da.time.minute,1],[da.time.minute,5],[da.time.minute,15],[da.time.minute,30],[da.time.hour,1],[da.time.hour,3],[da.time.hour,6],[da.time.hour,12],[da.time.day,1],[da.time.day,2],[da.time.week,1],[da.time.month,1],[da.time.month,3],[da.time.year,1]],dl=[[da.time.format(\"%Y\"),Ut],[da.time.format(\"%B\"),function(n){return n.getMonth()}],[da.time.format(\"%b %d\"),function(n){return 1!=n.getDate()}],[da.time.format(\"%a %d\"),function(n){return n.getDay()&&1!=n.getDate()}],[da.time.format(\"%I %p\"),function(n){return n.getHours()}],[da.time.format(\"%I:%M\"),function(n){return n.getMinutes()}],[da.time.format(\":%S\"),function(n){return n.getSeconds()}],[da.time.format(\".%L\"),function(n){return n.getMilliseconds()}]],ml=da.scale.linear(),vl=ca(dl);pl.year=function(n,t){return ml.domain(n.map(sa)).ticks(t).map(la)},da.time.scale=function(){return aa(da.scale.linear(),pl,vl)};var yl=pl.map(function(n){return[n[0].utc,n[1]]}),Ml=[[da.time.format.utc(\"%Y\"),Ut],[da.time.format.utc(\"%B\"),function(n){return n.getUTCMonth()}],[da.time.format.utc(\"%b %d\"),function(n){return 1!=n.getUTCDate()}],[da.time.format.utc(\"%a %d\"),function(n){return n.getUTCDay()&&1!=n.getUTCDate()}],[da.time.format.utc(\"%I %p\"),function(n){return n.getUTCHours()}],[da.time.format.utc(\"%I:%M\"),function(n){return n.getUTCMinutes()}],[da.time.format.utc(\":%S\"),function(n){return n.getUTCSeconds()}],[da.time.format.utc(\".%L\"),function(n){return n.getUTCMilliseconds()}]],xl=ca(Ml);return yl.year=function(n,t){return ml.domain(n.map(ha)).ticks(t).map(fa)},da.time.scale.utc=function(){return aa(da.scale.linear(),yl,xl)},da.text=pt(function(n){return n.responseText}),da.json=function(n,t){return dt(n,\"application/json\",ga,t)},da.html=function(n,t){return dt(n,\"text/html\",pa,t)},da.xml=pt(function(n){return n.responseXML}),da}();}\nexports.d3 = d3;\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/d3/d3.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/d3/d3.layout.cloud.js": {
            "text": "// Word cloud layout by Jason Davies, http://www.jasondavies.com/word-cloud/\n// Algorithm due to Jonathan Feinberg, http://static.mrfeinberg.com/bv_ch03.pdf\n(function(exports) {\n  function cloud() {\n    var size = [256, 256],\n        text = cloudText,\n        font = cloudFont,\n        fontSize = cloudFontSize,\n        fontStyle = cloudFontNormal,\n        fontWeight = cloudFontNormal,\n        rotate = cloudRotate,\n        padding = cloudPadding,\n        spiral = archimedeanSpiral,\n        words = [],\n        timeInterval = Infinity,\n        event = d3.dispatch(\"word\", \"end\"),\n        timer = null,\n        cloud = {};\n\n    cloud.start = function() {\n      var board = zeroArray((size[0] >> 5) * size[1]),\n          bounds = null,\n          n = words.length,\n          i = -1,\n          tags = [],\n          data = words.map(function(d, i) {\n            d.text = text.call(this, d, i);\n            d.font = font.call(this, d, i);\n            d.style = fontStyle.call(this, d, i);\n            d.weight = fontWeight.call(this, d, i);\n            d.rotate = rotate.call(this, d, i);\n            d.size = ~~fontSize.call(this, d, i);\n            d.padding = padding.call(this, d, i);\n            return d;\n          }).sort(function(a, b) { return b.size - a.size; });\n\n      if (timer) clearInterval(timer);\n      timer = setInterval(step, 0);\n      step();\n\n      return cloud;\n\n      function step() {\n        var start = +new Date,\n            d;\n        while (+new Date - start < timeInterval && ++i < n && timer) {\n          d = data[i];\n          d.x = (size[0] * (Math.random() + .5)) >> 1;\n          d.y = (size[1] * (Math.random() + .5)) >> 1;\n          cloudSprite(d, data, i);\n          if (d.hasText && place(board, d, bounds)) {\n            tags.push(d);\n            event.word(d);\n            if (bounds) cloudBounds(bounds, d);\n            else bounds = [{x: d.x + d.x0, y: d.y + d.y0}, {x: d.x + d.x1, y: d.y + d.y1}];\n            // Temporary hack\n            d.x -= size[0] >> 1;\n            d.y -= size[1] >> 1;\n          }\n        }\n        if (i >= n) {\n          cloud.stop();\n          event.end(tags, bounds);\n        }\n      }\n    }\n\n    cloud.stop = function() {\n      if (timer) {\n        clearInterval(timer);\n        timer = null;\n      }\n      return cloud;\n    };\n\n    cloud.timeInterval = function(x) {\n      if (!arguments.length) return timeInterval;\n      timeInterval = x == null ? Infinity : x;\n      return cloud;\n    };\n\n    function place(board, tag, bounds) {\n      var perimeter = [{x: 0, y: 0}, {x: size[0], y: size[1]}],\n          startX = tag.x,\n          startY = tag.y,\n          maxDelta = Math.sqrt(size[0] * size[0] + size[1] * size[1]),\n          s = spiral(size),\n          dt = Math.random() < .5 ? 1 : -1,\n          t = -dt,\n          dxdy,\n          dx,\n          dy;\n\n      while (dxdy = s(t += dt)) {\n        dx = ~~dxdy[0];\n        dy = ~~dxdy[1];\n\n        if (Math.min(dx, dy) > maxDelta) break;\n\n        tag.x = startX + dx;\n        tag.y = startY + dy;\n\n        if (tag.x + tag.x0 < 0 || tag.y + tag.y0 < 0 ||\n            tag.x + tag.x1 > size[0] || tag.y + tag.y1 > size[1]) continue;\n        // TODO only check for collisions within current bounds.\n        if (!bounds || !cloudCollide(tag, board, size[0])) {\n          if (!bounds || collideRects(tag, bounds)) {\n            var sprite = tag.sprite,\n                w = tag.width >> 5,\n                sw = size[0] >> 5,\n                lx = tag.x - (w << 4),\n                sx = lx & 0x7f,\n                msx = 32 - sx,\n                h = tag.y1 - tag.y0,\n                x = (tag.y + tag.y0) * sw + (lx >> 5),\n                last;\n            for (var j = 0; j < h; j++) {\n              last = 0;\n              for (var i = 0; i <= w; i++) {\n                board[x + i] |= (last << msx) | (i < w ? (last = sprite[j * w + i]) >>> sx : 0);\n              }\n              x += sw;\n            }\n            delete tag.sprite;\n            return true;\n          }\n        }\n      }\n      return false;\n    }\n\n    cloud.words = function(x) {\n      if (!arguments.length) return words;\n      words = x;\n      return cloud;\n    };\n\n    cloud.size = function(x) {\n      if (!arguments.length) return size;\n      size = [+x[0], +x[1]];\n      return cloud;\n    };\n\n    cloud.font = function(x) {\n      if (!arguments.length) return font;\n      font = d3.functor(x);\n      return cloud;\n    };\n\n    cloud.fontStyle = function(x) {\n      if (!arguments.length) return fontStyle;\n      fontStyle = d3.functor(x);\n      return cloud;\n    };\n\n    cloud.fontWeight = function(x) {\n      if (!arguments.length) return fontWeight;\n      fontWeight = d3.functor(x);\n      return cloud;\n    };\n\n    cloud.rotate = function(x) {\n      if (!arguments.length) return rotate;\n      rotate = d3.functor(x);\n      return cloud;\n    };\n\n    cloud.text = function(x) {\n      if (!arguments.length) return text;\n      text = d3.functor(x);\n      return cloud;\n    };\n\n    cloud.spiral = function(x) {\n      if (!arguments.length) return spiral;\n      spiral = spirals[x + \"\"] || x;\n      return cloud;\n    };\n\n    cloud.fontSize = function(x) {\n      if (!arguments.length) return fontSize;\n      fontSize = d3.functor(x);\n      return cloud;\n    };\n\n    cloud.padding = function(x) {\n      if (!arguments.length) return padding;\n      padding = d3.functor(x);\n      return cloud;\n    };\n\n    return d3.rebind(cloud, event, \"on\");\n  }\n\n  function cloudText(d) {\n    return d.text;\n  }\n\n  function cloudFont() {\n    return \"serif\";\n  }\n\n  function cloudFontNormal() {\n    return \"normal\";\n  }\n\n  function cloudFontSize(d) {\n    return Math.sqrt(d.value);\n  }\n\n  function cloudRotate() {\n    return (~~(Math.random() * 6) - 3) * 30;\n  }\n\n  function cloudPadding() {\n    return 1;\n  }\n\n  // Fetches a monochrome sprite bitmap for the specified text.\n  // Load in batches for speed.\n  function cloudSprite(d, data, di) {\n    if (d.sprite) return;\n    c.clearRect(0, 0, (cw << 5) / ratio, ch / ratio);\n    var x = 0,\n        y = 0,\n        maxh = 0,\n        n = data.length;\n    --di;\n    while (++di < n) {\n      d = data[di];\n      c.save();\n      c.font = d.style + \" \" + d.weight + \" \" + ~~((d.size + 1) / ratio) + \"px \" + d.font;\n      var w = c.measureText(d.text + \"m\").width * ratio,\n          h = d.size << 1;\n      if (d.rotate) {\n        var sr = Math.sin(d.rotate * cloudRadians),\n            cr = Math.cos(d.rotate * cloudRadians),\n            wcr = w * cr,\n            wsr = w * sr,\n            hcr = h * cr,\n            hsr = h * sr;\n        w = (Math.max(Math.abs(wcr + hsr), Math.abs(wcr - hsr)) + 0x1f) >> 5 << 5;\n        h = ~~Math.max(Math.abs(wsr + hcr), Math.abs(wsr - hcr));\n      } else {\n        w = (w + 0x1f) >> 5 << 5;\n      }\n      if (h > maxh) maxh = h;\n      if (x + w >= (cw << 5)) {\n        x = 0;\n        y += maxh;\n        maxh = 0;\n      }\n      if (y + h >= ch) break;\n      c.translate((x + (w >> 1)) / ratio, (y + (h >> 1)) / ratio);\n      if (d.rotate) c.rotate(d.rotate * cloudRadians);\n      c.fillText(d.text, 0, 0);\n      if (d.padding) c.lineWidth = 2 * d.padding, c.strokeText(d.text, 0, 0);\n      c.restore();\n      d.width = w;\n      d.height = h;\n      d.xoff = x;\n      d.yoff = y;\n      d.x1 = w >> 1;\n      d.y1 = h >> 1;\n      d.x0 = -d.x1;\n      d.y0 = -d.y1;\n      d.hasText = true;\n      x += w;\n    }\n    var pixels = c.getImageData(0, 0, (cw << 5) / ratio, ch / ratio).data,\n        sprite = [];\n    while (--di >= 0) {\n      d = data[di];\n      if (!d.hasText) continue;\n      var w = d.width,\n          w32 = w >> 5,\n          h = d.y1 - d.y0;\n      // Zero the buffer\n      for (var i = 0; i < h * w32; i++) sprite[i] = 0;\n      x = d.xoff;\n      if (x == null) return;\n      y = d.yoff;\n      var seen = 0,\n          seenRow = -1;\n      for (var j = 0; j < h; j++) {\n        for (var i = 0; i < w; i++) {\n          var k = w32 * j + (i >> 5),\n              m = pixels[((y + j) * (cw << 5) + (x + i)) << 2] ? 1 << (31 - (i % 32)) : 0;\n          sprite[k] |= m;\n          seen |= m;\n        }\n        if (seen) seenRow = j;\n        else {\n          d.y0++;\n          h--;\n          j--;\n          y++;\n        }\n      }\n      d.y1 = d.y0 + seenRow;\n      d.sprite = sprite.slice(0, (d.y1 - d.y0) * w32);\n    }\n  }\n\n  // Use mask-based collision detection.\n  function cloudCollide(tag, board, sw) {\n    sw >>= 5;\n    var sprite = tag.sprite,\n        w = tag.width >> 5,\n        lx = tag.x - (w << 4),\n        sx = lx & 0x7f,\n        msx = 32 - sx,\n        h = tag.y1 - tag.y0,\n        x = (tag.y + tag.y0) * sw + (lx >> 5),\n        last;\n    for (var j = 0; j < h; j++) {\n      last = 0;\n      for (var i = 0; i <= w; i++) {\n        if (((last << msx) | (i < w ? (last = sprite[j * w + i]) >>> sx : 0))\n            & board[x + i]) return true;\n      }\n      x += sw;\n    }\n    return false;\n  }\n\n  function cloudBounds(bounds, d) {\n    var b0 = bounds[0],\n        b1 = bounds[1];\n    if (d.x + d.x0 < b0.x) b0.x = d.x + d.x0;\n    if (d.y + d.y0 < b0.y) b0.y = d.y + d.y0;\n    if (d.x + d.x1 > b1.x) b1.x = d.x + d.x1;\n    if (d.y + d.y1 > b1.y) b1.y = d.y + d.y1;\n  }\n\n  function collideRects(a, b) {\n    return a.x + a.x1 > b[0].x && a.x + a.x0 < b[1].x && a.y + a.y1 > b[0].y && a.y + a.y0 < b[1].y;\n  }\n\n  function archimedeanSpiral(size) {\n    var e = size[0] / size[1];\n    return function(t) {\n      return [e * (t *= .1) * Math.cos(t), t * Math.sin(t)];\n    };\n  }\n\n  function rectangularSpiral(size) {\n    var dy = 4,\n        dx = dy * size[0] / size[1],\n        x = 0,\n        y = 0;\n    return function(t) {\n      var sign = t < 0 ? -1 : 1;\n      // See triangular numbers: T_n = n * (n + 1) / 2.\n      switch ((Math.sqrt(1 + 4 * sign * t) - sign) & 3) {\n        case 0:  x += dx; break;\n        case 1:  y += dy; break;\n        case 2:  x -= dx; break;\n        default: y -= dy; break;\n      }\n      return [x, y];\n    };\n  }\n\n  // TODO reuse arrays?\n  function zeroArray(n) {\n    var a = [],\n        i = -1;\n    while (++i < n) a[i] = 0;\n    return a;\n  }\n\n  var cloudRadians = Math.PI / 180,\n      cw = 1 << 11 >> 5,\n      ch = 1 << 11,\n      canvas,\n      ratio = 1;\n\n  if (typeof document !== \"undefined\") {\n    canvas = document.createElement(\"canvas\");\n    canvas.width = 1;\n    canvas.height = 1;\n    ratio = Math.sqrt(canvas.getContext(\"2d\").getImageData(0, 0, 1, 1).data.length >> 2);\n    canvas.width = (cw << 5) / ratio;\n    canvas.height = ch / ratio;\n  } else {\n    // node-canvas support\n    var Canvas = require(\"canvas\");\n    canvas = new Canvas(cw << 5, ch);\n  }\n\n  var c = canvas.getContext(\"2d\"),\n      spirals = {\n        archimedean: archimedeanSpiral,\n        rectangular: rectangularSpiral\n      };\n  c.fillStyle = c.strokeStyle = \"red\";\n  c.textAlign = \"center\";\n\n  exports.cloud = cloud;\n})(typeof exports === \"undefined\" ? d3.layout || (d3.layout = {}) : exports);\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/d3/d3.layout.cloud.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/d3/readme": {
            "title": "$:/plugins/tiddlywiki/d3/readme",
            "text": "The D3 plugin is a proof-of-concept demo of integration with the D3.js data visualisation framework (http://d3js.org).\n\nIt is not currently in a state where it can be used for anything useful.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/d3]]\n"
        }
    }
}

/*\
title: $:/plugins/tiddlywiki/d3/barwidget.js
type: application/javascript
module-type: widget

A widget for displaying stacked or grouped bar charts. Derived from http://bl.ocks.org/mbostock/3943967

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

var Widget = require("$:/core/modules/widgets/widget.js").widget,
	d3 = require("$:/plugins/tiddlywiki/d3/d3.js").d3;

var BarWidget = function(parseTreeNode,options) {
	this.initialise(parseTreeNode,options);
};

/*
Inherit from the base widget class
*/
BarWidget.prototype = new Widget();

/*
Render this widget into the DOM
*/
BarWidget.prototype.render = function(parent,nextSibling) {
	// Save the parent dom node
	this.parentDomNode = parent;
	// Compute our attributes
	this.computeAttributes();
	// Execute our logic
	this.execute();
	// Create the chart
	var chart = this.createChart(parent,nextSibling);
	this.updateChart = chart.updateChart;
	if(this.updateChart) {
		this.updateChart();
	}
	// Insert the chart into the DOM and render any children
	parent.insertBefore(chart.domNode,nextSibling);
	this.domNodes.push(chart.domNode);
};

BarWidget.prototype.createChart = function(parent,nextSibling) {
	// Get the data we're plotting
	var data = this.wiki.getTiddlerData(this.barData),
		n,m,stack,layers;
	if(data) {
		n = data.layers;
		m = data.samples;
		layers = data.data;
	} else { // Use randomly generated data if we don't have any
		n = 4; // number of layers
		m = 58; // number of samples per layer
		stack = d3.layout.stack();
		layers = stack(d3.range(n).map(function() { return bumpLayer(m, 0.1); }));
	}
	// Calculate the maximum data values
	var yGroupMax = d3.max(layers, function(layer) { return d3.max(layer, function(d) { return d.y; }); }),
		yStackMax = d3.max(layers, function(layer) { return d3.max(layer, function(d) { return d.y0 + d.y; }); });
	// Calculate margins and width and height
	var margin = {top: 40, right: 10, bottom: 20, left: 10},
		width = 960 - margin.left - margin.right,
		height = 500 - margin.top - margin.bottom;
	// x-scale
	var x = d3.scale.ordinal()
		.domain(d3.range(m))
		.rangeRoundBands([0, width], 0.08);
	// y-scale
	var y = d3.scale.linear()
		.domain([0, yStackMax])
		.range([height, 0]);
	// Array of colour values
	var color = d3.scale.linear()
		.domain([0, n - 1])
		.range(["#aad", "#556"]);
	// x-axis
	var xAxis = d3.svg.axis()
		.scale(x)
		.tickSize(0)
		.tickPadding(6)
		.orient("bottom");
	// Create SVG element
	var svgElement = d3.select(parent).insert("svg",function() {return nextSibling;})
		.attr("viewBox", "0 0 960 500")
		.attr("preserveAspectRatio", "xMinYMin meet")
		.attr("width", width + margin.left + margin.right)
		.attr("height", height + margin.top + margin.bottom);
	// Create main group
	var mainGroup = svgElement.append("g")
		.attr("transform", "translate(" + margin.left + "," + margin.top + ")");
	// Create the layers
	var layer = mainGroup.selectAll(".layer")
		.data(layers)
	.enter().append("g")
		.attr("class", "layer")
		.style("fill", function(d, i) { return color(i); });
	// Create the rectangles in each layer
	var rect = layer.selectAll("rect")
		.data(function(d) { return d; })
	.enter().append("rect")
		.attr("x", function(d) { return x(d.x); })
		.attr("y", height)
		.attr("width", x.rangeBand())
		.attr("height", 0);
	// Transition the rectangles to their final height
	rect.transition()
		.delay(function(d, i) { return i * 10; })
		.attr("y", function(d) { return y(d.y0 + d.y); })
		.attr("height", function(d) { return y(d.y0) - y(d.y0 + d.y); });
	// Add to the DOM
	mainGroup.append("g")
		.attr("class", "x axis")
		.attr("transform", "translate(0," + height + ")")
		.call(xAxis);
	var self = this;
	// Return the svg node
	return {
		domNode: svgElement[0][0],
		updateChart: function() {
			if (self.barGrouped !== "no") {
				transitionGrouped();
			} else {
				transitionStacked();
			}
		}
	};

	function transitionGrouped() {
		y.domain([0, yGroupMax]);
		rect.transition()
			.duration(500)
			.delay(function(d, i) { return i * 10; })
			.attr("x", function(d, i, j) { return x(d.x) + x.rangeBand() / n * j; })
			.attr("width", x.rangeBand() / n)
			.transition()
			.attr("y", function(d) { return y(d.y); })
			.attr("height", function(d) { return height - y(d.y); });
	}

	function transitionStacked() {
		y.domain([0, yStackMax]);
		rect.transition()
			.duration(500)
			.delay(function(d, i) { return i * 10; })
			.attr("y", function(d) { return y(d.y0 + d.y); })
			.attr("height", function(d) { return y(d.y0) - y(d.y0 + d.y); })
			.transition()
			.attr("x", function(d) { return x(d.x); })
			.attr("width", x.rangeBand());
	}

	// Inspired by Lee Byron's test data generator.
	function bumpLayer(n, o) {
		function bump(a) {
			var x = 1 / (0.1 + Math.random()),
				y = 2 * Math.random() - 0.5,
				z = 10 / (0.1 + Math.random());
			for (var i = 0; i < n; i++) {
			var w = (i / n - y) * z;
			a[i] += x * Math.exp(-w * w);
			}
		}
		var a = [], i;
		for (i = 0; i < n; ++i) a[i] = o + o * Math.random();
		for (i = 0; i < 5; ++i) bump(a);
		return a.map(function(d, i) { return {x: i, y: Math.max(0, d)}; });
	}
};

/*
Compute the internal state of the widget
*/
BarWidget.prototype.execute = function() {
	// Get the parameters from the attributes
	this.barData = this.getAttribute("data");
	this.barGrouped = this.getAttribute("grouped","no");
};

/*
Selectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering
*/
BarWidget.prototype.refresh = function(changedTiddlers) {
	var changedAttributes = this.computeAttributes();
	if(changedAttributes.data || changedTiddlers[this.barData]) {
		this.refreshSelf();
		return true;
	} else if(changedAttributes.grouped) {
		this.execute();
		if(this.updateChart) {
			this.updateChart();
		}
		return true;
	}
	return false;
};

exports.d3bar = BarWidget;

})();

\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline

.tc-barwidget {
}

.tc-barwidget text {
  font: 8px sans-serif;
}

.tc-barwidget .axis path,
.tc-barwidget .axis line {
  fill: none;
  stroke: #000;
  shape-rendering: crispEdges;
}

/*\
title: $:/plugins/tiddlywiki/d3/cloudwidget.js
type: application/javascript
module-type: widget

A widget for displaying word clouds. Derived from https://github.com/jasondavies/d3-cloud

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

var Widget = require("$:/core/modules/widgets/widget.js").widget,
	d3 = require("$:/plugins/tiddlywiki/d3/d3.js").d3;

if($tw.browser) {
	// Frightful hack to give the cloud plugin the global d3 variable it needs
	window.d3 = d3;
	d3.layout.cloud  = require("$:/plugins/tiddlywiki/d3/d3.layout.cloud.js").cloud;
}

var CloudWidget = function(parseTreeNode,options) {
	this.initialise(parseTreeNode,options);
};

/*
Inherit from the base widget class
*/
CloudWidget.prototype = new Widget();

/*
Render this widget into the DOM
*/
CloudWidget.prototype.render = function(parent,nextSibling) {
	// Save the parent dom node
	this.parentDomNode = parent;
	// Compute our attributes
	this.computeAttributes();
	// Execute our logic
	this.execute();
	// Create the chart
	var chart = this.createChart(parent,nextSibling);
	this.updateChart = chart.updateChart;
	if(this.updateChart) {
		this.updateChart();
	}
	// Insert the chart into the DOM and render any children
	parent.insertBefore(chart.domNode,nextSibling);
	this.domNodes.push(chart.domNode);
};

CloudWidget.prototype.createChart = function(parent,nextSibling) {
	var self = this,
		fill = d3.scale.category20(),
		data = this.wiki.getTiddlerData(this.cloudData);
	// Use dummy data if none provided
	if(!data) {
		data = "This word cloud does not have any data in it".split(" ").map(function(d) {
			return {text: d, size: 10 + Math.random() * 90};
		});
	}
	// Create the svg element
	var svgElement = d3.select(parent).insert("svg",function() {return nextSibling;})
		.attr("width", 600)
		.attr("height", 400);
	// Create the main group
	var mainGroup = svgElement
		.append("g")
		.attr("transform", "translate(300,200)");
	// Create the layout
	var layout = d3.layout.cloud().size([600, 400])
		.words(data)
		.padding(5)
		.rotate(function() { return ~~(Math.random() * 5) * 30 - 60; })
		.font("Impact")
		.fontSize(function(d) { return d.size*2; })
		.on("end", draw)
		.start();
	// Function to draw all the words
	function draw(words) {
		mainGroup.selectAll("text")
			.data(words)
			.enter().append("text")
			.style("font-size", function(d) { return d.size + "px"; })
			.style("font-family", "Impact")
			.style("fill", function(d, i) { return fill(i); })
			.attr("text-anchor", "middle")
			.attr("transform", function(d) {
				return "translate(" + [d.x, d.y] + ")rotate(" + d.rotate + ")";
			})
			.text(function(d) { return d.text; });
	}
	function updateChart() {
		layout.spiral(self.spiral);
	}
	return {
		domNode: svgElement[0][0],
		updateChart: updateChart
	};
};

/*
Compute the internal state of the widget
*/
CloudWidget.prototype.execute = function() {
	// Get the parameters from the attributes
	this.cloudData = this.getAttribute("data");
	this.cloudSpiral = this.getAttribute("spiral","archimedean");
};

/*
Selectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering
*/
CloudWidget.prototype.refresh = function(changedTiddlers) {
	var changedAttributes = this.computeAttributes();
	if(changedAttributes.data || changedTiddlers[this.cloudData]) {
		this.refreshSelf();
		return true;
	} else if(changedAttributes.spiral) {
		this.execute();
		if(this.updateChart) {
			this.updateChart();
		}
		return true;
	}
	return false;
};

exports.d3cloud = CloudWidget;

})();

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N=x.select("line"),q=_.select("line"),T=M.select("text").text(g),C=x.select("text"),z=_.select("text");switch(r){case"bottom":n=ku,m.attr("y2",u),y.attr("x2",0).attr("y2",u),N.attr("y2",i),C.attr("y",Math.max(i,0)+o),q.attr("x2",0).attr("y2",i),z.attr("x",0).attr("y",Math.max(i,0)+o),T.attr("dy",".71em").style("text-anchor","middle"),E.attr("d","M"+w[0]+","+a+"V0H"+w[1]+"V"+a);break;case"top":n=ku,m.attr("y2",-u),y.attr("x2",0).attr("y2",-u),N.attr("y2",-i),C.attr("y",-(Math.max(i,0)+o)),q.attr("x2",0).attr("y2",-i),z.attr("x",0).attr("y",-(Math.max(i,0)+o)),T.attr("dy","0em").style("text-anchor","middle"),E.attr("d","M"+w[0]+","+-a+"V0H"+w[1]+"V"+-a);break;case"left":n=Au,m.attr("x2",-u),y.attr("x2",-u).attr("y2",0),N.attr("x2",-i),C.attr("x",-(Math.max(i,0)+o)),q.attr("x2",-i).attr("y2",0),z.attr("x",-(Math.max(i,0)+o)).attr("y",0),T.attr("dy",".32em").style("text-anchor","end"),E.attr("d","M"+-a+","+w[0]+"H0V"+w[1]+"H"+-a);break;case"right":n=Au,m.attr("x2",u),y.attr("x2",u).attr("y2",0),N.attr("x2",i),C.attr("x",Math.max(i,0)+o),q.attr("x2",i).attr("y2",0),z.attr("x",Math.max(i,0)+o).attr("y",0),T.attr("dy",".32em").style("text-anchor","start"),E.attr("d","M"+a+","+w[0]+"H0V"+w[1]+"H"+a)}if(e.rangeBand){var D=k.rangeBand()/2,j=function(n){return k(n)+D};x.call(n,j),_.call(n,j)}else x.call(n,A),_.call(n,k),b.call(n,k),m.call(n,A),y.call(n,k),v.call(n,k)})}var t,e=da.scale.linear(),r=Pc,i=6,u=6,a=6,o=3,c=[10],l=null,s=0;return n.scale=function(t){return arguments.length?(e=t,n):e},n.orient=function(t){return arguments.length?(r=t in Oc?t+"":Pc,n):r},n.ticks=function(){return arguments.length?(c=arguments,n):c},n.tickValues=function(t){return arguments.length?(l=t,n):l},n.tickFormat=function(e){return arguments.length?(t=e,n):t},n.tickSize=function(t,e){if(!arguments.length)return i;var r=arguments.length-1;return i=+t,u=r>1?+e:i,a=r>0?+arguments[r]:i,n},n.tickPadding=function(t){return arguments.length?(o=+t,n):o},n.tickSubdivide=function(t){return arguments.length?(s=+t,n):s},n};var Pc="bottom",Oc={top:1,right:1,bottom:1,left:1};da.svg.brush=function(){function n(u){u.each(function(){var u,a=da.select(this),s=a.selectAll(".background").data([0]),f=a.selectAll(".extent").data([0]),h=a.selectAll(".resize").data(l,String);a.style("pointer-events","all").on("mousedown.brush",i).on("touchstart.brush",i),s.enter().append("rect").attr("class","background").style("visibility","hidden").style("cursor","crosshair"),f.enter().append("rect").attr("class","extent").style("cursor","move"),h.enter().append("g").attr("class",function(n){return"resize "+n}).style("cursor",function(n){return Yc[n]}).append("rect").attr("x",function(n){return/[ew]$/.test(n)?-3:null}).attr("y",function(n){return/^[ns]/.test(n)?-3:null}).attr("width",6).attr("height",6).style("visibility","hidden"),h.style("display",n.empty()?"none":null),h.exit().remove(),o&&(u=Vi(o),s.attr("x",u[0]).attr("width",u[1]-u[0]),e(a)),c&&(u=Vi(c),s.attr("y",u[0]).attr("height",u[1]-u[0]),r(a)),t(a)})}function t(n){n.selectAll(".resize").attr("transform",function(n){return"translate("+s[+/e$/.test(n)][0]+","+s[+/^s/.test(n)][1]+")"})}function e(n){n.select(".extent").attr("x",s[0][0]),n.selectAll(".extent,.n>rect,.s>rect").attr("width",s[1][0]-s[0][0])}function r(n){n.select(".extent").attr("y",s[0][1]),n.selectAll(".extent,.e>rect,.w>rect").attr("height",s[1][1]-s[0][1])}function i(){function i(){var n=da.event.changedTouches;return n?da.touches(M,n)[0]:da.mouse(M)}function l(){32==da.event.keyCode&&(k||(v=null,N[0]-=s[1][0],N[1]-=s[1][1],k=2),g())}function h(){32==da.event.keyCode&&2==k&&(N[0]+=s[1][0],N[1]+=s[1][1],k=0,g())}function p(){var n=i(),u=!1;y&&(n[0]+=y[0],n[1]+=y[1]),k||(da.event.altKey?(v||(v=[(s[0][0]+s[1][0])/2,(s[0][1]+s[1][1])/2]),N[0]=s[+(n[0]<v[0])][0],N[1]=s[+(n[1]<v[1])][1]):v=null),S&&d(n,o,0)&&(e(_),u=!0),E&&d(n,c,1)&&(r(_),u=!0),u&&(t(_),b({type:"brush",mode:k?"move":"resize"}))}function d(n,t,e){var r,i,a=Vi(t),o=a[0],c=a[1],l=N[e],h=s[1][e]-s[0][e];return k&&(o-=l,c-=h+l),r=f[e]?Math.max(o,Math.min(c,n[e])):n[e],k?i=(r+=l)+h:(v&&(l=Math.max(o,Math.min(c,2*v[e]-r))),r>l?(i=r,r=l):i=l),s[0][e]!==r||s[1][e]!==i?(u=null,s[0][e]=r,s[1][e]=i,!0):void 0}function m(){p(),_.style("pointer-events","all").selectAll(".resize").style("display",n.empty()?"none":null),da.select("body").style("cursor",null),q.on("mousemove.brush",null).on("mouseup.brush",null).on("touchmove.brush",null).on("touchend.brush",null).on("keydown.brush",null).on("keyup.brush",null),A(),b({type:"brushend"})}var v,y,M=this,x=da.select(da.event.target),b=a.of(M,arguments),_=da.select(M),w=x.datum(),S=!/^(n|s)$/.test(w)&&o,E=!/^(e|w)$/.test(w)&&c,k=x.classed("extent"),A=H(),N=i(),q=da.select(ya).on("keydown.brush",l).on("keyup.brush",h);if(da.event.changedTouches?q.on("touchmove.brush",p).on("touchend.brush",m):q.on("mousemove.brush",p).on("mouseup.brush",m),k)N[0]=s[0][0]-N[0],N[1]=s[0][1]-N[1];else if(w){var 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arguments.length?(u=[[0,0],[0,0]],o&&(e=t[0],r=t[1],c&&(e=e[0],r=r[0]),u[0][0]=e,u[1][0]=r,o.invert&&(e=o(e),r=o(r)),e>r&&(l=e,e=r,r=l),s[0][0]=0|e,s[1][0]=0|r),c&&(i=t[0],a=t[1],o&&(i=i[1],a=a[1]),u[0][1]=i,u[1][1]=a,c.invert&&(i=c(i),a=c(a)),i>a&&(l=i,i=a,a=l),s[0][1]=0|i,s[1][1]=0|a),n):(t=u||s,o&&(e=t[0][0],r=t[1][0],u||(e=s[0][0],r=s[1][0],o.invert&&(e=o.invert(e),r=o.invert(r)),e>r&&(l=e,e=r,r=l))),c&&(i=t[0][1],a=t[1][1],u||(i=s[0][1],a=s[1][1],c.invert&&(i=c.invert(i),a=c.invert(a)),i>a&&(l=i,i=a,a=l))),o&&c?[[e,i],[r,a]]:o?[e,r]:c&&[i,a])},n.clear=function(){return u=null,s[0][0]=s[0][1]=s[1][0]=s[1][1]=0,n},n.empty=function(){return o&&s[0][0]===s[1][0]||c&&s[0][1]===s[1][1]},da.rebind(n,a,"on")};var Yc={n:"ns-resize",e:"ew-resize",s:"ns-resize",w:"ew-resize",nw:"nwse-resize",ne:"nesw-resize",se:"nwse-resize",sw:"nesw-resize"},Rc=[["n","e","s","w","nw","ne","se","sw"],["e","w"],["n","s"],[]];da.time={};var Uc=Date,Ic=["Sunday","Monday","Tuesday","Wednesday","Thursday","Friday","Saturday"];qu.prototype={getDate:function(){return this._.getUTCDate()},getDay:function(){return this._.getUTCDay()},getFullYear:function(){return this._.getUTCFullYear()},getHours:function(){return this._.getUTCHours()},getMilliseconds:function(){return this._.getUTCMilliseconds()},getMinutes:function(){return this._.getUTCMinutes()},getMonth:function(){return this._.getUTCMonth()},getSeconds:function(){return this._.getUTCSeconds()},getTime:function(){return this._.getTime()},getTimezoneOffset:function(){return 0},valueOf:function(){return this._.valueOf()},setDate:function(){Vc.setUTCDate.apply(this._,arguments)},setDay:function(){Vc.setUTCDay.apply(this._,arguments)},setFullYear:function(){Vc.setUTCFullYear.apply(this._,arguments)},setHours:function(){Vc.setUTCHours.apply(this._,arguments)},setMilliseconds:function(){Vc.setUTCMilliseconds.apply(this._,arguments)},setMinutes:function(){Vc.setUTCMinutes.apply(this._,arguments)},setMonth:function(){Vc.setUTCMonth.apply(this._,arguments)},setSeconds:function(){Vc.setUTCSeconds.apply(this._,arguments)},setTime:function(){Vc.setTime.apply(this._,arguments)}};var Vc=Date.prototype,Xc="%a %b %e %X %Y",Zc="%m/%d/%Y",Bc="%H:%M:%S",$c=["Sunday","Monday","Tuesday","Wednesday","Thursday","Friday","Saturday"],Wc=["Sun","Mon","Tue","Wed","Thu","Fri","Sat"],Jc=["January","February","March","April","May","June","July","August","September","October","November","December"],Gc=["Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec"];da.time.year=Tu(function(n){return n=da.time.day(n),n.setMonth(0,1),n},function(n,t){n.setFullYear(n.getFullYear()+t)},function(n){return n.getFullYear()}),da.time.years=da.time.year.range,da.time.years.utc=da.time.year.utc.range,da.time.day=Tu(function(n){var t=new Uc(2e3,0);return t.setFullYear(n.getFullYear(),n.getMonth(),n.getDate()),t},function(n,t){n.setDate(n.getDate()+t)},function(n){return n.getDate()-1}),da.time.days=da.time.day.range,da.time.days.utc=da.time.day.utc.range,da.time.dayOfYear=function(n){var t=da.time.year(n);return Math.floor((n-t-6e4*(n.getTimezoneOffset()-t.getTimezoneOffset()))/864e5)},Ic.forEach(function(n,t){n=n.toLowerCase(),t=7-t;var e=da.time[n]=Tu(function(n){return(n=da.time.day(n)).setDate(n.getDate()-(n.getDay()+t)%7),n},function(n,t){n.setDate(n.getDate()+7*Math.floor(t))},function(n){var e=da.time.year(n).getDay();return Math.floor((da.time.dayOfYear(n)+(e+t)%7)/7)-(e!==t)});da.time[n+"s"]=e.range,da.time[n+"s"].utc=e.utc.range,da.time[n+"OfYear"]=function(n){var e=da.time.year(n).getDay();return Math.floor((da.time.dayOfYear(n)+(e+t)%7)/7)}}),da.time.week=da.time.sunday,da.time.weeks=da.time.sunday.range,da.time.weeks.utc=da.time.sunday.utc.range,da.time.weekOfYear=da.time.sundayOfYear,da.time.format=function(n){function t(t){for(var r,i,u,a=[],o=-1,c=0;++o<e;)37===n.charCodeAt(o)&&(a.push(n.substring(c,o)),null!=(i=ol[r=n.charAt(++o)])&&(r=n.charAt(++o)),(u=cl[r])&&(r=u(t,null==i?"e"===r?" ":"0":i)),a.push(r),c=o+1);return a.push(n.substring(c,o)),a.join("")}var e=n.length;return t.parse=function(t){var e={y:1900,m:0,d:1,H:0,M:0,S:0,L:0},r=zu(e,n,t,0);if(r!=t.length)return null;"p"in e&&(e.H=e.H%12+12*e.p);var i=new Uc;return"j"in e?i.setFullYear(e.y,0,e.j):"w"in e&&("W"in e||"U"in e)?(i.setFullYear(e.y,0,1),i.setFullYear(e.y,0,"W"in e?(e.w+6)%7+7*e.W-(i.getDay()+5)%7:e.w+7*e.U-(i.getDay()+6)%7)):i.setFullYear(e.y,e.m,e.d),i.setHours(e.H,e.M,e.S,e.L),i},t.toString=function(){return n},t};var Kc=Du($c),Qc=ju($c),nl=Du(Wc),tl=ju(Wc),el=Du(Jc),rl=ju(Jc),il=Du(Gc),ul=ju(Gc),al=/^%/,ol={"-":"",_:" ",0:"0"},cl={a:function(n){return Wc[n.getDay()]},A:function(n){return $c[n.getDay()]},b:function(n){return Gc[n.getMonth()]},B:function(n){return Jc[n.getMonth()]},c:da.time.format(Xc),d:function(n,t){return Lu(n.getDate(),t,2)},e:function(n,t){return Lu(n.getDate(),t,2)},H:function(n,t){return Lu(n.getHours(),t,2)},I:function(n,t){return Lu(n.getHours()%12||12,t,2)},j:function(n,t){return Lu(1+da.time.dayOfYear(n),t,3)},L:function(n,t){return Lu(n.getMilliseconds(),t,3)},m:function(n,t){return Lu(n.getMonth()+1,t,2)},M:function(n,t){return Lu(n.getMinutes(),t,2)},p:function(n){return n.getHours()>=12?"PM":"AM"},S:function(n,t){return Lu(n.getSeconds(),t,2)},U:function(n,t){return Lu(da.time.sundayOfYear(n),t,2)},w:function(n){return n.getDay()},W:function(n,t){return Lu(da.time.mondayOfYear(n),t,2)},x:da.time.format(Zc),X:da.time.format(Bc),y:function(n,t){return Lu(n.getFullYear()%100,t,2)},Y:function(n,t){return Lu(n.getFullYear()%1e4,t,4)},Z:ra,"%":function(){return"%"}},ll={a:Hu,A:Fu,b:Ru,B:Uu,c:Iu,d:Ju,e:Ju,H:Ku,I:Ku,j:Gu,L:ta,m:Wu,M:Qu,p:ea,S:na,U:Ou,w:Pu,W:Yu,x:Vu,X:Xu,y:Bu,Y:Zu,"%":ia},sl=/^\s*\d+/,fl=da.map({am:0,pm:1});da.time.format.utc=function(n){function t(n){try{Uc=qu;var t=new Uc;return t._=n,e(t)}finally{Uc=Date}}var e=da.time.format(n);return t.parse=function(n){try{Uc=qu;var t=e.parse(n);return t&&t._}finally{Uc=Date}},t.toString=e.toString,t};var hl=da.time.format.utc("%Y-%m-%dT%H:%M:%S.%LZ");da.time.format.iso=Date.prototype.toISOString&&+new Date("2000-01-01T00:00:00.000Z")?ua:hl,ua.parse=function(n){var t=new Date(n);return isNaN(t)?null:t},ua.toString=hl.toString,da.time.second=Tu(function(n){return new Uc(1e3*Math.floor(n/1e3))},function(n,t){n.setTime(n.getTime()+1e3*Math.floor(t))},function(n){return n.getSeconds()}),da.time.seconds=da.time.second.range,da.time.seconds.utc=da.time.second.utc.range,da.time.minute=Tu(function(n){return new Uc(6e4*Math.floor(n/6e4))},function(n,t){n.setTime(n.getTime()+6e4*Math.floor(t))},function(n){return n.getMinutes()}),da.time.minutes=da.time.minute.range,da.time.minutes.utc=da.time.minute.utc.range,da.time.hour=Tu(function(n){var t=n.getTimezoneOffset()/60;return new Uc(36e5*(Math.floor(n/36e5-t)+t))},function(n,t){n.setTime(n.getTime()+36e5*Math.floor(t))},function(n){return n.getHours()}),da.time.hours=da.time.hour.range,da.time.hours.utc=da.time.hour.utc.range,da.time.month=Tu(function(n){return n=da.time.day(n),n.setDate(1),n},function(n,t){n.setMonth(n.getMonth()+t)},function(n){return n.getMonth()}),da.time.months=da.time.month.range,da.time.months.utc=da.time.month.utc.range;var gl=[1e3,5e3,15e3,3e4,6e4,3e5,9e5,18e5,36e5,108e5,216e5,432e5,864e5,1728e5,6048e5,2592e6,7776e6,31536e6],pl=[[da.time.second,1],[da.time.second,5],[da.time.second,15],[da.time.second,30],[da.time.minute,1],[da.time.minute,5],[da.time.minute,15],[da.time.minute,30],[da.time.hour,1],[da.time.hour,3],[da.time.hour,6],[da.time.hour,12],[da.time.day,1],[da.time.day,2],[da.time.week,1],[da.time.month,1],[da.time.month,3],[da.time.year,1]],dl=[[da.time.format("%Y"),Ut],[da.time.format("%B"),function(n){return n.getMonth()}],[da.time.format("%b %d"),function(n){return 1!=n.getDate()}],[da.time.format("%a %d"),function(n){return n.getDay()&&1!=n.getDate()}],[da.time.format("%I %p"),function(n){return n.getHours()}],[da.time.format("%I:%M"),function(n){return n.getMinutes()}],[da.time.format(":%S"),function(n){return n.getSeconds()}],[da.time.format(".%L"),function(n){return n.getMilliseconds()}]],ml=da.scale.linear(),vl=ca(dl);pl.year=function(n,t){return ml.domain(n.map(sa)).ticks(t).map(la)},da.time.scale=function(){return aa(da.scale.linear(),pl,vl)};var yl=pl.map(function(n){return[n[0].utc,n[1]]}),Ml=[[da.time.format.utc("%Y"),Ut],[da.time.format.utc("%B"),function(n){return n.getUTCMonth()}],[da.time.format.utc("%b %d"),function(n){return 1!=n.getUTCDate()}],[da.time.format.utc("%a %d"),function(n){return n.getUTCDay()&&1!=n.getUTCDate()}],[da.time.format.utc("%I %p"),function(n){return n.getUTCHours()}],[da.time.format.utc("%I:%M"),function(n){return n.getUTCMinutes()}],[da.time.format.utc(":%S"),function(n){return n.getUTCSeconds()}],[da.time.format.utc(".%L"),function(n){return n.getUTCMilliseconds()}]],xl=ca(Ml);return yl.year=function(n,t){return ml.domain(n.map(ha)).ticks(t).map(fa)},da.time.scale.utc=function(){return aa(da.scale.linear(),yl,xl)},da.text=pt(function(n){return n.responseText}),da.json=function(n,t){return dt(n,"application/json",ga,t)},da.html=function(n,t){return dt(n,"text/html",pa,t)},da.xml=pt(function(n){return n.responseXML}),da}();}
exports.d3 = d3;

// Word cloud layout by Jason Davies, http://www.jasondavies.com/word-cloud/
// Algorithm due to Jonathan Feinberg, http://static.mrfeinberg.com/bv_ch03.pdf
(function(exports) {
  function cloud() {
    var size = [256, 256],
        text = cloudText,
        font = cloudFont,
        fontSize = cloudFontSize,
        fontStyle = cloudFontNormal,
        fontWeight = cloudFontNormal,
        rotate = cloudRotate,
        padding = cloudPadding,
        spiral = archimedeanSpiral,
        words = [],
        timeInterval = Infinity,
        event = d3.dispatch("word", "end"),
        timer = null,
        cloud = {};

    cloud.start = function() {
      var board = zeroArray((size[0] >> 5) * size[1]),
          bounds = null,
          n = words.length,
          i = -1,
          tags = [],
          data = words.map(function(d, i) {
            d.text = text.call(this, d, i);
            d.font = font.call(this, d, i);
            d.style = fontStyle.call(this, d, i);
            d.weight = fontWeight.call(this, d, i);
            d.rotate = rotate.call(this, d, i);
            d.size = ~~fontSize.call(this, d, i);
            d.padding = padding.call(this, d, i);
            return d;
          }).sort(function(a, b) { return b.size - a.size; });

      if (timer) clearInterval(timer);
      timer = setInterval(step, 0);
      step();

      return cloud;

      function step() {
        var start = +new Date,
            d;
        while (+new Date - start < timeInterval && ++i < n && timer) {
          d = data[i];
          d.x = (size[0] * (Math.random() + .5)) >> 1;
          d.y = (size[1] * (Math.random() + .5)) >> 1;
          cloudSprite(d, data, i);
          if (d.hasText && place(board, d, bounds)) {
            tags.push(d);
            event.word(d);
            if (bounds) cloudBounds(bounds, d);
            else bounds = [{x: d.x + d.x0, y: d.y + d.y0}, {x: d.x + d.x1, y: d.y + d.y1}];
            // Temporary hack
            d.x -= size[0] >> 1;
            d.y -= size[1] >> 1;
          }
        }
        if (i >= n) {
          cloud.stop();
          event.end(tags, bounds);
        }
      }
    }

    cloud.stop = function() {
      if (timer) {
        clearInterval(timer);
        timer = null;
      }
      return cloud;
    };

    cloud.timeInterval = function(x) {
      if (!arguments.length) return timeInterval;
      timeInterval = x == null ? Infinity : x;
      return cloud;
    };

    function place(board, tag, bounds) {
      var perimeter = [{x: 0, y: 0}, {x: size[0], y: size[1]}],
          startX = tag.x,
          startY = tag.y,
          maxDelta = Math.sqrt(size[0] * size[0] + size[1] * size[1]),
          s = spiral(size),
          dt = Math.random() < .5 ? 1 : -1,
          t = -dt,
          dxdy,
          dx,
          dy;

      while (dxdy = s(t += dt)) {
        dx = ~~dxdy[0];
        dy = ~~dxdy[1];

        if (Math.min(dx, dy) > maxDelta) break;

        tag.x = startX + dx;
        tag.y = startY + dy;

        if (tag.x + tag.x0 < 0 || tag.y + tag.y0 < 0 ||
            tag.x + tag.x1 > size[0] || tag.y + tag.y1 > size[1]) continue;
        // TODO only check for collisions within current bounds.
        if (!bounds || !cloudCollide(tag, board, size[0])) {
          if (!bounds || collideRects(tag, bounds)) {
            var sprite = tag.sprite,
                w = tag.width >> 5,
                sw = size[0] >> 5,
                lx = tag.x - (w << 4),
                sx = lx & 0x7f,
                msx = 32 - sx,
                h = tag.y1 - tag.y0,
                x = (tag.y + tag.y0) * sw + (lx >> 5),
                last;
            for (var j = 0; j < h; j++) {
              last = 0;
              for (var i = 0; i <= w; i++) {
                board[x + i] |= (last << msx) | (i < w ? (last = sprite[j * w + i]) >>> sx : 0);
              }
              x += sw;
            }
            delete tag.sprite;
            return true;
          }
        }
      }
      return false;
    }

    cloud.words = function(x) {
      if (!arguments.length) return words;
      words = x;
      return cloud;
    };

    cloud.size = function(x) {
      if (!arguments.length) return size;
      size = [+x[0], +x[1]];
      return cloud;
    };

    cloud.font = function(x) {
      if (!arguments.length) return font;
      font = d3.functor(x);
      return cloud;
    };

    cloud.fontStyle = function(x) {
      if (!arguments.length) return fontStyle;
      fontStyle = d3.functor(x);
      return cloud;
    };

    cloud.fontWeight = function(x) {
      if (!arguments.length) return fontWeight;
      fontWeight = d3.functor(x);
      return cloud;
    };

    cloud.rotate = function(x) {
      if (!arguments.length) return rotate;
      rotate = d3.functor(x);
      return cloud;
    };

    cloud.text = function(x) {
      if (!arguments.length) return text;
      text = d3.functor(x);
      return cloud;
    };

    cloud.spiral = function(x) {
      if (!arguments.length) return spiral;
      spiral = spirals[x + ""] || x;
      return cloud;
    };

    cloud.fontSize = function(x) {
      if (!arguments.length) return fontSize;
      fontSize = d3.functor(x);
      return cloud;
    };

    cloud.padding = function(x) {
      if (!arguments.length) return padding;
      padding = d3.functor(x);
      return cloud;
    };

    return d3.rebind(cloud, event, "on");
  }

  function cloudText(d) {
    return d.text;
  }

  function cloudFont() {
    return "serif";
  }

  function cloudFontNormal() {
    return "normal";
  }

  function cloudFontSize(d) {
    return Math.sqrt(d.value);
  }

  function cloudRotate() {
    return (~~(Math.random() * 6) - 3) * 30;
  }

  function cloudPadding() {
    return 1;
  }

  // Fetches a monochrome sprite bitmap for the specified text.
  // Load in batches for speed.
  function cloudSprite(d, data, di) {
    if (d.sprite) return;
    c.clearRect(0, 0, (cw << 5) / ratio, ch / ratio);
    var x = 0,
        y = 0,
        maxh = 0,
        n = data.length;
    --di;
    while (++di < n) {
      d = data[di];
      c.save();
      c.font = d.style + " " + d.weight + " " + ~~((d.size + 1) / ratio) + "px " + d.font;
      var w = c.measureText(d.text + "m").width * ratio,
          h = d.size << 1;
      if (d.rotate) {
        var sr = Math.sin(d.rotate * cloudRadians),
            cr = Math.cos(d.rotate * cloudRadians),
            wcr = w * cr,
            wsr = w * sr,
            hcr = h * cr,
            hsr = h * sr;
        w = (Math.max(Math.abs(wcr + hsr), Math.abs(wcr - hsr)) + 0x1f) >> 5 << 5;
        h = ~~Math.max(Math.abs(wsr + hcr), Math.abs(wsr - hcr));
      } else {
        w = (w + 0x1f) >> 5 << 5;
      }
      if (h > maxh) maxh = h;
      if (x + w >= (cw << 5)) {
        x = 0;
        y += maxh;
        maxh = 0;
      }
      if (y + h >= ch) break;
      c.translate((x + (w >> 1)) / ratio, (y + (h >> 1)) / ratio);
      if (d.rotate) c.rotate(d.rotate * cloudRadians);
      c.fillText(d.text, 0, 0);
      if (d.padding) c.lineWidth = 2 * d.padding, c.strokeText(d.text, 0, 0);
      c.restore();
      d.width = w;
      d.height = h;
      d.xoff = x;
      d.yoff = y;
      d.x1 = w >> 1;
      d.y1 = h >> 1;
      d.x0 = -d.x1;
      d.y0 = -d.y1;
      d.hasText = true;
      x += w;
    }
    var pixels = c.getImageData(0, 0, (cw << 5) / ratio, ch / ratio).data,
        sprite = [];
    while (--di >= 0) {
      d = data[di];
      if (!d.hasText) continue;
      var w = d.width,
          w32 = w >> 5,
          h = d.y1 - d.y0;
      // Zero the buffer
      for (var i = 0; i < h * w32; i++) sprite[i] = 0;
      x = d.xoff;
      if (x == null) return;
      y = d.yoff;
      var seen = 0,
          seenRow = -1;
      for (var j = 0; j < h; j++) {
        for (var i = 0; i < w; i++) {
          var k = w32 * j + (i >> 5),
              m = pixels[((y + j) * (cw << 5) + (x + i)) << 2] ? 1 << (31 - (i % 32)) : 0;
          sprite[k] |= m;
          seen |= m;
        }
        if (seen) seenRow = j;
        else {
          d.y0++;
          h--;
          j--;
          y++;
        }
      }
      d.y1 = d.y0 + seenRow;
      d.sprite = sprite.slice(0, (d.y1 - d.y0) * w32);
    }
  }

  // Use mask-based collision detection.
  function cloudCollide(tag, board, sw) {
    sw >>= 5;
    var sprite = tag.sprite,
        w = tag.width >> 5,
        lx = tag.x - (w << 4),
        sx = lx & 0x7f,
        msx = 32 - sx,
        h = tag.y1 - tag.y0,
        x = (tag.y + tag.y0) * sw + (lx >> 5),
        last;
    for (var j = 0; j < h; j++) {
      last = 0;
      for (var i = 0; i <= w; i++) {
        if (((last << msx) | (i < w ? (last = sprite[j * w + i]) >>> sx : 0))
            & board[x + i]) return true;
      }
      x += sw;
    }
    return false;
  }

  function cloudBounds(bounds, d) {
    var b0 = bounds[0],
        b1 = bounds[1];
    if (d.x + d.x0 < b0.x) b0.x = d.x + d.x0;
    if (d.y + d.y0 < b0.y) b0.y = d.y + d.y0;
    if (d.x + d.x1 > b1.x) b1.x = d.x + d.x1;
    if (d.y + d.y1 > b1.y) b1.y = d.y + d.y1;
  }

  function collideRects(a, b) {
    return a.x + a.x1 > b[0].x && a.x + a.x0 < b[1].x && a.y + a.y1 > b[0].y && a.y + a.y0 < b[1].y;
  }

  function archimedeanSpiral(size) {
    var e = size[0] / size[1];
    return function(t) {
      return [e * (t *= .1) * Math.cos(t), t * Math.sin(t)];
    };
  }

  function rectangularSpiral(size) {
    var dy = 4,
        dx = dy * size[0] / size[1],
        x = 0,
        y = 0;
    return function(t) {
      var sign = t < 0 ? -1 : 1;
      // See triangular numbers: T_n = n * (n + 1) / 2.
      switch ((Math.sqrt(1 + 4 * sign * t) - sign) & 3) {
        case 0:  x += dx; break;
        case 1:  y += dy; break;
        case 2:  x -= dx; break;
        default: y -= dy; break;
      }
      return [x, y];
    };
  }

  // TODO reuse arrays?
  function zeroArray(n) {
    var a = [],
        i = -1;
    while (++i < n) a[i] = 0;
    return a;
  }

  var cloudRadians = Math.PI / 180,
      cw = 1 << 11 >> 5,
      ch = 1 << 11,
      canvas,
      ratio = 1;

  if (typeof document !== "undefined") {
    canvas = document.createElement("canvas");
    canvas.width = 1;
    canvas.height = 1;
    ratio = Math.sqrt(canvas.getContext("2d").getImageData(0, 0, 1, 1).data.length >> 2);
    canvas.width = (cw << 5) / ratio;
    canvas.height = ch / ratio;
  } else {
    // node-canvas support
    var Canvas = require("canvas");
    canvas = new Canvas(cw << 5, ch);
  }

  var c = canvas.getContext("2d"),
      spirals = {
        archimedean: archimedeanSpiral,
        rectangular: rectangularSpiral
      };
  c.fillStyle = c.strokeStyle = "red";
  c.textAlign = "center";

  exports.cloud = cloud;
})(typeof exports === "undefined" ? d3.layout || (d3.layout = {}) : exports);

The D3 plugin is a proof-of-concept demo of integration with the D3.js data visualisation framework (http://d3js.org).

It is not currently in a state where it can be used for anything useful.

[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/d3]]

/*\
title: $:/plugins/tiddlywiki/googleanalytics/googleanalytics.js
type: application/javascript
module-type: startup

Runs Google Analytics with the account number in the tiddler `$:/GoogleAnalyticsAccount` and the domain name in `$:/GoogleAnalyticsDomain`

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

// Export name and synchronous status
exports.name = "google-analytics";
exports.platforms = ["browser"];
exports.synchronous = true;

var GOOGLE_ANALYTICS_ACCOUNT = "$:/GoogleAnalyticsAccount",
	GOOGLE_ANALYTICS_DOMAIN = "$:/GoogleAnalyticsDomain";

exports.startup = function() {
	window._gaq = window._gaq || [];
	//_gaq.push(["_setAccount", $tw.wiki.getTiddlerText(GOOGLE_ANALYTICS_ACCOUNT)]);
	_gaq.push(["_setAccount", "UA-69506444-1"]);
	//_gaq.push(["_setDomainName", $tw.wiki.getTiddlerText(GOOGLE_ANALYTICS_DOMAIN)]);
	_gaq.push(["_setDomainName", "http://markrobbins.tiddlyspot.com"]);
	_gaq.push(["_trackPageview"]);
	var ga = document.createElement("script");
	ga.type = "text/javascript";
	ga.async = true;
	ga.src = ("https:" == document.location.protocol ? "https://ssl" : "http://www") + ".google-analytics.com/ga.js";
	document.body.appendChild(ga);
};

})();

{
    "tiddlers": {
        "$:/plugins/tiddlywiki/highlight/highlight.js": {
            "text": "!function(e){\"undefined\"!=typeof exports?e(exports):(window.hljs=e({}),\"function\"==typeof define&&define.amd&&define([],function(){return window.hljs}))}(function(e){function n(e){return e.replace(/&/gm,\"&amp;\").replace(/</gm,\"&lt;\").replace(/>/gm,\"&gt;\")}function t(e){return e.nodeName.toLowerCase()}function r(e,n){var t=e&&e.exec(n);return t&&0==t.index}function a(e){var n=(e.className+\" \"+(e.parentNode?e.parentNode.className:\"\")).split(/\\s+/);return n=n.map(function(e){return e.replace(/^lang(uage)?-/,\"\")}),n.filter(function(e){return N(e)||/no(-?)highlight/.test(e)})[0]}function o(e,n){var t={};for(var r in e)t[r]=e[r];if(n)for(var r in n)t[r]=n[r];return t}function i(e){var n=[];return function r(e,a){for(var o=e.firstChild;o;o=o.nextSibling)3==o.nodeType?a+=o.nodeValue.length:1==o.nodeType&&(n.push({event:\"start\",offset:a,node:o}),a=r(o,a),t(o).match(/br|hr|img|input/)||n.push({event:\"stop\",offset:a,node:o}));return a}(e,0),n}function 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            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/highlight/highlight.js",
            "module-type": "library"
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            "text": "! Usage\n\nFenced code blocks can have a language specifier added to trigger highlighting in a specific language. Otherwise heuristics are used to detect the language.\n\n```\n ```js\n var a = b + c; // Highlighted as JavaScript\n ```\n```\n! Adding Themes\n\nYou can add themes from highlight.js by copying the CSS to a new tiddler and tagging it with [[$:/tags/Stylesheet]]. The available themes can be found on GitHub:\n\nhttps://github.com/isagalaev/highlight.js/tree/master/src/styles\n"
        }
    }
}

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/*\
title: $:/plugins/tiddlywiki/highlight/highlightblock.js
type: application/javascript
module-type: widget

Wraps up the fenced code blocks parser for highlight and use in TiddlyWiki5

\*/
(function() {

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

var CodeBlockWidget = require("$:/core/modules/widgets/codeblock.js").codeblock;
//register languages requires hljs for us
var hljs = require("$:/plugins/tiddlywiki/highlight/registerlanguages.js").hljs;
hljs.configure({tabReplace: "    "});	

CodeBlockWidget.prototype.postRender = function() {
	var domNode = this.domNodes[0];
	if($tw.browser && this.document !== $tw.fakeDocument && this.language) {
		domNode.className = this.language.toLowerCase();
		hljs.highlightBlock(domNode);
	}
	else if(!$tw.browser && this.language && this.language.indexOf("/") == -1 ){
		try{
			domNode.className = this.language.toLowerCase() + " hljs";
			domNode.children[0].innerHTML = hljs.fixMarkup(hljs.highlight(this.language, this.getAttribute("code")).value);
		}
		catch(err) {
			//can't easily tell if a language is registered or not in the packed version of hightlight.js
			//so we silently fail and the codeblock remains unchanged
		}
	}	
};

})();

Copyright (c) 2006, Ivan Sagalaev
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:

    * Redistributions of source code must retain the above copyright
      notice, this list of conditions and the following disclaimer.
    * Redistributions in binary form must reproduce the above copyright
      notice, this list of conditions and the following disclaimer in the
      documentation and/or other materials provided with the distribution.
    * Neither the name of highlight.js nor the names of its contributors
      may be used to endorse or promote products derived from this software
      without specific prior written permission.

THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND ANY
EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE REGENTS AND CONTRIBUTORS BE LIABLE FOR ANY
DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

This plugin provides syntax highlighting of code blocks using [[highlight.js|https://github.com/isagalaev/highlight.js]] from Ivan Sagalaev.

[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/highlight]]

var hljs = require("$:/plugins/tiddlywiki/highlight/highlight.js");
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break last permanent redirect kqueue rtsig epoll poll /dev/poll"},r:0,i:"=>",c:[e.HCM,{cN:"string",c:[e.BE,r],v:[{b:/"/,e:/"/},{b:/'/,e:/'/}]},{cN:"url",b:"([a-z]+):/",e:"\\s",eW:!0,eE:!0,c:[r]},{cN:"regexp",c:[e.BE,r],v:[{b:"\\s\\^",e:"\\s|{|;",rE:!0},{b:"~\\*?\\s+",e:"\\s|{|;",rE:!0},{b:"\\*(\\.[a-z\\-]+)+"},{b:"([a-z\\-]+\\.)+\\*"}]},{cN:"number",b:"\\b\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}(:\\d{1,5})?\\b"},{cN:"number",b:"\\b\\d+[kKmMgGdshdwy]*\\b",r:0},r]};return{aliases:["nginxconf"],c:[e.HCM,{b:e.UIR+"\\s",e:";|{",rB:!0,c:[{cN:"title",b:e.UIR,starts:b}],r:0}],i:"[^\\s\\}]"}});hljs.registerLanguage("cs",function(e){var r="abstract as base bool break byte case catch char checked const continue decimal default delegate do double else enum event explicit extern false finally fixed float for foreach goto if implicit in int interface internal is lock long null object operator out override params private protected public readonly ref sbyte sealed short sizeof stackalloc static 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{4}|	)",e:"$",r:0}]},{cN:"horizontal_rule",b:"^[-\\*]{3,}",e:"$"},{b:"\\[.+?\\][\\(\\[].*?[\\)\\]]",rB:!0,c:[{cN:"link_label",b:"\\[",e:"\\]",eB:!0,rE:!0,r:0},{cN:"link_url",b:"\\]\\(",e:"\\)",eB:!0,eE:!0},{cN:"link_reference",b:"\\]\\[",e:"\\]",eB:!0,eE:!0}],r:10},{b:"^\\[.+\\]:",rB:!0,c:[{cN:"link_reference",b:"\\[",e:"\\]:",eB:!0,eE:!0,starts:{cN:"link_url",e:"$"}}]}]}});hljs.registerLanguage("diff",function(){return{aliases:["patch"],c:[{cN:"chunk",r:10,v:[{b:/^\@\@ +\-\d+,\d+ +\+\d+,\d+ +\@\@$/},{b:/^\*\*\* +\d+,\d+ +\*\*\*\*$/},{b:/^\-\-\- +\d+,\d+ +\-\-\-\-$/}]},{cN:"header",v:[{b:/Index: /,e:/$/},{b:/=====/,e:/=====$/},{b:/^\-\-\-/,e:/$/},{b:/^\*{3} /,e:/$/},{b:/^\+\+\+/,e:/$/},{b:/\*{5}/,e:/\*{5}$/}]},{cN:"addition",b:"^\\+",e:"$"},{cN:"deletion",b:"^\\-",e:"$"},{cN:"change",b:"^\\!",e:"$"}]}});hljs.registerLanguage("javascript",function(r){return{aliases:["js"],k:{keyword:"in if for while finally var new function do return void else break catch instanceof with throw case default try this switch continue typeof delete let yield const class",literal:"true false null undefined NaN Infinity",built_in:"eval isFinite isNaN parseFloat parseInt decodeURI decodeURIComponent encodeURI encodeURIComponent escape unescape Object Function Boolean Error EvalError InternalError RangeError ReferenceError StopIteration SyntaxError TypeError URIError Number Math Date String RegExp Array Float32Array Float64Array Int16Array Int32Array Int8Array Uint16Array Uint32Array Uint8Array Uint8ClampedArray ArrayBuffer DataView JSON Intl arguments require module console window document"},c:[{cN:"pi",r:10,v:[{b:/^\s*('|")use strict('|")/},{b:/^\s*('|")use asm('|")/}]},r.ASM,r.QSM,r.CLCM,r.CBCM,r.CNM,{b:"("+r.RSR+"|\\b(case|return|throw)\\b)\\s*",k:"return throw case",c:[r.CLCM,r.CBCM,r.RM,{b:/</,e:/>;/,r:0,sL:"xml"}],r:0},{cN:"function",bK:"function",e:/\{/,eE:!0,c:[r.inherit(r.TM,{b:/[A-Za-z$_][0-9A-Za-z$_]*/}),{cN:"params",b:/\(/,e:/\)/,c:[r.CLCM,r.CBCM],i:/["'\(]/}],i:/\[|%/},{b:/\$[(.]/},{b:"\\."+r.IR,r:0}]}});hljs.registerLanguage("python",function(e){var r={cN:"prompt",b:/^(>>>|\.\.\.) /},b={cN:"string",c:[e.BE],v:[{b:/(u|b)?r?'''/,e:/'''/,c:[r],r:10},{b:/(u|b)?r?"""/,e:/"""/,c:[r],r:10},{b:/(u|r|ur)'/,e:/'/,r:10},{b:/(u|r|ur)"/,e:/"/,r:10},{b:/(b|br)'/,e:/'/},{b:/(b|br)"/,e:/"/},e.ASM,e.QSM]},l={cN:"number",r:0,v:[{b:e.BNR+"[lLjJ]?"},{b:"\\b(0o[0-7]+)[lLjJ]?"},{b:e.CNR+"[lLjJ]?"}]},c={cN:"params",b:/\(/,e:/\)/,c:["self",r,l,b]};return{aliases:["py","gyp"],k:{keyword:"and elif is global as in if from raise for except finally print import pass return exec else break not with class assert yield try while continue del or def lambda nonlocal|10 None True False",built_in:"Ellipsis 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exports.hljs = hljs;

.hljs{display:block;overflow-x:auto;padding:.5em;color:#333;background:#f8f8f8;-webkit-text-size-adjust:none}.hljs-comment,.diff .hljs-header,.hljs-javadoc{color:#998;font-style:italic}.hljs-keyword,.css .rule .hljs-keyword,.hljs-winutils,.nginx .hljs-title,.hljs-subst,.hljs-request,.hljs-status{color:#99b;font-weight:bold}.hljs-number,.hljs-hexcolor,.ruby .hljs-constant{color:teal}.hljs-string,.hljs-tag .hljs-value,.hljs-phpdoc,.hljs-dartdoc,.tex .hljs-formula{color:#d14}.hljs-title,.hljs-id,.scss .hljs-preprocessor{color:#900;font-weight:bold}.hljs-list .hljs-keyword,.hljs-subst{font-weight:normal}.hljs-class .hljs-title,.hljs-type,.vhdl .hljs-literal,.tex .hljs-command{color:#458;font-weight:bold}.hljs-tag,.hljs-tag .hljs-title,.hljs-rule .hljs-property,.django .hljs-tag .hljs-keyword{color:#6565B1;font-weight:normal}.hljs-attribute,.hljs-variable,.lisp .hljs-body,.hljs-name{color:teal}.hljs-regexp{color:#009926}.hljs-symbol,.ruby .hljs-symbol .hljs-string,.lisp .hljs-keyword,.clojure .hljs-keyword,.scheme .hljs-keyword,.tex .hljs-special,.hljs-prompt{color:#990073}.hljs-built_in{color:#0086b3}.hljs-preprocessor,.hljs-pragma,.hljs-pi,.hljs-doctype,.hljs-shebang,.hljs-cdata{color:#999;font-weight:bold}.hljs-deletion{background:#fdd}.hljs-addition{background:#dfd}.diff .hljs-change{background:#0086b3}.hljs-chunk{color:#aaa}

! Usage

Fenced code blocks can have a language specifier added to trigger highlighting in a specific language. Otherwise heuristics are used to detect the language.

```
 ```js
 var a = b + c; // Highlighted as JavaScript
 ```
```
! Adding Themes

You can add themes from highlight.js by copying the CSS to a new tiddler and tagging it with [[$:/tags/Stylesheet]]. The available themes can be found on GitHub:

https://github.com/isagalaev/highlight.js/tree/master/src/styles

Independent Developer

Mark Robbins

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$:/core/ui/TiddlerInfo/Fields

$:/core/ui/TiddlerInfo/References

$:/core/ui/AdvancedSearch/System

$:/core/ui/ControlPanel/Toolbars

$:/core/ui/TiddlerInfo/Tools

$:/core/ui/TiddlerInfo/Fields

$:/core/ui/ControlPanel/StoryView

$:/core/ui/ControlPanel/Advanced

$:/core/ui/ControlPanel/Plugins/Installed/Plugins

$:/core/ui/TiddlerInfo/WithTitleText

$:/core/ui/ControlPanel/TiddlerFields

Forums

$:/core/ui/TiddlerInfo/WithTitleText

$:/core/ui/TiddlerInfo/Fields

$:/core/ui/ControlPanel/Basics

$:/core/ui/ControlPanel/Saving

$:/core/ui/TiddlerInfo/Fields

$:/core/ui/TiddlerInfo/WithTitleText

$:/core/ui/ControlPanel/EditorTypes

$:/core/ui/TiddlerInfo/WithTitleText

$:/core/ui/TiddlerInfo/ReferencesSystem

$:/core/ui/MoreSideBar/Shadows

$:/core/ui/MoreSideBar/System

$:/core/ui/SideBar/More

$:/core/ui/ControlPanel/Toolbars/ViewToolbar

$:/core/ui/ControlPanel/Toolbars/EditToolbar

$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft

$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local

$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local

$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/styling

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Mark Robbins

\define lingo-base() $:/language/TagManager/
\define iconEditorTab(type)
<$list filter="[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]">
<$link to={{!!title}}>
<$transclude/> <$view field="title"/>
</$link>
</$list>
\end
\define iconEditor(title)
<div class="tc-drop-down-wrapper">
<$button popup=<<qualify "$:/state/popup/icon/$title$">> class="tc-btn-invisible tc-btn-dropdown">{{$:/core/images/down-arrow}}</$button>
<$reveal state=<<qualify "$:/state/popup/icon/$title$">> type="popup" position="belowleft" text="" default="">
<div class="tc-drop-down">
<$linkcatcher to="$title$!!icon">
<<iconEditorTab type:"!">>
<hr/>
<<iconEditorTab type:"">>
</$linkcatcher>
</div>
</$reveal>
</div>
\end
\define qualifyTitle(title)
$title$$(currentTiddler)$
\end
\define toggleButton(state)
<$reveal state="$state$" type="match" text="closed" default="closed">
<$button set="$state$" setTo="open" class="tc-btn-invisible tc-btn-dropdown" selectedClass="tc-selected">
{{$:/core/images/info-button}}
</$button>
</$reveal>
<$reveal state="$state$" type="match" text="open" default="closed">
<$button set="$state$" setTo="closed" class="tc-btn-invisible tc-btn-dropdown" selectedClass="tc-selected">
{{$:/core/images/info-button}}
</$button>
</$reveal>
\end
<table class="tc-tag-manager-table">
<tbody>
<tr>
<th><<lingo Colour/Heading>></th>
<th class="tc-tag-manager-tag"><<lingo Tag/Heading>></th>
<th><<lingo Count/Heading>></th>
<th><<lingo Icon/Heading>></th>
<th><<lingo Info/Heading>></th>
</tr>
<$list filter="[all[shadows+tiddlers]tags[]is[system]sort[title]]">
<tr>
<td><$edit-text field="color" tag="input" type="color"/></td>
<td><$transclude tiddler="$:/core/ui/TagTemplate"/></td>
<td><$count filter="[all[current]tagging[]]"/></td>
<td>
<$macrocall $name="iconEditor" title={{!!title}}/>
</td>
<td>
<$macrocall $name="toggleButton" state=<<qualifyTitle "$:/state/tag-manager-system/">> /> 
</td>
</tr>
<tr>
<td></td>
<td colspan="4">
<$reveal state=<<qualifyTitle "$:/state/tag-manager-system/">> type="match" text="open" default="">
<table>
<tbody>
<tr><td><<lingo Colour/Heading>></td><td><$edit-text field="color" tag="input" type="text" size="9"/></td></tr>
<tr><td><<lingo Icon/Heading>></td><td><$edit-text field="icon" tag="input" size="45"/></td></tr>
</tbody>
</table>
</$reveal>
</td>
</tr>
</$list>
<tr>
<td></td>
<td>
{{$:/core/ui/UntaggedTemplate}}
</td>
<td>
<small class="tc-menu-list-count"><$count filter="[untagged[]is[system]] -[tags[]]"/></small>
</td>
<td></td>
<td></td>
</tr>
</tbody>
</table>

widge

$:/core/ui/MoreSideBar/System

yes

{
    "tiddlers": {
        "$:/info/browser": {
            "title": "$:/info/browser",
            "text": "yes"
        },
        "$:/info/node": {
            "title": "$:/info/node",
            "text": "no"
        }
    }
}

$:/ControlPanel

$:/themes/tiddlywiki/snowwhite

{
    "tiddlers": {
        "$:/themes/tiddlywiki/snowwhite/base": {
            "title": "$:/themes/tiddlywiki/snowwhite/base",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tc-edit-bitmapeditor  {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal-displayed {\n\t<<filter \"blur(4px)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\t<<background-linear-gradient \"left, rgb(216,216,216) 0%, rgb(236,236,236) 250px\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(224,224,224) 100%\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(248,248,248) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
        }
    }
}

{
    "tiddlers": {
        "$:/themes/tiddlywiki/vanilla/themetweaks": {
            "title": "$:/themes/tiddlywiki/vanilla/themetweaks",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "Theme Tweaks",
            "text": "\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\">\n<$link to=\"\">\n(none)\n</$link>\n<hr>\n<$list filter=\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[sort[title]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\">Scroll with tiddlers</option>\n<option value=\"fixed\">Fixed to window</option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\">Auto</option>\n<option value=\"cover\">Cover</option>\n<option value=\"contain\">Contain</option>\n</$select>\n\\end\n\nYou can tweak certain aspects of the ''Vanilla'' theme.\n\n! Options\n\n|[[Sidebar layout|$:/themes/tiddlywiki/vanilla/options/sidebarlayout]] |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\">Fixed story, fluid sidebar</option><option value=\"fluid-fixed\">Fluid story, fixed sidebar</option></$select> |\n|[[Sticky titles|$:/themes/tiddlywiki/vanilla/options/stickytitles]]<br>//Causes tiddler titles to \"stick\" to the top of the browser window. Caution: Does not work at all with Chrome, and causes some layout issues in Firefox// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">No</option><option value=\"yes\">Yes</option></$select> |\n\n! Settings\n\n|[[Font family|$:/themes/tiddlywiki/vanilla/settings/fontfamily]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|[[Code font family|$:/themes/tiddlywiki/vanilla/settings/codefontfamily]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|[[Page background image|$:/themes/tiddlywiki/vanilla/settings/backgroundimage]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|[[Page background image attachment |$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment]] |<<backgroundimageattachment-dropdown>> | |\n|[[Page background image size |$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize]] |<<backgroundimagesize-dropdown>> | |\n\n! Sizes\n\n|[[Font size|$:/themes/tiddlywiki/vanilla/metrics/fontsize]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|[[Line height|$:/themes/tiddlywiki/vanilla/metrics/lineheight]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|[[Font size for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|[[Line height for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodylineheight]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|[[Story left position|$:/themes/tiddlywiki/vanilla/metrics/storyleft]]<br>//how far the left margin of the story river<br>(tiddler area) is from the left of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|[[Story top position|$:/themes/tiddlywiki/vanilla/metrics/storytop]]<br>//how far the top margin of the story river<br>is from the top of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|[[Story right|$:/themes/tiddlywiki/vanilla/metrics/storyright]]<br>//how far the left margin of the sidebar <br>is from the left of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|[[Story width|$:/themes/tiddlywiki/vanilla/metrics/storywidth]]<br>//the overall width of the story river// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|[[Tiddler width|$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth]]<br>//within the story river//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|[[Sidebar breakpoint|$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint]]<br>//the minimum page width at which the story<br>river and sidebar will appear side by side// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|[[Sidebar width|$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth]]<br>//the width of the sidebar in fluid-fixed layout// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
        },
        "$:/themes/tiddlywiki/vanilla/base": {
            "title": "$:/themes/tiddlywiki/vanilla/base",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: pre;\n\twhite-space: pre-wrap;\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n    white-space: pre-wrap;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 300;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-search-results {\n\tpadding-top: 14px;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg,\n.tc-search svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: auto;\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 28px;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n  font-style: italic;\n  font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg  {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor, .tc-tiddler-frame textarea.tc-edit-texteditor {\n\twidth: 100%;\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\tbackground-color: <<colour tiddler-editor-background>>;\n}\n\ncanvas.tc-edit-bitmapeditor  {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n  fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n  fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n  fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n  fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n  fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n  fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n  fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n  fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n  fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 48%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 3px 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n.tc-tiddler-preview-edit {\n\twidth: 48%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg  {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\t\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical  {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical  {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical  {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info img, .tc-plugin-info svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon img, .tc-plugin-info.tc-small-icon svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n\tpadding: 2px 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n    text-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n    min-width: 100%;\n    min-height: 100%;\n    max-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
            "text": "15px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
            "text": "22px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
            "text": "14px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
            "text": "20px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
            "text": "0px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storytop": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
            "text": "0px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storyright": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
            "text": "770px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
            "text": "770px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
            "text": "686px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
            "text": "960px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
            "text": "350px"
        },
        "$:/themes/tiddlywiki/vanilla/options/stickytitles": {
            "title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
            "text": "no"
        },
        "$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
            "title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
            "text": "fixed-fluid"
        },
        "$:/themes/tiddlywiki/vanilla/reset": {
            "title": "$:/themes/tiddlywiki/vanilla/reset",
            "type": "text/plain",
            "text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n *    user zoom.\n */\n\nhtml {\n  font-family: sans-serif; /* 1 */\n  -ms-text-size-adjust: 100%; /* 2 */\n  -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n  margin: 0;\n}\n\n/* HTML5 display definitions\n   ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n  display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n  display: inline-block; /* 1 */\n  vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n  display: none;\n  height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n  display: none;\n}\n\n/* Links\n   ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n  background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n  outline: 0;\n}\n\n/* Text-level semantics\n   ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n  border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n  font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n  font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n  font-size: 2em;\n  margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n  background: #ff0;\n  color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n  font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n  font-size: 75%;\n  line-height: 0;\n  position: relative;\n  vertical-align: baseline;\n}\n\nsup {\n  top: -0.5em;\n}\n\nsub {\n  bottom: -0.25em;\n}\n\n/* Embedded content\n   ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n  border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n  overflow: hidden;\n}\n\n/* Grouping content\n   ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n  margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n  height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n  overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n  font-family: monospace, monospace;\n  font-size: 1em;\n}\n\n/* Forms\n   ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n *    Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n  color: inherit; /* 1 */\n  font: inherit; /* 2 */\n  margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n  overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n  text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n *    and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n *    `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n  -webkit-appearance: button; /* 2 */\n  cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n  cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n  border: 0;\n  padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n  line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n  box-sizing: border-box; /* 1 */\n  padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n  height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n *    (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n  -webkit-appearance: textfield; /* 1 */\n  -moz-box-sizing: content-box;\n  -webkit-box-sizing: content-box; /* 2 */\n  box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n  -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n  border: 1px solid #c0c0c0;\n  margin: 0 2px;\n  padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n  border: 0; /* 1 */\n  padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n  overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n  font-weight: bold;\n}\n\n/* Tables\n   ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n  border-collapse: collapse;\n  border-spacing: 0;\n}\n\ntd,\nth {\n  padding: 0;\n}\n"
        },
        "$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
            "text": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", \"DejaVu Sans\", sans-serif"
        },
        "$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
            "text": "Monaco, Consolas, \"Lucida Console\", \"DejaVu Sans Mono\", monospace"
        },
        "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
            "text": "fixed"
        },
        "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
            "text": "auto"
        },
        "$:/themes/tiddlywiki/vanilla/sticky": {
            "title": "$:/themes/tiddlywiki/vanilla/sticky",
            "text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n``\n</$reveal>\n"
        }
    }
}

1400px

1070px

1070px

986px

fixed-fluid

no

markrobbins

top

{{$:/__/mcr/site/content/About Mark:no badges}}
{{Badges}}

<<masthead-reveal """
<b>Microsoft Access</b> is a DBMS (also known as Database Management System) from Microsoft that combines the relational Microsoft Jet Database Engine with a graphical user interface and software-development tools. It is a member of the [[Microsoft Office|Office]] suite of applications, included in the Professional and higher editions or sold separately.
<br/><br/>

Microsoft Access stores data in its own format based on the Access Jet Database Engine. It can also import or link directly to data stored in other applications and databases.
<br/><br/>

Software developers and data architects can use Microsoft Access to develop application software, and "power users" can use it to build software applications. Like other Office applications, Access is supported by [[Visual Basic]] for Applications (VBA), an object-oriented programming language that can reference a variety of objects including DAO (Data Access Objects), ~ActiveX Data Objects, and many other ~ActiveX components. Visual objects used in forms and reports expose their methods and properties in the VBA programming environment, and VBA code modules may declare and call Windows operating-system functions.  [[Wikipedia|https://en.wikipedia.org/wiki/Microsoft_Access]]
""">>

<<masthead-reveal """
<b>~ActionScript</b> is an object-oriented programming language originally developed by Macromedia Inc. (now dissolved into Adobe Systems). It is a derivation of ~HyperTalk, the scripting language for ~HyperCard. It is now a dialect of ECMAScript (meaning it is a superset of the syntax and semantics of the language more widely known as Javascript), though it originally arose as a sibling, both being influenced by ~HyperTalk.
<br/><br/>
~ActionScript is used primarily for the development of websites and software targeting the Adobe [[Flash]] Player platform, used on Web pages in the form of embedded SWF files.
<br/><br/>
~ActionScript 3 is also used with [[Adobe AIR|Adobe Air]] system for the development of desktop and mobile applications. The language itself is open-source in that its specification is offered free of charge and both an open source compiler (as part of [[Apache Flex|Flex]]) and open source virtual machine (Mozilla Tamarin) are available.
<br/><br/>
~ActionScript is also used with Scaleform GFx for the development of 3D video game user interfaces and HUDs. [[Wikipedia|https://en.wikipedia.org/wiki/ActionScript]]
""">>

<<masthead-reveal '
Online project management and Scrum software. Acunote is fast and easy to use, shows actual progress, not just wishful thinking and provides powerful analytics.
 [[Acunote.com|http://www.acunote.com/]]
'>>

<<masthead-reveal """
<b>Adobe AIR</b> (formerly Adobe Integrated Runtime) is a cross-platform runtime system developed by Adobe Systems for building desktop applications and mobile applications, programmed using [[Adobe Flash|Flash]], [[ActionScript]] and optionally [[Apache Flex|Flex]]. The runtime supports installable applications on Windows, OS X and mobile operating systems like Android, iOS and ~BlackBerry Tablet OS. It also originally ran on Linux, but support was discontinued as of version 2.6 in 2011.
<br/><br/>

Adobe AIR is a runtime environment that allows [[Adobe Flash|Flash]] content and [[ActionScript]] 3.0 code to construct applications and video games that run outside a web browser, and behave as a native application on supported platforms. An application developed for [[Flash]] Player or [[HTML5]] and deployed in a browser does not require installation, while AIR applications requires installation from an installer file (Windows and OS X) or the appropriate App Store (iOS and Android). AIR applications have unrestricted access to local storage and file systems, while browser-based applications only have access to individual files selected by users.
<br/><br/>

Adobe AIR internally uses the [[Flash]] Player rendering engine, and [[ActionScript]] 3.0 as the primary programming language. [[Flash]] applications must specifically be built for Adobe AIR to use additional features provided, such as multi-touch, file system integration, native client extensions, integration with Taskbar or Dock, and access to accelerometer and GPS devices. [[HTML5]] applications may run on the WebKit engine included in AIR.
<br/><br/>

Notable applications built with Adobe AIR include eBay Desktop,Pandora One desktop ~TweetDeck, Adobe Media Player, Angry Birds, Machinarium, among other multimedia and task management applications. According to Adobe, over 100,000 unique applications were built on AIR, and over 1 billion installations of the same were logged from users across the world, as of May 2014. Adobe AIR was voted as the Best Mobile Application Development product at the Consumer Electronics Show for two consecutive years (CES 2014 and CES 2015).  [[Wikipedia|https://en.wikipedia.org/wiki/Adobe_AIR]]
""">>

<<masthead-reveal """
Agile software development is a group of software development methods in which requirements and solutions evolve through collaboration between self-organizing, cross-functional teams. It promotes adaptive planning, evolutionary development, early delivery, continuous improvement, and encourages rapid and flexible response to change.
<br/><br/>
The Manifesto for Agile Software Development, also known as the Agile Manifesto, was first proclaimed in 2001, six years after "Agile Methodology" was originally introduced by the preeminent software engineers of the late 80's and early 90's. The Manifesto came out of the DSDM Consortium in 1994, although its roots go back to the mid 80's at ~DuPont and works by James Martin and James Kerr et al.
""">>
<ul>
<li><b>Individuals and interactions</b> over Processes and tools</li>
<li><b>Working software</b> over Comprehensive documentation</li>
<li><b>Customer collaboration</b> over Contract negotiation</li>
<li><b>Responding to change</b> over Following a plan</li>
</ul>

Agile is important, and I have augmented it with [[Agile+]]

<ul>
<li>Agility and methodology over expertise and specialization</li>
<li>Integrated, live development management tooling and infrastructure</li> 
<li>Tight cohesion between code and development docs, with bi-directional navigation</li>
<li>Powerful IDE's with linting and advanced macros to provide dexterity and adaptive output</li>
<li>Conceptual templating frameworks, capturing and forwarding uniformity and conventions</li>
</ul>

<<masthead-reveal """
<b>~AngularJS</b> (commonly referred to as "Angular") is an open-source web application framework maintained by Google and by a community of individual developers and corporations to address many of the challenges encountered in developing single-page applications. It aims to simplify both the development and the testing of such applications by providing a framework for client-side model–view–controller (MVC) and model–view–viewmodel (MVVM) architectures, along with components commonly used in rich Internet applications.
<br/><br/>

The ~AngularJS library works by first reading the [[HTML]] page, which has embedded into it additional custom tag attributes. Angular interprets those attributes as directives to bind input or output parts of the page to a model that is represented by standard [[Javascript]] variables. The values of those [[Javascript]] variables can be manually set within the code, or retrieved from static or dynamic [[JSON]] resources.
<br/><br/>

According to [[Javascript]] analytics service Libscore, ~AngularJS is used on the websites of NBC, Walgreens, Intel, Sprint, ABC News, and approximately 8,400 other sites out of 1 million tested in July 2015.
<br/><br/>

~AngularJS is the frontend part of the MEAN stack, together with [[Node.js|NodeJS]] runtime, Express.js backend framework and [[MongoDB]] database. [[Wikipedia|https://en.wikipedia.org/wiki/AngularJS]]
""">>

<<masthead-reveal """
Apache Ant is a software tool for automating software build processes. It originally came from the Apache Tomcat project in early 2000. It was a replacement for the unix make build tool, and was created due to a number of problems with the unix make. It is similar to Make but is implemented using the [[Java]] language, requires the [[Java]] platform, and is best suited to building [[Java]] projects.
<br/><br/>

The most immediately noticeable difference between Ant and Make is that Ant uses [[XML]] to describe the build process and its dependencies, whereas Make uses Makefile format. By default the [[XML]] file is named `build.xml`.
<br/><br/>

Ant is an Apache project. It is open source software, and is released under the Apache License.  [[Wikipedia|https://en.wikipedia.org/wiki/Apache_Ant]]
""">>

<<masthead-reveal """
The <b>Apache HTTP Server</b>, colloquially called Apache (/əˈpætʃiː/ ə-pa-chee), is the world's most used web server software. Originally based on the NCSA HTTPd server, development of Apache began in early 1995 after work on the NCSA code stalled. Apache played a key role in the initial growth of the World Wide Web,[4] quickly overtaking NCSA HTTPd as the dominant HTTP server, and has remained most popular since April 1996. In 2009, it became the first web server software to serve more than 100 million websites.
<br/><br/>

Apache is developed and maintained by an open community of developers under the auspices of the Apache Software Foundation. Most commonly used on a Unix-like system (usually Linux), the software is available for a wide variety of operating systems, besides Unix and GNU+Linux, including eComStation, Microsoft Windows, ~NetWare, ~OpenVMS, OS/2, and TPF. Released under the Apache License, Apache is free and open-source software.
<br/><br/>

As of June 2013, Apache was estimated to serve 54.2% of all active websites and 53.3% of the top servers across all domains. [[Wikipedia|https://en.wikipedia.org/wiki/Apache_HTTP_Server]]
""">>

<<list-linksa "[tag[Application Languages]]" "Application Languages" "Languages" "51,204,204">>

<<masthead-reveal """
<b>Asana</b> is web based software-as-a-service designed to improve team collaboration. Main user focus is to plan and manage projects and tasks online without the use of email providing each team a workspace. Workspaces contain projects, and projects contain tasks.
<br/><br/>
In each task, users can add notes, comments, attachments, and tags. Users can follow projects and tasks and, when the state of a project or task changes, followers get updates about the changes in their inboxes.
<br/><br/>
In May 2013, Asana launched Organizations, which enables companies to adopt Asana at enterprise scale. Organizations added an Asana Team Browser, a user dashboard, employee auto-join and IT administration abilities related to provisioning and permissions.
<br/><br/>
In January 2015 Asana released its native Android app.
Asana (/əˈsɑːnə/) is a web and mobile application designed to help teams track their work. It was founded in 2008 by [[Facebook]] co-founder Dustin Moskovitz and ex-engineer Justin Rosenstein, who both worked on improving the productivity of employees at [[Facebook]].
 [[Wikipedia|https://en.wikipedia.org/wiki/Asana_(software)]]
""">>

<<list-linksa "[tag[Asset Management]]" "Asset Management" "Project Management" "133,163,222">>

<<masthead-reveal """
<b>~AutoHotkey</b> is a free, open-source custom scripting language for Microsoft Windows, initially aimed at providing easy keyboard shortcuts or hotkeys, fast macro-creation and software automation that allows users of most levels of computer skill to automate repetitive tasks in any Microsoft Windows application.
<br/><br/>
User interfaces can easily be extended or modified by AutoHotkey (for example, overriding the default Windows control key commands with their Emacs equivalents). The Autohotkey installation includes its own extensive help file with an always updated web based version. [[Wikipedia|https://en.wikipedia.org/wiki/AutoHotkey]]
""">>

<<masthead-reveal """
<b>~AutoIt</b> /ɔːtoʊ ɪt/ is a freeware automation language for Microsoft Windows. In its earliest release, the software was primarily intended to create automation scripts (sometimes called macros) for Microsoft Windows programs but has since grown to include enhancements in both programming language design and overall functionality.
<br/><br/>
While the scripting language in ~AutoIt 1 and 2 was statement-driven, designed primarily for simulating user interaction, from version 3 onwards the ~AutoIt syntax is similar to that found in the BASIC family of languages. In this form, ~AutoIt is a general-purpose, third-generation programming language with a classical data model and a variant data type that can store several types of data, including arrays. While version 1 and 2 were compatible with Windows 95, 98, ME, NT4, 2000, XP, 2003, Vista and Windows 7, support for operating systems older than Windows 2000 was discontinued with the release of v3.3.0 in December 2008).
<br/><br/>
An ~AutoIt automation script can be converted into a compressed, stand-alone executable which can be run on computers that do not have the ~AutoIt interpreter installed. A wide range of function libraries (known as UDFs, or "User Defined Functions") are also included as standard or are available from the website to add specialized functionality. ~AutoIt is also distributed with an [[IDE]] based on the free ~SciTE editor. The compiler and help text are fully integrated and provide a de facto standard environment for developers using ~AutoIt. [[Wikipedia|https://en.wikipedia.org/wiki/AutoIt]]
""">>

<<list-linksa "[tag[AutoIt3 Projects]]" "AutoIt3 Projects" "Projects" "160,10,0">>

<<list-linksa "[tag[Automation]]" "Automation" "Online" "133,163,222">>

Sorry, you caught me while I was away. I usually am back in 10-20 minutes, you can leave me a message by using the ~UserLike Live Chat Icon <span style="display:inline-block;position:relative;background-color:#445566;background:url('http://userlike-cdn-client.s3-eu-west-1.amazonaws.com/tab_circle_comments-alt.png') no-repeat 10px 13px #445566;border-radius:60px;overflow:hidden;width:50px;height:50px;opacity:0.6;"></span> in the upper-right corner.

<<masthead-reveal """
Azendoo is a web-based collaborative task management software founded in Bordeaux, France in December 2010 by Benoit Droulin, Christophe Gagin and Grégory Lefort. The application has partnered with [[Evernote]], [[Box]], [[Dropbox]] and Google so that users can centralize and share all of their informational sources confidentially. Azendoo is freemium based.
 [[Wikipedia|https://en.wikipedia.org/wiki/Azendoo]]
""">>

<<masthead-reveal """
<b>Backbone.js</b> is a [[Javascript]] library with a RESTful [[JSON]] interface and is based on the model–view–presenter (MVP) application design paradigm. Backbone is known for being lightweight, as its only hard dependency is on one [[Javascript]] library, Underscore.js, plus [[jQuery]] for use of the full library. It is designed for developing single-page web applications, and for keeping various parts of web applications (e.g. multiple clients and the server) synchronized. Backbone was created by Jeremy Ashkenas, who is also known for CoffeeScript and Underscore.js.  [[Wikipedia|https://en.wikipedia.org/wiki/Backbone.js]]
""">>

<<list-linksa-ofcolor "[tag[Background]sort[]]" "Background" "Welcome" "67,97,0">>

{{$:/__/mcr/site/assets/png/tiddler-icons/ponganim.gif}}
//A reasonable approximation of my typing speed at the time//

{{$:/__/mcr/site/assets/png/tiddler-icons/robotron_play.gif}}
//Me ''versus'' my TODO list//

{{$:/__/mcr/site/assets/png/tiddler-icons/mortalcombatanim.gif}}
//Yet another way to skin a cat//

<img src="http://cdn.smosh.com/sites/default/files/2015/07/fresh-videogames-lich-king.gif"><br/>
//There is no substitute for proper tooling//

<img src="http://media.giphy.com/media/TAdayXZ1EB9kc/giphy.gif" style="opacity:0.5;"/><br/>
//This bug really sucks//

<a href="http://stackoverflow.com/users/842626/mark-robbins" style="vertical-align: top; display: inline-block;text-decoration:none;">
<img src="http://stackoverflow.com/users/flair/842626.png?theme=clean" style="-webkit-filter:invert(1) hue-rotate(180deg);  border: 1px solid #ddd; margin-top:5px;
  border-radius: 5px;" width="208" height="58" alt="profile for Mark Robbins at Stack Overflow, Q&amp;A for professional and enthusiast programmers" title="profile for Mark Robbins at Stack Overflow, Q&A for professional and enthusiast programmers">
</a>
<a href="http://stackexchange.com/users/448429" style="vertical-align: top; display: inline-block;text-decoration:none;">
<img src="http://stackexchange.com/users/flair/448429.png?theme=clean"  style="-webkit-filter:invert(1) hue-rotate(180deg);  border: 1px solid #ddd; margin-top:5px;
  border-radius: 5px;" width="208" height="58" alt="profile for Mark Robbins on Stack Exchange, a network of free, community-driven Q&amp;A sites" title="profile for Mark Robbins on Stack Exchange, a network of free, community-driven Q&amp;A sites">
</a>
<div style="padding:4px; border:1px solid #222; background-color:#000;border-radius:4px; display:inline-block;  transform: scale(1,0.8); margin-top: -3px;">
<div style="background-color:#000;  display: inline-block;  height: 70px;  width:198px;overflow: hidden;margin-top:-4px;margin-bottom:-9px;">
<div style="-webkit-filter:invert(1) hue-rotate(180deg) saturate(3);width:200px;">
<iframe src="http://www.youtube.com/subscribe_widget?p=y4QHJX8lbI_o5ENSUDB65g" 
       style="overflow: hidden; height: 74px; width: 200px; border: 0;margin-left: -1px;
  margin-top: -1px;" 
       scrolling="no" frameBorder="0">
</iframe></div>
</div>
</div>
<div style="display:inline-block;border: 1px solid #222;background-color: #000;border-radius: 4px;  padding: 3px;
    height: 58px;
  margin-top: 4px;
  vertical-align: top;">
<a href="https://www.linkedin.com/pub/mark-robbins/12/874/9b" style="text-decoration:none;">
<img width="191" height="53" border="0" style="transform:scale(.85,.85);margin-top:-2px;" alt="View Mark Robbins's profile on LinkedIn" src="data:image/png;base64,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">
</a>
</div>
<br>
<div style="display:inline-block;">
<iframe src="http://mrobbinsassoc.com/markrobbins-tiddlyspot/github-id.html" frameboarder="0" style="-webkit-filter:invert(1);width:420px;height:180px;"/>
</div>
<div style="display:inline-block;">
{{Facebook Badge}}
</div>

<<masthead-reveal """
Bamboo is a continuous integration server from Atlassian, the makers of JIRA, Confluence and Crowd.
<br/><br/>
Bamboo is free for philanthropic and open-source projects. Commercial organizations are charged based on the number of build agents needed. Academic organizations receive a 50% discount on licensing costs under Atlassian's academic licensing program.
<br/><br/>
Bamboo supports builds in any programming language using any build tool, including Ant, Maven, Make, and any command line tools. Build notifications can be customized based on the type of event, and received via email, instant message, RSS, or pop-up windows in Eclipse-based IDEs and ~IntelliJ IDEA.
""">>
!!!Server on Prism1
<a href="http://bam.mra.dnsalias.net" target="_blank">{{$:/__/mcr/site/assets/png/tiddler-icons/bamboo.png}}</a>

<<masthead-reveal '
Box offers secure content management and collaboration for individuals, teams and businesses, enabling secure file sharing and access to your files online. [[Box.com|https://www.box.com/]]
'>>

<<masthead-reveal """
C++ (pronounced as cee plus plus, /ˈsiː plʌs plʌs/) is a general-purpose programming language. It has imperative, object-oriented and generic programming features, while also providing facilities for low-level memory manipulation.
<br/><br/>
It was designed with a bias toward system programming and embedded, resource-constrained and large systems, with performance, efficiency and flexibility of use as its design highlights. C++ has also been found useful in many other contexts, with key strengths being software infrastructure and resource-constrained applications, including desktop applications, servers (e.g. e-commerce, web search or SQL servers), performance-critical applications (e.g. telephone switches or space probes), and entertainment software. C++ is a compiled language, with implementations of it available on many platforms and provided by various organizations, including the FSF, LLVM, Microsoft, Intel and IBM.
<br/><br/>
C++ is standardized by the International Organization for Standardization (ISO), with the latest (and current) standard version ratified and published by ISO in December 2014 as ISO/IEC 14882:2014 (informally known as C++14).[5] The C++ programming language was initially standardized in 1998 as ISO/IEC 14882:1998, which was then amended by the C++03, ISO/IEC 14882:2003, standard. The current C++14 standard supersedes these and C++11, with new features and an enlarged standard library. Before the initial standardization in 1998, C++ was developed by Bjarne Stroustrup at Bell Labs since 1979, as an extension of the C language as he wanted an efficient and flexible language similar to C, which also provided high-level features for program organization.
<br/><br/>
Many other programming languages have been influenced by C++, including C#, Java, and newer versions of C (after 1998). [[Wikipedia|https://en.wikipedia.org/wiki/C%2B%2B]]
""">>

<<masthead-reveal """
With Checkvist you can create and share online outlines, project plans, online checklists, and task lists. Very keyboard friendly, with code, Markdown, and OPML support.
 [[Checkvist.com|https://checkvist.com/]]
""">>

<<masthead-reveal """
Google Chrome is a freeware web browser developed by Google. It used the ~WebKit layout engine until version 27 and, with the exception of its iOS releases, from version 28 and beyond uses the ~WebKit fork Blink. It was first released as a beta version for Microsoft Windows on September 2, 2008, and as a stable public release on December 11, 2008.
<br/><br/>
As of October 2015, ~StatCounter estimates that Google Chrome has a 56% worldwide usage share of web browsers as a desktop browser. It is also the most popular browser for smartphones, and combined across all platforms at about 45%. Its success has led to Google expanding the 'Chrome' brand name on various other products such as the Chromecast.
<br/><br/>
Google releases the majority of Chrome's source code as an open-source project Chromium. A notable component that is not open source is their version of the built-in Adobe Flash Player, called Pepper Flash Player.
""">>

<<list-linksa-ofcolor "[tag[Chrome Extensions]]" "Chrome Extensions" "Projects" "160,10,0">>

<<list-linksa "[tag[CMS]]" "CMS" "Technology" "51,204,204">>

<<masthead-reveal """
<b>~CoffeeScript</b> is a programming language that transcompiles to [[Javascript]]. It adds syntactic sugar inspired by Ruby, Python and Haskell in an effort to enhance [[Javascript]]'s brevity and readability. Specific additional features include list comprehension and pattern matching.
<br/><br/>
The language has a relatively large following in the Ruby community. ~CoffeeScript support is included in Ruby on Rails version 3.1. In 2011, Brendan Eich referenced ~CoffeeScript as an influence on his thoughts about the future of [[Javascript]]. [[Wikipedia|https://en.wikipedia.org/wiki/CoffeeScript]]
""">>

<<list-linksa "[tag[Computers]]" "Computers" "Platforms" "112,112,112">>

<<masthead-reveal '
Collaboration platform with a visual focus for marketing & remote teams. Work on visual content & brainstorm ideas with anyone, from anywhere.
 [[Conceptboard.com|https://conceptboard.com/]]
'>>

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<<revealsecode "  ,ctrls:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.ctrls" "Controls" h2800>>
<<revealsecode "  ,selector:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.selector" "Controls Selection" h900>>
<<revealsecode "  ,regicon:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.regicon" "Data for Icons, zdot" h2200>>
<<revealsecode "  ,qtip:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.qtip" "Tooltip Library" h2600>>
<<revealsecode "  ,status:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.status" "Status Widget" h800>>
<<revealsecode "  ,menus:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.menus" "Menus Controller" h800>>
<<revealsecode "  ,bgmenu:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.bgmenu" "Background Menu" h4500>>
<<revealsecode "  ,see:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.see" "Cursor Widget" h1900>>
<<revealsecode "  ,hud:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.hud" "Heads Up Display" h2100>>
<<revealsecode "  ,curs:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.curs" "Cursor" h2000>>
<<revealsecode "  ,utils:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.utils" "Utilities" h2700>>
<<revealsecode "  ,style:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.style" "Styles" h2000>>
<<revealsecode "  ,xlat:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.xlat" "Translators" h5400>>
<<revealsecode "  ,inits:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.inits" "Initialization" h5900>>
<<revealsecode "  ,ppt:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.ppt" "Properties" h700>>
<<revealsecode "  ,cmd:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.cmd" "Commands" h5700>>
<<revealsecode "  ,event:{" "$:/__/mcr/site/projects/code/conceptboard.js/window._.event" "Events" h5700>>
</div>

<<masthead-reveal """
Confluence is team collaboration software. Written in [[Java]] and mainly used in corporate environments, it is developed and marketed by Atlassian. Confluence is sold as either on-premises software or as a hosted solution.
""">>
!!!Server on Prism1
<a href="http://conf.mra.dnsalias.net" target="_blank">{{$:/__/mcr/site/assets/png/tiddler-icons/confluence.png}}</a>

"""
3831 Trellis View Avenue
Las Vegas, Nevada 89115
702-802-3324
[[mark.robbins@mrobbinsassoc.com|mailto:mark.robbins@mrobbinsassoc.com]]
"""
<iframe allowtransparency="true" frameborder="0" scrolling="no" src="http://platform.twitter.com/widgets/follow_button.html?screen_name=MarkRobbins6"  style="width:300px; height:20px;"></iframe><br/>
{{$:/__/mcr/site/assets/buttons/html/SkypeButton}}

{{Mark Robbins}}
{{Contact Info}}

<<.toc-lorem>>

<<masthead-reveal """
C# (pronounced as see sharp) is a multi-paradigm programming language encompassing strong typing, imperative, declarative, functional, generic, object-oriented (class-based), and component-oriented programming disciplines. It was developed by Microsoft within its .NET initiative and later approved as a standard by Ecma (ECMA-334) and ISO (ISO/IEC 23270:2006). C# is one of the programming languages designed for the Common Language Infrastructure.
<br/><br/>
C# is intended to be a simple, modern, general-purpose, object-oriented programming language. Its development team is led by Anders Hejlsberg. The most recent version is C# 6.0, which was released on July 20, 2015. [[Wikipedia|https://en.wikipedia.org/wiki/C_Sharp_(programming_language)]]
""">>

<<list-linksa-ofcolor "[tag[CSharp Console Applications]]" "CSharp Console Applications" "CSharp Projects" "160,10,0">>

<<list-linksa-ofcolor "[tag[CSharp Desktop Applications]]" "CSharp Desktop Applications" "CSharp Projects" "160,10,0">>

<<list-linksa-ofcolor "[tag[CSharp Libraries]]" "CSharp Libraries" "CSharp Projects" "160,10,0">>

<<list-linksa-ofcolor "[tag[CSharp Projects]]" "CSharp Projects" "Projects" "160,10,0">>

<<masthead-reveal """
<b>Cascading Style Sheets</b> (CSS) is a style sheet language used for describing the presentation of a document written in a markup language. Although most often used to set the visual style of web pages and user interfaces written in [[HTML]] and [[XHTML]], the language can be applied to any [[XML]] document, including plain [[XML]], [[SVG]] and XUL, and is applicable to rendering in speech, or on other media. Along with [[HTML]] and [[Javascript], CSS is a cornerstone technology used by most websites to create visually engaging webpages, user interfaces for web applications, and user interfaces for many mobile applications.
<br/><br/>
CSS 3 is divided into several separate documents called "modules". Each module adds new capabilities or extends features defined in CSS 2, preserving backward compatibility. Work on CSS level 3 started around the time of publication of the original CSS 2 recommendation. The earliest CSS 3 drafts were published in June 1999.
[[Wikipedia|https://en.wikipedia.org/wiki/Cascading_Style_Sheets#CSS_3]]
""">>

<<masthead-reveal """
<b>Cytoscape</b> is an open source bioinformatics software platform for visualizing molecular interaction networks and integrating with gene expression profiles and other state data. Additional features are available as plugins. Plugins are available for network and molecular profiling analyses, new layouts, additional file format support and connection with databases and searching in large networks. Plugins may be developed using the Cytoscape open Java software architecture by anyone and plugin community development is encouraged. Cytoscape also has a [[Javascript]]-centric sister project named Cytoscape.js that can be used to analyse and visualise graphs in [[Javascript]] environments, like a browser.  [[Wikipedia|https://en.wikipedia.org/wiki/Cytoscape]]
""">>

<<masthead-reveal """
D3.js (or just D3 for Data-Driven Documents) is a [[Javascript]] library for producing dynamic, interactive data visualizations in web browsers. It makes use of the widely implemented [[SVG]], [[HTML5]], and [[CSS|CSS3]] standards. It is the successor to the earlier Protovis framework. In contrast to many other libraries, D3.js allows great control over the final visual result. Its development was noted in 2011, as version 2.0.0 was released in August 2011.
<br/><br/>

Embedded within an [[HTML]] webpage, the [[Javascript]] D3.js library uses pre-built [[Javascript]] functions to select elements, create [[SVG]] objects, style them, or add transitions, dynamic effects or tooltips to them. These objects can also be widely styled using [[CSS|CSS3]]. Large datasets can be easily bound to [[SVG]] objects using simple D3.js functions to generate rich text/graphic charts and diagrams. The data can be in various formats, most commonly [[JSON]], comma-separated values (CSV) or geoJSON, but, if required, [[Javascript]] functions can be written to read other data formats.
[[Wikipedia|https://en.wikipedia.org/wiki/D3.js]]
""">>

<<list-linksa "[tag[Data Expressions]]" "Data Expressions" "Expressions" "51,204,204">>

<<list-linksa "[tag[Data Languages]]" "Data Languages" "Languages" "51,204,204">>

<<list-linksa "[tag[Development Platforms]]" "Development Platforms" "Technology" "112,112,112">>

<<masthead-reveal """
Create compelling, easy-to-use experiences and emulate the UI of today's most popular productivity apps with the 130+ controls that ship as part of the ~DevExpress ~WinForms Subscription. Whether you need to reproduce the look and feel of Microsoft Office or to deliver high-powered data mining and 
decision support systems for your enterprise, ~DevExpress libraries for the .NET Framework have been built so you can unleash the power of information 
and intuitively present it to your end-users in the shortest possible time.
""">>

<<list-linksa "[tag[DevTools]]" "DevTools" "Technology" "51,204,204">>

<<list-linksa "[tag[Diagrams]]" "Diagrams" "Online" "133,163,222">>

<iframe src="http://mrobbinsassoc.com/markrobbins-tiddlyspot/disqus.html?id=test" style="width:100%;height:600px;-webkit-filter:invert(1) hue-rotate(180deg);" frameborder="0"/>

\define disqus.iframe(url)
$url$
<iframe src="$url$" style="width:100%;height:600px;-webkit-filter:invert(1) hue-rotate(180deg);" frameborder="0"/>
\end
\define disqus.tit(tit)
<$macrocall $name='disqus.iframe' url=<<disqusurl "$tit$">>/>
\end
\define disqus()
<$set name="title" value={{!!title}}>
<$macrocall $name="disqus.tit" tit=<<title>>/>
</$set>
\end
<<disqus>>

[[$:/__/mcr/tw/macros/js/disqusurl.js]]

```
http://mrobbinsassoc.com/markrobbins-tiddlyspot/disqus.html?id=Disqus%20Test2&url=http%3A//markrobbins.tiddlyspot.com/%23Disqus%20Test2&type=frame
```

```
<iframe src="http://mrobbinsassoc.com/markrobbins-tiddlyspot/disqus.html?id=Disqus%20Test2&url=http%3A//markrobbins.tiddlyspot.com/%23Disqus%20Test2&type=frame" style="width:100%;height:600px;-webkit-filter:invert(1) hue-rotate(180deg);" frameborder="0"/>
```

<<list-linksa "[tag[Documentation]]" "Documentation" "Technology" "51,204,204">>

<<masthead-reveal """
<b>DOS</b> /dɒs/, short for disk operating system, is an acronym for several computer operating systems that were operated by using the command line.
<br/><br/>
MS-DOS dominated the IBM PC compatible market between 1981 and 1995, or until about 2000 including the partially MS-DOS-based Microsoft Windows (95, 98, and Millennium Edition). "DOS" is used to describe the family of several very similar command-line systems, including MS-DOS, PC DOS, DR-DOS, ~FreeDOS, ROM-DOS, OSx16, "Horizon OS" and PTS-DOS.
<br/><br/>
In spite of the common usage, none of these systems were simply named "DOS" (a name given only to an unrelated IBM mainframe operating system in the 1960s). A number of unrelated, non-x86 microcomputer disk operating systems had "DOS" in their names, and are often referred to simply as "DOS" when discussing machines that use them (e.g. ~AmigaDOS, AMSDOS, ANDOS, Apple DOS, Atari DOS, Commodore DOS, CSI-DOS, ~ProDOS, and TRS-DOS).
<br/><br/>
While providing many of the same operating system functions for their respective computer systems, programs running under any one of these operating systems would not run under others. [[Wikipedia|https://en.wikipedia.org/wiki/DOS]]
""">>

<<masthead-reveal """
<b>Doxygen</b> /ˈdɑːksiɡən/ is a documentation generator, a tool for writing software reference documentation. The documentation is written within code, and is thus relatively easy to keep up to date. Doxygen can cross reference documentation and code, so that the reader of a document can easily refer to the actual code.
<br/><br/>
Like Javadoc, Doxygen extracts documentation from source file comments. In addition to the Javadoc syntax, Doxygen supports the documentation tags used in the Qt toolkit and can generate output in ~HyperText Markup Language ([[HTML]]) as well as in Microsoft Compiled HTML Help (CHM), Rich Text Format (RTF), Portable Document Format (PDF), ~LaTeX, ~PostScript or man pages.
<br/><br/>
Doxygen can be used with C, [[C++]], [[C#|CSharp]], Fortran, [[Java]], Objective-C, [[PHP]], Python, Tcl, IDL (CORBA, and Microsoft flavors), VHDL, and to some extent D.
<br/><br/>

It runs on most Unix-like systems, Mac OS X and Windows.
<br/><br/>

The first version of Doxygen borrowed code from an early version of DOC++ (developed by Roland Wunderling and Malte Zöckler at Zuse Institute Berlin); later, the Doxygen code was rewritten by Dimitri van Heesch.
<br/><br/>

Doxygen is free software, released under the terms of the GNU General Public License. [[Wikipedia|https://en.wikipedia.org/wiki/Doxygen]]
""">>

(function(){
exports.name = "U";
exports.platforms = ["browser"];
exports.synchronous = true;
exports.after=['radio'];
exports.startup=function(){ffff.call(window);}
function ffff() {
  console.log('U');
  // Baseline setup
  // --------------

  // Establish the root object, `window` in the browser, or `exports` on the server.
  var root = this;

  // Save the previous value of the `U` variable.
  var previousUnderscore = root.U;

  // Save bytes in the minified (but not gzipped) version:
  var ArrayProto = Array.prototype, ObjProto = Object.prototype, FuncProto = Function.prototype;

  // Create quick reference variables for speed access to core prototypes.
  var
    push             = ArrayProto.push,
    slice            = ArrayProto.slice,
    toString         = ObjProto.toString,
    hasOwnProperty   = ObjProto.hasOwnProperty;

  // All **ECMAScript 5** native function implementations that we hope to use
  // are declared here.
  var
    nativeIsArray      = Array.isArray,
    nativeKeys         = Object.keys,
    nativeBind         = FuncProto.bind,
    nativeCreate       = Object.create;

  // Naked function reference for surrogate-prototype-swapping.
  var Ctor = function(){};

  // Create a safe reference to the Underscore object for use below.
  var U = function(obj) {
    if (obj instanceof U) return obj;
    if (!(this instanceof U)) return new U(obj);
    this._wrapped = obj;
  };

  // Export the Underscore object for **Node.js**, with
  // backwards-compatibility for the old `require()` API. If we're in
  // the browser, add `U` as a global object.
  if (0) {
    if (typeof exports !== 'undefined') {
      if (typeof module !== 'undefined' && module.exports) {
        exports = module.exports = U;
      }
      exports.U = U;
    } else {
      root.U = U;
    }
  }
  root.U = U;

  // Current version.
  U.VERSION = '1.8.3';

  // Internal function that returns an efficient (for current engines) version
  // of the passed-in callback, to be repeatedly applied in other Underscore
  // functions.
  var optimizeCb = function(func, context, argCount) {
    if (context === void 0) return func;
    switch (argCount == null ? 3 : argCount) {
      case 1: return function(value) {
        return func.call(context, value);
      };
      case 2: return function(value, other) {
        return func.call(context, value, other);
      };
      case 3: return function(value, index, collection) {
        return func.call(context, value, index, collection);
      };
      case 4: return function(accumulator, value, index, collection) {
        return func.call(context, accumulator, value, index, collection);
      };
    }
    return function() {
      return func.apply(context, arguments);
    };
  };

  // A mostly-internal function to generate callbacks that can be applied
  // to each element in a collection, returning the desired result — either
  // identity, an arbitrary callback, a property matcher, or a property accessor.
  var cb = function(value, context, argCount) {
    if (value == null) return U.identity;
    if (U.isFunction(value)) return optimizeCb(value, context, argCount);
    if (U.isObject(value)) return U.matcher(value);
    return U.property(value);
  };
  U.iteratee = function(value, context) {
    return cb(value, context, Infinity);
  };

  // An internal function for creating assigner functions.
  var createAssigner = function(keysFunc, undefinedOnly) {
    return function(obj) {
      var length = arguments.length;
      if (length < 2 || obj == null) return obj;
      for (var index = 1; index < length; index++) {
        var source = arguments[index],
            keys = keysFunc(source),
            l = keys.length;
        for (var i = 0; i < l; i++) {
          var key = keys[i];
          if (!undefinedOnly || obj[key] === void 0) obj[key] = source[key];
        }
      }
      return obj;
    };
  };

  // An internal function for creating a new object that inherits from another.
  var baseCreate = function(prototype) {
    if (!U.isObject(prototype)) return {};
    if (nativeCreate) return nativeCreate(prototype);
    Ctor.prototype = prototype;
    var result = new Ctor;
    Ctor.prototype = null;
    return result;
  };

  var property = function(key) {
    return function(obj) {
      return obj == null ? void 0 : obj[key];
    };
  };

  // Helper for collection methods to determine whether a collection
  // should be iterated as an array or as an object
  // Related: http://people.mozilla.org/~jorendorff/es6-draft.html#sec-tolength
  // Avoids a very nasty iOS 8 JIT bug on ARM-64. #2094
  var MAX_ARRAY_INDEX = Math.pow(2, 53) - 1;
  var getLength = property('length');
  var isArrayLike = function(collection) {
    var length = getLength(collection);
    return typeof length == 'number' && length >= 0 && length <= MAX_ARRAY_INDEX;
  };

  // Collection Functions
  // --------------------

  // The cornerstone, an `each` implementation, aka `forEach`.
  // Handles raw objects in addition to array-likes. Treats all
  // sparse array-likes as if they were dense.
  U.each = U.forEach = function(obj, iteratee, context) {
    iteratee = optimizeCb(iteratee, context);
    var i, length;
    if (isArrayLike(obj)) {
      for (i = 0, length = obj.length; i < length; i++) {
        iteratee(obj[i], i, obj);
      }
    } else {
      var keys = U.keys(obj);
      for (i = 0, length = keys.length; i < length; i++) {
        iteratee(obj[keys[i]], keys[i], obj);
      }
    }
    return obj;
  };

  // Return the results of applying the iteratee to each element.
  U.map = U.collect = function(obj, iteratee, context) {
    iteratee = cb(iteratee, context);
    var keys = !isArrayLike(obj) && U.keys(obj),
        length = (keys || obj).length,
        results = Array(length);
    for (var index = 0; index < length; index++) {
      var currentKey = keys ? keys[index] : index;
      results[index] = iteratee(obj[currentKey], currentKey, obj);
    }
    return results;
  };

  // Create a reducing function iterating left or right.
  function createReduce(dir) {
    // Optimized iterator function as using arguments.length
    // in the main function will deoptimize the, see #1991.
    function iterator(obj, iteratee, memo, keys, index, length) {
      for (; index >= 0 && index < length; index += dir) {
        var currentKey = keys ? keys[index] : index;
        memo = iteratee(memo, obj[currentKey], currentKey, obj);
      }
      return memo;
    }

    return function(obj, iteratee, memo, context) {
      iteratee = optimizeCb(iteratee, context, 4);
      var keys = !isArrayLike(obj) && U.keys(obj),
          length = (keys || obj).length,
          index = dir > 0 ? 0 : length - 1;
      // Determine the initial value if none is provided.
      if (arguments.length < 3) {
        memo = obj[keys ? keys[index] : index];
        index += dir;
      }
      return iterator(obj, iteratee, memo, keys, index, length);
    };
  }

  // **Reduce** builds up a single result from a list of values, aka `inject`,
  // or `foldl`.
  U.reduce = U.foldl = U.inject = createReduce(1);

  // The right-associative version of reduce, also known as `foldr`.
  U.reduceRight = U.foldr = createReduce(-1);

  // Return the first value which passes a truth test. Aliased as `detect`.
  U.find = U.detect = function(obj, predicate, context) {
    var key;
    if (isArrayLike(obj)) {
      key = U.findIndex(obj, predicate, context);
    } else {
      key = U.findKey(obj, predicate, context);
    }
    if (key !== void 0 && key !== -1) return obj[key];
  };

  // Return all the elements that pass a truth test.
  // Aliased as `select`.
  U.filter = U.select = function(obj, predicate, context) {
    var results = [];
    predicate = cb(predicate, context);
    U.each(obj, function(value, index, list) {
      if (predicate(value, index, list)) results.push(value);
    });
    return results;
  };

  // Return all the elements for which a truth test fails.
  U.reject = function(obj, predicate, context) {
    return U.filter(obj, U.negate(cb(predicate)), context);
  };

  // Determine whether all of the elements match a truth test.
  // Aliased as `all`.
  U.every = U.all = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var keys = !isArrayLike(obj) && U.keys(obj),
        length = (keys || obj).length;
    for (var index = 0; index < length; index++) {
      var currentKey = keys ? keys[index] : index;
      if (!predicate(obj[currentKey], currentKey, obj)) return false;
    }
    return true;
  };

  // Determine if at least one element in the object matches a truth test.
  // Aliased as `any`.
  U.some = U.any = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var keys = !isArrayLike(obj) && U.keys(obj),
        length = (keys || obj).length;
    for (var index = 0; index < length; index++) {
      var currentKey = keys ? keys[index] : index;
      if (predicate(obj[currentKey], currentKey, obj)) return true;
    }
    return false;
  };

  // Determine if the array or object contains a given item (using `===`).
  // Aliased as `includes` and `include`.
  U.contains = U.includes = U.include = function(obj, item, fromIndex, guard) {
    if (!isArrayLike(obj)) obj = U.values(obj);
    if (typeof fromIndex != 'number' || guard) fromIndex = 0;
    return U.indexOf(obj, item, fromIndex) >= 0;
  };

  // Invoke a method (with arguments) on every item in a collection.
  U.invoke = function(obj, method) {
    var args = slice.call(arguments, 2);
    var isFunc = U.isFunction(method);
    return U.map(obj, function(value) {
      var func = isFunc ? method : value[method];
      return func == null ? func : func.apply(value, args);
    });
  };

  // Convenience version of a common use case of `map`: fetching a property.
  U.pluck = function(obj, key) {
    return U.map(obj, U.property(key));
  };

  // Convenience version of a common use case of `filter`: selecting only objects
  // containing specific `key:value` pairs.
  U.where = function(obj, attrs) {
    return U.filter(obj, U.matcher(attrs));
  };

  // Convenience version of a common use case of `find`: getting the first object
  // containing specific `key:value` pairs.
  U.findWhere = function(obj, attrs) {
    return U.find(obj, U.matcher(attrs));
  };

  // Return the maximum element (or element-based computation).
  U.max = function(obj, iteratee, context) {
    var result = -Infinity, lastComputed = -Infinity,
        value, computed;
    if (iteratee == null && obj != null) {
      obj = isArrayLike(obj) ? obj : U.values(obj);
      for (var i = 0, length = obj.length; i < length; i++) {
        value = obj[i];
        if (value > result) {
          result = value;
        }
      }
    } else {
      iteratee = cb(iteratee, context);
      U.each(obj, function(value, index, list) {
        computed = iteratee(value, index, list);
        if (computed > lastComputed || computed === -Infinity && result === -Infinity) {
          result = value;
          lastComputed = computed;
        }
      });
    }
    return result;
  };

  // Return the minimum element (or element-based computation).
  U.min = function(obj, iteratee, context) {
    var result = Infinity, lastComputed = Infinity,
        value, computed;
    if (iteratee == null && obj != null) {
      obj = isArrayLike(obj) ? obj : U.values(obj);
      for (var i = 0, length = obj.length; i < length; i++) {
        value = obj[i];
        if (value < result) {
          result = value;
        }
      }
    } else {
      iteratee = cb(iteratee, context);
      U.each(obj, function(value, index, list) {
        computed = iteratee(value, index, list);
        if (computed < lastComputed || computed === Infinity && result === Infinity) {
          result = value;
          lastComputed = computed;
        }
      });
    }
    return result;
  };

  // Shuffle a collection, using the modern version of the
  // [Fisher-Yates shuffle](http://en.wikipedia.org/wiki/Fisher–Yates_shuffle).
  U.shuffle = function(obj) {
    var set = isArrayLike(obj) ? obj : U.values(obj);
    var length = set.length;
    var shuffled = Array(length);
    for (var index = 0, rand; index < length; index++) {
      rand = U.random(0, index);
      if (rand !== index) shuffled[index] = shuffled[rand];
      shuffled[rand] = set[index];
    }
    return shuffled;
  };

  // Sample **n** random values from a collection.
  // If **n** is not specified, returns a single random element.
  // The internal `guard` argument allows it to work with `map`.
  U.sample = function(obj, n, guard) {
    if (n == null || guard) {
      if (!isArrayLike(obj)) obj = U.values(obj);
      return obj[U.random(obj.length - 1)];
    }
    return U.shuffle(obj).slice(0, Math.max(0, n));
  };

  // Sort the object's values by a criterion produced by an iteratee.
  U.sortBy = function(obj, iteratee, context) {
    iteratee = cb(iteratee, context);
    return U.pluck(U.map(obj, function(value, index, list) {
      return {
        value: value,
        index: index,
        criteria: iteratee(value, index, list)
      };
    }).sort(function(left, right) {
      var a = left.criteria;
      var b = right.criteria;
      if (a !== b) {
        if (a > b || a === void 0) return 1;
        if (a < b || b === void 0) return -1;
      }
      return left.index - right.index;
    }), 'value');
  };

  // An internal function used for aggregate "group by" operations.
  var group = function(behavior) {
    return function(obj, iteratee, context) {
      var result = {};
      iteratee = cb(iteratee, context);
      U.each(obj, function(value, index) {
        var key = iteratee(value, index, obj);
        behavior(result, value, key);
      });
      return result;
    };
  };

  // Groups the object's values by a criterion. Pass either a string attribute
  // to group by, or a function that returns the criterion.
  U.groupBy = group(function(result, value, key) {
    if (U.has(result, key)) result[key].push(value); else result[key] = [value];
  });

  // Indexes the object's values by a criterion, similar to `groupBy`, but for
  // when you know that your index values will be unique.
  U.indexBy = group(function(result, value, key) {
    result[key] = value;
  });

  // Counts instances of an object that group by a certain criterion. Pass
  // either a string attribute to count by, or a function that returns the
  // criterion.
  U.countBy = group(function(result, value, key) {
    if (U.has(result, key)) result[key]++; else result[key] = 1;
  });

  // Safely create a real, live array from anything iterable.
  U.toArray = function(obj) {
    if (!obj) return [];
    if (U.isArray(obj)) return slice.call(obj);
    if (isArrayLike(obj)) return U.map(obj, U.identity);
    return U.values(obj);
  };

  // Return the number of elements in an object.
  U.size = function(obj) {
    if (obj == null) return 0;
    return isArrayLike(obj) ? obj.length : U.keys(obj).length;
  };

  // Split a collection into two arrays: one whose elements all satisfy the given
  // predicate, and one whose elements all do not satisfy the predicate.
  U.partition = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var pass = [], fail = [];
    U.each(obj, function(value, key, obj) {
      (predicate(value, key, obj) ? pass : fail).push(value);
    });
    return [pass, fail];
  };

  // Array Functions
  // ---------------

  // Get the first element of an array. Passing **n** will return the first N
  // values in the array. Aliased as `head` and `take`. The **guard** check
  // allows it to work with `U.map`.
  U.first = U.head = U.take = function(array, n, guard) {
    if (array == null) return void 0;
    if (n == null || guard) return array[0];
    return U.initial(array, array.length - n);
  };

  // Returns everything but the last entry of the array. Especially useful on
  // the arguments object. Passing **n** will return all the values in
  // the array, excluding the last N.
  U.initial = function(array, n, guard) {
    return slice.call(array, 0, Math.max(0, array.length - (n == null || guard ? 1 : n)));
  };

  // Get the last element of an array. Passing **n** will return the last N
  // values in the array.
  U.last = function(array, n, guard) {
    if (array == null) return void 0;
    if (n == null || guard) return array[array.length - 1];
    return U.rest(array, Math.max(0, array.length - n));
  };

  // Returns everything but the first entry of the array. Aliased as `tail` and `drop`.
  // Especially useful on the arguments object. Passing an **n** will return
  // the rest N values in the array.
  U.rest = U.tail = U.drop = function(array, n, guard) {
    return slice.call(array, n == null || guard ? 1 : n);
  };

  // Trim out all falsy values from an array.
  U.compact = function(array) {
    return U.filter(array, U.identity);
  };

  // Internal implementation of a recursive `flatten` function.
  var flatten = function(input, shallow, strict, startIndex) {
    var output = [], idx = 0;
    for (var i = startIndex || 0, length = getLength(input); i < length; i++) {
      var value = input[i];
      if (isArrayLike(value) && (U.isArray(value) || U.isArguments(value))) {
        //flatten current level of array or arguments object
        if (!shallow) value = flatten(value, shallow, strict);
        var j = 0, len = value.length;
        output.length += len;
        while (j < len) {
          output[idx++] = value[j++];
        }
      } else if (!strict) {
        output[idx++] = value;
      }
    }
    return output;
  };

  // Flatten out an array, either recursively (by default), or just one level.
  U.flatten = function(array, shallow) {
    return flatten(array, shallow, false);
  };

  // Return a version of the array that does not contain the specified value(s).
  U.without = function(array) {
    return U.difference(array, slice.call(arguments, 1));
  };

  // Produce a duplicate-free version of the array. If the array has already
  // been sorted, you have the option of using a faster algorithm.
  // Aliased as `unique`.
  U.uniq = U.unique = function(array, isSorted, iteratee, context) {
    if (!U.isBoolean(isSorted)) {
      context = iteratee;
      iteratee = isSorted;
      isSorted = false;
    }
    if (iteratee != null) iteratee = cb(iteratee, context);
    var result = [];
    var seen = [];
    for (var i = 0, length = getLength(array); i < length; i++) {
      var value = array[i],
          computed = iteratee ? iteratee(value, i, array) : value;
      if (isSorted) {
        if (!i || seen !== computed) result.push(value);
        seen = computed;
      } else if (iteratee) {
        if (!U.contains(seen, computed)) {
          seen.push(computed);
          result.push(value);
        }
      } else if (!U.contains(result, value)) {
        result.push(value);
      }
    }
    return result;
  };

  // Produce an array that contains the union: each distinct element from all of
  // the passed-in arrays.
  U.union = function() {
    return U.uniq(flatten(arguments, true, true));
  };

  // Produce an array that contains every item shared between all the
  // passed-in arrays.
  U.intersection = function(array) {
    var result = [];
    var argsLength = arguments.length;
    for (var i = 0, length = getLength(array); i < length; i++) {
      var item = array[i];
      if (U.contains(result, item)) continue;
      for (var j = 1; j < argsLength; j++) {
        if (!U.contains(arguments[j], item)) break;
      }
      if (j === argsLength) result.push(item);
    }
    return result;
  };

  // Take the difference between one array and a number of other arrays.
  // Only the elements present in just the first array will remain.
  U.difference = function(array) {
    var rest = flatten(arguments, true, true, 1);
    return U.filter(array, function(value){
      return !U.contains(rest, value);
    });
  };

  // Zip together multiple lists into a single array -- elements that share
  // an index go together.
  U.zip = function() {
    return U.unzip(arguments);
  };

  // Complement of U.zip. Unzip accepts an array of arrays and groups
  // each array's elements on shared indices
  U.unzip = function(array) {
    var length = array && U.max(array, getLength).length || 0;
    var result = Array(length);

    for (var index = 0; index < length; index++) {
      result[index] = U.pluck(array, index);
    }
    return result;
  };

  // Converts lists into objects. Pass either a single array of `[key, value]`
  // pairs, or two parallel arrays of the same length -- one of keys, and one of
  // the corresponding values.
  U.object = function(list, values) {
    var result = {};
    for (var i = 0, length = getLength(list); i < length; i++) {
      if (values) {
        result[list[i]] = values[i];
      } else {
        result[list[i][0]] = list[i][1];
      }
    }
    return result;
  };

  // Generator function to create the findIndex and findLastIndex functions
  function createPredicateIndexFinder(dir) {
    return function(array, predicate, context) {
      predicate = cb(predicate, context);
      var length = getLength(array);
      var index = dir > 0 ? 0 : length - 1;
      for (; index >= 0 && index < length; index += dir) {
        if (predicate(array[index], index, array)) return index;
      }
      return -1;
    };
  }

  // Returns the first index on an array-like that passes a predicate test
  U.findIndex = createPredicateIndexFinder(1);
  U.findLastIndex = createPredicateIndexFinder(-1);

  // Use a comparator function to figure out the smallest index at which
  // an object should be inserted so as to maintain order. Uses binary search.
  U.sortedIndex = function(array, obj, iteratee, context) {
    iteratee = cb(iteratee, context, 1);
    var value = iteratee(obj);
    var low = 0, high = getLength(array);
    while (low < high) {
      var mid = Math.floor((low + high) / 2);
      if (iteratee(array[mid]) < value) low = mid + 1; else high = mid;
    }
    return low;
  };

  // Generator function to create the indexOf and lastIndexOf functions
  function createIndexFinder(dir, predicateFind, sortedIndex) {
    return function(array, item, idx) {
      var i = 0, length = getLength(array);
      if (typeof idx == 'number') {
        if (dir > 0) {
            i = idx >= 0 ? idx : Math.max(idx + length, i);
        } else {
            length = idx >= 0 ? Math.min(idx + 1, length) : idx + length + 1;
        }
      } else if (sortedIndex && idx && length) {
        idx = sortedIndex(array, item);
        return array[idx] === item ? idx : -1;
      }
      if (item !== item) {
        idx = predicateFind(slice.call(array, i, length), U.isNaN);
        return idx >= 0 ? idx + i : -1;
      }
      for (idx = dir > 0 ? i : length - 1; idx >= 0 && idx < length; idx += dir) {
        if (array[idx] === item) return idx;
      }
      return -1;
    };
  }

  // Return the position of the first occurrence of an item in an array,
  // or -1 if the item is not included in the array.
  // If the array is large and already in sort order, pass `true`
  // for **isSorted** to use binary search.
  U.indexOf = createIndexFinder(1, U.findIndex, U.sortedIndex);
  U.lastIndexOf = createIndexFinder(-1, U.findLastIndex);

  // Generate an integer Array containing an arithmetic progression. A port of
  // the native Python `range()` function. See
  // [the Python documentation](http://docs.python.org/library/functions.html#range).
  U.range = function(start, stop, step) {
    if (stop == null) {
      stop = start || 0;
      start = 0;
    }
    step = step || 1;

    var length = Math.max(Math.ceil((stop - start) / step), 0);
    var range = Array(length);

    for (var idx = 0; idx < length; idx++, start += step) {
      range[idx] = start;
    }

    return range;
  };

  // Function (ahem) Functions
  // ------------------

  // Determines whether to execute a function as a constructor
  // or a normal function with the provided arguments
  var executeBound = function(sourceFunc, boundFunc, context, callingContext, args) {
    if (!(callingContext instanceof boundFunc)) return sourceFunc.apply(context, args);
    var self = baseCreate(sourceFunc.prototype);
    var result = sourceFunc.apply(self, args);
    if (U.isObject(result)) return result;
    return self;
  };

  // Create a function bound to a given object (assigning `this`, and arguments,
  // optionally). Delegates to **ECMAScript 5**'s native `Function.bind` if
  // available.
  U.bind = function(func, context) {
    if (nativeBind && func.bind === nativeBind) return nativeBind.apply(func, slice.call(arguments, 1));
    if (!U.isFunction(func)) throw new TypeError('Bind must be called on a function');
    var args = slice.call(arguments, 2);
    var bound = function() {
      return executeBound(func, bound, context, this, args.concat(slice.call(arguments)));
    };
    return bound;
  };

  // Partially apply a function by creating a version that has had some of its
  // arguments pre-filled, without changing its dynamic `this` context. U acts
  // as a placeholder, allowing any combination of arguments to be pre-filled.
  U.partial = function(func) {
    var boundArgs = slice.call(arguments, 1);
    var bound = function() {
      var position = 0, length = boundArgs.length;
      var args = Array(length);
      for (var i = 0; i < length; i++) {
        args[i] = boundArgs[i] === U ? arguments[position++] : boundArgs[i];
      }
      while (position < arguments.length) args.push(arguments[position++]);
      return executeBound(func, bound, this, this, args);
    };
    return bound;
  };

  // Bind a number of an object's methods to that object. Remaining arguments
  // are the method names to be bound. Useful for ensuring that all callbacks
  // defined on an object belong to it.
  U.bindAll = function(obj) {
    var i, length = arguments.length, key;
    if (length <= 1) throw new Error('bindAll must be passed function names');
    for (i = 1; i < length; i++) {
      key = arguments[i];
      obj[key] = U.bind(obj[key], obj);
    }
    return obj;
  };

  // Memoize an expensive function by storing its results.
  U.memoize = function(func, hasher) {
    var memoize = function(key) {
      var cache = memoize.cache;
      var address = '' + (hasher ? hasher.apply(this, arguments) : key);
      if (!U.has(cache, address)) cache[address] = func.apply(this, arguments);
      return cache[address];
    };
    memoize.cache = {};
    return memoize;
  };

  // Delays a function for the given number of milliseconds, and then calls
  // it with the arguments supplied.
  U.delay = function(func, wait) {
    var args = slice.call(arguments, 2);
    return setTimeout(function(){
      return func.apply(null, args);
    }, wait);
  };

  // Defers a function, scheduling it to run after the current call stack has
  // cleared.
  U.defer = U.partial(U.delay, U, 1);

  // Returns a function, that, when invoked, will only be triggered at most once
  // during a given window of time. Normally, the throttled function will run
  // as much as it can, without ever going more than once per `wait` duration;
  // but if you'd like to disable the execution on the leading edge, pass
  // `{leading: false}`. To disable execution on the trailing edge, ditto.
  U.throttle = function(func, wait, options) {
    var context, args, result;
    var timeout = null;
    var previous = 0;
    if (!options) options = {};
    var later = function() {
      previous = options.leading === false ? 0 : U.now();
      timeout = null;
      result = func.apply(context, args);
      if (!timeout) context = args = null;
    };
    return function() {
      var now = U.now();
      if (!previous && options.leading === false) previous = now;
      var remaining = wait - (now - previous);
      context = this;
      args = arguments;
      if (remaining <= 0 || remaining > wait) {
        if (timeout) {
          clearTimeout(timeout);
          timeout = null;
        }
        previous = now;
        result = func.apply(context, args);
        if (!timeout) context = args = null;
      } else if (!timeout && options.trailing !== false) {
        timeout = setTimeout(later, remaining);
      }
      return result;
    };
  };

  // Returns a function, that, as long as it continues to be invoked, will not
  // be triggered. The function will be called after it stops being called for
  // N milliseconds. If `immediate` is passed, trigger the function on the
  // leading edge, instead of the trailing.
  U.debounce = function(func, wait, immediate) {
    var timeout, args, context, timestamp, result;

    var later = function() {
      var last = U.now() - timestamp;

      if (last < wait && last >= 0) {
        timeout = setTimeout(later, wait - last);
      } else {
        timeout = null;
        if (!immediate) {
          result = func.apply(context, args);
          if (!timeout) context = args = null;
        }
      }
    };

    return function() {
      context = this;
      args = arguments;
      timestamp = U.now();
      var callNow = immediate && !timeout;
      if (!timeout) timeout = setTimeout(later, wait);
      if (callNow) {
        result = func.apply(context, args);
        context = args = null;
      }

      return result;
    };
  };

  // Returns the first function passed as an argument to the second,
  // allowing you to adjust arguments, run code before and after, and
  // conditionally execute the original function.
  U.wrap = function(func, wrapper) {
    return U.partial(wrapper, func);
  };

  // Returns a negated version of the passed-in predicate.
  U.negate = function(predicate) {
    return function() {
      return !predicate.apply(this, arguments);
    };
  };

  // Returns a function that is the composition of a list of functions, each
  // consuming the return value of the function that follows.
  U.compose = function() {
    var args = arguments;
    var start = args.length - 1;
    return function() {
      var i = start;
      var result = args[start].apply(this, arguments);
      while (i--) result = args[i].call(this, result);
      return result;
    };
  };

  // Returns a function that will only be executed on and after the Nth call.
  U.after = function(times, func) {
    return function() {
      if (--times < 1) {
        return func.apply(this, arguments);
      }
    };
  };

  // Returns a function that will only be executed up to (but not including) the Nth call.
  U.before = function(times, func) {
    var memo;
    return function() {
      if (--times > 0) {
        memo = func.apply(this, arguments);
      }
      if (times <= 1) func = null;
      return memo;
    };
  };

  // Returns a function that will be executed at most one time, no matter how
  // often you call it. Useful for lazy initialization.
  U.once = U.partial(U.before, 2);

  // Object Functions
  // ----------------

  // Keys in IE < 9 that won't be iterated by `for key in ...` and thus missed.
  var hasEnumBug = !{toString: null}.propertyIsEnumerable('toString');
  var nonEnumerableProps = ['valueOf', 'isPrototypeOf', 'toString',
                      'propertyIsEnumerable', 'hasOwnProperty', 'toLocaleString'];

  function collectNonEnumProps(obj, keys) {
    var nonEnumIdx = nonEnumerableProps.length;
    var constructor = obj.constructor;
    var proto = (U.isFunction(constructor) && constructor.prototype) || ObjProto;

    // Constructor is a special case.
    var prop = 'constructor';
    if (U.has(obj, prop) && !U.contains(keys, prop)) keys.push(prop);

    while (nonEnumIdx--) {
      prop = nonEnumerableProps[nonEnumIdx];
      if (prop in obj && obj[prop] !== proto[prop] && !U.contains(keys, prop)) {
        keys.push(prop);
      }
    }
  }

  // Retrieve the names of an object's own properties.
  // Delegates to **ECMAScript 5**'s native `Object.keys`
  U.keys = function(obj) {
    if (!U.isObject(obj)) return [];
    if (nativeKeys) return nativeKeys(obj);
    var keys = [];
    for (var key in obj) if (U.has(obj, key)) keys.push(key);
    // Ahem, IE < 9.
    if (hasEnumBug) collectNonEnumProps(obj, keys);
    return keys;
  };

  // Retrieve all the property names of an object.
  U.allKeys = function(obj) {
    if (!U.isObject(obj)) return [];
    var keys = [];
    for (var key in obj) keys.push(key);
    // Ahem, IE < 9.
    if (hasEnumBug) collectNonEnumProps(obj, keys);
    return keys;
  };

  // Retrieve the values of an object's properties.
  U.values = function(obj) {
    var keys = U.keys(obj);
    var length = keys.length;
    var values = Array(length);
    for (var i = 0; i < length; i++) {
      values[i] = obj[keys[i]];
    }
    return values;
  };

  // Returns the results of applying the iteratee to each element of the object
  // In contrast to U.map it returns an object
  U.mapObject = function(obj, iteratee, context) {
    iteratee = cb(iteratee, context);
    var keys =  U.keys(obj),
          length = keys.length,
          results = {},
          currentKey;
      for (var index = 0; index < length; index++) {
        currentKey = keys[index];
        results[currentKey] = iteratee(obj[currentKey], currentKey, obj);
      }
      return results;
  };

  // Convert an object into a list of `[key, value]` pairs.
  U.pairs = function(obj) {
    var keys = U.keys(obj);
    var length = keys.length;
    var pairs = Array(length);
    for (var i = 0; i < length; i++) {
      pairs[i] = [keys[i], obj[keys[i]]];
    }
    return pairs;
  };

  // Invert the keys and values of an object. The values must be serializable.
  U.invert = function(obj) {
    var result = {};
    var keys = U.keys(obj);
    for (var i = 0, length = keys.length; i < length; i++) {
      result[obj[keys[i]]] = keys[i];
    }
    return result;
  };

  // Return a sorted list of the function names available on the object.
  // Aliased as `methods`
  U.functions = U.methods = function(obj) {
    var names = [];
    for (var key in obj) {
      if (U.isFunction(obj[key])) names.push(key);
    }
    return names.sort();
  };

  // Extend a given object with all the properties in passed-in object(s).
  U.extend = createAssigner(U.allKeys);

  // Assigns a given object with all the own properties in the passed-in object(s)
  // (https://developer.mozilla.org/docs/Web/JavaScript/Reference/Global_Objects/Object/assign)
  U.extendOwn = U.assign = createAssigner(U.keys);

  // Returns the first key on an object that passes a predicate test
  U.findKey = function(obj, predicate, context) {
    predicate = cb(predicate, context);
    var keys = U.keys(obj), key;
    for (var i = 0, length = keys.length; i < length; i++) {
      key = keys[i];
      if (predicate(obj[key], key, obj)) return key;
    }
  };

  // Return a copy of the object only containing the whitelisted properties.
  U.pick = function(object, oiteratee, context) {
    var result = {}, obj = object, iteratee, keys;
    if (obj == null) return result;
    if (U.isFunction(oiteratee)) {
      keys = U.allKeys(obj);
      iteratee = optimizeCb(oiteratee, context);
    } else {
      keys = flatten(arguments, false, false, 1);
      iteratee = function(value, key, obj) { return key in obj; };
      obj = Object(obj);
    }
    for (var i = 0, length = keys.length; i < length; i++) {
      var key = keys[i];
      var value = obj[key];
      if (iteratee(value, key, obj)) result[key] = value;
    }
    return result;
  };

   // Return a copy of the object without the blacklisted properties.
  U.omit = function(obj, iteratee, context) {
    if (U.isFunction(iteratee)) {
      iteratee = U.negate(iteratee);
    } else {
      var keys = U.map(flatten(arguments, false, false, 1), String);
      iteratee = function(value, key) {
        return !U.contains(keys, key);
      };
    }
    return U.pick(obj, iteratee, context);
  };

  // Fill in a given object with default properties.
  U.defaults = createAssigner(U.allKeys, true);

  // Creates an object that inherits from the given prototype object.
  // If additional properties are provided then they will be added to the
  // created object.
  U.create = function(prototype, props) {
    var result = baseCreate(prototype);
    if (props) U.extendOwn(result, props);
    return result;
  };

  // Create a (shallow-cloned) duplicate of an object.
  U.clone = function(obj) {
    if (!U.isObject(obj)) return obj;
    return U.isArray(obj) ? obj.slice() : U.extend({}, obj);
  };

  // Invokes interceptor with the obj, and then returns obj.
  // The primary purpose of this method is to "tap into" a method chain, in
  // order to perform operations on intermediate results within the chain.
  U.tap = function(obj, interceptor) {
    interceptor(obj);
    return obj;
  };

  // Returns whether an object has a given set of `key:value` pairs.
  U.isMatch = function(object, attrs) {
    var keys = U.keys(attrs), length = keys.length;
    if (object == null) return !length;
    var obj = Object(object);
    for (var i = 0; i < length; i++) {
      var key = keys[i];
      if (attrs[key] !== obj[key] || !(key in obj)) return false;
    }
    return true;
  };


  // Internal recursive comparison function for `isEqual`.
  var eq = function(a, b, aStack, bStack) {
    // Identical objects are equal. `0 === -0`, but they aren't identical.
    // See the [Harmony `egal` proposal](http://wiki.ecmascript.org/doku.php?id=harmony:egal).
    if (a === b) return a !== 0 || 1 / a === 1 / b;
    // A strict comparison is necessary because `null == undefined`.
    if (a == null || b == null) return a === b;
    // Unwrap any wrapped objects.
    if (a instanceof U) a = a._wrapped;
    if (b instanceof U) b = b._wrapped;
    // Compare `[[Class]]` names.
    var className = toString.call(a);
    if (className !== toString.call(b)) return false;
    switch (className) {
      // Strings, numbers, regular expressions, dates, and booleans are compared by value.
      case '[object RegExp]':
      // RegExps are coerced to strings for comparison (Note: '' + /a/i === '/a/i')
      case '[object String]':
        // Primitives and their corresponding object wrappers are equivalent; thus, `"5"` is
        // equivalent to `new String("5")`.
        return '' + a === '' + b;
      case '[object Number]':
        // `NaN`s are equivalent, but non-reflexive.
        // Object(NaN) is equivalent to NaN
        if (+a !== +a) return +b !== +b;
        // An `egal` comparison is performed for other numeric values.
        return +a === 0 ? 1 / +a === 1 / b : +a === +b;
      case '[object Date]':
      case '[object Boolean]':
        // Coerce dates and booleans to numeric primitive values. Dates are compared by their
        // millisecond representations. Note that invalid dates with millisecond representations
        // of `NaN` are not equivalent.
        return +a === +b;
    }

    var areArrays = className === '[object Array]';
    if (!areArrays) {
      if (typeof a != 'object' || typeof b != 'object') return false;

      // Objects with different constructors are not equivalent, but `Object`s or `Array`s
      // from different frames are.
      var aCtor = a.constructor, bCtor = b.constructor;
      if (aCtor !== bCtor && !(U.isFunction(aCtor) && aCtor instanceof aCtor &&
                               U.isFunction(bCtor) && bCtor instanceof bCtor)
                          && ('constructor' in a && 'constructor' in b)) {
        return false;
      }
    }
    // Assume equality for cyclic structures. The algorithm for detecting cyclic
    // structures is adapted from ES 5.1 section 15.12.3, abstract operation `JO`.

    // Initializing stack of traversed objects.
    // It's done here since we only need them for objects and arrays comparison.
    aStack = aStack || [];
    bStack = bStack || [];
    var length = aStack.length;
    while (length--) {
      // Linear search. Performance is inversely proportional to the number of
      // unique nested structures.
      if (aStack[length] === a) return bStack[length] === b;
    }

    // Add the first object to the stack of traversed objects.
    aStack.push(a);
    bStack.push(b);

    // Recursively compare objects and arrays.
    if (areArrays) {
      // Compare array lengths to determine if a deep comparison is necessary.
      length = a.length;
      if (length !== b.length) return false;
      // Deep compare the contents, ignoring non-numeric properties.
      while (length--) {
        if (!eq(a[length], b[length], aStack, bStack)) return false;
      }
    } else {
      // Deep compare objects.
      var keys = U.keys(a), key;
      length = keys.length;
      // Ensure that both objects contain the same number of properties before comparing deep equality.
      if (U.keys(b).length !== length) return false;
      while (length--) {
        // Deep compare each member
        key = keys[length];
        if (!(U.has(b, key) && eq(a[key], b[key], aStack, bStack))) return false;
      }
    }
    // Remove the first object from the stack of traversed objects.
    aStack.pop();
    bStack.pop();
    return true;
  };

  // Perform a deep comparison to check if two objects are equal.
  U.isEqual = function(a, b) {
    return eq(a, b);
  };

  // Is a given array, string, or object empty?
  // An "empty" object has no enumerable own-properties.
  U.isEmpty = function(obj) {
    if (obj == null) return true;
    if (isArrayLike(obj) && (U.isArray(obj) || U.isString(obj) || U.isArguments(obj))) return obj.length === 0;
    return U.keys(obj).length === 0;
  };

  // Is a given value a DOM element?
  U.isElement = function(obj) {
    return !!(obj && obj.nodeType === 1);
  };

  // Is a given value an array?
  // Delegates to ECMA5's native Array.isArray
  U.isArray = nativeIsArray || function(obj) {
    return toString.call(obj) === '[object Array]';
  };

  // Is a given variable an object?
  U.isObject = function(obj) {
    var type = typeof obj;
    return type === 'function' || type === 'object' && !!obj;
  };

  // Add some isType methods: isArguments, isFunction, isString, isNumber, isDate, isRegExp, isError.
  U.each(['Arguments', 'Function', 'String', 'Number', 'Date', 'RegExp', 'Error'], function(name) {
    U['is' + name] = function(obj) {
      return toString.call(obj) === '[object ' + name + ']';
    };
  });

  // Define a fallback version of the method in browsers (ahem, IE < 9), where
  // there isn't any inspectable "Arguments" type.
  if (!U.isArguments(arguments)) {
    U.isArguments = function(obj) {
      return U.has(obj, 'callee');
    };
  }

  // Optimize `isFunction` if appropriate. Work around some typeof bugs in old v8,
  // IE 11 (#1621), and in Safari 8 (#1929).
  if (typeof /./ != 'function' && typeof Int8Array != 'object') {
    U.isFunction = function(obj) {
      return typeof obj == 'function' || false;
    };
  }

  // Is a given object a finite number?
  U.isFinite = function(obj) {
    return isFinite(obj) && !isNaN(parseFloat(obj));
  };

  // Is the given value `NaN`? (NaN is the only number which does not equal itself).
  U.isNaN = function(obj) {
    return U.isNumber(obj) && obj !== +obj;
  };

  // Is a given value a boolean?
  U.isBoolean = function(obj) {
    return obj === true || obj === false || toString.call(obj) === '[object Boolean]';
  };

  // Is a given value equal to null?
  U.isNull = function(obj) {
    return obj === null;
  };

  // Is a given variable undefined?
  U.isUndefined = function(obj) {
    return obj === void 0;
  };

  // Shortcut function for checking if an object has a given property directly
  // on itself (in other words, not on a prototype).
  U.has = function(obj, key) {
    return obj != null && hasOwnProperty.call(obj, key);
  };

  // Utility Functions
  // -----------------

  // Run Underscore.js in *noConflict* mode, returning the `U` variable to its
  // previous owner. Returns a reference to the Underscore object.
  U.noConflict = function() {
    root.U = previousUnderscore;
    return this;
  };

  // Keep the identity function around for default iteratees.
  U.identity = function(value) {
    return value;
  };

  // Predicate-generating functions. Often useful outside of Underscore.
  U.constant = function(value) {
    return function() {
      return value;
    };
  };

  U.noop = function(){};

  U.property = property;

  // Generates a function for a given object that returns a given property.
  U.propertyOf = function(obj) {
    return obj == null ? function(){} : function(key) {
      return obj[key];
    };
  };

  // Returns a predicate for checking whether an object has a given set of
  // `key:value` pairs.
  U.matcher = U.matches = function(attrs) {
    attrs = U.extendOwn({}, attrs);
    return function(obj) {
      return U.isMatch(obj, attrs);
    };
  };

  // Run a function **n** times.
  U.times = function(n, iteratee, context) {
    var accum = Array(Math.max(0, n));
    iteratee = optimizeCb(iteratee, context, 1);
    for (var i = 0; i < n; i++) accum[i] = iteratee(i);
    return accum;
  };

  // Return a random integer between min and max (inclusive).
  U.random = function(min, max) {
    if (max == null) {
      max = min;
      min = 0;
    }
    return min + Math.floor(Math.random() * (max - min + 1));
  };

  // A (possibly faster) way to get the current timestamp as an integer.
  U.now = Date.now || function() {
    return new Date().getTime();
  };

   // List of HTML entities for escaping.
  var escapeMap = {
    '&': '&amp;',
    '<': '&lt;',
    '>': '&gt;',
    '"': '&quot;',
    "'": '&#x27;',
    '`': '&#x60;'
  };
  var unescapeMap = U.invert(escapeMap);

  // Functions for escaping and unescaping strings to/from HTML interpolation.
  var createEscaper = function(map) {
    var escaper = function(match) {
      return map[match];
    };
    // Regexes for identifying a key that needs to be escaped
    var source = '(?:' + U.keys(map).join('|') + ')';
    var testRegexp = RegExp(source);
    var replaceRegexp = RegExp(source, 'g');
    return function(string) {
      string = string == null ? '' : '' + string;
      return testRegexp.test(string) ? string.replace(replaceRegexp, escaper) : string;
    };
  };
  U.escape = createEscaper(escapeMap);
  U.unescape = createEscaper(unescapeMap);

  // If the value of the named `property` is a function then invoke it with the
  // `object` as context; otherwise, return it.
  U.result = function(object, property, fallback) {
    var value = object == null ? void 0 : object[property];
    if (value === void 0) {
      value = fallback;
    }
    return U.isFunction(value) ? value.call(object) : value;
  };

  // Generate a unique integer id (unique within the entire client session).
  // Useful for temporary DOM ids.
  var idCounter = 0;
  U.uniqueId = function(prefix) {
    var id = ++idCounter + '';
    return prefix ? prefix + id : id;
  };

  // By default, Underscore uses ERB-style template delimiters, change the
  // following template settings to use alternative delimiters.
  U.templateSettings = {
    evaluate    : /<%([\s\S]+?)%>/g,
    interpolate : /<%=([\s\S]+?)%>/g,
    escape      : /<%-([\s\S]+?)%>/g
  };

  // When customizing `templateSettings`, if you don't want to define an
  // interpolation, evaluation or escaping regex, we need one that is
  // guaranteed not to match.
  var noMatch = /(.)^/;

  // Certain characters need to be escaped so that they can be put into a
  // string literal.
  var escapes = {
    "'":      "'",
    '\\':     '\\',
    '\r':     'r',
    '\n':     'n',
    '\u2028': 'u2028',
    '\u2029': 'u2029'
  };

  var escaper = /\\|'|\r|\n|\u2028|\u2029/g;

  var escapeChar = function(match) {
    return '\\' + escapes[match];
  };

  // JavaScript micro-templating, similar to John Resig's implementation.
  // Underscore templating handles arbitrary delimiters, preserves whitespace,
  // and correctly escapes quotes within interpolated code.
  // NB: `oldSettings` only exists for backwards compatibility.
  U.template = function(text, settings, oldSettings) {
    if (!settings && oldSettings) settings = oldSettings;
    settings = U.defaults({}, settings, U.templateSettings);

    // Combine delimiters into one regular expression via alternation.
    var matcher = RegExp([
      (settings.escape || noMatch).source,
      (settings.interpolate || noMatch).source,
      (settings.evaluate || noMatch).source
    ].join('|') + '|$', 'g');

    // Compile the template source, escaping string literals appropriately.
    var index = 0;
    var source = "__p+='";
    text.replace(matcher, function(match, escape, interpolate, evaluate, offset) {
      source += text.slice(index, offset).replace(escaper, escapeChar);
      index = offset + match.length;

      if (escape) {
        source += "'+\n((__t=(" + escape + "))==null?'':U.escape(__t))+\n'";
      } else if (interpolate) {
        source += "'+\n((__t=(" + interpolate + "))==null?'':__t)+\n'";
      } else if (evaluate) {
        source += "';\n" + evaluate + "\n__p+='";
      }

      // Adobe VMs need the match returned to produce the correct offest.
      return match;
    });
    source += "';\n";

    // If a variable is not specified, place data values in local scope.
    if (!settings.variable) source = 'with(obj||{}){\n' + source + '}\n';

    source = "var __t,__p='',__j=Array.prototype.join," +
      "print=function(){__p+=__j.call(arguments,'');};\n" +
      source + 'return __p;\n';

    try {
      var render = new Function(settings.variable || 'obj', 'U', source);
    } catch (e) {
      e.source = source;
      throw e;
    }

    var template = function(data) {
      return render.call(this, data, U);
    };

    // Provide the compiled source as a convenience for precompilation.
    var argument = settings.variable || 'obj';
    template.source = 'function(' + argument + '){\n' + source + '}';

    return template;
  };

  // Add a "chain" function. Start chaining a wrapped Underscore object.
  U.chain = function(obj) {
    var instance = U(obj);
    instance._chain = true;
    return instance;
  };

  // OOP
  // ---------------
  // If Underscore is called as a function, it returns a wrapped object that
  // can be used OO-style. This wrapper holds altered versions of all the
  // underscore functions. Wrapped objects may be chained.

  // Helper function to continue chaining intermediate results.
  var result = function(instance, obj) {
    return instance._chain ? U(obj).chain() : obj;
  };

  // Add your own custom functions to the Underscore object.
  U.mixin = function(obj) {
    U.each(U.functions(obj), function(name) {
      var func = U[name] = obj[name];
      U.prototype[name] = function() {
        var args = [this._wrapped];
        push.apply(args, arguments);
        return result(this, func.apply(U, args));
      };
    });
  };

  // Add all of the Underscore functions to the wrapper object.
  U.mixin(U);

  // Add all mutator Array functions to the wrapper.
  U.each(['pop', 'push', 'reverse', 'shift', 'sort', 'splice', 'unshift'], function(name) {
    var method = ArrayProto[name];
    U.prototype[name] = function() {
      var obj = this._wrapped;
      method.apply(obj, arguments);
      if ((name === 'shift' || name === 'splice') && obj.length === 0) delete obj[0];
      return result(this, obj);
    };
  });

  // Add all accessor Array functions to the wrapper.
  U.each(['concat', 'join', 'slice'], function(name) {
    var method = ArrayProto[name];
    U.prototype[name] = function() {
      return result(this, method.apply(this._wrapped, arguments));
    };
  });

  // Extracts the result from a wrapped and chained object.
  U.prototype.value = function() {
    return this._wrapped;
  };

  // Provide unwrapping proxy for some methods used in engine operations
  // such as arithmetic and JSON stringification.
  U.prototype.valueOf = U.prototype.toJSON = U.prototype.value;

  U.prototype.toString = function() {
    return '' + this._wrapped;
  };

  // AMD registration happens at the end for compatibility with AMD loaders
  // that may not enforce next-turn semantics on modules. Even though general
  // practice for AMD registration is to be anonymous, underscore registers
  // as a named module because, like jQuery, it is a base library that is
  // popular enough to be bundled in a third party lib, but not be part of
  // an AMD load request. Those cases could generate an error when an
  // anonymous define() is called outside of a loader request.
  if (typeof define === 'function' && define.amd) {
    define('underscore', [], function() {
      return U;
    });
  }
};
})();

<<masthead-reveal '
~DrawIO is a free online diagram software for making flow charts, process diagrams, org charts, UML, ER and network diagrams. [[Wikipedia|https://en.wikipedia.org/wiki/Diagramming_software]]
<br/><br/>
Connects to [[Google Drive]], ~OneDrive, [[Dropbox]], local file system or local storage in browser.
[[https://www.draw.io/]]
'>>

<<masthead-reveal '
Dropbox is a file hosting service operated by Dropbox, Inc., headquartered in San Francisco, California, that offers cloud storage, file synchronization, personal cloud, and client software. Dropbox allows users to create a special folder on their computers, which Dropbox then synchronizes so that it appears to be the same folder (with the same contents) regardless of which computer is used to view it. Files placed in this folder are also accessible via the Dropbox website and mobile apps. Dropbox uses a freemium business model, where users are offered a free account with a set storage size and paid subscriptions for accounts with more capacity.
<br/><br/>
Dropbox was founded in 2007 by MIT students Drew Houston and Arash Ferdowsi, as a startup company from the American seed accelerator Y Combinator. Dropbox provides client software for Microsoft Windows, Mac OS X, Linux, Android, iOS, ~BlackBerry OS, Windows Phone and web browsers, as well as unofficial ports to Symbian and MeeGo.
 [[Wikipedia|https://en.wikipedia.org/wiki/Dropbox_(service)]]
'>>

<<masthead-reveal """
A visual and intuitive workspace to manage projects, tasks and to-dos individually or as part of a team. [[DropTask.com|https://www.droptask.com/]]
""">>

<<masthead-reveal """
<b>~DustJS</b> is a [[Javascript]] templating engine designed to provide a clean separation between presentation and logic without sacrificing ease of use. It is particularly well-suited for asynchronous and streaming applications.
<br/><br/>

A pure [[Javascript]] library, Dust is runs in both browser-side and server-side environments. Dust templates are compiled and then loaded where they are needed along with the runtime library. The library doesn't make any assumptions about how templates are loaded; you are free to integrate templating into your environment as you see fit.
<br/><br/>

Dust templates use two types of tags: keys and sections. Keys reference fields within the current view context. You can think of them as placeholders that allow the context to insert data into the template. Sections accept template blocks that may be enumerated, filtered or transformed in various ways. [[DustJS Guide|http://akdubya.github.io/dustjs/#guide]]
""">>

{{$:/__/mcr/site/assets/png/tiddler-icons/ericshulman.png}}
Eric Shulman is the maintainer of [[TiddlyWiki Classic|http://www.tiddlywiki.org]] and creator of [[TiddlyTools|http://www.tiddlytools.com/]].

<<masthead-reveal '
Evernote is a cross-platform, freemium app designed for note taking, organizing, and archiving. It is developed by the Evernote Corporation, a private company headquartered in Redwood City, California. The app allows users to create a "note" which can be a piece of formatted text, a full webpage or webpage excerpt, a photograph, a voice memo, or a handwritten "ink" note. Notes can also have file attachments. Notes can be sorted into folders, tagged, annotated, edited, given comments, searched, and exported as part of a notebook.
<br/><br/>
Evernote supports a number of operating system platforms (including OS X, iOS, Chrome OS, Android, Microsoft Windows, Windows Phone, ~BlackBerry, and webOS) and also offers online synchronisation and backup services.
<br/><br/>
Evernote is available in a paid version or a more restricted free version. Use of the online service is free up to a certain monthly usage limit, with additional monthly use reserved for Plus subscribers, and unlimited monthly use for Premium customers.
 [[Wikipedia|https://en.wikipedia.org/wiki/Evernote]]
'>>

<<lightBox "http://www.freeimageslive.com/galleries/light/pics/swirl3786.jpg" "Abstract light">>

<<lightBox "http://www.freeimageslive.com/galleries/nature/environment/pics/fire0325.jpg" "Fire! Fire! And a very long caption to this small image">>

<<masthead-reveal """
<b>Microsoft Excel</b> is a spreadsheet developed by Microsoft for Microsoft Windows, Mac OS X, and iOS. It features calculation, graphing tools, pivot tables, and a macro programming language called [[Visual Basic]] for Applications. It has been a very widely applied spreadsheet for these platforms, especially since version 5 in 1993, and it has replaced Lotus 1-2-3 as the industry standard for spreadsheets. Excel forms part of [[Microsoft Office|Office]]. [[Wikipedia|https://en.wikipedia.org/wiki/Microsoft_Excel]]
""">>

<<list-linksa "[tag[Expressions]]" "Expressions" "Skills" "51,204,204">>

<<masthead-reveal """
<b>Facebook</b> is an online social networking service headquartered in Menlo Park, California. Its website was launched on February 4, 2004, by Mark Zuckerberg with his Harvard College roommates and fellow students Eduardo Saverin, Andrew ~McCollum, Dustin Moskovitz and Chris Hughes. The founders had initially limited the website's membership to Harvard students, but later expanded it to colleges in the Boston area, the Ivy League, and Stanford University. It gradually added support for students at various other universities and later to high-school students. Since 2006, anyone who is at least 13 years old was allowed to become a registered user of the website, though the age requirement may be higher depending on applicable local laws. Its name comes from a colloquialism for the directory given to it by American universities' students.
<br/><br/>
After registering to use the site, users can create a user profile, add other users as "friends", exchange messages, post status updates and photos, share videos and receive notifications when others update their profiles. Additionally, users may join common-interest user groups, organized by workplace, school or college, or other characteristics, and categorize their friends into lists such as "People From Work" or "Close Friends". Facebook had over 1.18 billion monthly active users as of August 2015. Because of the large volume of data users submit to the service, Facebook has come under scrutiny for their privacy policies. Facebook, Inc. held its initial public offering in February 2012 and began selling stock to the public three months later, reaching an original peak market capitalization of $104 billion. On July 13, 2015, Facebook became the fastest company in the Standard & Poor’s 500 Index to reach a market cap of $250 billion.
 [[Wikipedia|https://en.wikipedia.org/wiki/Facebook]]
""">>

<a href="https://www.facebook.com/mindprism" title="Mark Robbins" target="_TOP"><img class="img" src="https://badge.facebook.com/badge/1463584410.3402.1143308425.png" style="border: 0px;-webkit-filter:invert(1) hue-rotate(180deg) saturate(2)" alt="" /></a>

<<masthead-reveal """
~FishEye is a revision-control browser and search engine owned by Atlassian, Inc. Although ~FishEye is a commercial product, it is freely available to open source projects and non-profit institutions. In addition to the advanced search and diff capabilities, it provides:

<ul>
<li>the notion of changelog and changesets - even if the underlying version control system (such as CVS) does not support this</li>
<li>direct, resource-based URLs down to line-number level</li>
<li>monitoring and user-level notifications via e-mail or RSS</li>
</ul>

""">>
!!!Server on Prism1
<a href="http://fish.mra.dnsalias.net" target="_blank">{{$:/__/mcr/site/assets/png/tiddler-icons/fisheye.png}}</a>

<<masthead-reveal """
<b>Adobe Flash</b> (formerly called Macromedia Flash and Shockwave Flash) is a multimedia and software platform used for creating vector graphics, animation, browser games, rich Internet applications, desktop applications, mobile applications and mobile games. Flash displays text, vector and raster graphics to provide animations, video games and applications. It allows streaming of audio and video, and can capture mouse, keyboard, microphone and camera input.
<br/><br/>

Flash graphics and animation is designed using the Flash editor, and may be viewed by end-users using Flash Player (for web browsers), [[AIR|Adobe Air]] (for desktop or mobile apps) or third-party players such as Scaleform GFx (for video games). Adobe Flash Player enables end-users to view Flash content using web browsers, and is supported on Microsoft Windows, Mac OS X and Linux. Adobe Flash Lite enabled viewing Flash content on older smartphones, but has been discontinued and superseded by [[Adobe AIR|Adobe Air]].
<br/><br/>

The [[ActionScript]] programming language allows creation of interactive animations, video games, web applications, desktop applications and mobile applications. Flash software can be developed using an IDE such as Adobe Flash Professional, Adobe Flash Builder, ~FlashDevelop and Powerflasher FDT. [[Adobe AIR|Adobe Air]] enables full-featured desktop and mobile applications to be developed with Flash, and published for Microsoft Windows, Mac OS X, Google Android, and iOS.
<br/><br/>

Flash is frequently used to display streaming video, advertisement and interactive multimedia content on web pages and Flash-enabled software. However, after the 2000s, the usage of Flash on Web sites has declined, and as of 2015, Flash is primarily used to build video games for mobile devices with [[Adobe AIR|Adobe Air]]. [[Wikipedia|https://en.wikipedia.org/wiki/Adobe_Flash]]
""">>

<<masthead-reveal """
<b>Apache Flex</b>, formerly Adobe Flex, is a software development kit (SDK) for the development and deployment of cross-platform rich Internet applications based on the [[Adobe Flash|Flash]] platform. Initially developed by Macromedia and then acquired by Adobe Systems, Adobe donated Flex to the Apache Software Foundation in 2011 and promoted to a top-level project in December 2012.
<br/><br/>
The Flex 3 SDK was released under the open source Mozilla Public License in 2008. Consequently, Flex applications can be developed using standard [[IDE]]s, for example ~IntelliJ IDEA, Eclipse, the free and open source [[IDE]] ~FlashDevelop, as well as the proprietary Adobe Flash Builder. The latest version of the SDK is version 4.14.1. It is released under version 2 of the Apache License. [[Wikipedia|https://en.wikipedia.org/wiki/Apache_Flex]]
""">>

<<list-linksa-ofcolor "[tag[Flex and Flash]]" "Flex and Flash" "Projects" "160,10,0">>

<<masthead-reveal """
With <b>Flash Catalyst</b>, user interface architects can create the user interface for [[Adobe Flex|Flex]] (now Adobe Flash Builder 4) applications using Adobe graphics software. Then developers can use the result to build the rest of the application in Flex.
<br/><br/>

Flash Catalyst can import Adobe Photoshop, Adobe Illustrator, Adobe Fireworks, or Flash XML Graphics (FXG) files keeping all their features. The converted artwork can then be used as functional UI components (creating Flex component skins). After importing, users use simple WYSIWYG techniques to create and edit behaviors (mouse event handling, etc.) without writing code and create animated transitions. Flash Catalyst can also use design-time data placeholders when marking up an application, testing interactivity, and choreographing motion. These placeholders can then be replaced at production-time with final artwork. This same method can be used to create UIs to handle dynamic data without having access to the actual data source.
<br/><br/>

Imported objects are maintained as linked files, so behaviors created in Flash Catalyst are still maintained even after the original file is edited in its originating program (e.g., Photoshop or Illustrator). Flash Catalyst is also compatible with Adobe Flash Builder (formerly called "Flex Builder"), using the same project format.
<br/><br/>

In addition to its primary function of being a GUI composer for [[Adobe Flex|Flex]] components, Flash Catalyst also features a basic code workspace, which consists of a subset of Adobe Flash Builder's panels. Both tools being based on Eclipse, the code editor, project navigator and problems view are basically the same in both products. Thus for a simple project Flash Catalyst may even be used as the sole software for the entire authoring/programming steps. [[Wikipedia|https://en.wikipedia.org/wiki/Adobe_Flash_Catalyst]]
""">>

<iframe src="http://mrobbinsassoc.com/markrobbins-tiddlyspot/forum.html" style="width:100%;height:500px;opacity:0.7;" frameborder="0"/>

<<masthead-reveal """
~GitHub is a Web-based Git repository hosting service. It offers all of the distributed revision control and source code management (SCM) functionality of Git as well as adding its own features. Unlike Git, which is strictly a command-line tool, ~GitHub provides a Web-based graphical interface and desktop as well as mobile integration. It also provides access control and several collaboration features such as bug tracking, feature requests, task management, and wikis for every project.
<br/><br/>
~GitHub offers both plans for private repositories and free accounts, which are usually used to host open-source software projects. As of 2015, ~GitHub reports having over 9 million users and over 21.1 million repositories, making it the largest host of source code in the world.
<br/><br/>
The trademark mascot of ~GitHub is Octocat, an anthropomorphized cat with octopus limbs, done in a manga style. [[Wikipedia|https://en.wikipedia.org/wiki/GitHub]]
""">>

<<masthead-reveal '
Gliffy is an HTML5 cloud-based diagramming software. It is used to create UML diagrams, floor plans, Venn diagrams, flowcharts and various other kinds of diagrams online. Gliffy diagrams can be shared with and edited by users in real time. The ~SaaS is supported in all modern web-browsers, including Google Chrome, Firefox, Safari and Internet Explorer 9+.
<br/><br/>
Gliffy was founded in 2005 by friends and one-time coworkers, Chris Kohlhardt and Clint Dickson. The two software engineers saw a need for an online diagramming tool and decided to leave their full-time jobs and start a company of their own. Gliffy got its first big break when Kohlhardt reached out to Mike Cannon-Brookes, one of the founders of Atlassian, an Australian enterprise software company. With his encouragement, Kohlhardt and Dickson created a Gliffy plugin for Atlassian’s collaboration product Confluence, and business took off. In May 2006, Gliffy announced its public beta and by 2007 the beta was removed. In 2009, a new Gliffy plugin for Atlassian's [[JIRA|Jira]] product was unveiled and in 2010 Gliffy was added to the Google Apps marketplace. In early 2013, Gliffy took a huge leap forward and moved to an all HTML5 platform, at the same time adding Visio support. Today Gliffy integrates with Google Apps, [[Google Drive]], [[JIRA|Jira]], and [[Confluence]], and has over two million registered users. Gliffy has been bootstrapped from its inception.
 [[Wikipedia|https://en.wikipedia.org/wiki/Gliffy]]
'>>

<<masthead-reveal """
<b>~GoDaddy</b> is a publicly traded Internet domain registrar and web hosting company. As of 2014, ~GoDaddy was said to have had more than 59 million domain names under management, making it the world's largest ICANN-accredited registrar. It serves more than 12 million customers and employs more than 4,000 people. The company is known for its celebrity spokespeople, Super Bowl ads and as being an online provider for small businesses. In addition to a postseason college football bowl game, it sponsors NASCAR. It has been involved in several controversies related to security and privacy.
<br/><br/>

In addition to domain registration and hosting, GoDaddy also sells e-business related software and services. [[Wikipedia|https://en.wikipedia.org/wiki/GoDaddy]]
""">>

<<masthead-reveal '
Google Drive is a file storage and synchronization service created by Google. It allows users to store files in the cloud, share files, and edit documents, spreadsheets, and presentations with collaborators. Google Drive encompasses Google Docs, Sheets, and Slides, an office suite that permits collaborative editing of documents, spreadsheets, presentations, drawings, forms, and more.
<br/><br/>
Google Drive was launched on April 24, 2012  and had 240 million monthly active users as of October 2014. [[Wikipedia|https://en.wikipedia.org/wiki/Google_Drive]]
'>>

<<masthead-reveal '
<b>~GoToMeeting</b> is a web-hosted service created and marketed by the Online Services division of Citrix Systems. It is an online meeting, desktop sharing, and video conferencing software that enables the user to meet with other computer users, customers, clients or colleagues via the Internet in real time.
<br/><br/>

~GoToMeeting is designed to broadcast the desktop view of a host computer to a group of computers connected to the host through the Internet. Transmissions are protected with high-security encryption and optional passwords. By combining a web-hosted subscription service with software installed on the host computer, transmissions can be passed through highly restrictive firewalls.
[[Wikipedia|https://en.wikipedia.org/wiki/GoToMeeting]]
'>>

<<list-linksa "[tag[Graphics Languages]]" "Graphics Languages" "Languages" "51,204,204">>

<<masthead-reveal """
Graphviz (short for Graph Visualization Software) is a package of open-source tools initiated by AT&T Labs Research for drawing graphs specified in DOT language scripts. It also provides libraries for software applications to use the tools. Graphviz is free software licensed under the Eclipse Public License.
<br/><br/>
Graphviz consists of a graph description language named the DOT language and a set of tools that can generate and/or process DOT files:

<dl>
<dt>dot</dt>
<dd>a command-line tool to produce layered drawings of directed graphs in a variety of output formats (~PostScript, PDF, [[SVG]], annotated text and so on).</dd>
<dt>neato </dt>
<dd>for "spring model" layout (in Mac OS version called "energy minimised")</dd>
<dt>sfdp</dt>
<dd>a layout engine for undirected graphs that scales to very large graphs.</dd>
<dt>fdp</dt>
<dd>another layout engine for undirected graphs.</dd>
<dt>twopi</dt>
<dd>for radial graph layouts.</dd>
<dt>circo</dt>
<dd>for circular graph layouts.</dd>
<dt>dotty</dt>
<dd>a graphical user interface to visualize and edit graphs.</dd>
<dt>lefty</dt>
<dd>a programmable (in a language inspired by EZ) widget that displays DOT graphs and allows the user to perform actions on them with the mouse. Lefty can therefore be used as the view in a model-view-controller GUI application that uses graphs.</dd>
</dl>
[[Wikipedia|https://en.wikipedia.org/wiki/Graphviz]]
""">>

<<masthead-reveal """
Graphviz (short for Graph Visualization Software) is a package of open-source tools initiated by AT&T Labs Research for drawing graphs specified in DOT language scripts. It also provides libraries for software applications to use the tools. Graphviz is free software licensed under the Eclipse Public License.
<br/><br/>
Graphviz consists of a graph description language named the DOT language and a set of tools that can generate and/or process DOT files:

<dl>
<dt>dot</dt>
<dd>a command-line tool to produce layered drawings of directed graphs in a variety of output formats (~PostScript, PDF, [[SVG]], annotated text and so on).</dd>
<dt>neato </dt>
<dd>for "spring model" layout (in Mac OS version called "energy minimised")</dd>
<dt>sfdp</dt>
<dd>a layout engine for undirected graphs that scales to very large graphs.</dd>
<dt>fdp</dt>
<dd>another layout engine for undirected graphs.</dd>
<dt>twopi</dt>
<dd>for radial graph layouts.</dd>
<dt>circo</dt>
<dd>for circular graph layouts.</dd>
<dt>dotty</dt>
<dd>a graphical user interface to visualize and edit graphs.</dd>
<dt>lefty</dt>
<dd>a programmable (in a language inspired by EZ) widget that displays DOT graphs and allows the user to perform actions on them with the mouse. Lefty can therefore be used as the view in a model-view-controller GUI application that uses graphs.</dd>
</dl>
[[Wikipedia|https://en.wikipedia.org/wiki/Graphviz]]
"""">>

<<masthead-reveal """
Automation, performing repetitive tasks like minification, compilation, unit testing and linting.
<br/><br/>

In one word: automation. The less work you have to do when performing repetitive tasks like minification, compilation, unit testing, linting, etc, the easier your job becomes. After you've configured it through a Gruntfile, a task runner can do most of that mundane work for you—and your team—with basically zero effort.
<br/><br/>

The Grunt ecosystem is huge and it's growing every day. With literally hundreds of plugins to choose from, you can use Grunt to automate just about anything with a minimum of effort. If someone hasn't already built what you need, authoring and publishing your own Grunt plugin to npm is a breeze.
 [[GruntJS.com|http://gruntjs.com/]]
 """>>

<<list-linksa "[tag[GTD]]" "GTD" "Tasking" "133,163,222">>

<<masthead-reveal """
Build system automating tasks: minification and copying of all [[Javascript]] files, static images, capable of watching files to automatically rerun the task when a file changes.

[[GulpJS.com|http://gulpjs.com/]]
""">>

<<masthead-reveal """
Take collaborative notes, share data and files, and use comments to share your thoughts in real-time or asynchronously. Every contribution is marked with the author's name, so your breakthrough idea won't get left behind.
<br/><br/>
In April 2014, Hackpad was acquired by [[Dropbox]]. In April 2015, it was announced that Hackpad would be released as open source and source code was published on Github in August 2015,[4] under the Apache license 2.0. [[Wikipedia|https://en.wikipedia.org/wiki/Hackpad]] [[Hackpad.com|http://hackpad.com]]
""">>

<<list-linksa "[tag[Help Desk]]" "Help Desk" "Online" "133,163,222">>

''Javascript'' code:

```javascript
(function(a,b){
    var result = a+b;
    return result;
})(10,20)
```

''CSS'' code:

```css
 * { margin: 0; padding: 0; } /* micro reset */

html { font-size: 62.5%; }
body { font-size: 14px; font-size: 1.4rem; } /* =14px */
h1   { font-size: 24px; font-size: 2.4rem; } /* =24px */
```

''Perl'' code:

```perl
package Name;
my $singleton;

BEGIN {
    $singleton = {
        attribute => 'value',
        another   => 'something',
    };
    bless $singleton, "Name";
}

sub new {
    my $class = shift;
    return $singleton;
}
```

''Python'' code:

```python
class Singleton:
    __single = None
    def __init__( self ):
        if Singleton.__single:
            raise Singleton.__single
        Singleton.__single = self
```

<<masthead-reveal """
<b>~HyperText Markup Language</b>, commonly referred to as HTML, is the standard markup language used to create web pages.Web browsers can read HTML files and render them into visible or audible web pages. HTML describes the structure of a website semantically along with cues for presentation, making it a markup language, rather than a programming language.
<br/><br/>
HTML elements form the building blocks of all websites. HTML allows images and objects to be embedded and can be used to create interactive forms. It provides a means to create structured documents by denoting structural semantics for text such as headings, paragraphs, lists, links, quotes and other items.
<br/><br/>
The language is written in the form of HTML elements consisting of tags enclosed in angle brackets (like `<html>`). Browsers do not display the HTML tags and scripts, but use them to interpret the content of the page.
<br/><br/>
HTML can embed scripts written in languages such as [[Javascript]] which affect the behavior of HTML web pages. Web browsers can also refer to Cascading Style Sheets ([[CSS|CSS3]]) to define the look and layout of text and other material. The World Wide Web Consortium (W3C), maintainer of both the HTML and the [[CSS|CSS3]] standards, has encouraged the use of [[CSS|CSS3]] over explicit presentational HTML since 1997 [[Wikipedia|https://en.wikipedia.org/wiki/HTML]]
""">>

<<masthead-reveal """
<b>Microsoft Compiled HTML Help</b> is a Microsoft proprietary online help format, consisting of a collection of [[HTML]] pages, an index and other navigation tools. The files are compressed and deployed in a binary format with the extension .CHM, for Compiled [[HTML]]. The format is often used for software documentation.
<br/><br/>

It was introduced as the successor to Microsoft ~WinHelp with the release of Windows 98 and is still supported in Windows 7. Although the format was designed by Microsoft, it has been successfully reverse-engineered and is now supported in many document viewer applications. [[Wikipedia|https://en.wikipedia.org/wiki/Microsoft_Compiled_HTML_Help]]
""">>

<<masthead-reveal """
<b>HTML5</b> is a markup language used for structuring and presenting content on the World Wide Web. It was finalized, and published, on 28 October 2014 by the World Wide Web Consortium (W3C). This is the fifth revision of the HTML standard since the inception of the World Wide Web. The previous version, HTML 4, was standardized in 1997.
<br/><br/>
Its core aims are to improve the language with support for the latest multimedia while keeping it easily readable by humans and consistently understood by computers and devices (web browsers, parsers, etc.). HTML5 is intended to subsume not only HTML 4, but also XHTML 1 and DOM Level 2 HTML.
<br/><br/>
Following its immediate predecessors HTML 4.01 and [[XHTML]] 1.1, HTML5 is a response to the fact that the [[HTML]] and [[XHTML]] in common use on the World Wide Web have a mixture of features introduced by various specifications, along with those introduced by software products such as web browsers and those established by common practice. It is also an attempt to define a single markup language that can be written in either [[HTML]] or [[XHTML]].
<br/><br/>
It includes detailed processing models to encourage more interoperable implementations; it extends, improves and rationalizes the markup available for documents, and introduces markup and application programming interfaces (APIs) for complex web applications. For the same reasons, HTML5 is also a potential candidate for cross-platform mobile applications. Many features of HTML5 have been built with the consideration of being able to run on low-powered devices such as smartphones and tablets. In December 2011, research firm Strategy Analytics forecast sales of HTML5 compatible phones would top 1 billion in 2013.
<br/><br/>
In particular, HTML5 adds many new syntactic features. These include the new `<video>`, `<audio>` and `<canvas>` elements, as well as the integration of scalable vector graphics ([[SVG]]) content (replacing generic `<object>` tags), and ~MathML for mathematical formulas. These features are designed to make it easy to include and handle multimedia and graphical content on the web without having to resort to proprietary plugins and APIs.
<br/><br/>
Other new page structure elements, such as `<main>`, `<section>`, `<article>`, `<header>`, `<footer>`, `<aside>`, `<nav>` and `<figure>`, are designed to enrich the semantic content of documents. New attributes have been introduced, some elements and attributes have been removed and some elements, such as `<a>`, `<cite>` and `<menu>` have been changed, redefined or standardized.
<br/><br/>
The APIs and Document Object Model (DOM) are no longer afterthoughts, but are fundamental parts of the HTML5 specification. HTML5 also defines in some detail the required processing for invalid documents so that syntax errors will be treated uniformly by all conforming browsers and other user agents. [[Wikipedia|https://en.wikipedia.org/wiki/HTML5]]
""">>

<<list-linksa "[tag[IDE]]" "IDE" "Technology" "51,204,204">>

<div style="text-align:center;">

!!You consider a recliner to be the perfect office chair
<img class="hoverbright shadow-med" height="300" style="display:inline-block;" src="http://www.ergodepot.com/v/vspfiles/assets/images/gravity%20location2.jpg"/><img class="hoverbright shadow-med" height="300" style="display:inline-block;" src="http://4nakama.net/wp/wp-content/uploads/2013/06/emperor_1510.jpg"/>
</div>

<div style="text-align:center;display:block;">
<div class="center" style="text-align:center;display:inline-block;">

!!You have fallen asleep during an re-install of Windows
<img class="hoverbright shadow-med center" src="http://i.imgur.com/uIzzK.jpg" style="opacity:0.6;"/>
</div></div>

<div style="text-align:center;">

!!There are over 1500 hotkeys on your [[editor|SlickEdit]] and your sanity remains intact
<img class="hoverbright shadow-med" src="http://static.giantbomb.com/uploads/original/21/217563/2783857-chris-farley-sunglasses-flip-shock.gif"/>
</div>

<div style="text-align:center;">

!!This graphic makes sense to you
<img class="hoverbright shadow-med" src="http://mrobbinsassoc.com/mymisc/if4a.gif"/>
</div>

<<masthead-reveal '
<b>IFTTT</b> is a web-based service that allows users to create chains of simple conditional statements, called "recipes", which are triggered based on changes to other web services such as Gmail, Facebook, Instagram, and Pinterest. IFTTT is an abbreviation of "If This Then That" (pronounced like "gift" without the "g").
<br/><br/>

An example "recipe" might consist of sending an e-mail message if the IFTTT user tweets using a certain hashtag. Or, if the user is tagged by someone on Facebook, then that photo will be added to the users cloud-based photo archive.
<br/><br/>

IFTTT was created by Linden Tibbets, Jesse Tane, and Alexander Tibbets in San Francisco, California. IFTTT was launched in September 7, 2011. Today, IFTTT recipes are widely used and shared by its users.
<br/><br/>

In addition to its web-based application, IFTTT for iPhone was launched on July 10, 2013 and contained three channels: iOS Photos, Reminders and Contacts. An iPad version with iOS notification support was later introduced on April 3, 2014. Later that month, on April 24, 2014, IFTTT released an Android version of the app.
<br/><br/>

On February 19, 2015, IFTTT renamed their original application to IF and released a new suite of apps called Do. The Do apps allow users to create customizable shortcut applications and actions. Linden Tibbets also announced that IFTTT users are now "cooking" about 20 million "recipes" each day.  [[Wikipedia|https://en.wikipedia.org/wiki/IFTTT]]
<br/><br/>
<table>
<tr>
<th>By Linked</th>
<th>By Popularity</th>
<th>By Name</th>
</tr>
<tr>
<td>
<div style="max-height:300px;overflow-y:scroll;">
<ul>
<li>[[RescueTime]]</li>
<li>[[Trello]]</li>
<li>[[WordPress]]</li>
<li>[[Box]]</li>
<li>[[Campfire]]</li>
<li>[[LinkedIn]]</li>
<li>[[Yammer]]</li>
<li>[[IFTTT]]</li>
<li>[[Dropbox]]</li>
<li>[[Evernote]]</li>
<li>[[Google Drive]]</li>
<li>[[RescueTime]]</li>
<li>[[Toodledo]]</li>
<li>[[Trello]]</li>
<li>[[Facebook]]</li>
<li>[[GitHub]]</li>
<li>[[Twitter]]</li>
</ul>
</div>
</td>
<td>
<div style="max-height:300px;overflow-y:scroll;">
<ul>
<li>Adafruit</li>
<li>Amazon Alexa</li>
<li>Amazon Cloud Drive</li>
<li>Envoy</li>
<li>~GreenIQ</li>
<li>HP Print</li>
<li>Medium</li>
<li>Myfox Security</li>
<li>Netatmo Thermostat</li>
<li>Netatmo Welcome</li>
<li>NPR</li>
<li>Pinterest</li>
<li>RescueTime</li>
<li>Spotify</li>
<li>tadoº Smart AC Control</li>
<li>tadoº Smart Thermostat</li>
<li>Trello</li>
<li>Wikipedia</li>
<li>Blogger</li>
<li>Medium</li>
<li>Tumblr</li>
<li>Weebly</li>
<li>WordPress</li>
<li>Box</li>
<li>Campfire</li>
<li>~DocSend</li>
<li>Envoy</li>
<li>Gumroad</li>
<li>Harvest</li>
<li>LinkedIn</li>
<li>Office 365 Calendar</li>
<li>Office 365 Contacts</li>
<li>Office 365 Mail</li>
<li>~OneDrive for Business</li>
<li>Quip</li>
<li>Salesforce Chatter</li>
<li>Slack</li>
<li>Square</li>
<li>Stocks</li>
<li>Yammer</li>
<li>~AppZapp</li>
<li>Best Buy</li>
<li>Chain</li>
<li>Craigslist</li>
<li>eBay</li>
<li>Etsy</li>
<li>Fiverr</li>
<li>Qapital</li>
<li>Semantics3</li>
<li>~ShopYourWay</li>
<li>Slice</li>
<li>Stripe</li>
<li>~TrackIf</li>
<li>Automatic</li>
<li>Dash</li>
<li>Mojio</li>
<li>Zubie</li>
<li>Amazon Alexa</li>
<li>blink(1)</li>
<li>Bttn</li>
<li>Caleo</li>
<li>Camio</li>
<li>ecobee</li>
<li>Energenie Mi|Home</li>
<li>Flic</li>
<li>Garageio</li>
<li>GE Appliances Cooking</li>
<li>GE Appliances ~GeoSpring™</li>
<li>~GreenIQ</li>
<li>Greenwave Systems</li>
<li>Harmony</li>
<li>Homeboy</li>
<li>~HomeControl Flex</li>
<li>~HomeSeer</li>
<li>Honeywell evohome</li>
<li>Honeywell Single-zone Thermostat</li>
<li>HP Print</li>
<li>~IntesisHome</li>
<li>iSecurity+</li>
<li>iSmartAlarm</li>
<li>LIFX</li>
<li>littleBits</li>
<li>Lutron Caséta Wireless</li>
<li>Manything</li>
<li>~MivaLife</li>
<li>Myfox ~HomeControl</li>
<li>Myfox Security</li>
<li>Nest Protect</li>
<li>Nest Thermostat</li>
<li>Netatmo Thermostat</li>
<li>Netatmo Weather Station</li>
<li>Netatmo Welcome</li>
<li>openHAB</li>
<li>~ORBneXt</li>
<li>Parrot Flower Power</li>
<li>Particle</li>
<li>Philips hue</li>
<li>Qblinks Qmote</li>
<li>Rachio Iro</li>
<li>Scout Alarm</li>
<li>Sensibo</li>
<li>Sighthound Video</li>
<li>Smappee</li>
<li>~SmartThings</li>
<li>tadoº Smart AC Control</li>
<li>tadoº Smart Thermostat</li>
<li>~ThermoSmart</li>
<li>Ubi</li>
<li>~WallyHome</li>
<li>Wattio POD</li>
<li>Wattio THERMIC</li>
<li>~WeMo Insight Switch</li>
<li>~WeMo Light Switch</li>
<li>~WeMo Lighting</li>
<li>~WeMo Maker</li>
<li>~WeMo Motion</li>
<li>~WeMo Switch</li>
<li>WIFIPLUG</li>
<li>Wink: Aros</li>
<li>Wink: Egg Minder</li>
<li>Wink: Nimbus</li>
<li>Wink: Pivot Power Genius</li>
<li>Wink: Porkfolio</li>
<li>Wink: Shortcuts</li>
<li>Wink: Spotter</li>
<li>Wireless Tag</li>
<li>Fitbit</li>
<li>Google Glass</li>
<li>Misfit</li>
<li>Nike+</li>
<li>UP by Jawbone</li>
<li>Whistle</li>
<li>Withings</li>
<li>Adafruit</li>
<li>Date &amp; Time</li>
<li>IFTTT</li>
<li>Instawell</li>
<li>Is It Christmas?</li>
<li>popSLATE</li>
<li>Space</li>
<li>Surfline</li>
<li>U.S. Independence Day</li>
<li>Weather</li>
<li>Android Battery</li>
<li>Android Device</li>
<li>Android Location</li>
<li>Android Phone Call</li>
<li>Android Photos</li>
<li>Android SMS</li>
<li>Android Wear</li>
<li>IF Notifications</li>
<li>iOS Contacts</li>
<li>iOS Location</li>
<li>iOS Photos</li>
<li>iOS Reading List</li>
<li>iOS Reminders</li>
<li>Lifelog</li>
<li>Deezer</li>
<li>Last.fm</li>
<li>~MixRadio</li>
<li>~SoundCloud</li>
<li>Spotify</li>
<li>~BuzzFeed</li>
<li>Digg</li>
<li>Entertainment Weekly</li>
<li>Epicurious</li>
<li>ESPN</li>
<li>Feed</li>
<li>Feedly</li>
<li>Genius</li>
<li>~InStyle</li>
<li>~NewsBlur</li>
<li>NPR</li>
<li>People</li>
<li>~ReadingPack</li>
<li>reddit</li>
<li>Sports Illustrated</li>
<li>Sunlight Foundation</li>
<li>The New York Times</li>
<li>Time</li>
<li>Wikipedia</li>
<li>Yahoo! Fantasy Sports</li>
<li>500px</li>
<li>Dailymotion</li>
<li>Eyefi</li>
<li>ffffound!</li>
<li>Flickr</li>
<li>Giphy</li>
<li>Instagram</li>
<li>Printhug</li>
<li>Stockimo</li>
<li>Vimeo</li>
<li>~YouTube</li>
<li>Amazon Cloud Drive</li>
<li>Beeminder</li>
<li>bitly</li>
<li>Boxcar 2</li>
<li>Boxoh Package Tracking</li>
<li>Buffer</li>
<li>Delicious</li>
<li>Diigo</li>
<li>Dropbox</li>
<li>Email</li>
<li>Email Digest</li>
<li>Evernote</li>
<li>~FollowUp.cc</li>
<li>Gmail</li>
<li>Google Calendar</li>
<li>Google Drive</li>
<li>Inoreader</li>
<li>Instapaper</li>
<li>Instapush</li>
<li>Kyber Calendars &amp; Reminders</li>
<li>Launch Center</li>
<li>Maker</li>
<li>Moni.ai</li>
<li>Nimbus Note</li>
<li>Numerous</li>
<li>~OneDrive</li>
<li>~OneNote</li>
<li>Phone Call</li>
<li>Pinboard</li>
<li>Pocket</li>
<li>Pryv</li>
<li>Pushalot</li>
<li>Pushbullet</li>
<li>Pushover</li>
<li>~QualityTime</li>
<li>Readability</li>
<li>RescueTime</li>
<li>SMS</li>
<li>Todoist</li>
<li>Toodledo</li>
<li>Trello</li>
<li>Wolfram Data Drop</li>
<li>App.net</li>
<li>dondeEsta Family</li>
<li>Facebook</li>
<li>Facebook Pages</li>
<li>Foursquare</li>
<li>GitHub</li>
<li>~GroupMe</li>
<li>Life360</li>
<li>Pinterest</li>
<li>Sina Weibo</li>
<li>Twitter</li>
<li>Yo</li>
</ul>
</div>
</td>
<td>
<div style="max-height:300px;overflow-y:scroll;">
<ul>
<li>500px</li>
<li>Adafruit</li>
<li>Adafruit</li>
<li>Amazon Alexa</li>
<li>Amazon Alexa</li>
<li>Amazon Cloud Drive</li>
<li>Amazon Cloud Drive</li>
<li>Android Battery</li>
<li>Android Device</li>
<li>Android Location</li>
<li>Android Phone Call</li>
<li>Android Photos</li>
<li>Android SMS</li>
<li>Android Wear</li>
<li>App.net</li>
<li>~AppZapp</li>
<li>Automatic</li>
<li>Beeminder</li>
<li>Best Buy</li>
<li>bitly</li>
<li>blink(1)</li>
<li>Blogger</li>
<li>Box</li>
<li>Boxcar 2</li>
<li>Boxoh Package Tracking</li>
<li>Bttn</li>
<li>Buffer</li>
<li>~BuzzFeed</li>
<li>Caleo</li>
<li>Camio</li>
<li>Campfire</li>
<li>Chain</li>
<li>Craigslist</li>
<li>Dailymotion</li>
<li>Dash</li>
<li>Date &amp; Time</li>
<li>Deezer</li>
<li>Delicious</li>
<li>Digg</li>
<li>Diigo</li>
<li>~DocSend</li>
<li>dondeEsta Family</li>
<li>Dropbox</li>
<li>GE Appliances ~GeoSpringâ„¢</li>
<li>eBay</li>
<li>ecobee</li>
<li>Email Digest</li>
<li>Email</li>
<li>Energenie Mi|Home</li>
<li>Entertainment Weekly</li>
<li>Envoy</li>
<li>Envoy</li>
<li>Epicurious</li>
<li>ESPN</li>
<li>Etsy</li>
<li>Evernote</li>
<li>Eyefi</li>
<li>Facebook Pages</li>
<li>Facebook</li>
<li>Feed</li>
<li>Feedly</li>
<li>ffffound!</li>
<li>Fitbit</li>
<li>Fiverr</li>
<li>Flic</li>
<li>Flickr</li>
<li>~FollowUp.cc</li>
<li>Foursquare</li>
<li>Garageio</li>
<li>GE Appliances Cooking</li>
<li>Genius</li>
<li>Giphy</li>
<li>GitHub</li>
<li>Gmail</li>
<li>Google Calendar</li>
<li>Google Drive</li>
<li>Google Glass</li>
<li>~GreenIQ</li>
<li>~GreenIQ</li>
<li>Greenwave Systems</li>
<li>~GroupMe</li>
<li>Gumroad</li>
<li>Harmony</li>
<li>Harvest</li>
<li>Homeboy</li>
<li>~HomeControl Flex</li>
<li>~HomeSeer</li>
<li>Honeywell evohome</li>
<li>Honeywell Single-zone Thermostat</li>
<li>HP Print</li>
<li>HP Print</li>
<li>IF Notifications</li>
<li>IFTTT</li>
<li>Inoreader</li>
<li>Instagram</li>
<li>Instapaper</li>
<li>Instapush</li>
<li>Instawell</li>
<li>~InStyle</li>
<li>~IntesisHome</li>
<li>iOS Contacts</li>
<li>iOS Location</li>
<li>iOS Photos</li>
<li>iOS Reading List</li>
<li>iOS Reminders</li>
<li>Is It Christmas?</li>
<li>iSecurity+</li>
<li>iSmartAlarm</li>
<li>Kyber Calendars &amp; Reminders</li>
<li>Last.fm</li>
<li>Launch Center</li>
<li>Life360</li>
<li>Lifelog</li>
<li>LIFX</li>
<li>LinkedIn</li>
<li>littleBits</li>
<li>Lutron Caséta Wireless</li>
<li>Maker</li>
<li>Manything</li>
<li>Medium</li>
<li>Medium</li>
<li>Misfit</li>
<li>~MivaLife</li>
<li>~MixRadio</li>
<li>Mojio</li>
<li>Moni.ai</li>
<li>Myfox Security</li>
<li>Myfox Security</li>
<li>Nest Protect</li>
<li>Nest Thermostat</li>
<li>Netatmo Thermostat</li>
<li>Netatmo Thermostat</li>
<li>Netatmo Weather Station</li>
<li>Netatmo Welcome</li>
<li>Netatmo Welcome</li>
<li>~NewsBlur</li>
<li>Nike+</li>
<li>Nimbus Note</li>
<li>NPR</li>
<li>NPR</li>
<li>Numerous</li>
<li>Office 365 Calendar</li>
<li>Office 365 Contacts</li>
<li>Office 365 Mail</li>
<li>~OneDrive for Business</li>
<li>~OneDrive</li>
<li>~OneNote</li>
<li>openHAB</li>
<li>~ORBneXt</li>
<li>Parrot Flower Power</li>
<li>Particle</li>
<li>People</li>
<li>Philips hue</li>
<li>Phone Call</li>
<li>Pinboard</li>
<li>Pinterest</li>
<li>Pinterest</li>
<li>Pocket</li>
<li>popSLATE</li>
<li>Printhug</li>
<li>Pryv</li>
<li>Pushalot</li>
<li>Pushbullet</li>
<li>Pushover</li>
<li>Qapital</li>
<li>Qblinks Qmote</li>
<li>~QualityTime</li>
<li>Quip</li>
<li>Rachio Iro</li>
<li>Readability</li>
<li>~ReadingPack</li>
<li>reddit</li>
<li>RescueTime</li>
<li>RescueTime</li>
<li>Salesforce Chatter</li>
<li>Scout Alarm</li>
<li>Semantics3</li>
<li>Sensibo</li>
<li>~ShopYourWay</li>
<li>Sighthound Video</li>
<li>Sina Weibo</li>
<li>Slack</li>
<li>Slice</li>
<li>Smappee</li>
<li>~SmartThings</li>
<li>SMS</li>
<li>~SoundCloud</li>
<li>Space</li>
<li>Sports Illustrated</li>
<li>Spotify</li>
<li>Spotify</li>
<li>Square</li>
<li>Stockimo</li>
<li>Stocks</li>
<li>Stripe</li>
<li>Sunlight Foundation</li>
<li>Surfline</li>
<li>tadoº Smart AC Control</li>
<li>tadoº Smart AC Control</li>
<li>tadoº Smart Thermostat</li>
<li>tadoº Smart Thermostat</li>
<li>The New York Times</li>
<li>~ThermoSmart</li>
<li>Time</li>
<li>Todoist</li>
<li>Toodledo</li>
<li>~TrackIf</li>
<li>Trello</li>
<li>Trello</li>
<li>Tumblr</li>
<li>Twitter</li>
<li>U.S. Independence Day</li>
<li>Ubi</li>
<li>UP by Jawbone</li>
<li>Vimeo</li>
<li>~WallyHome</li>
<li>Wattio POD</li>
<li>Wattio THERMIC</li>
<li>Weather</li>
<li>Weebly</li>
<li>~WeMo Insight Switch</li>
<li>~WeMo Light Switch</li>
<li>~WeMo Lighting</li>
<li>~WeMo Maker</li>
<li>~WeMo Motion</li>
<li>~WeMo Switch</li>
<li>Whistle</li>
<li>WIFIPLUG</li>
<li>Wikipedia</li>
<li>Wikipedia</li>
<li>Wink: Aros</li>
<li>Wink: Egg Minder</li>
<li>Wink: Nimbus</li>
<li>Wink: Pivot Power Genius</li>
<li>Wink: Porkfolio</li>
<li>Wink: Shortcuts</li>
<li>Wink: Spotter</li>
<li>Wireless Tag</li>
<li>Withings</li>
<li>Wolfram Data Drop</li>
<li>WordPress</li>
<li>Yahoo! Fantasy Sports</li>
<li>Yammer</li>
<li>Myfox ~HomeControl</li>
<li>Yo</li>
<li>~YouTube</li>
<li>Zubie</li>
</ul>
</div>

</div>
'>>

! Introduction


The ImportVariablesWidget imports macro and variable definitions from a list of other tiddlers and makes them available to its children. For example:

```
<$importvariables filter="[tag[mySpecialMacros]]">
All the macros defined in tiddlers with the tag "mySpecialMacros" are available here
</$importvariables>
```

! Attributes and Content

The content of the importvariables widget is the scope within which the imported variable definitions are available.

|!Attribute |!Description |
|filter |Tiddler filter defining the tiddlers from which macro definitions will be imported |

! Global Macros

So-called global macros are implemented within the main page template ([[$:/core/ui/PageTemplate]]) by wrapping the page content in the following importvariables widget:

```
<$importvariables filter="[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]">
...
</$importvariables>
```

<<list-linksa "[tag[Information]]" "Information" "Online" "133,163,222">>

<<masthead-reveal '
A simple yet powerful Customer Relationship Management Application with apps for iPhone, iPad and Android smart phones and tablets. [[Insightly.com|https://www.insightly.com/]]
'>>

<<masthead-reveal """
IQTELL is a productivity app that allows users to manage email, tasks, projects, calendars, [[Evernotes|Evernote]] and more in a single app. IQTELL is available as a web app, as well as an iOS and Android app. All user information is automatically synced between all devices. iOS and Android apps support offline access. The app can be used to implement concepts and techniques described in the book Getting Things Done by David Allen.
 [[Wikipedia|https://en.wikipedia.org/wiki/IQTELL]]
""">>

<<masthead-reveal """
<b>Jade</b> is a high performance template engine heavily influenced by Haml and implemented with [[Javascript]] for NodeJS and browsers.
<br/><br/>

[[Jade-lang.com reference|http://jade-lang.com/reference/]]
""">>

<<masthead-reveal """
Java is a general-purpose computer programming language that is concurrent, class-based, object-oriented, and specifically designed to have as few implementation dependencies as possible. It is intended to let application developers "write once, run anywhere" (WORA), meaning that compiled Java code can run on all platforms that support Java without the need for recompilation. Java applications are typically compiled to bytecode that can run on any Java virtual machine (JVM) regardless of computer architecture. As of 2015, Java is one of the most popular programming languages in use, particularly for client-server web applications, with a reported 9 million developers.[citation needed] Java was originally developed by James Gosling at Sun Microsystems (which has since been acquired by Oracle Corporation) and released in 1995 as a core component of Sun Microsystems' Java platform. The language derives much of its syntax from C and C++, but it has fewer low-level facilities than either of them.
<br/><br/>
The original and reference implementation Java compilers, virtual machines, and class libraries were originally released by Sun under proprietary licences. As of May 2007, in compliance with the specifications of the Java Community Process, Sun relicensed most of its Java technologies under the GNU General Public License. Others have also developed alternative implementations of these Sun technologies, such as the GNU Compiler for Java (bytecode compiler), GNU Classpath (standard libraries), and ~IcedTea-Web (browser plugin for applets).
<br/><br/>
The latest version is Java 8, the only supported version, currently. [[Wikipedia|https://en.wikipedia.org/wiki/Java_(programming_language)]]
""">>

<<masthead-reveal """
<b>Javascript</b> (/ˈdʒɑːvəˌskrɪpt/[5]) is a high-level, dynamic, untyped, and interpreted programming language. It has been standardized in the ECMAScript language specification. Alongside [[HTML]] and [[CSS|CSS3]], it is one of the three essential technologies of World Wide Web content production; the majority of websites employ it and it is supported by all modern web browsers without plug-ins. Javascript is prototype-based with first-class functions, making it a multi-paradigm language, supporting object-oriented, imperative, and functional programming styles. It has an API for working with text, arrays, dates and regular expressions, but does not include any I/O, such as networking, storage or graphics facilities, relying for these upon the host environment in which it is embedded.
<br/><br/>

Despite some naming, syntactic, and standard library similarities, Javascript and [[Java]] are otherwise unrelated and have very different semantics. The syntax of Javascript is actually derived from C, while the semantics and design are influenced by the Self and Scheme programming languages.
<br/><br/>

Javascript is also used in environments that are not web-based, such as PDF documents, site-specific browsers, and desktop widgets. Newer and faster Javascript virtual machines (VMs) and platforms built upon them have also increased the popularity of Javascript for server-side web applications. On the client side, Javascript has been traditionally implemented as an interpreted language, but more recent browsers perform just-in-time compilation. It is also used in game development, the creation of desktop and mobile applications, and server-side network programming with runtime environments such as [[Node.js|NodeJS]]. [[Wikipedia|https://en.wikipedia.org/wiki/JavaScript]]
""">>

<<list-linksa-ofcolor "[tag[Javascript Projects]]" "Javascript Projects" "Projects" "160,10,0">>

{{$:/__/mcr/site/assets/png/tiddler-icons/jeremyruston.png}}

The original inventor of TiddlyWiki. You can find him on these services:

* jeremy (at) jermolene (dot) com
* [[Jermolene on GitHub|https://github.com/Jermolene]]
* [[Jermolene on GitTip|https://www.gittip.com/Jermolene/]], a micropayment service
* [[@Jermolene on Twitter|http://twitter.com/#!/jermolene]]
* [[Jermy on LinkedIn|http://www.linkedin.com/in/jermy]]
* [[Jermy on Flickr|http://www.flickr.com/photos/jermy/]]

Further information:

* An [[interview with me in The Inquirer|http://www.theinquirer.net/inquirer/feature/2105529/bt-software-engineer-tells-telco-source]] by Wendy Grossman
* A [[hilarious interview with me|http://www.youtube.com/watch?v=auyIhw8MTmQ]] from British television in 1983
* Here's a video of a presentation he did in 2007 called [["How to Start an Open Source Project"|http://vimeo.com/856110]].

<<masthead-reveal """
JIRA (/ˈdʒi.rə/ jee-rə)[5] is a proprietary issue tracking product, developed by Atlassian. It provides bug tracking, issue tracking, and project management functions. Although normally styled JIRA, the product name is not an acronym, but a truncation of Gojira, the Japanese name for Godzilla, itself a reference to JIRA's main competitor, Bugzilla. It has been developed since 2002.
<br/><br/>
JIRA is used for issue tracking and project management by over 25,000 customers in 122 countries around the globe. Some of the organizations using JIRA for bug-tracking and project management are Fedora Commons, Hibernate, Honeywell Aerospace, JBoss, Linden Lab, Skype, Spring Framework, and The Apache Software Foundation uses JIRA and Bugzilla. JIRA includes tools allowing migration from competitor Bugzilla.
<br/><br/>
Compared to Bugzilla, JIRA is more internally customisable. Bugzilla has a single, fixed, state machine to represent the lifecycle of a 'bug'. All such bugs are assumed to follow the same fixed pattern of detection, repair and test. All bugs must also have the same lifecycle. 
<br/><br/>
JIRA allows this state machine to be changed by its users, and also for different classes of issue to be tracked, each with their own state machine. This makes JIRA far more flexible: it may be used as a more general "issue tracker" rather than solely a bug tracker, tracking new feature requests, system admin tasks, Scrum tasks or any other feature that its users might require. 
<br/><br/>
To avoid the overhead of configuring JIRA for each new task type, pre-built configurations such as ~GreenHopper (now JIRA Agile) can be bought-in, which provide a pre-configured JIRA environment with tasks and behaviours appropriate for popular management methodologies.
""">>
!!!Server on Prism1
<a href="http://jira.mra.dnsalias.net" target="_blank">{{$:/__/mcr/site/assets/png/tiddler-icons/jira.png}}</a>

<iframe src="https://secure.join.me/markrobbins" style="width:100%;height:800px;" frameborder="0"/>

<<masthead-reveal """
Joomla is a free and open-source content management system (CMS) for publishing web content. It is built on a model–view–controller web application framework that can be used independently of the CMS.
<br/><br/>

Joomla is written in [[PHP]], uses object-oriented programming (OOP) techniques (since version 1.5[2]) and software design patterns, stores data in a MySQL, MS [[SQL]] (since version 2.5), or ~PostgreSQL (since version 3.0) database, and includes features such as page caching, RSS feeds, printable versions of pages, news flashes, blogs, search, and support for language internationalization.
<br/><br/>

As of February 2014, Joomla has been downloaded over 50 million times. Over 7,700 free and commercial extensions are available from the official Joomla! Extension Directory, and more are available from other sources. It is estimated to be the second most used content management system on the Internet, after WordPress.
[[Wikipedia|https://en.wikipedia.org/wiki/Joomla]]
""">>

<<masthead-reveal """
<b>jQuery</b> is a cross-platform [[Javascript]] library designed to simplify the client-side scripting of [[HTML]]. jQuery is the most popular [[Javascript]] library in use today, with installation on 65% of the top 10 million highest-trafficked sites on the Web. jQuery is free, open-source software licensed under the MIT License.
<br/><br/>

jQuery's syntax is designed to make it easier to navigate a document, select DOM elements, create animations, handle events, and develop Ajax applications. jQuery also provides capabilities for developers to create plug-ins on top of the JavaScript library. This enables developers to create abstractions for low-level interaction and animation, advanced effects and high-level, theme-able widgets. The modular approach to the jQuery library allows the creation of powerful dynamic web pages and web applications.
<br/><br/>

The set of jQuery core features—DOM element selections, traversal and manipulation—enabled by its selector engine (named "Sizzle" from v1.3), created a new "programming style", fusing algorithms and DOM data structures. This style influenced the architecture of other [[Javascript]] frameworks like YUI v3 and Dojo, later stimulating the creation of the standard Selectors API.
<br/><br/>

Microsoft and Nokia bundle jQuery on their platforms. Microsoft includes it with [[Visual Studio]] for use within Microsoft's ASP.NET AJAX framework and ASP.NET MVC Framework while Nokia has integrated it into the Web Run-Time widget development platform. jQuery has also been used in ~MediaWiki since version 1.16. [[Wikipedia|https://en.wikipedia.org/wiki/JQuery]]
""">>

<<masthead-reveal """
<b>jQuery UI</b> is a collection of GUI widgets, animated visual effects, and themes implemented with jQuery (a [[Javascript]] library), [[Cascading Style Sheets|CSS3]], and [[HTML]]. According to [[Javascript]] analytics service, Libscore, jQuery UI is used on over 176,000 websites, making it the second most popular [[Javascript]] library on the Web. Notable users include Pinterest, ~PayPal, IMDB, Huffington Post, and Netflix.
<br/><br/>

Both jQuery and jQuery UI are free and open-source software distributed by the jQuery Foundation under the MIT License; jQuery UI was first published in September 2007. [[Wikipedia|https://en.wikipedia.org/wiki/JQuery_UI]]
""">>

<<masthead-reveal """
JSON, (canonically pronounced /ˈdʒeɪsən/ jay-sən; sometimes [[Javascript]] Object Notation), is an open standard format that uses human-readable text to transmit data objects consisting of attribute–value pairs. It is the primary data format used for asynchronous browser/server communication (AJAJ), largely replacing [[XML]] (used by AJAX).
<br/><br/>
Although originally derived from the [[Javascript]] scripting language, JSON is a language-independent data format. Code for parsing and generating JSON data is readily available in many programming languages.
<br/><br/>
The JSON format was originally specified by Douglas Crockford. It is currently described by two competing standards, RFC 7159 and ECMA-404. The ECMA standard is minimal, describing only the allowed grammar syntax, whereas the RFC also provides some semantic and security considerations. The official Internet media type for JSON is `application/json`. The JSON filename extension is `.json`. [[Wikipedia|https://en.wikipedia.org/wiki/JSON]]
""">>

<<list-linksa "[tag[Kanban]]" "Kanban" "Online" "133,163,222">>

<<masthead-reveal """
~KanbanFlow is a Lean project management tool allowing real-time collaboration between team members. Supports the Pomodoro technique for time tracking. [[KanbanFlow.com|https://kanbanflow.com/]]
""">>

<<list-linksa "[tag[Languages]]" "Languages" "Skills" "51,204,204">>

{{$:/__/mcr/site/assets/png/tiddler-icons/hp.png}}
!!HP Pavilion D7
!!!<i>Windows 7 Home Premium</i><br/>
Intel Core i5 M450 <b>2.4Ghz</b> 2 Core<br/>
<b>4GB</b> RAM<br/>
<b>1600x900</b> ATI Radeon HD 5470<br/>
<b>442GB</b> WD SATA <br/><br/>

<<list-linksax "[tag[Laptop Prism2]]" "Laptop Prism2" "Platforms" "112,112,112">>

<<masthead-reveal """
<b>Less</b> (sometimes stylized as LESS) is a dynamic style sheet language that can be compiled into Cascading Style Sheets ([[CSS|CSS3]]) and run on the client-side or server-side. Designed by Alexis Sellier, Less is influenced by Sass and has influenced the newer "SCSS" syntax of Sass, which adapted its [[CSS|CSS3]]-like block formatting syntax.[3] Less is open-source. Its first version was written in Ruby; however, in the later versions, use of Ruby has been deprecated and replaced by [[Javascript]].
<br/><br/>

The indented syntax of Less is a nested metalanguage, as valid [[CSS|CSS3]] is valid Less code with the same semantics. Less provides the following mechanisms: variables, nesting, mixins, operators and functions; the main difference between Less and other [[CSS|CSS3]] precompilers being that Less allows real-time compilation via less.js by the browser. [[Wikipedia|https://en.wikipedia.org/wiki/Less_(stylesheet_language)]]
""">>

<<list-linksa "[tag[Libraries]]" "Libraries" "Skills" "51,204,204">>

<<masthead-reveal """
~LinkedIn /ˌlɪŋkt.ˈɪn/ is a business-oriented social networking service. Founded in December 2002 and launched on May 5, 2003, it is mainly used for professional networking. As of 2015, most of the site's revenue comes from selling access to information about its users to recruiters.
<br/><br/>
In 2006, ~LinkedIn increased to 20 million members. As of March 2015, ~LinkedIn reports more than 364 million acquired users in more than 200 countries and territories.
<br/><br/>
The site is available in 24 languages, including Arabic, Chinese, English, French, German, Italian, Portuguese, Spanish, Dutch, Swedish, Danish, Romanian, Russian, Turkish, Japanese, Czech, Polish, Korean, Indonesian, Malay, and Tagalog. As of 2 July 2013, Quantcast reports ~LinkedIn has 65.6 million monthly unique U.S. visitors and 178.4 million globally, a number that as of 29 October 2013 has increased to 184 million. In June 2011, ~LinkedIn had 33.9 million unique visitors, up 63 percent from a year earlier and surpassing ~MySpace. ~LinkedIn filed for an initial public offering in January 2011 and traded its first shares on May 19, 2011, under the NYSE symbol "LNKD".
 [[Wikipedia|https://en.wikipedia.org/wiki/LinkedIn]]
""">>

<<masthead-reveal """
Language Integrated Query (LINQ, pronounced "link") is a Microsoft .NET Framework component that adds native data querying capabilities to .NET languages, although ports exist for [[Java]], [[PHP]], [[Javascript]] and [[ActionScript]].
<br/><br/>
LINQ extends the language by the addition of query expressions, which are akin to SQL statements, and can be used to conveniently extract and process data from arrays, enumerable classes, [[XML]] documents, relational databases, and third-party data sources. Other uses, which utilize query expressions as a general framework for readably composing arbitrary computations, include the construction of event handlers or monadic parsers.
<br/><br/>
LINQ also defines a set of method names (called standard query operators, or standard sequence operators), along with translation rules used by the compiler to translate fluent-style query expressions into expressions using these method names, lambda expressions and anonymous types.
<br/><br/>
Many of the concepts that LINQ has introduced were originally tested in Microsoft's Cω research project. LINQ was released as a major part of .NET Framework 3.5 on November 19, 2007. [[Wikipedia|https://en.wikipedia.org/wiki/Language_Integrated_Query]]
""">>

The `list` field of a tiddler is an optional feature that can be used to help structure your content. Its value is a title list, and it can be used in several ways:

* The `list` field of a tiddler that is being used as a tag determines the ordering of the tiddlers that carry that tag - see [[Tagging]] for details
* The `list` filter selects the entries from a list
* The `listed` filter selects the tiddlers that list the selected tiddler(s)
* The ~NavigatorWidget manipulates a ~StoryList tiddler containing a `list` field of the tiddlers that are displayed in the main story column

You can find me live at [[StackOverflow TiddlyWiki5 Chatroom|https://chat.stackoverflow.com/rooms/94451/tiddlywiki5]] or on my [[Live Stream]] or by clicking on the 
~UserLike Live Chat Icon <span style="display:inline-block;position:relative;background-color:#445566;background:url('http://userlike-cdn-client.s3-eu-west-1.amazonaws.com/tab_circle_comments-alt.png') no-repeat 10px 13px #445566;border-radius:60px;overflow:hidden;width:50px;height:50px;opacity:0.6;"></span> in the upper-right corner;

Watch Mark below or on [[YouTube Live Stream|https://www.youtube.com/channel/UCy4QHJX8lbI_o5ENSUDB65g/live]]
<iframe width="900" height="500" src="https://www.youtube.com/embed/mbTPz1Wlq4o?autostart=1" frameborder="0" allowfullscreen></iframe>

A <<.def macro>> is a named snippet of text. WikiText can use the name as a shorthand way of transcluding the snippet. Such transclusions are known as <<.def "macro calls">>, and each call can supply a different set of parameters that get substituted for special placeholders within the snippet.

Most macros are in fact just parameterised variables.

They are created using the `\define` pragma. (Behind the scenes, this is transformed into a <<.wlink SetWidget>>, i.e. macros and variables are two sides of the same coin.)

The snippet and its incoming parameter values are treated as simple strings of characters with no WikiText meaning, at least until the placeholders have been filled in and the macro call has returned. This means that a macro can assemble and return the complete syntax of a ~WikiText component, such as a link.

The string returned by a macro call is parsed separately from any surrounding ~WikiText components. So a safe way to insert a special character sequence (such as `[[` or `<`) without triggering its normal ~WikiText meaning is to wrap it in a macro.

Within a snippet itself, the only markup detected is `$name$` (a placeholder for a macro parameter) and `$(name)$` (a placeholder for a variable).

The <<.mlink dumpvariables>> macro lists all variables (including macros) that are available at that position in the widget tree.

An <<.wlink ImportVariablesWidget>> widget can be used to copy macro definitions to another branch of the widget tree. ~TiddlyWiki uses this technique internally to implement global macros -- namely any macros defined in tiddlers with the <<.tag $:/tags/Macro>> tag.

For maximum flexibility, macros can also be <<.js-macro-link "written as JavaScript modules">>.

A similar effect to a parameterised macro call can be produced by setting variables around a transclusion.

~TiddlyWiki's core has several macros built in.

{{$:/__/mcr/site/assets/png/people/mark/mark_1-sq.jpg}}
!!!Mark Christian Robbins

<<masthead-reveal """
Mercurial is a cross-platform, distributed revision control tool for software developers. It is mainly implemented using the Python programming language, but includes a binary diff implementation written in C. It is supported on MS Windows and Unix-like systems, such as ~FreeBSD, Mac OS X and Linux. Mercurial is primarily a command line program but graphical user interface extensions are available. All of Mercurial's operations are invoked as arguments to its driver program hg, a reference to the chemical symbol of the element mercury.
<br/><br/>

Mercurial's major design goals include high performance and scalability, decentralized, fully distributed collaborative development, robust handling of both plain text and binary files, and advanced branching and merging capabilities, while remaining conceptually simple. It includes an integrated web interface. Mercurial has also taken steps to ease the transition for users of other version control systems, particularly [[Subversion]].
<br/><br/>

The creator and lead developer of Mercurial is Matt Mackall. Mercurial is released as free software under the terms of the GNU GPL v2 (or any later version). [[Wikipedia|https://en.wikipedia.org/wiki/Mercurial]]
""">>

<<masthead-reveal '
<b>Mindjet</b> (formerly named ~MindMan and ~MindManager) is a commercial team collaboration software application developed by the company Mindjet. In addition to collaborative elements, the software also provides ways for users to visualize information via the creation of mind maps. As of December 2011, Mindjet had approximately two million users, including notable clients such as Coca Cola, Disney, IBM and Walmart.
<br/><br/>

Like its predecessors ~MindMan, Mindjets software ~MindManager provides ways to visualize information via the creation of mind maps, while also providing tools to facilitate team communication, collaboration, and project management. By using cloud storage, Mindjet can propagate changes to mind maps or projects to all users, regardless of which platform users choose for access.
<br/><br/>

Mindjet uses both a subscription-based payment model and a perpetual model with optional software assurance for 1-9 users. Software Assurance is mandatory for the ~MindManager Enterprise suite, which is 10+ users.
<br/><br/>

Mindjet is available for Microsoft Windows, Mac OS X, and via the web, Microsoft ~SharePoint as well as on the mobile Android and iOS platforms. Mindjet can also be run within an organization using Microsoft ~SharePoint.
 [[Wikipedia|https://en.wikipedia.org/wiki/Mindjet_(software)]]
'>>

<<masthead-reveal '
Mohiomap gives you a visual way to navigate through your cloud data. You can cross-reference and group your files using simple drag-and-drop tagging. And Mohiomap lets you search across several cloud storage accounts at once. [[moh.io|https://www.moh.io/mohiomap/welcome.php]]
'>>

<<masthead-reveal """
<b>~MongoDB</b> (from humongous) is a cross-platform document-oriented database. Classified as a ~NoSQL database, ~MongoDB eschews the traditional table-based relational database structure in favor of [[JSON]]-like documents with dynamic schemas (~MongoDB calls the format BSON), making the integration of data in certain types of applications easier and faster. Released under a combination of the GNU Affero General Public License and the Apache License, ~MongoDB is free and open-source software.
<br/><br/>

First developed by the software company ~MongoDB Inc. in October 2007 as a component of a planned platform as a service product, the company shifted to an open source development model in 2009, with MongoDB offering commercial support and other services. Since then, MongoDB has been adopted as backend software by a number of major websites and services, including Craigslist, eBay, and Foursquare among others. As of July 2015, ~MongoDB is the fourth most popular type of database management system, and the most popular for document stores. [[Wikipedia|https://en.wikipedia.org/wiki/MongoDB]]
""">>

<<list-linksa "[tag[MVC Libraries]]" "MVC Libraries" "Libraries" "51,204,204">>

<<masthead-reveal """
Node.js is an open-source, cross-platform runtime environment for developing server-side web applications. Node.js applications are written in [[Javascript]] and can be run within the Node.js runtime on OS X, Microsoft Windows, Linux, ~FreeBSD, ~NonStop, IBM AIX, IBM System z and IBM i. Its work is hosted and supported by the Node.js Foundation, a collaborative project at Linux Foundation.
<br/><br/>

Node.js provides an event-driven architecture and a non-blocking I/O API designed to optimize an application's throughput and scalability for real-time web applications. It uses Google V8 [[Javascript]] engine to execute code, and a large percentage of the basic modules are written in [[Javascript]]. Node.js contains a built-in library to allow applications to act as a web server without software such as [[Apache HTTP Server|Apache Server]], Nginx or IIS.
<br/><br/>

Node.js is used by IBM, Microsoft, Yahoo!, Walmart, Groupon, SAP, ~LinkedIn, Rakuten, ~PayPal, Voxer and GoDaddy. [[Wikipedia|https://en.wikipedia.org/wiki/Node.js]]
""">>

<<list-linksa "[tag[Office]]" "Office" "Technology" "51,204,204">>

Sorry, you caught me while I was offline. I am usually online from noon to midnight PST, you can leave me a message by using the ~UserLike Live Chat Icon <span style="display:inline-block;position:relative;background-color:#445566;background:url('http://userlike-cdn-client.s3-eu-west-1.amazonaws.com/tab_circle_comments-alt.png') no-repeat 10px 13px #445566;border-radius:60px;overflow:hidden;width:50px;height:50px;opacity:0.6;"></span> in the upper-right corner.

<<list-linksa "[tag[Online]]" "Online" "Welcome" "133,163,222">>

<<masthead-reveal """
Oracle VM ~VirtualBox (formerly Sun ~VirtualBox, Sun xVM ~VirtualBox and Innotek ~VirtualBox) is a hypervisor for x86 computers from Oracle Corporation. Developed initially by Innotek ~GmbH, it was acquired by Sun Microsystems in 2008 which was in turn acquired by Oracle in 2010.
<br/><br/>
~VirtualBox may be installed on a number of host operating systems, including: Linux, OS X, Windows Vista, Solaris, and ~OpenSolaris. There are also ports to ~FreeBSD and Genode.
<br/><br/>

It supports the creation and management of guest virtual machines running versions and derivations of Windows, Linux, BSD, OS/2, Solaris, Haiku, OSx86 and others, and limited virtualization of OS X guests on Apple hardware.
<br/><br/>

For some guest operating systems, a "Guest Additions" package of device drivers and system applications is available[10][11] which typically improves performance, especially of graphics.
""">>

<<list-linksa "[tag[Oracle VirtualBox]]" "Oracle VirtualBox" "Virtual Machines" "112,112,112">>

<<list-linksa "[tag[OS Languages]]" "OS Languages" "Languages" "51,204,204">>

<<masthead-reveal """
Perl Compatible Regular Expressions (PCRE) is a regular expression C library inspired by the regular expression capabilities in the Perl programming language, written by Philip Hazel, starting in summer 1997. PCRE's syntax is much more powerful and flexible than either of the POSIX regular expression flavors and many classic regular expression libraries. The name is misleading, because PCRE and Perl each have capabilities not shared by the other.
[[Wikipedia|https://en.wikipedia.org/wiki/Perl_Compatible_Regular_Expressions]]
""">>

<<list-linksa "[tag[Philosophy]]" "Philosophy" "Welcome" "25,63,154">>

The purpose of recording and organising information is so that it can be used again. The value of recorded information is directly proportional to the ease with which it can be re-used.

The philosophy of [[tiddlers|Tiddlers]] is that we maximise the possibilities for re-use by slicing information up into the smallest semantically meaningful units with [[rich modelling of relationships between them|Structuring TiddlyWiki]]. Then we use aggregation and composition to weave the fragments together to present narrative stories.

TiddlyWiki aspires to provide an algebra for tiddlers, a concise way of expressing and exploring the relationships between items of information.

<<masthead-reveal """
<b>PHP</b> is a server-side scripting language designed for web development but also used as a general-purpose programming language. As of January 2013, PHP was installed on more than 240 million websites (39% of those sampled) and 2.1 million web servers. Originally created by Rasmus Lerdorf in 1994, the reference implementation of PHP (powered by the Zend Engine) is now produced by The PHP Group. While PHP originally stood for Personal Home Page, it now stands for PHP: Hypertext Preprocessor, which is a recursive backronym.
<br/><br/>

PHP code can be simply mixed with [[HTML]] code, or it can be used in combination with various templating engines and web frameworks. PHP code is usually processed by a PHP interpreter, which is usually implemented as a web server's native module or a Common Gateway Interface (CGI) executable. After the PHP code is interpreted and executed, the web server sends the resulting output to its client, usually in the form of a part of the generated web page; for example, PHP code can generate a web page's [[HTML]] code, an image, or some other data. PHP has also evolved to include a command-line interface (CLI) capability and can be used in standalone graphical applications.
<br/><br/>

The standard PHP interpreter, powered by the Zend Engine, is free software released under the PHP License. PHP has been widely ported and can be deployed on most web servers on almost every operating system and platform, free of charge.
<br/><br/>

Despite its popularity, no written specification or standard existed for the PHP language until 2014, leaving the canonical PHP interpreter as a de facto standard. Since 2014, there is ongoing work on creating a formal PHP specification.
<br/><br/>

During the 2010s PHP as a platform has matured significantly, largely by influence from other software communities and projects such as Npm. In addition to standard library improvements, the work of PHP-FIG in the form of PSR-initiatives, Composer dependency manager and the Packagist repository have been a significant factor in this. [[Wikipedia|https://en.wikipedia.org/wiki/PHP]]
""">>

<<masthead-reveal '
Pivotal Tracker is Pivotal Labs software as a service product for agile project management and collaboration. In July 2011, Pivotal Tracker had over 250,000 registered users.
<br/><br/>
The tool includes file sharing and task management, velocity tracking and iteration planning; release markers; and progress charts. There is an API for extensions and third party tools.
Pivotal Labs is an agile software development consulting firm headquartered in San Francisco, California. It is a division of Pivotal Software, and has offices in Boston, Boulder, Chicago, Denver, London, Dublin, Los Angeles, New York, Palo Alto, Toronto, and Washington, DC.
<br/><br/>
Pivotal promotes Ruby on Rails, pair programming, test-driven development and behavior driven development. Clients include Groupon, Best Buy, EMI Music, Zendesk, Mavenlink, Twitter, and Urban Dictionary.
<br/><br/>
The company was founded in 1989 by Rob Mee and Sherry Erskine. In 2008, Pivotal Labs released Pivotal Tracker, which it had been using as their internal project management and collaboration software, to the Ruby on Rails community. That year, Pivotal Tracker won the Jolt Product Excellence Award in the Project Management category. In March 2012, Pivotal Labs was acquired by EMC.
<br/><br/>
In October 2013, Pivotal Labs acquired Toronto-based Xtreme Labs, a mobile app development company, for $65 million.
 [[Wikipedia|https://en.wikipedia.org/wiki/Pivotal_Labs]]
'>>

<<masthead-reveal """
<b>Planbox</b> is an Agile project management tool that allows members of multiple business functions to plan, collaborate and deliver projects. It brings software development and other functions of an organization into the agile life cycle. Planbox is a hosted web application that is available to the public.
<br/><br/>
Originally created for Bolidea, a Montreal-based technology incubator, it was created to serve as the company’s Product portfolio management platform.
Planbox offers common to-do lists, drag and drop prioritization, time tracking, file sharing, reporting, a messaging platform, feedback loop and bug tracking.
<br/><br/>
It introduces four levels of project management: Initiatives, Projects, Items (sometimes referred to as stories) and tasks. Planbox also handles Impediment Management, and Impediment Removal Teams (IRT), a term coined by Joe Little, one of Scrum's fathers.
<br/><br/>
Planbox is a software as a service platform available in English. It was originally meant for Agile users but adapts to a wide variety of uses, such as creative agencies, start-ups, web design, and others.
<br/><br/>
Planbox supports the Scrum software development method: Release Management, Iterations, Stories, ~BackLog, Prioritization, Scrum Roles, Sprints, Estimated Hours and Story Points.
[[Wikipedia|https://en.wikipedia.org/wiki/Planbox]]
""">>

<<list-linksa "[tag[Platforms]]" "Platforms" "Welcome" "112,112,112">>

<<masthead-reveal '
<b>Podio</b> supplies a web-based platform for organizing team communication, business processes, data and content in project management workspaces. Users can also select business "apps" from an online app store or build their own according to project needs.
<br/><br/>
Podio is a freemium cloud-based collaboration service that was founded in 2009 and acquired by Citrix in 2012.
<br/><br/>
A Podio account is a template for objects with a given number of customizable fields. Field types include text (single- and multi-line), number, category (enumeration of fixed values), date, duration, progress percentage, monetary value, image, link, map location, contact and relationship with other objects. Any object can also store file attachments, tags, votes, a rating, and tasks associated with the object. Once objects are added to the app's collection via data entry or import from an Excel spreadsheet, they can be displayed in several layouts: card, badge and table. Filtering and basic calculations are available.
 [[Wikipedia|https://en.wikipedia.org/wiki/Podio]]
'>>

<<masthead-reveal """
<b>Windows ~PowerShell</b> is a task automation and configuration management framework from Microsoft, consisting of a command-line shell and associated scripting language built on the .NET Framework. ~PowerShell provides full access to COM and WMI, enabling administrators to perform administrative tasks on both local and remote Windows systems as well as WS-Management and CIM enabling management of remote Linux systems and network devices.
<br/><br/>
In ~PowerShell, administrative tasks are generally performed by cmdlets (pronounced command-lets), which are specialized .NET classes implementing a particular operation. Sets of cmdlets may be combined into scripts, executables (which are standalone applications), or by instantiating regular .NET classes (or WMI/COM Objects). These work by accessing data in different data stores, like the file system or registry, which are made available to the ~PowerShell runtime via Windows ~PowerShell providers.
<br/><br/>
Windows ~PowerShell also provides a hosting API with which the Windows ~PowerShell runtime can be embedded inside other applications. These applications can then use Windows ~PowerShell functionality to implement certain operations, including those exposed via the graphical interface. This capability has been used by Microsoft Exchange Server 2007 to expose its management functionality as ~PowerShell cmdlets and providers and implement the graphical management tools as ~PowerShell hosts which invoke the necessary cmdlets.
<br/><br/>
Other Microsoft applications including Microsoft [[SQL]] Server 2008 also expose their management interface via ~PowerShell cmdlets. With ~PowerShell, graphical interface-based management applications on Windows are layered on top of Windows ~PowerShell. A ~PowerShell scripting interface for Windows products is mandated by Microsoft's Common Engineering Criteria.
<br/><br/>
Windows ~PowerShell includes its own extensive, console-based help, similar to man pages in Unix shells, via the Get-Help cmdlet and updatable with fresh content using the Update-Help cmdlet and web based content via the -online switch to Get-Help. [[Wikipedia|https://en.wikipedia.org/wiki/Windows_PowerShell]]
""">>

<<masthead-reveal '
~PowToon is a company which sells cloud-based software (~SaaS) for creating animated presentations and animated explainer videos.<br/><br/>~PowToon was founded in January 2012. The company released a beta version in August 2012 and has seen fast subscriber growth since. In December 2012 ~PowToon secured $600,000 investment from LA based Venture Capital firm Startup Minds. In February 2013 ~PowToon introduced a free account option allowing users to create animated videos that can be exported to ~YouTube. The free videos include the ~PowToon branding.<br/><br/>
~PowToon is Web-based animation software that allows users to create animated presentations by manipulating pre-created objects, imported images, provided music and user created voice-overs. Powtoon uses an Adobe Flex engine to generate an XML file that can be played in the Powtoon online viewer, exported to ~YouTube or downloaded as an MP4 file.
<br/><br/>
~PowToon is also available on the Google Chrome Store and has an application on Edmodo.com.[[Wikipedia|https://en.wikipedia.org/wiki/~PowToon]]
'>>

<<list-linksa "[tag[Presence]]" "Presence" "Social" "133,163,222">>

<<list-linksa "[tag[Presentation]]" "Presentation" "Online" "133,163,222">>

A Presuimea /'prez-o͞oē-mā/ is a cross between a presentation, a UI, and a resume. Actually, its a lot more than that -- think of it as a workstation in a fishbowl. The world can peek in and see what you are about, and what you are up to.

It also acts as a GTD system, a bookmarking system, a document launcher and a information manager.

This concept is under development, and this website is the beta. If this idea intrigues you, feel free to [[contact me|Contact Mark]], perhaps I can knock together one for you.

<<masthead-reveal '
<b>Prezi</b> is a cloud-based (~SaaS) presentation software and storytelling tool for presenting ideas on a virtual canvas. The product employs a zooming user interface (ZUI), which allows users to zoom in and out of their presentation media, and allows users to display and navigate through information within a 2.5D or parallax 3D space on the Z-axis. Prezi was officially established in 2009 by co-founders Adam Somlai-Fischer, Peter Halacsy and Peter Arvai. [[Wikipedia|https://en.wikipedia.org/wiki/Prezi]]
'>>

<<list-linksa "[tag[Program Management]]" "Program Management" "Project Management" "133,163,222">>

<<list-linksa "[tag[Project Management]]" "Project Management" "Online" "133,163,222">>

<<list-linksa-ofcolor "[tag[Projects]]" "Projects" "Welcome" "160,10,0">>

<<masthead-reveal """
<b>~PureMVC</b> is a framework for creating applications based upon the well-established Model-View-Controller design pattern. The free, open source framework was originally implemented in the [[ActionScript 3|ActionScript]] language for use with [[Adobe Flex|Flex]], [[Flash]] and [[AIR|Adobe Air]], and it has since been ported to nearly all the major web development platforms. [[Wikipedia|https://en.wikipedia.org/wiki/PureMVC]]
""">>

<<masthead-reveal '
Basic task and project management using Groups, Knowlegebase, Chats, Calendar, and Events. [[Qortex.com|http://qortex.com]]
'>>

<<masthead-reveal """
qTip2 is the second generation of the advanced qTip plugin for the ever popular [[jQuery]] framework.
<br/><br/>

Building on 1.0's user friendly, yet feature rich base, qTip2 provides you with tonnes of features like speech bubble tips and imagemap support, and best of all... it's completely free under the MIT/GPLv2 licenses! [[qTip2|http://qtip2.com/]]
""">>

<<list-linksa "[tag[Reference]]" "Reference" "Social" "133,163,222">>

<div style="width:875px;">
<div style="display:inline-block;margin-bottom: 4px;margin-right: -5px;"><a href="#Regular Expressions" target="_top"><div id="Regular_Expressions_etc"></div></a></div>
<div id="Regular_Expressions_SlickEdit" style="pointer-events:none;display:inline-block;-webkit-filter:brightness(1)"></div>
</div>

<<list-linksa "[tag[Regular Expressions]]" "Regular Expressions" "Expressions" "51,204,204">>

<<masthead-reveal """
<b>~RequireJS</b> is a [[Javascript]] file and module loader. It is optimized for in-browser use, but it can be used in other [[Javascript]] environments, like Rhino and [[Node|NodeJS]]. Using a modular script loader like ~RequireJS will improve the speed and quality of your code. [[RequireJS.org|http://requirejs.org/]]
""">>

<<masthead-reveal """
A personal analytics service that shows you how you spend your time and provides tools to help you be more productive. [[RescueTime.com|https://www.rescuetime.com/]]
""">>

<<masthead-reveal """
<b>Sass</b> (Syntactically Awesome Stylesheets) is a style sheet language initially designed by Hampton Catlin and developed by Natalie Weizenbaum. After its initial versions, Weizenbaum and Chris Eppstein continued to extend Sass with ~SassScript, a simple scripting language used in Sass files.
<br/><br/>

Sass is a scripting language that is interpreted into Cascading Style Sheets ([[CSS|CSS3]]). ~SassScript is the scripting language itself. Sass consists of two syntaxes. The original syntax, called "the indented syntax", uses a syntax similar to Haml. It uses indentation to separate code blocks and newline characters to separate rules. The newer syntax, "SCSS", uses block formatting like that of [[CSS|CSS3]]. It uses braces to denote code blocks and semicolons to separate lines within a block. The indented syntax and SCSS files are traditionally given the extensions .sass and .scss, respectively.
<br/><br/>

[[CSS3]] consists of a series of selectors and pseudo-selectors that group rules that apply to them. Sass (in the larger context of both syntaxes) extends [[CSS|CSS3]] by providing several mechanisms available in more traditional programming languages, particularly object-oriented languages, but that are not available to [[CSS3]] itself. When ~SassScript is interpreted, it creates blocks of [[CSS|CSS3]] rules for various selectors as defined by the Sass file. The Sass interpreter translates ~SassScript into [[CSS|CSS3]]. Alternately, Sass can monitor the .sass or .scss file and translate it to an output .css file whenever the .sass or .scss file is saved. Sass is simply syntactic sugar for [[CSS|CSS3]].
<br/><br/>

The official implementation of Sass is open-source and coded in Ruby; however, other implementations exist, including [[PHP]], and a high-performance implementation in C called libSass. There's also a [[Java]] implementation called JSass. Additionally, Vaadin has a [[Java]] implementation of Sass. The indented syntax is a metalanguage. SCSS is a nested metalanguage, as valid [[CSS|CSS3]] is valid SCSS with the same semantics. Sass supports integration with the Firefox extension Firebug.
<br/><br/>

~SassScript provides the following mechanisms: variables, nesting, mixins, and selector inheritance. [[Wikipedia|https://en.wikipedia.org/wiki/Sass_(stylesheet_language)]]
""">>

<<list-linksa "[tag[Scripting Languages]]" "Scripting Languages" "Languages" "51,204,204">>

Background Online Platforms Projects Skills TiddlyWiki Automation Diagrams [[Help Desk]] Information Presentation [[Project Management]] Sharing Social Tasking [[Asset Management]] [[Program Management]] [[Team Management]] Computers Stacks [[Virtual Machines]] [[Oracle VirtualBox]] [[AutoIt3 Projects]] [[Chrome Extensions]] [[CSharp Projects]] [[Flex and Flash]] [[Javascript Projects]] [[SlickEdit Projects]] [[Expressions]] [[Data Expressions]] [[Regular Expressions]] Languages [[Application Languages]] [[Data Languages]] [[Graphics Languages]] [[OS Languages]] [[Scripting Languages]] [[Web Languages]] Libraries [[MVC Libraries]] [[Web Libraries]] [[Windows Libraries]] Technology [[CMS]] [[Development Platforms]] [[DevTools]] [[IDE]] [[Office]] [[Version Control]]

{{$:/__/mcr/site/assets/png/tiddler-icons/asus.png}}
!!Custom Built
!!!<i>Windows XP Pro SP3</i><br/>
Intel Core2 Quad Q9300 <b>2.5Ghz</b><br/>
<b>3.25GB</b> RAM<br/>
<b>1920x1080</b> NVIDIA ~GeForce 9600 GT<br/>
3-<b>465GB</b> WD SATA <br/><br/>

<<list-linksa-tocolor "[tag[Server Prism1]]" "Server Prism1" "Computers" "112,112,112" "255,106,0">>

<<list-linksa "[tag[Servers]]" "Servers" "Technology" "51,204,204">>

!!.myTitle Introduction -- version: {{$:/plugins/matabele/setfield!!version}}

[[http://gwiz.tiddlyspot.com/#%24%3A%2Fplugins%2Fmatabele%2Fsetfield:SetFieldWidget%20%24%3A%2Fplugins%2Fmatabele%2Fsetfield]]

The [[SetField Widget|$:/plugins/matabele/setfield]] traps [[WidgetMessage: tw-set-field|Widget Messaging in the Stack]] dispatched within its child content by performing any or all of these actions:

* setting the value of a TextReference 
* setting a new value for the target tiddler
* passing on or sending a different widget message

The widget may be used in a stack to set several fields, either in the same target tiddler or in different target tiddlers (the title of the target is passed up through the stack by default.)

!!.myTitle Content and Attributes

|Attribute |Explanation |h
|tiddler |Title of the tiddler to manipulate (defaults to the value of the event parameter) |
|set |A TextReference to which a new value will be assigned |
|setTo |The new value to assign to the TextReference |
|message |The name of the widget message to send (defaults to "tw-set-field") |
|param |The optional parameter to the message (defaults to the value of the 'tiddler=' attribute) |

;Example
---

If we use this code:

```
<$setfield set="!!tags" setTo="tag1 tag2 tag3">
<$setfield set="!!field3" setTo="three">
<$setfield set="!!field2" setTo="two">
<$setfield set="!!field1" setTo="one">
<$button message="tw-set-field" param="SetField Target">Set Fields</$button>
</$setfield></$setfield></$setfield></$setfield>
```

We get a
<$setfield set="!!tags" setTo="tag1 tag2 tag3">
<$setfield set="!!field3" setTo="three">
<$setfield set="!!field2" setTo="two">
<$setfield set="!!field1" setTo="one">
<$button message="tw-set-field" param="SetField Target">Set Fields</$button>
</$setfield></$setfield></$setfield></$setfield>
 button.

Clicking the button will set the tags field of the tiddler '~SetField Target' with the tags 'tag1', 'tag2' and 'tag3' and set the values of the fields specified with the 'set=' attributes in the values specified with the correspond 'setTo=' attributes of each `<$setfield>` widget.

! Introduction

The set variable widget assigns a value to a specified variable. The new value of the variable is available to the content within the set variable widget.

! Content and Attributes

The content of the `<$set>` widget is the scope for the value assigned to the variable.

|!Attribute |!Description |
|name |The name of the variable to assign (defaults to "currentTiddler") |
|value |The value to assign to the variable if the filter is missing or not empty |
|filter |An optional filter to be evaluated and assigned to the variable (see below) |
|emptyValue |The value to assign to the variable if the filter is present and evaluates to an empty list (see below) |

!! Simple Variable Assignment

The simplest way of using set variable widget assigns a string to a variable. The following example assigns a literal string

```
<$set name="myVariable" value="Some text">
<$text text=<<myVariable>>/>
</$set>
```

Both the name and value attributes can be transcluded. For example:

```
<$set name=<<anotherVariable>> value={{template!!text}}>
<$text text=<<myVariable>>/>
</$set>
```

!! Conditional Variable Assignment

This form of the set variable widget chooses one of two specified values according to whether a filter evaluates to an empty list. Here's an example that sets a variable according to whether the current tiddler is called "myMagicTitle":

```
<$set name="myVariable" filter="[all[current]field:title[myMagicTitle]]" value="It's magic" emptyValue="It's not magic">
<$text text=<<myVariable>>/>
</$set>
```

!! Filtered List Variable Assignment

This form of the set variable widget evaluates the filter and assigns the result to the variable as a space-separated list (using double square brackets for titles containing spaces).

```
<$set name="myVariable" filter="[tag[HelloThere]]">
<$text text=<<myVariable>>/>
</$set>
```

<<list-linksa "[tag[Sharing]]" "Sharing" "Online" "133,163,222">>

Currently Installing Widgets from ~GetSiteControl

<<list-linksa "[tag[Skills]]" "Skills" "Welcome" "51,204,204">>

This is a top-down listing of Marks skills. Click this <$reveal state="$:/state/sidebar" type="nomatch" text="no">
<$button set="$:/state/sidebar" setTo="no" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class="tc-btn-invisible">{{$:/core/images/chevron-right}}</$button>
</$reveal>
<$reveal state="$:/state/sidebar" type="match" text="no">
<$button set="$:/state/sidebar" setTo="yes" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class="tc-btn-invisible">{{$:/core/images/chevron-left}}</$button>
</$reveal> button or the button in the upper right to collapse the sidebar for a better view.
{{$:/__/mcr/site/assets/png/charts/mark/skill-chart.png}}

<<masthead-reveal """
<b>Slick-C</b> is the proprietary scripting language of the SlickEdit editor. Much of the editor is actually written in Slick-C, and all the Slick-C source code is included with the product. This means that the user can look at how things work and modify the behavior to suit her/his needs.
<br/><br/>
As the name suggests, the language resembles C, though it has some elements from REXX (parse, substr, ...). The original author of Slick-C liked the string parsing features of REXX and added similar features to Slick-C. [[Wikipedia|https://en.wikipedia.org/wiki/SlickEdit#Slick-C]]
""">>

<<masthead-reveal """
~SlickEdit, previously known as Visual ~SlickEdit, is a cross-platform commercial source code editor by ~SlickEdit, Inc. ~SlickEdit supports Integrated Debuggers for GNU C/C++, [[Java]], ~WinDbg, Google Go, Python, Perl, Ruby, [[PHP]], XCode, and Android JVM/NDK. Some of ~SlickEdit's other notable features include built in beautifiers that can beautify code as you type, code navigation, context tagging (also known as Intelligent code completion), symbol references, third party tool integration, ~DiffZilla (a file differencing tool), syntax highlighting, and over 13 keyboard emulations.
<br/><br/>

In 2014 ~SlickEdit released a ~SlickEdit Standard version of their product and renamed their original product ~SlickEdit Pro. [[Wikipedia|https://en.wikipedia.org/wiki/SlickEdit]]
""">>

<<list-linksa-ofcolor "[tag[SlickEdit Projects]]" "SlickEdit Projects" "Projects" "160,10,0">>

<<masthead-reveal """
SlickEdit supports Brief, Perl, and UNIX regular expression syntaxes as well providing its own syntax (SlickEdit). Extensive documentation is available for each syntax in the form of expression charts and examples, which can be very useful to determine what regex will work for the job. Using these charts for reference in combination with the Regex Evaluator will get you where you need to be quicker and more accurately with your regex searches. [[SlickEdit Community Forums|https://community.slickedit.com/index.php?topic=3524.0]]
""">>

<<masthead-reveal '
<b>~SlideRocket</b> is an online presentation platform that lets users create, manage, share and measure presentations. ~SlideRocket is provided via a ~SaaS model. The company was acquired by ~ClearSlide, a similar ~SaaS application, in March 2013. They are no longer offering independent signups, as the platform is being integrated into ~ClearSlide. [[Wikipedia|https://en.wikipedia.org/wiki/SlideRocket]]
'>>

<<masthead-reveal '
Slides is a place for creating, presenting and sharing presentations. The Slides editor is available right in your browser. Unlike traditional presentation software, like ~PowerPoint, theres no need to download anything.
<br/><br/>
All of your work is stored securely on our servers, accessible wherever you are.
 [[Slides.com|http://slides.com]]
'>>

<<list-linksa "[tag[Social]]" "Social" "Online" "133,163,222">>

<<masthead-reveal '
<b>Socialcast</b> puts people and projects, conversations and content back at the core of business. Unlike process-centric approaches, social ways of working are more fluid and natural. By putting people first, and enabling them to work on their own terms, Socialcast provides the immediacy and context to support collaborative decision-making and teamwork.
<br/><br/>
Socialcast creates a common workspace that makes it simple for people to connect so they can get more accomplished. With a single social layer that brings together every aspect of work, accessible on any device from anywhere, colleagues can connect, communicate, collaborate and get work done.
<br/><br/>
At Socialcast, we like to say that our solutions emphasize people over process. By leveraging the power of relationships and connection at the foundation of Socialcast, we support a more human way of working. That extends to our relationship with you—our customers. Dialog with our customers is one of the key factors that drives innovation at Socialcast. Responding to your needs helps us improve our products and stay ahead of the competition. By engaging in conversation, exchanging ideas, and working with you to address the challenges you face, we can help solve real problems that stand between you and greatness.
 [[Socialcast.com|http://socialcast.com]]
'>>

<<masthead-reveal '
~SpicyNodes is a system for displaying hierarchical data, in which a focus node displays detailed information, and the surrounding nodes represent related information (Focus + Context), with a layout based on radial maps. It has web (Flash) and mobile (iOS) implementations.
<br/><br/>
~SpicyNodes displays a central node, orbited by related (child) nodes. Each child node can be linked to other child nodes. As the user navigates (changes focus) from node to node, a root path traces the path back to the home node. In a typical implementation, only child and ancestor nodes are displayed. When the user browses, nodes appear and disappear, and the layout rearranges to fit. It is a generic method, with uses ranging from dynamic poetry, to mind mapping and concept mapping.
 [[Wikipedia|https://en.wikipedia.org/wiki/~SpicyNodes]]
'>>

<<masthead-reveal """
SQL (i/ˈɛs kjuː ˈɛl/, or i/ˈsiːkwəl/; Structured Query Language) is a special-purpose programming language designed for managing data held in a relational database management system (RDBMS), or for stream processing in a relational data stream management system (RDSMS). [[Wikipedia|https://en.wikipedia.org/wiki/SQL]]
""">>

<<masthead-reveal """
Stack Overflow is a privately held website, the flagship site of the Stack Exchange Network, created in 2008 by Jeff Atwood and Joel Spolsky. It was created to be a more open alternative to earlier Q&A sites such as Experts-Exchange. The name for the website was chosen by voting in April 2008 by readers of Coding Horror, Atwood's popular programming blog.
<br/><br/>

It features questions and answers on a wide range of topics in computer programming.
<br/><br/>

The website serves as a platform for users to ask and answer questions, and, through membership and active participation, to vote questions and answers up or down and edit questions and answers in a fashion similar to a wiki or Digg. Users of Stack Overflow can earn reputation points and "badges"; for example, a person is awarded 10 reputation points for receiving an "up" vote on an answer given to a question, and can receive badges for their valued contributions, which represents a kind of gamification of the traditional Q&A site or forum. All user-generated content is licensed under a Creative Commons Attribute-ShareAlike license.
<br/><br/>

Closing questions is a main differentiation from Yahoo! Answers and a way to prevent low quality questions. The mechanism was overhauled in 2013; questions edited after being put "on hold" now appear in a review queue. Jeff Atwood stated in 2010 that duplicate questions are not seen as a problem but rather they constitute an advantage if such additional questions drive extra traffic to the site by multiplying relevant keyword hits in search engines.
<br/><br/>
As of April 2014, Stack Overflow has over 4,000,000 registered users and more than 11,000,000 questions, with 10,000,000 questions celebrated in late August 2015. Based on the type of tags assigned to questions, the top eight most discussed topics on the site are: [[Java]], [[Javascript]], [[C#|CSharp]], [[PHP]], Android, [[jQuery]], Python and [[HTML]].
[[Wikipedia|https://en.wikipedia.org/wiki/Stack_Overflow]]
""">>

<<list-linksa "[tag[Stacks]]" "Stacks" "Platforms" "112,112,112">>

TiddlyWiki5 provides several features to help you structure information as [[tiddlers|Tiddlers]], and model the relationships between them:

* TiddlerLinks
* [[Tagging]]
* Title Lists
* ~DataTiddlers

<<masthead-reveal '
An editor for creating highly dynamic 3d web based presentations using ~ImpressJS.  [[Strut.io|http://strut.io]]
'>>

<<masthead-reveal """
<b>Apache Subversion</b> (often abbreviated SVN, after the command name svn) is a software versioning and revision control system distributed as free software under the Apache License. Software developers use Subversion to maintain current and historical versions of files such as source code, web pages, and documentation. Its goal is to be a mostly compatible successor to the widely used Concurrent Versions System (CVS).
<br/><br/>

The free software community has used Subversion widely: for example in projects such as Apache Software Foundation, Free Pascal, ~FreeBSD, GCC, Mono and ~SourceForge. Google Developers also provides Subversion hosting for their free software projects. ~CodePlex offers access to Subversion as well as to other types of clients.
<br/><br/>

The corporate world has also started to adopt Subversion. A 2007 report by Forrester Research recognized Subversion as the sole leader in the Standalone Software Configuration Management (SCM) category and as a strong performer in the Software Configuration and Change Management (SCCM) category.
<br/><br/>

Subversion was created by CollabNet Inc. in 2000, and is now a top-level Apache project being built and used by a global community of contributors. [[Wikipedia|https://en.wikipedia.org/wiki/Apache_Subversion]]
""">>

<<masthead-reveal """
<b>Scalable Vector Graphics</b> (SVG) is an [[XML]]-based vector image format for two-dimensional graphics with support for interactivity and animation. The SVG specification is an open standard developed by the World Wide Web Consortium (W3C) since 1999.
<br/><br/>
SVG images and their behaviors are defined in [[XML]] text files. This means that they can be searched, indexed, scripted, and compressed. As [[XML]] files, SVG images can be created and edited with any text editor, but are more often created with drawing software.
<br/><br/>
All major modern web browsers—including Mozilla Firefox, Internet Explorer, Google Chrome, Opera, and Safari—have at least some degree of SVG rendering support. [[Wikipedia|https://en.wikipedia.org/wiki/Scalable_Vector_Graphics]]
""">>

<div class="tc-table-of-contents">
<<dev-edit- TableOfContents "" right>>

<<toc-selective-expandable 'TableOfContents'>>

</div>

Tagging is a way of organising tiddlers into categories. For example, if you had tiddlers representing various individuals, you could tag them as ''friend'', ''family'', ''colleague'' etc to indicate these people's relationships to you.

A tag is in fact just a tiddler (or a potential tiddler), and it can have tags of its own. You can add any number of tags to the same tiddler.

By tagging your tiddlers, you can view, navigate and organise your information in numerous additional ways:

* The coloured tag pills on a tiddler give you quick access to all the other tiddlers with the same tag, as well as to the tiddler that represents the tag itself.

* If a tiddler is serving as a tag, then the ''Tagging'' tab in its ~InfoPanel will show you which tiddlers are currently tagged with it.

* The ''More'' tab of the sidebar has a ''Tags'' tab that presents an overview of all your tags and lets you access all your tagged tiddlers.

* You can use Filters to create lists of tiddlers based on their tags. You can then display any combination of the fields of those tiddlers. For example, you could build a glossary by listing the title and text of all tiddlers tagged ''Glossary''. Such lists can be formatted in any way you wish: e.g. bulleted, numbered or comma-separated.

* There are a number of special ''system tags'' that control the layout of tiddlers and the entire ~TiddlyWiki page.

There are two more things you can do with tags:

! Set a tag's colour and icon

You can use the [[tag manager|$:/TagManager]], found on the ''Tags'' tab under ''More'' in the sidebar, to change the colour of a tag's pill or add an icon to the pill.

* To change the colour, click the button in the ''Colour'' column to select from a colour picker. Alternatively, click the icon in the ''Info'' column, then type a CSS colour value in the ''Colour'' field
* To change the icon, click the {{$:/core/images/down-arrow}} button in the ''Icon'' column and choose from the list of available icons

! Change the order in which tags are listed

By default, tagged tiddlers are listed in alphabetical order.

If you want any other order, add a <<.flink ListField>> field to the tag tiddler, and set its value to be a list of the tiddlers in that order.

The ''list'' field doesn't have to mention all of the tiddlers. Precise rules can be used to order tagged tiddlers.

<<list-linksa "[tag[Tasking]]" "Tasking" "Online" "133,163,222">>

<<list-linksa "[tag[Team Management]]" "Team Management" "Project Management" "133,163,222">>

<<list-linksa "[tag[Technology]]" "Technology" "Skills" "51,204,204">>

<iframe style="border:none" src="http://files.photosnack.com/iframejs/embed.html?hash=pdtjshzo8&t=1446917469" width="720" height="405" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true" ></iframe>

<<list-linksa "[tag[Automation]]" "Automation" "TableOfContents" "#85A3DE">>

<<masthead-reveal '
<b>~TheBrain</b>, formerly branded ~PersonalBrain, is a mind mapping and personal knowledge base software from ~TheBrain Technologies. It uses a dynamic graphical interface that maps hierarchical and network relationships. It includes the ability to add links to Web pages and files as well as notes and events using a built-in calendar. It is cross-platform, available for Windows, Unix and Unix-like operating systems, and Mac OS X. It is available in a free edition as well as in commercial editions with additional features. [[Wikipedia|https://en.wikipedia.org/wiki/TheBrain]]
'>>

{{Tiddlers}}

Links are regions of a tiddler that can be clicked to cause navigation to a different tiddler. The navigation behaviour is determined by the current ~StoryView; the classic TiddlyWiki view displays the story as a linear sequence of tiddlers.

Holding the ''control'' or ''command'' key while clicking on a tiddler link opens the target tiddler but doesn't navigate to it. This can be a useful way of queueing up tiddlers to be read later.

Links are useful for modelling organic relationships between tiddlers, and particularly for expressing the navigational paths between tiddlers.

The ~InfoPanel lists incoming links to a tiddler in the tab ''References''.

Filters can include the following filter operators that work with links:

* `[links[]]` - returns the titles of the tiddlers that are linked from the currently selected tiddler(s)
* `[backlinks[]]` - returns the titles of the tiddlers that link to the currently selected tiddler(s)

TiddlyWiki5 alters the appearance of tiddler links to convey additional information about the target of the link:

|!Link description |!Link appearance |
|To a tiddler that exists |[[LikeThis|TiddlerLinks]] |
|To a tiddler that doesn't exist |[[LikeThis|ATiddlerThatDoesntExist]] |
|To a shadow tiddler that has not been overridden |[[LikeThis|$:/core/copyright.txt]] |
|To a shadow tiddler that has been overridden by an ordinary tiddler |[[LikeThis|$:/SiteTitle]] |

External links are shown like this: http://tiddlywiki.com/ or [[like this|http://tiddlywiki.com/]].

Tiddlers are the fundamental units of information in TiddlyWiki. Tiddlers work best when they are as small as possible so that they can be reused by weaving them together in different ways.

A "tiddler" is an informal British word meaning a small fish, typically a stickleback or a minnow. Other systems have analogous concepts with generic names like "items", "entries", "entities", "nodes" or "records". TiddlyWiki takes the view that it is better to be confusingly distinctive than confusingly generic.

Internally, tiddlers are a list of uniquely named values called fields. The only field that is required is the `title` field, but useful tiddlers also have a `text` field, and some or all of the standard fields listed in ~TiddlerFields.

Tiddlers are ubiquitous in TiddlyWiki. They are used to store everything from Javascript code modules to the settings and state associated with the user interface.

~TiddlyWiki is a rich, interactive tool for manipulating complex data with structure that doesn't easily fit into conventional tools like spreadsheets or wordprocessors.

~TiddlyWiki is designed to fit around your brain, helping you deal with the things that won't fit. The [[fundamental idea|Philosophy of Tiddlers]] is that information is more useful and reusable if we cut it up into the smallest semantically meaningful chunks -- [[tiddlers|Tiddlers]] -- and give them titles so that they can be [[structured|Structuring TiddlyWiki]] with [[links|TiddlerLinks]], [[tags|Tagging]], [[lists|ListField]] and [[macros|Macros]].  Tiddlers use a WikiText notation that concisely represents a wide range of text formatting and hypertext features. ~TiddlyWiki aims to provide a fluid interface for working with tiddlers, allowing them to be aggregated and composed into longer narratives.

People love using ~TiddlyWiki. Because it can be used without any complicated server infrastructure, and because it is open source, it has bought unprecedented freedom to everyone to keep their precious information under their own control.

~TiddlyWiki was originally created by JeremyRuston and is now a thriving open source project with a busy Community of independent developers.

See [[TiddlyWiki.com|http://tiddlywiki.com/]] for full details.

!! There are currently 2 version of ~TiddlyWiki
"""
[[TiddlyWiki 5|http://www.tiddlywiki.com]]
This is currently in development and is the latest version

[[TiddlyWiki Classic|http://www.tiddlywiki.org]]
This is the original version and is currently maintained by [[Eric Shulman]]
<br/><br/>
<<list-linksa-ofcolor "[tag[TiddlyWiki]]" "TiddlyWiki" "Welcome" "133,163,222">>

http://www.richshumaker.com/tw5/TiddlyWiki-Hangouts.html

<iframe src="http://files.tubesnack.com/iframe/embed.html?hash=t7kignnt&wmode=window&bgcolor=000000&t=1446734619" width="900" height="540" seamless="seamless" scrolling="no" frameborder="0" allowtransparency="true"></iframe>

<iframe src="http://tracks.roojoom.com/r/43149/" style="width:900px;height:631px;" frameborder=0/>

<<masthead-reveal '
<b>~TiddlyWiki5</b> is a reboot of TiddlyWiki for the next 25 years. It is a complete interactive wiki in ~JavaScript that can be run in the browser or on the server under [[Node.js|NodeJS]]. [[TiddlyWiki.com|http://tiddlywiki.com/]]
'>>

<<list-linksa "[tag[Time Management]]" "Time Management" "Tasking" "133,163,222">>

<<masthead-reveal """
Automatic time-tracking software, that tracks websites and applications usage, users' productivity, projects and help understand how the time is spend.
 [[TimeCamp.com|https://www.timecamp.com/]]
""">>

<<dev-edit- Timeline "" left>><br/>
{{$:/core/ui/Timeline/Demonstration}}

<<masthead-reveal """
Toggl is time tracking software operated by Toggl OÜ, headquartered in Tallinn, Estonia, that offers online time tracking and reporting services through their website along with mobile and desktop applications. Toggl tracks time based on tasks and projects, either through an interactive task timer or through manual entry.
<br/><br/>
The service was initially developed for internal use and is targeted at small groups and developers. Toggl employs twelve developers.
<br/><br/>
Time entries and active timers are synchronized in real-time via a cloud service to the web site and various applications. Reporting features allow users to track the time spent on various projects and analyze productivity.
 [[Wikipedia|https://en.wikipedia.org/wiki/Toggl]]
""">>

<<masthead-reveal """
Toodledo is one of the most popular online productivity tools. Use it to manage your to-do list, take notes, organize ideas into outlines and make custom spreadsheet like lists for any purpose. [[Toodledo.com|https://www.toodledo.com/]]
""">>

<<masthead-reveal """
<b>Trello</b> is a free web-based project management application originally made by Fog Creek Software in 2011, that spun out to be its own company in 2014.
<br/><br/>
It operates a freemium business model, as well as being cross-subsidized by other Fog Creek Software products. A basic service is provided free of charge, though a Business Class paid-for service was launched in 2013.
Trello uses the kanban paradigm for managing projects, originally popularized by Toyota in the 1980s for supply chain management. Projects are represented by boards, which contain lists (corresponding to task lists). Lists contain cards (corresponding to tasks). Cards are supposed to progress from one list to the next (via drag-and-drop), for instance mirroring the flow of a feature from idea to implementation. Users can be assigned to cards. Users and boards can be grouped into organizations.[citation needed]
<br/><br/>
It supports iPhone, Android and Windows 8 mobile platforms, however, its website has been designed to be accessible in most mobile web browsers. An iPad application was released on March 12, 2013. It added support for an unlimited number of tags, in the form of colored labels that can be renamed and new ones created, starting November 21, 2014. Cards accept comments, attachments, votes, due dates and checklists. Trello has an API. Users may organize projects through the utilization of boards, lists and cards, which form a bespoke data hierarchy that facilitates effective management of projects, jobs and tasks.
 [[Wikipedia|https://en.wikipedia.org/wiki/Trello]]
""">>

<<masthead-reveal """
Twitter (/ˈtwɪtər/) is an online social networking service that enables users to send and read short 140-character messages called "tweets".
<br/><br/>
Registered users can read and post tweets, but unregistered users can only read them. Users access Twitter through the website interface, SMS, or mobile device app. Twitter Inc. is based in San Francisco and has more than 25 offices around the world.
<br/><br/>
Twitter was created in March 2006 by Jack Dorsey, Evan Williams, Biz Stone and Noah Glass and launched by July 2006. The service rapidly gained worldwide popularity, with more than 100 million users who in 2012 posted 340 million tweets per day. The service also handled 1.6 billion search queries per day. In 2013 Twitter was one of the ten most-visited websites, and has been described as "the SMS of the Internet." As of May 2015, Twitter has more than 500 million users, out of which more than 302 million are active users.
 [[Wikipedia|https://en.wikipedia.org/wiki/Twitter]]
""">>

<<masthead-reveal '
<b>Unison</b> is collaboration software that provides private group spaces, "rooms", to teams. It was developed by Unison Technologies, Inc., of New York City, which promotes the software as a faster alternative to group email or enterprise social networks. Functionality includes instant messaging, voice and video chat, and private "rooms" where employees can post updates, files or images and respond with comments.
<br/><br/>
Unison is distributed under a freemium business model.
<br/><br/>
The software currently supports Windows PC, Mac and Linux via its web client. Unison also has clients for iOS and Android. [[Wikipedia|https://en.wikipedia.org/wiki/Unison_(collaboration_software)]]
'>>

<<masthead-reveal '
~UserVoice is a San Francisco based Software-as-a-Service (~SaaS) company creating customer engagement tools.
~UserVoice Feedback collects and prioritizes suggestions from customers as they list ideas and vote on them. In addition to the original website-style product, iPhone and Facebook apps are available to allow developers to collect feedback for mobile apps.
<br/><br/>
~UserVoice ~HelpDesk is a support tool for tracking and responding to customer issues. Customers can thank the support person who responds to their ticket by giving them "kudos." The system employs gamification techniques to motivate support teams to provide high quality service. Help teams work within a system that displays each person's kudos in real-time. ~UserVoice ~HelpDesk also directs customers to relevant answers as they type questions.
[[Wikipedia|https://en.wikipedia.org/wiki/UserVoice]]
'>>

<<list-linksa "[tag[Version Control]]" "Version Control" "Technology" "51,204,204">>

<$list filter='[list[SeeAlsoList!!text]]' variable=CurrentTag>
<$list filter='[all[current]tag<CurrentTag>limit[1]]'>

<br>For <b>((<<CurrentTag>>))</b> see also:
<br/><br/>
<$list filter='[tag<CurrentTag>] -[all[current]]'>
<$link to={{!!title}}>
<div style="width:32;height:32;display:inline-block;">
<$image width="32" height="34" source={{!!icon}}/>
</div>
<div style="display:inline-block;vertical-align:middle;margin-top:-32px;margin-left:5px;">
{{!!title}}
</div>
<br>
</$link>
</$list>
</$list>
</$list>

<<list-linksa "[tag[Virtual Machines]]" "Virtual Machines" "Platforms" "112,112,112">>

<<masthead-reveal """
Visual Basic is a third-generation event-driven programming language and integrated development environment ([[IDE]]) from Microsoft for its COM programming model first released in 1991 and declared legacy in 2008. Microsoft intended Visual Basic to be relatively easy to learn and use. Visual Basic was derived from BASIC and enables the rapid application development (RAD) of graphical user interface (GUI) applications, access to databases using Data Access Objects, Remote Data Objects, or ~ActiveX Data Objects, and creation of ~ActiveX controls and objects.
<br/><br/>
A programmer can create an application using the components provided by the Visual Basic program itself. Over time the community of programmers developed third party components. Programs written in Visual Basic can also use the [[Windows API|WinAPI]], which requires external function declarations.
<br/><br/>
The final release was version 6 in 1998 (now known simply as Visual Basic). Though Visual Basic 6.0 [[IDE]] is unsupported as of April 8, 2008, the Visual Basic team is committed to "It Just Works" compatibility for Visual Basic 6.0 applications on Windows Vista, Windows Server 2008 including R2, Windows 7, Windows 8, Windows 8.1, Windows Server 2012 and Windows 10. In 2014 there are tens of thousands of developers who still prefer Visual Basic 6.0 over Visual Basic .NET. Moreover, in recent years some developers lobbied aggressively for a new version of Visual Basic 6.0. A dialect of Visual Basic, Visual Basic for Applications (VBA), is used as a macro or scripting language within several Microsoft applications, including [[Microsoft Office|Office]]. [[Wikipedia|https://en.wikipedia.org/wiki/Visual_Basic]]
<hr>
Visual Basic for Applications (VBA) is an implementation of Microsoft's event-driven programming language, Visual Basic 6, and its associated integrated development environment ([[IDE]]).
<br/><br/>
Visual Basic for Applications enables building user-defined functions (UDFs), automating processes and accessing [[Windows API|WinAPI]] and other low-level functionality through dynamic-link libraries (DLLs). It supersedes and expands on the abilities of earlier application-specific macro programming languages such as [[Word]]'s ~WordBasic. It can be used to control many aspects of the host application, including manipulating user interface features, such as menus and toolbars, and working with custom user forms or dialog boxes.
<br/><br/>
As its name suggests, VBA is closely related to Visual Basic and uses the Visual Basic Runtime Library, but it can normally only run code within a host application rather than as a standalone program. It can, however, be used to control one application from another via OLE Automation. For example, it can be used to automatically create a Word report from Excel data, which are automatically collected by Excel from polled observation sensors. VBA has the ability to use (but not create) (~ActiveX/COM) DLLs, and later versions add support for class modules.
<br/><br/>
VBA is built into most [[Microsoft Office|Office]] applications, including Office for Mac OS X (apart from version 2008) and other Microsoft applications such as Microsoft ~MapPoint and Microsoft Visio, as well as being at least partially implemented in other applications such as ~ArcGIS, ~AutoCAD, CATIA, Corel Draw and ~WordPerfect. [[Wikipedia|https://en.wikipedia.org/wiki/Visual_Basic_for_Applications]]
<hr>
Visual Basic .NET (VB.NET) is a multi-paradigm, high level programming language, implemented on the .NET Framework. Microsoft launched VB.NET in 2002 as the successor to its original Visual Basic language. Although the ".NET" portion was dropped in 2005, this article uses "Visual Basic .NET" to refer to all Visual Basic languages releases since 2002, in order to distinguish between them and the classic Visual Basic. Along with [[Visual C#|CSharp]], it is one of the two main languages targeting the .NET framework.
<br/><br/>
Microsoft's integrated development environment ([[IDE]]) for developing in Visual Basic .NET language is Visual Studio. Most of Visual Studio editions are commercial; the only exceptions are Visual Studio Express and Visual Studio Community which are freeware. In addition, .NET Framework SDK includes a freeware command-line compiler called vbc.exe. Mono also includes a command-line VB.NET compiler.[[Wikipedia|https://en.wikipedia.org/wiki/Visual_Basic_.NET]]

""">>

<<masthead-reveal """
<b>Visual Paradigm for UML</b> (VP-UML) is a UML CASE Tool supporting UML 2, ~SysML and Business Process Modeling Notation (BPMN) from the Object Management Group (OMG). In addition to modeling support, it provides report generation and code engineering capabilities including code generation. It can reverse engineer diagrams from code, and provide round-trip engineering for various programming languages. [[Wikipedia|https://en.wikipedia.org/wiki/Visual_Paradigm_for_UML]]
""">>

<<masthead-reveal """
<b>Microsoft Visual Studio</b> is an integrated development environment ([[IDE]]) from Microsoft. It is used to develop computer programs for Microsoft Windows, as well as web sites, web applications and web services. Visual Studio uses Microsoft software development platforms such as Windows API, Windows Forms, Windows Presentation Foundation, Windows Store and Microsoft Silverlight. It can produce both native code and managed code.
<br/><br/>

Visual Studio includes a code editor supporting ~IntelliSense (the code completion component) as well as code refactoring. The integrated debugger works both as a source-level debugger and a machine-level debugger. Other built-in tools include a forms designer for building GUI applications, web designer, class designer, and database schema designer. It accepts plug-ins that enhance the functionality at almost every level—including adding support for source-control systems (like Subversion) and adding new toolsets like editors and visual designers for domain-specific languages or toolsets for other aspects of the software development lifecycle (like the Team Foundation Server client: Team Explorer).
<br/><br/>

Visual Studio supports different programming languages and allows the code editor and debugger to support (to varying degrees) nearly any programming language, provided a language-specific service exists. Built-in languages include C, [[C++]] and C++/CLI (via Visual C++), VB.NET (via [[Visual Basic]] .NET), [[C#|CSharp]] (via Visual C#), and F# (as of Visual Studio 2010). Support for other languages such as M, Python, and Ruby among others is available via language services installed separately. It also supports [[XML]]/[[XSLT]], [[HTML]]/[[XHTML]], [[Javascript]] and [[CSS|CSS3]]. [[Java]] (and J#) were supported in the past.
<br/><br/>

Microsoft provides "Community" editions of its Visual Studio at no cost. Commercial versions of Visual Studio along with select past versions are available for free to students via Microsoft's ~DreamSpark program.
<br/><br/>

Microsoft provides a preview of Visual Studio Code for free with a proprietary license. It is a source code and text editor, along with other features, for Linux, OS X, and Windows [[Wikipedia|https://en.wikipedia.org/wiki/Microsoft_Visual_Studio]]
""">>

<<masthead-reveal """
~WampServer refers to a software stack for the Microsoft Windows operating system, created by Romain Bourdon and consisting of the Apache web server, ~OpenSSL for SSL support, MySQL database and PHP programming language.
<br/><br/>
LAMP is an archetypal model of web service solution stacks, named as an acronym of the names of its original four open-source components: the Linux operating system, the Apache HTTP Server, the MySQL relational database management system (RDBMS), and the PHP programming language. The LAMP components are largely interchangeable and not limited to the original selection. As a solution stack, LAMP is suitable for building dynamic web sites and web applications.
<br/><br/>
Since its creation, the LAMP model has been adapted to other componentry, though typically consisting of free and open-source software. For example, an equivalent installation on the Microsoft Windows family of operating systems is known as WAMP.
""">>

<<list-linksa "[tag[Web Languages]]" "Web Languages" "Languages" "51,204,204">>

<<list-linksa "[tag[Web Libraries]]" "Web Libraries" "Libraries" "51,204,204">>

<div class="sector">

!Welcome to the TiddlyWiki of [[Mark Robbins]]

<div>

!!!//Site is best viewed in Chrome//

</div>
</div>
<div class="sector">

!!//Site is under construction//

<div>

Coming next: 

#Code examples for projects
#Video demos of projects

You might catch Mark working on this site by checking out the [[Live Stream]]

Current Task: Importing code samples from projects

</div>
</div>
<div class="sector">

!!About Mark

<div>
{{$:/__/mcr/site/content/About Mark:no badges}}


</div>
</div>
<div class="inset" style="margin-left:10px">
{{Badges}}
</div>
<div class="sector">

!!About You

<div>

<iframe src="http://files.quizsnack.com/iframe/embed.html?hash=qh5e7esm&width=250&height=370&wmode=transparent&t=1446743359&width=250&height=370" width="250" height="370" seamless="seamless" scrolling="no" frameborder="0" allowtransparency="true" style="display:inline-block;vertical-align:top;"></iframe>
<iframe src="http://files.quizsnack.com/iframe/embed.html?hash=q7nqdql9&width=250&height=370&wmode=transparent&t=1446787468&width=250&height=370" width="250" height="370" seamless="seamless" scrolling="no" frameborder="0" allowtransparency="true"></iframe>
<iframe src="http://files.quizsnack.com/iframe/embed.html?hash=q7tkaphv&width=250&height=370&wmode=transparent&t=1446787924&width=250&height=370" width="250" height="370" seamless="seamless" scrolling="no" frameborder="0" allowtransparency="true"></iframe>
</div>
</div>
<div class="sector">

!!This Site

<div>

This is a ''//[[Presuimea|Presuimea]]//'' /'prez-//o͞oē//-''mā''/ -- a cross between a presentation, a UI, and a resume. It is powered by  TiddlyWiki.

If you are looking to hire Mark for contract work, the quick start would be to look into the [[Projects]] section, and also the [[Skills]] section.

Otherwise, use the navigation system below or the Contents Tab to the right. You can close a [[Tiddler]] by hovering over the title bar and clicking the X.

</div>
</div>
<div class="sector">

!!Navigate
</div>

<<list-linksa-ofcolor "[tag[TableOfContents]] -[title[Welcome]]" "Welcome" "TableOfContents" "133,163,222">>

<div style="display:inline-block;opacity:0.5;">
<img width=400 src="http://dynimg.whatpulse.org/466193.jpg"/>
</div>

~WikiText is a concise, expressive way of typing a wide range of text formatting, hypertext and interactive features. It allows you to focus on writing without a complex user interface getting in the way. It is designed to be familiar for users of [[MarkDown|http://daringfireball.net/projects/markdown/]], but with more of a focus on linking and the interactive features.

<<masthead-reveal """
<b>Microsoft ~WinHelp</b> is a proprietary format for online help files that can be displayed by the Microsoft Help browser winhelp.exe or winhlp32.exe. The file format is based on Rich Text Format (RTF). It remained a popular Help platform from Windows 3.0 platform through Windows XP. ~WinHelp was removed in Windows Vista to discourage software developers from using the obsolete format and encourage use of newer help formats. [[Wikipedia|https://en.wikipedia.org/wiki/WinHelp]]
""">>

<<masthead-reveal """
The Windows API, informally ~WinAPI, is Microsoft's core set of application programming interfaces (APIs) available in the Microsoft Windows operating systems. The name Windows API collectively refers to a number of different platform implementations that are often referred to by their own names (for example, Win32 API); see the versions section. Almost all Windows programs interact with the Windows API; on the Windows NT line of operating systems, a small number (such as programs started early in the Windows startup process) use the Native API.
<br/><br/>

Developer support is available in the form of the Windows Software Development Kit (SDK), providing documentation and tools necessary to build software based upon the Windows API and associated Windows interfaces.
<br/><br/>

The Windows API (Win32) is primarily focused on the C programming language in that its exposed functions and data structures are described in that language in recent versions of its documentation. However, the API may be used by any programming language compiler or assembler capable of handling the (well defined) low level data structures along with the prescribed calling conventions for calls and callbacks. Similarly, the internal implementation of the API's functionality has been developed in several languages, historically. Despite the fact that C lacks any notion of object-oriented programming, the Windows API as well as Windows itself has sometimes been described as object-oriented. There have also been many wrapper classes and extensions (from Microsoft or other sources) for object oriented languages that makes this object oriented structure more explicit (MFC, VCL, GDI+, etc.). For instance, Windows 8, while still providing the Windows API, also provides the ~WinRT API which is implemented in [[C++]] and is object-oriented by its design.[4] [[Wikipedia|https://en.wikipedia.org/wiki/Windows_API]]
""">>

<<masthead-reveal """
<b>Microsoft Windows</b> (or simply Windows) is a metafamily of graphical operating systems developed, marketed, and sold by Microsoft. It consists of several families of operating systems, each of which cater to a certain sector of the computing industry. Active Windows families include Windows NT, Windows Embedded and Windows Phone; these may encompass subfamilies, e.g. Windows Embedded Compact (Windows CE) or Windows Server. Defunct Windows families include Windows 9x and Windows Mobile.
<br/><br/>

Microsoft introduced an operating environment named Windows on November 20, 1985, as a graphical operating system shell for [[MS-DOS|DOS]] in response to the growing interest in graphical user interfaces (GUIs).[4] Microsoft Windows came to dominate the world's personal computer market with over 90% market share, overtaking Mac OS, which had been introduced in 1984. However, since 2012, thanks to the massive growth of smartphones, Windows sells less than Android, which became the most popular operating system in 2014, when counting all of the computing platforms each operating system runs on; in 2014, the number of Windows devices sold were less than 25% of Android devices sold. However, comparisons across different markets are not fully relevant; and for personal computers, Windows is still the most popular operating system.
<br/><br/>

As of July 2015, the most recent version of Windows for personal computers, tablets and smartphones is Windows 10. The most recent versions for server computers and embedded devices are respectively Windows Server 2012 R2 and Windows Embedded 8. A specialized version of Windows runs on the Xbox One game console.[5]
<br/><br/>

The next server version of Windows is Windows Server 2016, which is expected to be released in early 2016. [[Wikipedia|https://en.wikipedia.org/wiki/Microsoft_Windows]]
""">>

<<list-linksa "[tag[Windows Libraries]]" "Windows Libraries" "Libraries" "51,204,204">>

<<masthead-reveal """
<b>Microsoft Word</b> is a word processor developed by Microsoft. It was first released in 1983 under the name Multi-Tool Word for Xenix systems. Subsequent versions were later written for several other platforms including IBM PCs running [[DOS]] (1983), Apple Macintosh running Mac OS (1985), AT&T Unix PC (1985), Atari ST (1988), OS/2 (1989), Microsoft Windows (1989) and SCO Unix (1994). Commercial versions of Word are licensed as a standalone product or as a component of Microsoft Office, Windows RT or the discontinued Microsoft Works suite. Microsoft Word Viewer and Office Online are Freeware editions of Word with limited features. [[Wikipedia|https://en.wikipedia.org/wiki/Microsoft_Word]]
""">>

<<masthead-reveal """
<b>~WordPress</b> is a free and open-source content management system (CMS) based on [[PHP]] and MySQL. Features include a plugin architecture and a template system. ~WordPress was used by more than 23.3% of the top 10 million websites as of January 2015. ~WordPress is the most popular blogging system in use on the Web, at more than 60 million websites.
<br/><br/>

It was released on May 27, 2003, by its founders, Matt Mullenweg and Mike Little, as a fork of b2/cafelog. The license under which ~WordPress software is released is the GPLv2 (or later) from the Free Software Foundation.
[[Wikipedia|https://en.wikipedia.org/wiki/WordPress]]
""">>

{{$:/__/mcr/site/assets/png/tiddler-icons/digitalstorm.png}}
!!!<i>Windows 7 Ultimate</i><br/>
2 Intel Xeon E5 2620<b>2.5Ghz</b><br/>
<b>32GB</b> DDR3 669MHz<br/>
2 - <b>1920x1080</b> 1023MB Quadro 600<br/>
<b>168GB</b> SSD, <b>932GB</b> WD SATA <br/><br/>

<<masthead-reveal '
<b>Wrike</b> is a collaborative project management software designed to manage workflow for companies and organizations of varying sizes. The software is offered in three different tiers: Free, Professional, and Enterprise. The Free version is the least expansive, offering the ability to create tasks, assign tasks, mark tasks complete, and attach files. The Free version allows an unlimited number of collaborators to use the service, while 5 "power users" can create, assign, and access tasks. The Professional version offers access to Gantt charts, time-tracking, a drag-and-drop interface, API compatibility, and more. The Enterprise version offers real-time data and analysis and the ability to assign users into multiple specified work groups (among many other features). Wrike can also be found on iOS and Android devices.
<br/><br/>
Virtually all versions of the software feature an activity stream that updates users on any activity performed by other users in specified work groups. Social features are also embedded into Wrike's software. Wrike is also integrated with a number of other software products including Google Apps, Microsoft Outlook, [[Microsoft Excel|Excel]], Microsoft Project, [[Google Drive]], [[Dropbox]], Apple Mail, [[Box]], IBM Connections, and others.
 [[Wikipedia|]https://en.wikipedia.org/wiki/Wrike]
'>>

<<masthead-reveal """
<b>Extensible Hypertext Markup Language</b> (XHTML) is part of the family of [[XML]] markup languages. It mirrors or extends versions of the widely used Hypertext Markup Language ([[HTML]]), the language in which Web pages are formulated.
<br/><br/>

While [[HTML]], prior to [[HTML5]], was defined as an application of Standard Generalized Markup Language (SGML), a flexible markup language framework, XHTML is an application of [[XML]], a more restrictive subset of SGML. XHTML documents are well-formed and may therefore be parsed using standard [[XML]] parsers, unlike [[HTML]], which requires a lenient [[HTML]]-specific parser.
<br/><br/>

XHTML 1.0 became a World Wide Web Consortium (W3C) Recommendation on January 26, 2000. XHTML 1.1 became a W3C Recommendation on May 31, 2001. The standard known as XHTML5 is being developed as an [[XML]] adaptation of the [[HTML5]] specification. [[Wikipedia|https://en.wikipedia.org/wiki/XHTML]]
""">>

<<masthead-reveal """
Extensible Markup Language (XML) is a markup language that defines a set of rules for encoding documents in a format which is both human-readable and machine-readable. It is defined by the W3C's XML 1.0 Specification and by several other related specifications, all of which are free open standards.
<br/><br/>
The design goals of XML emphasize simplicity, generality and usability across the Internet. It is a textual data format with strong support via Unicode for different human languages. Although the design of XML focuses on documents, it is widely used for the representation of arbitrary data structures such as those used in web services.
<br/><br/>
Several schema systems exist to aid in the definition of XML-based languages, while many application programming interfaces (APIs) have been developed to aid the processing of XML data. [[Wikipedia|https://en.wikipedia.org/wiki/XML]]
""">>

<<masthead-reveal """
XPath, the XML Path Language, is a query language for selecting nodes from an XML document. In addition, XPath may be used to compute values (e.g., strings, numbers, or Boolean values) from the content of an XML document. XPath was defined by the World Wide Web Consortium (W3C). [[Wikipedia|https://en.wikipedia.org/wiki/XPath]]
""">>

<<masthead-reveal """
In computing, the term Extensible Stylesheet Language (XSL) is used to refer to a family of languages used to transform and render XML documents.
<br/><br/>
Historically, the XSL Working Group in W3C produced a draft specification under the name XSL, which eventually split into three parts:

<ol>
<li>XSL Transformation (XSLT): an XML language for transforming XML documents</li>
<li>XSL Formatting Objects (XSL-FO): an XML language for specifying the visual formatting of an XML document</li>
<li>XML Path Language ([[XPath]]): a non-XML language used by [[XSLT]], and also available for use in non-XSLT contexts, for addressing the parts of an XML document.</li>
</ol>
As a result, the term XSL is now used with a number of different meanings:
<ul>
<li>Sometimes it refers to [[XSLT]]: this usage is best avoided. However, "xsl" is used both as the conventional namespace prefix for the [[XSLT]] namespace, and as the conventional filename suffix for files containing [[XSLT]] stylesheet modules</li>
<li>Sometimes it refers to XSL-FO: this usage can be justified by the fact that the XSL-FO specification carries the title Extensible Stylesheet Language (XSL); however, the term XSL-FO is less likely to be misunderstood</li>
<li>Sometimes it refers to both languages considered together, or to the working group that develops both languages</li>
<li>Sometimes, especially in the Microsoft world, it refers to a now-obsolete variant of [[XSLT]] developed and shipped by Microsoft as part of MSXML before the W3C specification was finalized.</li>
</ul>

[[Wikipedia|https://en.wikipedia.org/wiki/XSL]]
""">>

<<masthead-reveal """
XSLT (Extensible Stylesheet Language Transformations) is a language for transforming [[XML]] documents into other [[XML]] documents, or other formats such as [[HTML]] for web pages, plain text or into [[XSL]] Formatting Objects, which may subsequently be converted to other formats, such as PDF, PostScript and PNG.
<br/><br/>
The original document is not changed; rather, a new document is created based on the content of an existing one. Typically, input documents are [[XML]] files, but anything from which the processor can build an XQuery and [[XPath]] Data Model can be used, for example relational database tables, or geographical information systems.
<br/><br/>
XSLT is a Turing-complete language, meaning it can specify any computation that can be performed by a computer. [[Wikipedia|https://en.wikipedia.org/wiki/XSLT]]
""">>

<<masthead-reveal '
<b>Yammer</b> is a freemium enterprise social networking service that was launched in 2008 and sold to Microsoft in 2012 for US$1.2 billion.
<br/><br/>
Yammer is used for private communication within organizations and is an example of enterprise social software. The tool was originally developed as an internal communication system for the genealogy website Geni. Access to a Yammer network is determined by a user's Internet domain so that only individuals with appropriate email addresses may join their respective networks.
 [[Wikipedia|https://en.wikipedia.org/wiki/Yammer]]
'>>

<div style="-webkit-filter:invert(1)">
<$image width="160" source="$:/__/mcr/site/assets/png/tiddler-icons/stickanim.gif"/>
</div>

<<list-linksa-ofcolor "[tag[You Might Be A Geek...]]" "You Might Be A Geek..." "Welcome" "110,66,0">>

<<masthead-reveal '
<b>Zapier</b> makes it easy to automate tasks between web apps.
<br/><br/>
<table>
<tr>
<th>By Linked</th>
<th>By Popularity</th>
<th>By Name</th>
</tr>
<tr>
<td valign="top">
<div style="max-height:300px;overflow-y:scroll;">
<ul>
<li>[[Trello]]</li>
<li>[[Evernote]]</li>
<li>[[Twitter]]</li>
<li>[[Dropbox]]</li>
<li>[[Asana]]</li>
<li>[[Facebook]] Pages</li>
<li>[[Podio]]</li>
<li>[[Zendesk]]</li>
<li>[[Jira]]</li>
<li>[[Facebook]]</li>
<li>[[Insightly]]</li>
<li>[[Zapier]]</li>
<li>[[Toggl]]</li>
<li>[[Box]]</li>
<li>[[Yammer]]</li>
<li>[[Pivotal Tracker|PivotalTracker]]</li>
<li>[[Wrike]]</li>
<li>[[SQL]] Server</li>
<li>[[RescueTime]]</li>
<li>[[Evernote]] Business</li>
<li>[[Toodledo]]</li>
<li>[[UserVoice]]</li>
<li>[[MongoDB]]</li>
<li>[[Campfire]]</li>
<li>[[GoToMeeting]]</li>
<li>[[Azendoo]]</li>
<li>[[Hackpad]]</li>
<li>[[Unison]]</li>
<li>[[Qortex]]</li>
<li>[[Excel]]</li>
<li>[[Joomla!|Joomla]]</li>
<li>[[Microsoft Access|Access]]</li>
</ul>
</div>
</td>
<td>
<div style="max-height:300px;overflow-y:scroll;">

<ul>
<li>Google Sheets</li>
<li>[[Trello]]</li>
<li>Google Calendar</li>
<li>[[Evernote]]</li>
<li>~MailChimp</li>
<li>[[Twitter]]</li>
<li>Slack</li>
<li>Gmail</li>
<li>[[Dropbox]]</li>
<li>[[Asana]]</li>
<li>Google Drive</li>
<li>[[Facebook]] Pages</li>
<li>Salesforce</li>
<li>RSS by Zapier</li>
<li>Typeform</li>
<li>Email by Zapier</li>
<li>Wufoo</li>
<li>WordPress</li>
<li>Basecamp</li>
<li>[[Podio]]</li>
<li>Google Contacts</li>
<li>Webhooks by Zapier</li>
<li>Todoist</li>
<li>Pipedrive</li>
<li>Infusionsoft</li>
<li>~ActiveCampaign</li>
<li>GitHub</li>
<li>Zoho CRM</li>
<li>~HipChat</li>
<li>[[Zendesk]]</li>
<li>LinkedIn</li>
<li>~HubSpot</li>
<li>Gravity Forms</li>
<li>Google Tasks</li>
<li>~QuickBooks Online</li>
<li>~OneDrive</li>
<li>Twilio</li>
<li>[[Jira]]</li>
<li>SMS by Zapier</li>
<li>Smartsheet</li>
<li>Xero</li>
<li>[[Facebook]]</li>
<li>Instagram</li>
<li>~GoToWebinar</li>
<li>~MySQL</li>
<li>Google Docs</li>
<li>Office 365</li>
<li>[[Insightly]]</li>
<li>Email Parser by Zapier</li>
<li>~SurveyMonkey</li>
<li>[[Zapier]]</li>
<li>[[Toggl]]</li>
<li>~JotForm</li>
<li>Shopify</li>
<li>Highrise</li>
<li>~PayPal</li>
<li>Schedule by Zapier</li>
<li>Buffer</li>
<li>Stripe</li>
<li>~FreshBooks</li>
<li>[[Box]]</li>
<li>AWeber</li>
<li>Harvest</li>
<li>Base</li>
<li>Teamwork</li>
<li>[[Yammer]]</li>
<li>Mandrill</li>
<li>Capsule CRM</li>
<li>~WooCommerce</li>
<li>~SugarCRM</li>
<li>Eventbrite</li>
<li>~GetResponse</li>
<li>~OneNote</li>
<li>[[Pivotal Tracker|PivotalTracker]]</li>
<li>Magento</li>
<li>~FullContact</li>
<li>[[Wrike]]</li>
<li>Unbounce</li>
<li>~YouTube</li>
<li>Nimble</li>
<li>Formstack</li>
<li>Streak</li>
<li>Freshdesk</li>
<li>Firebase</li>
<li>Redmine</li>
<li>Wunderlist</li>
<li>Intercom</li>
<li>Feedly</li>
<li>Pushover</li>
<li>[[SQL]] Server</li>
<li>Producteev</li>
<li>Constant Contact</li>
<li>~WebMerge</li>
<li>Contactually</li>
<li>Agile CRM</li>
<li>~HubSpot CRM</li>
<li>~BitBucket</li>
<li>~LeanKit</li>
<li>Desk</li>
<li>[[RescueTime]]</li>
<li>Pushbullet</li>
<li>Knack</li>
<li>IMAP by Zapier</li>
<li>[[Evernote]] Business</li>
<li>Clio</li>
<li>Geckoboard</li>
<li>Help Scout</li>
<li>Basecamp Classic</li>
<li>Chatter</li>
<li>~QuickBase</li>
<li>Tumblr</li>
<li>[[Toodledo]]</li>
<li>Amazon S3</li>
<li>Close.io</li>
<li>~SendGrid</li>
<li>Gumroad</li>
<li>Meetup</li>
<li>SMTP by Zapier</li>
<li>AIM</li>
<li>~SalesforceIQ</li>
<li>Bigcommerce</li>
<li>Visual Studio Online</li>
<li>Pocket</li>
<li>~AutoRemote</li>
<li>mailparser.io</li>
<li>Pingdom</li>
<li>Zoho Creator</li>
<li>Pinterest</li>
<li>Notify My Android</li>
<li>Nutshell CRM</li>
<li>Zoho Invoice</li>
<li>Sidekick</li>
<li>Ducksboard</li>
<li>123ContactForm</li>
<li>Mailgun</li>
<li>Formidable</li>
<li>[[UserVoice]]</li>
<li>Reddit</li>
<li>~FreeAgent</li>
<li>WHMCS</li>
<li>Week Plan</li>
<li>~YouCanBook.Me</li>
<li>Google Glass</li>
<li>~SoundCloud</li>
<li>[[MongoDB]]</li>
<li>~PostgreSQL</li>
<li>Swarm</li>
<li>[[Campfire]]</li>
<li>Flowdock</li>
<li>Follow Up Boss</li>
<li>iDoneThis</li>
<li>Recurly</li>
<li>~OpenERP</li>
<li>Kanban Tool</li>
<li>Emma</li>
<li>[[GoToMeeting]]</li>
<li>~OnePageCRM</li>
<li>Appointlet</li>
<li>~FogBugz</li>
<li>~AngelList</li>
<li>New Relic</li>
<li>Targetprocess</li>
<li>Chargify</li>
<li>~BugHerd</li>
<li>~SurveyGizmo</li>
<li>~OmniFocus</li>
<li>Cyfe</li>
<li>Disqus</li>
<li>~ProsperWorks</li>
<li>Azure Web Sites</li>
<li>Nozbe</li>
<li>~FluidSurveys</li>
<li>~CallFire</li>
<li>Quote Roller</li>
<li>Batchbook</li>
<li>~LiveChat</li>
<li>Mention</li>
<li>Mad Mimi</li>
<li>Solve CRM</li>
<li>~ChatWork</li>
<li>Active Collab</li>
<li>~PipelineDeals</li>
<li>~TrackVia</li>
<li>Mavenlink</li>
<li>Wistia</li>
<li>~HelloSign</li>
<li>Mobyt SMS</li>
<li>Ninja Forms</li>
<li>Jabber</li>
<li>Vtiger CRM</li>
<li>~BombBomb.com</li>
<li>Braintree</li>
<li>TPNI Engage</li>
<li>App.net</li>
<li>Beeminder</li>
<li>~LiquidPlanner</li>
<li>Cognito Forms</li>
<li>Drip</li>
<li>~PagerDuty</li>
<li>Amazon SNS</li>
<li>~SharpSpring</li>
<li>iFormBuilder</li>
<li>Olark</li>
<li>Campaign Monitor</li>
<li>Responder (?? ???)</li>
<li>~TelAPI</li>
<li>Acuity Scheduling</li>
<li>~StockTwits</li>
<li>Vimeo</li>
<li>~AccountingSuite</li>
<li>Product Hunt</li>
<li>~AgileZen</li>
<li>Webflow</li>
<li>Digital Ocean</li>
<li>10to8 Online Booking</li>
<li>Autopilot</li>
<li>Clickatell</li>
<li>~CallTrackingMetrics</li>
<li>~KiSSFLOW</li>
<li>Airtable</li>
<li>~ChargeBee</li>
<li>Code by Zapier</li>
<li>~CudaSign</li>
<li>Ontraport</li>
<li>Weather by Zapier</li>
<li>Zillow Tech Connect</li>
<li>Beanstalk</li>
<li>RD Station</li>
<li>~SocialPilot</li>
<li>Deputy</li>
<li>Groove</li>
<li>~DaPulse</li>
<li>~SetMore Appointments</li>
<li>~CallRail</li>
<li>~SugarSync</li>
<li>Leftronic</li>
<li>Samanage</li>
<li>Analytic Call Tracking</li>
<li>Beepsend SMS</li>
<li>Workboard</li>
<li>Jenkins</li>
<li>Convo</li>
<li>Amazon ~DynamoDB</li>
<li>Quip</li>
<li>~FormKeep</li>
<li>Better Voice</li>
<li>Instapaper</li>
<li>Sniply</li>
<li>~SumoMe</li>
<li>Eve Online</li>
<li>Instapush</li>
<li>~SuperSaaS</li>
<li>Freshservice</li>
<li>Amazon SQS</li>
<li>Semantria</li>
<li>Aha!</li>
<li>~MoonClerk</li>
<li>Amazon SES</li>
<li>Vision6</li>
<li>Numerous</li>
<li>Pardot</li>
<li>Surveypal</li>
<li>Pinboard</li>
<li>Projectplace</li>
<li>~ProWorkflow</li>
<li>Trustpilot</li>
<li>Checkvist</li>
<li>Workable</li>
<li>You Don't Need a CRM!</li>
<li>~GoToTraining</li>
<li>Glip</li>
<li>Caspio Cloud Database</li>
<li>Call Loop</li>
<li>~HappyFox</li>
<li>Storenvy</li>
<li>Contentful</li>
<li>~StatusCake</li>
<li>Lob</li>
<li>Lighthouse</li>
<li>~VerticalResponse</li>
<li>Proposify</li>
<li>~FormSite</li>
<li>~SendHub</li>
<li>~FollowUp.cc</li>
<li>~HotspotSystem</li>
<li>AWS Lambda</li>
<li>Airbrake</li>
<li>4Dem.it</li>
<li>Act! Essentials</li>
<li>~KickoffLabs</li>
<li>Phaxio</li>
<li>Paymo</li>
<li>Spotio</li>
<li>Benchmark Email</li>
<li>Site24x7</li>
<li>Kanbanery</li>
<li>Runrun.it</li>
<li>~LeadSimple</li>
<li>Brick FTP</li>
<li>Ambassador</li>
<li>~LeadOutcome</li>
<li>Moxtra</li>
<li>Rev</li>
<li>Zoom</li>
<li>Credit Repair Cloud</li>
<li>~ProdPad</li>
<li>~MailUp</li>
<li>~TriggerApp</li>
<li>Calldrip</li>
<li>Lander</li>
<li>Jumplead</li>
<li>Rezdy</li>
<li>Noti</li>
<li>Realvolve</li>
<li>~TalentLMS</li>
<li>Pushwoosh</li>
<li>Device Magic</li>
<li>Ronin</li>
<li>Sendwithus</li>
<li>Zoho Subscriptions</li>
<li>Hoiio</li>
<li>~BarCloud</li>
<li>Promoter.io</li>
<li>ORBTR</li>
<li>~MailerLite</li>
<li>Process Street</li>
<li>Sezion</li>
<li>Pagico</li>
<li>Mojo Helpdesk</li>
<li>Mailjet</li>
<li>Pipeliner</li>
<li>Float</li>
<li>[[Azendoo]]</li>
<li>~SupportBee</li>
<li>zipForm Plus</li>
<li>Zengine</li>
<li>~GoFormz</li>
<li>~ClickDesk</li>
<li>~StatsMix</li>
<li>Epos Now</li>
<li>Totango</li>
<li>Datadog</li>
<li>WP Remote</li>
<li>Raven Tools</li>
<li>~FireText</li>
<li>~FormForAll</li>
<li>Amazon EC2</li>
<li>Monitis</li>
<li>~ClinchPad</li>
<li>xMatters</li>
<li>Kintone</li>
<li>Prefinery</li>
<li>~LessAccounting</li>
<li>Solid</li>
<li>~SendinBlue</li>
<li>Inbound Now</li>
<li>E-goi</li>
<li>Fulcrum</li>
<li>Mailigen</li>
<li>Postmark</li>
<li>Bidsketch</li>
<li>~EmailDirect</li>
<li>INinbox</li>
<li>Donately</li>
<li>~SlideShare</li>
<li>Sign-Up.to</li>
<li>~CheddarGetter</li>
<li>Delicious</li>
<li>Stride</li>
<li>Keep In Touch</li>
<li>Sqwiggle</li>
<li>Interakt</li>
<li>Tick</li>
<li>Everbridge Suite</li>
<li>Formdesk</li>
<li>Thankster</li>
<li>~SurveyMethods</li>
<li>Balanced</li>
<li>Intellinote</li>
<li>Dribbble</li>
<li>Runscope</li>
<li>Ecwid</li>
<li>Allthings</li>
<li>Campayn</li>
<li>Axosoft</li>
<li>Rotten Tomatoes</li>
<li>46elks</li>
<li>Simplero</li>
<li>Project Manager</li>
<li>~MediaSilo</li>
<li>Run my Accounts</li>
<li>Sifter</li>
<li>Clevertim CRM</li>
<li>~MessageBird</li>
<li>Bullhorn CRM</li>
<li>Egnyte</li>
<li>Positionly</li>
<li>Weekdone</li>
<li>Project Bubble</li>
<li>~CastingWords</li>
<li>~DocSend</li>
<li>Exceptionless</li>
<li>Amazon ~CloudWatch</li>
<li>Papyrs</li>
<li>Reamaze</li>
<li>Roost</li>
<li>Paymill</li>
<li>Sansan</li>
<li>Pure Chat</li>
<li>~CloudShare</li>
<li>Diffbot</li>
<li>Direct Mail</li>
<li>KISSmetrics</li>
<li>Yumpu</li>
<li>Hiveage</li>
<li>Ryver</li>
<li>Sendloop</li>
<li>Esponce</li>
<li>Sendicate</li>
<li>Invoice Ninja</li>
<li>~LiveAgent</li>
<li>Vextras</li>
<li>Happy Grasshopper</li>
<li>~MarketVolt</li>
<li>Teamgate</li>
<li>Databox</li>
<li>Envoy</li>
<li>[[Hackpad]]</li>
<li>~CodePlex</li>
<li>~PlanSo Forms for ~WordPress</li>
<li>~ContactUs.com</li>
<li>Findmyshift</li>
<li>Printavo</li>
<li>New Relic Insights</li>
<li>Scout Monitoring</li>
<li>[[Unison]]</li>
<li>~DialMyCalls</li>
<li>~SimplyBook</li>
<li>~AnyMeeting</li>
<li>Planyo Online Booking</li>
<li>Repsly</li>
<li>Snappy</li>
<li>Genoo</li>
<li>Siteleaf</li>
<li>Octopush SMS</li>
<li>Cerb</li>
<li>Sirportly</li>
<li>~ChargeOver</li>
<li>People HR</li>
<li>Bullsender</li>
<li>Displet</li>
<li>Osmosis</li>
<li>~OpsGenie</li>
<li>MATRIX LMS</li>
<li>~RethinkDB</li>
<li>Tilkee</li>
<li>Skilljar</li>
<li>Scoop.it</li>
<li>Lockitron</li>
<li>Myphoner</li>
<li>Alterdesk</li>
<li>Cronofy Calendar Connector</li>
<li>Message Bus</li>
<li>Burst SMS</li>
<li>Sprintly</li>
<li>~FreshMail</li>
<li>~WisePops</li>
<li>Visual Lease</li>
<li>Easy Projects</li>
<li>~MobileWorks</li>
<li>Tender Support</li>
<li>~BulkSMS.my</li>
<li>Tatango</li>
<li>~QuickFile</li>
<li>~RocketResponder</li>
<li>~SendOwl</li>
<li>Breezy HR</li>
<li>[[Qortex]]</li>
<li>eStreamDesk</li>
<li>Ibelsa.rooms</li>
<li>SMS Factor</li>
<li>OMG Sales Assessments</li>
<li>Crittercism</li>
<li>Megaventory</li>
<li>~RequirementOne</li>
<li>Unisender</li>
<li>Fyrebox</li>
<li>Ticketbud</li>
<li>Vouchfor!</li>
<li>Lono</li>
<li>Amazon ~CloudFront</li>
<li>Texo</li>
<li>Pusher</li>
<li>Wootric</li>
<li>Boingnet</li>
<li>Delivra</li>
<li>~LeaderSend</li>
<li>Freckle</li>
<li>Beeper</li>
<li>Magnetic</li>
<li>~CallHub</li>
<li>Obsurvey</li>
<li>Sandglaz</li>
<li>Cloudlly</li>
<li>Redbooth</li>
<li>Nicereply</li>
<li>~BowTie.io</li>
<li>~MyPhoneRoom</li>
<li>Rainforest QA</li>
<li>Magentrix</li>
<li>Elmah.io</li>
<li>Fleep</li>
<li>~SparkPost</li>
<li>Teamchat</li>
<li>Watershed LRS</li>
<li>~ClickTime</li>
<li>~CudaDrive</li>
<li>~SeoToaster</li>
<li>Biztera</li>
<li>Flic</li>
<li>Nexticy</li>
<li>Paradiso LMS</li>
<li>~UserEcho</li>
<li>Scalr</li>
<li>Moverbase</li>
<li>Formitize</li>
<li>Tropical</li>
<li>Instant Contact</li>
<li>Sazneo</li>
<li>Tribecube</li>
<li>Akna</li>
<li>~OneSignal</li>
<li>Createsend</li>
<li>Swiftype</li>
<li>Insping</li>
<li>Active Directory</li>
<li>~AirBnB</li>
<li>Amazon RDS</li>
<li>Amazon Redshift</li>
<li>Android</li>
<li>Authorize.net</li>
<li>~BizTalk</li>
<li>Blogger</li>
<li>Citrix ~ShareFile</li>
<li>Discourse</li>
<li>~DocuSign</li>
<li>Drupal</li>
<li>Dwolla</li>
<li>E-junkie</li>
<li>eBay</li>
<li>Echosign</li>
<li>Etsy</li>
<li>~ExactTarget</li>
<li>[[Excel]]</li>
<li>Expensify</li>
<li>Foursquare</li>
<li>Get Satisfaction</li>
<li>Google ~AdWords</li>
<li>Google Analytics</li>
<li>Google Apps for Work</li>
<li>Google Forms</li>
<li>Google+</li>
<li>~HootSuite</li>
<li>iContact</li>
<li>iPhone</li>
<li>IRC</li>
<li>Jive</li>
<li>[[Joomla!|Joomla]]</li>
<li>~LeadPages</li>
<li>[[Microsoft Access|Access]]</li>
<li>Microsoft Dynamics CRM</li>
<li>Microsoft Exchange</li>
<li>MINDBODY</li>
<li>Mixpanel</li>
<li>~NetSuite</li>
<li>Ning</li>
<li>oDesk</li>
<li>Odoo</li>
<li>Outlook.com</li>
<li>Parse</li>
<li>Sharepoint</li>
<li>Shipwire</li>
<li>Silverpop</li>
<li>Sina Weibo</li>
<li>Squarespace</li>
<li>Unleashed Software</li>
<li>Weebly</li>
<li>Zuora</li>
</ul>
</div>
</td>
<td>
<div style="max-height:300px;overflow-y:scroll;">
<ul>
<li>10to8 Online Booking</li>
<li>123ContactForm</li>
<li>46elks</li>
<li>4Dem.it</li>
<li>~AccountingSuite</li>
<li>Act! Essentials</li>
<li>Active Collab</li>
<li>Active Directory</li>
<li>~ActiveCampaign</li>
<li>Acuity Scheduling</li>
<li>Agile CRM</li>
<li>~AgileZen</li>
<li>Aha!</li>
<li>AIM</li>
<li>~AirBnB</li>
<li>Airbrake</li>
<li>Airtable</li>
<li>Akna</li>
<li>Allthings</li>
<li>Alterdesk</li>
<li>Amazon EC2</li>
<li>Amazon RDS</li>
<li>Amazon Redshift</li>
<li>Amazon S3</li>
<li>Amazon SES</li>
<li>Amazon SNS</li>
<li>Amazon SQS</li>
<li>Ambassador</li>
<li>Analytic Call Tracking</li>
<li>Android</li>
<li>~AngelList</li>
<li>~AnyMeeting</li>
<li>App.net</li>
<li>Appointlet</li>
<li>[[Asana]]</li>
<li>Authorize.net</li>
<li>Autopilot</li>
<li>~AutoRemote</li>
<li>AWeber</li>
<li>AWS Lambda</li>
<li>Axosoft</li>
<li>[[Azendoo]]</li>
<li>Azure Web Sites</li>
<li>Balanced</li>
<li>~BarCloud</li>
<li>Base</li>
<li>Basecamp Classic</li>
<li>Basecamp</li>
<li>Batchbook</li>
<li>Beanstalk</li>
<li>Beeminder</li>
<li>Beeper</li>
<li>Beepsend SMS</li>
<li>Benchmark Email</li>
<li>Better Voice</li>
<li>Bidsketch</li>
<li>Bigcommerce</li>
<li>~BitBucket</li>
<li>~BizTalk</li>
<li>Biztera</li>
<li>Blogger</li>
<li>Boingnet</li>
<li>~BombBomb.com</li>
<li>~BowTie.io</li>
<li>[[Box]]</li>
<li>Braintree</li>
<li>Breezy HR</li>
<li>Brick FTP</li>
<li>Buffer</li>
<li>~BugHerd</li>
<li>~BulkSMS.my</li>
<li>Bullhorn CRM</li>
<li>Bullsender</li>
<li>Burst SMS</li>
<li>Call Loop</li>
<li>Calldrip</li>
<li>~CallFire</li>
<li>~CallHub</li>
<li>~CallRail</li>
<li>~CallTrackingMetrics</li>
<li>Campaign Monitor</li>
<li>Campayn</li>
<li>[[Campfire]]</li>
<li>Capsule CRM</li>
<li>Caspio Cloud Database</li>
<li>~CastingWords</li>
<li>Cerb</li>
<li>~ChargeBee</li>
<li>~ChargeOver</li>
<li>Chargify</li>
<li>Chatter</li>
<li>~ChatWork</li>
<li>Checkvist</li>
<li>~CheddarGetter</li>
<li>Clevertim CRM</li>
<li>Clickatell</li>
<li>~ClickDesk</li>
<li>~ClickTime</li>
<li>~ClinchPad</li>
<li>Clio</li>
<li>Close.io</li>
<li>Cloudlly</li>
<li>~CloudShare</li>
<li>Code by Zapier</li>
<li>~CodePlex</li>
<li>Cognito Forms</li>
<li>Constant Contact</li>
<li>Contactually</li>
<li>~ContactUs.com</li>
<li>Contentful</li>
<li>Convo</li>
<li>Createsend</li>
<li>Credit Repair Cloud</li>
<li>Crittercism</li>
<li>Cronofy Calendar Connector</li>
<li>~CudaDrive</li>
<li>~CudaSign</li>
<li>Cyfe</li>
<li>~DaPulse</li>
<li>Databox</li>
<li>Datadog</li>
<li>Delicious</li>
<li>Delivra</li>
<li>Deputy</li>
<li>Desk</li>
<li>Device Magic</li>
<li>~DialMyCalls</li>
<li>Diffbot</li>
<li>Digital Ocean</li>
<li>Direct Mail</li>
<li>Discourse</li>
<li>Displet</li>
<li>Disqus</li>
<li>~DocSend</li>
<li>~DocuSign</li>
<li>Donately</li>
<li>Dribbble</li>
<li>Drip</li>
<li>[[Dropbox]]</li>
<li>Drupal</li>
<li>Ducksboard</li>
<li>Dwolla</li>
<li>Easy Projects</li>
<li>eBay</li>
<li>Echosign</li>
<li>Ecwid</li>
<li>Egnyte</li>
<li>E-goi</li>
<li>E-junkie</li>
<li>Elmah.io</li>
<li>Email by Zapier</li>
<li>Email Parser by Zapier</li>
<li>~EmailDirect</li>
<li>Emma</li>
<li>Envoy</li>
<li>Epos Now</li>
<li>Esponce</li>
<li>eStreamDesk</li>
<li>Etsy</li>
<li>Eve Online</li>
<li>Eventbrite</li>
<li>Everbridge Suite</li>
<li>[[Evernote]] Business</li>
<li>[[Evernote]]</li>
<li>~ExactTarget</li>
<li>[[Excel]]</li>
<li>Exceptionless</li>
<li>Expensify</li>
<li>Facebook Pages</li>
<li>[[Facebook]]</li>
<li>Feedly</li>
<li>Findmyshift</li>
<li>Firebase</li>
<li>~FireText</li>
<li>Fleep</li>
<li>Flic</li>
<li>Float</li>
<li>Flowdock</li>
<li>~FluidSurveys</li>
<li>~FogBugz</li>
<li>Follow Up Boss</li>
<li>~FollowUp.cc</li>
<li>Formdesk</li>
<li>~FormForAll</li>
<li>Formidable</li>
<li>Formitize</li>
<li>~FormKeep</li>
<li>~FormSite</li>
<li>Formstack</li>
<li>Foursquare</li>
<li>Freckle</li>
<li>~FreeAgent</li>
<li>~FreshBooks</li>
<li>Freshdesk</li>
<li>~FreshMail</li>
<li>Freshservice</li>
<li>Fulcrum</li>
<li>~FullContact</li>
<li>Fyrebox</li>
<li>Geckoboard</li>
<li>Genoo</li>
<li>Get Satisfaction</li>
<li>~GetResponse</li>
<li>GitHub</li>
<li>Glip</li>
<li>Gmail</li>
<li>~GoFormz</li>
<li>Google Analytics</li>
<li>Google Apps for Work</li>
<li>Google Calendar</li>
<li>Google Contacts</li>
<li>Google Docs</li>
<li>Google Drive</li>
<li>Google Forms</li>
<li>Google Glass</li>
<li>Google Sheets</li>
<li>Google Tasks</li>
<li>Google+</li>
<li>[[GoToMeeting]]</li>
<li>~GoToTraining</li>
<li>~GoToWebinar</li>
<li>Gravity Forms</li>
<li>Groove</li>
<li>Gumroad</li>
<li>[[Hackpad]]</li>
<li>Happy Grasshopper</li>
<li>~HappyFox</li>
<li>Harvest</li>
<li>~HelloSign</li>
<li>Help Scout</li>
<li>Highrise</li>
<li>~HipChat</li>
<li>Hiveage</li>
<li>Hoiio</li>
<li>~HootSuite</li>
<li>~HotspotSystem</li>
<li>~HubSpot CRM</li>
<li>~HubSpot</li>
<li>Ibelsa.rooms</li>
<li>iContact</li>
<li>iDoneThis</li>
<li>iFormBuilder</li>
<li>IMAP by Zapier</li>
<li>Inbound Now</li>
<li>Infusionsoft</li>
<li>INinbox</li>
<li>[[Insightly]]</li>
<li>Insping</li>
<li>Instagram</li>
<li>Instant Contact</li>
<li>Instapaper</li>
<li>Instapush</li>
<li>Intellinote</li>
<li>Interakt</li>
<li>Intercom</li>
<li>Invoice Ninja</li>
<li>iPhone</li>
<li>IRC</li>
<li>Citrix ~ShareFile</li>
<li>Jabber</li>
<li>Jenkins</li>
<li>[[Jira]]</li>
<li>Jive</li>
<li>[[Joomla!|Joomla]]</li>
<li>~JotForm</li>
<li>Jumplead</li>
<li>Kanban Tool</li>
<li>Kanbanery</li>
<li>Keep In Touch</li>
<li>~KickoffLabs</li>
<li>Kintone</li>
<li>~KiSSFLOW</li>
<li>KISSmetrics</li>
<li>Knack</li>
<li>Lander</li>
<li>~LeaderSend</li>
<li>~LeadOutcome</li>
<li>~LeadPages</li>
<li>~LeadSimple</li>
<li>~LeanKit</li>
<li>Leftronic</li>
<li>~LessAccounting</li>
<li>Lighthouse</li>
<li>LinkedIn</li>
<li>~LiquidPlanner</li>
<li>~LiveAgent</li>
<li>~LiveChat</li>
<li>Lob</li>
<li>Lockitron</li>
<li>Lono</li>
<li>Mad Mimi</li>
<li>Magento</li>
<li>Magentrix</li>
<li>Magnetic</li>
<li>~MailChimp</li>
<li>~MailerLite</li>
<li>Mailgun</li>
<li>Mailigen</li>
<li>Mailjet</li>
<li>mailparser.io</li>
<li>~MailUp</li>
<li>Mandrill</li>
<li>~MarketVolt</li>
<li>MATRIX LMS</li>
<li>Mavenlink</li>
<li>Amazon ~CloudFront</li>
<li>Amazon ~CloudWatch</li>
<li>Amazon ~DynamoDB</li>
<li>~MediaSilo</li>
<li>Meetup</li>
<li>Megaventory</li>
<li>Mention</li>
<li>Message Bus</li>
<li>~MessageBird</li>
<li>[[Microsoft Access|Access]]</li>
<li>Microsoft Dynamics CRM</li>
<li>Microsoft Exchange</li>
<li>MINDBODY</li>
<li>Mixpanel</li>
<li>~MobileWorks</li>
<li>Mobyt SMS</li>
<li>Mojo Helpdesk</li>
<li>[[MongoDB]]</li>
<li>Monitis</li>
<li>~MoonClerk</li>
<li>Moverbase</li>
<li>Moxtra</li>
<li>Myphoner</li>
<li>~MyPhoneRoom</li>
<li>~MySQL</li>
<li>~NetSuite</li>
<li>New Relic Insights</li>
<li>New Relic</li>
<li>Nexticy</li>
<li>Nicereply</li>
<li>Nimble</li>
<li>Ning</li>
<li>Ninja Forms</li>
<li>Noti</li>
<li>Notify My Android</li>
<li>Nozbe</li>
<li>Numerous</li>
<li>Nutshell CRM</li>
<li>Obsurvey</li>
<li>Octopush SMS</li>
<li>oDesk</li>
<li>Odoo</li>
<li>Office 365</li>
<li>Olark</li>
<li>OMG Sales Assessments</li>
<li>~OmniFocus</li>
<li>~OneDrive</li>
<li>~OneNote</li>
<li>~OnePageCRM</li>
<li>~OneSignal</li>
<li>Ontraport</li>
<li>Google ~AdWords</li>
<li>~OpenERP</li>
<li>~OpsGenie</li>
<li>ORBTR</li>
<li>Osmosis</li>
<li>Outlook.com</li>
<li>~PagerDuty</li>
<li>Pagico</li>
<li>Papyrs</li>
<li>Paradiso LMS</li>
<li>Pardot</li>
<li>Parse</li>
<li>Paymill</li>
<li>Paymo</li>
<li>~PayPal</li>
<li>People HR</li>
<li>Phaxio</li>
<li>Pinboard</li>
<li>Pingdom</li>
<li>Pinterest</li>
<li>Pipedrive</li>
<li>~PipelineDeals</li>
<li>Pipeliner</li>
<li>[[Pivotal Tracker|PivotalTracker]]</li>
<li>~PlanSo Forms for ~WordPress</li>
<li>Planyo Online Booking</li>
<li>Pocket</li>
<li>[[Podio]]</li>
<li>Positionly</li>
<li>~PostgreSQL</li>
<li>Postmark</li>
<li>Prefinery</li>
<li>Printavo</li>
<li>Process Street</li>
<li>~ProdPad</li>
<li>Product Hunt</li>
<li>Producteev</li>
<li>Project Bubble</li>
<li>Project Manager</li>
<li>Projectplace</li>
<li>Promoter.io</li>
<li>Proposify</li>
<li>~ProsperWorks</li>
<li>~ProWorkflow</li>
<li>Pure Chat</li>
<li>Pushbullet</li>
<li>Pusher</li>
<li>Pushover</li>
<li>Pushwoosh</li>
<li>[[Qortex]]</li>
<li>~QuickBase</li>
<li>~QuickBooks Online</li>
<li>~QuickFile</li>
<li>Quip</li>
<li>Quote Roller</li>
<li>Rainforest QA</li>
<li>Raven Tools</li>
<li>RD Station</li>
<li>Realvolve</li>
<li>Reamaze</li>
<li>Recurly</li>
<li>Redbooth</li>
<li>Reddit</li>
<li>Redmine</li>
<li>Repsly</li>
<li>~RequirementOne</li>
<li>[[RescueTime]]</li>
<li>Responder (?? ???)</li>
<li>~RethinkDB</li>
<li>Rev</li>
<li>Rezdy</li>
<li>~RocketResponder</li>
<li>Ronin</li>
<li>Roost</li>
<li>Rotten Tomatoes</li>
<li>RSS by Zapier</li>
<li>Run my Accounts</li>
<li>Runrun.it</li>
<li>Runscope</li>
<li>Ryver</li>
<li>Salesforce</li>
<li>~SalesforceIQ</li>
<li>Samanage</li>
<li>Sandglaz</li>
<li>Sansan</li>
<li>Sazneo</li>
<li>Scalr</li>
<li>Schedule by Zapier</li>
<li>Scoop.it</li>
<li>Scout Monitoring</li>
<li>Semantria</li>
<li>~SendGrid</li>
<li>~SendHub</li>
<li>Sendicate</li>
<li>~SendinBlue</li>
<li>Sendloop</li>
<li>~SendOwl</li>
<li>Sendwithus</li>
<li>~SeoToaster</li>
<li>~SetMore Appointments</li>
<li>Sezion</li>
<li>Sharepoint</li>
<li>~SharpSpring</li>
<li>Shipwire</li>
<li>Shopify</li>
<li>Sidekick</li>
<li>Sifter</li>
<li>Sign-Up.to</li>
<li>Silverpop</li>
<li>Simplero</li>
<li>~SimplyBook</li>
<li>Sina Weibo</li>
<li>Sirportly</li>
<li>Site24x7</li>
<li>Siteleaf</li>
<li>Skilljar</li>
<li>Slack</li>
<li>~SlideShare</li>
<li>Smartsheet</li>
<li>SMS by Zapier</li>
<li>SMS Factor</li>
<li>SMTP by Zapier</li>
<li>Snappy</li>
<li>Sniply</li>
<li>~SocialPilot</li>
<li>Solid</li>
<li>Solve CRM</li>
<li>~SoundCloud</li>
<li>~SparkPost</li>
<li>Spotio</li>
<li>Sprintly</li>
<li>[[SQL]] Server</li>
<li>Squarespace</li>
<li>Sqwiggle</li>
<li>~StatsMix</li>
<li>~StatusCake</li>
<li>~StockTwits</li>
<li>Storenvy</li>
<li>Streak</li>
<li>Stride</li>
<li>Stripe</li>
<li>~SugarCRM</li>
<li>~SugarSync</li>
<li>~SumoMe</li>
<li>~SuperSaaS</li>
<li>~SupportBee</li>
<li>~SurveyGizmo</li>
<li>~SurveyMethods</li>
<li>~SurveyMonkey</li>
<li>Surveypal</li>
<li>Swarm</li>
<li>Swiftype</li>
<li>~TalentLMS</li>
<li>Targetprocess</li>
<li>Tatango</li>
<li>Teamchat</li>
<li>Teamgate</li>
<li>Teamwork</li>
<li>~TelAPI</li>
<li>Tender Support</li>
<li>Texo</li>
<li>Thankster</li>
<li>Tick</li>
<li>Ticketbud</li>
<li>Tilkee</li>
<li>Todoist</li>
<li>[[Toggl]]</li>
<li>[[Toodledo]]</li>
<li>Totango</li>
<li>TPNI Engage</li>
<li>~TrackVia</li>
<li>[[Trello]]</li>
<li>Tribecube</li>
<li>~TriggerApp</li>
<li>Tropical</li>
<li>Trustpilot</li>
<li>Tumblr</li>
<li>Twilio</li>
<li>[[Twitter]]</li>
<li>Typeform</li>
<li>Unbounce</li>
<li>Unisender</li>
<li>[[Unison]]</li>
<li>Unleashed Software</li>
<li>~UserEcho</li>
<li>[[UserVoice]]</li>
<li>~VerticalResponse</li>
<li>Vextras</li>
<li>Vimeo</li>
<li>Vision6</li>
<li>Visual Lease</li>
<li>Visual Studio Online</li>
<li>Vouchfor!</li>
<li>Vtiger CRM</li>
<li>Watershed LRS</li>
<li>Weather by Zapier</li>
<li>Webflow</li>
<li>Webhooks by Zapier</li>
<li>~WebMerge</li>
<li>Weebly</li>
<li>Week Plan</li>
<li>Weekdone</li>
<li>WHMCS</li>
<li>~WisePops</li>
<li>Wistia</li>
<li>~WooCommerce</li>
<li>Wootric</li>
<li>WordPress</li>
<li>Workable</li>
<li>Workboard</li>
<li>WP Remote</li>
<li>[[Wrike]]</li>
<li>Wufoo</li>
<li>Wunderlist</li>
<li>Xero</li>
<li>xMatters</li>
<li>[[Yammer]]</li>
<li>You Don't Need a CRM!</li>
<li>~YouCanBook.Me</li>
<li>~YouTube</li>
<li>Yumpu</li>
<li>[[Zapier]]</li>
<li>[[Zendesk]]</li>
<li>Zengine</li>
<li>Zillow Tech Connect</li>
<li>zipForm Plus</li>
<li>Zoho Creator</li>
<li>Zoho CRM</li>
<li>Zoho Invoice</li>
<li>Zoho Subscriptions</li>
<li>Zoom</li>
<li>Zuora</li>
</ul>
</div>
</td>
</tr>
</table>


[[Zapier.com|http://zapier.com]]</div>
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<<masthead-reveal '
Customer service software and support ticket software by Zendesk®. Web-based help desk software used by 60000+ organizations worldwide. Zendesk, Inc. is a software development company based in San Francisco, California. The company provides a cloud-based customer service platform, also called Zendesk, that includes ticketing, self-service options, and customer support features
[[Wikipedia|https://en.wikipedia.org/wiki/Zendesk]]
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<<masthead-reveal """
Simple task management software for Getting Things Done ([[GTD]]), the method by David Allen. It features cloud-synced apps for Web, iPhone and Android. [[Zendone.com|https://www.zendone.com/]]
""">>

<<masthead-reveal '
<b>~ZohoShow</b> is the online tool for making powerful presentations. Features pre-built themes, clipart and shapes coupled with features like drag-and-drop makes it an easy application to use. It allows users to share & collaborate on presentations and make remote presentations to clients. [[show.zoho.com|http://show.zoho.com]]
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